Tender Document for Rate Contract for All Types of Furniture Items with Few Reputed Furniture Manufacturing Firms in India

Transcription

1 Tender Document for Rate Contract for All Types of Furniture Items with Few Reputed Furniture Manufacturing Firms in India NIT No. : IITJ/SPS/RC/FUR/ /33 NIT Issue Date Pre-bid Meeting Last Date of Submission of Bid : : : 20 December December 2016 at 04:00 PM 13 January 2017 by 03:00 PM Indian Institute of Technology Jodhpur Old Residency Road, Ratanada, Jodhpur , Rajasthan Telefax: , sps@iitj.ac.in

2 Notice Inviting Tender Indian Institute of Technology (IIT), Jodhpur, Rajasthan (hereinafter referred to as the Institute ), an Educational Institute of National Importance, invites sealed tender(s) in two-bid format from eligible, reputed and experienced furniture manufacturers (Original Equipment Manufacturer (OEM)) or OEM authorized dealer for Rate Contract for supply of all types of Office Furniture's from reputed furniture manufacturers like Godrej Interio, Wipro, B. P. Ergo, Vitra, Steel Case, Herman Miller, Featherlite, Usha Shriram Enterprises Pvt. Ltd., Durian, Evok (Hindware), Bajaj etc. at the Institute, with one year on site comprehensive warranty from the date of receipt of the material as per terms & conditions specified in the tender document. Ownership/ Dealer Certificate have to be enclosed with Bid. The tender document can be downloaded from the Institute website at URL Link: or from Central Public Procurement Portal link: The tenderer shall be required to submit the Earnest Money Deposit (EMD) for an amount of Rs.16,00,000/- (Rupees Sixteen Lac only) and tender fee for an amount of Rs.1,000/- (Rupees One Thousand only) by way of demand drafts only. The demand drafts shall be drawn in favour of Director, IIT Jodhpur payable at Jodhpur. The demand drafts for earnest money deposit & tender fee must be enclosed in the envelope containing the technical bid. Offer in the financial bid should be written in English and price should be written in both figures and words. The offer should be typed or written in ink pen or ball pen. Use of pencil will be ignored. All the pages of the Technical / Financial Bid shall be page numbered and all the relevant supporting documents as required must be enclosed. Envelope of technical bid & financial bid should be individually sealed and then placed in a third envelope, to be sealed and superscribed with tender number, due date of submission and address to: Officer-in-charge Office of Stores & Purchase Indian Institute of Technology Jodhpur Old Residency Road, Ratanada Jodhpur , Rajasthan

3 Pre-bid meeting is scheduled on 30 December 2016 at 4:00 PM in the Conference room, Administrative Block, IIT Jodhpur. The prospective tenderer(s) are requested to attend the pre-bid meeting on scheduled date and time. Technical specifications, Warranty, Terms & Conditions or any other query related to this tender shall be opened for discussion for wider competition and competitive prices. The Pre-bid queries to be submitted on or before 13 January 2017 before 11:00 AM on the above given id. No queries would be acceptable after given timeline. However, the tender of the Bidders should be received as mentioned in appropriate manner by the stipulated due date. Sealed tender should reach the Institute, latest by 13 January 2017 by 03:00 PM. Tender(s) received beyond the last date of submission will be rejected. No tender will be entertained by or FAX. At any time prior to the deadline of submission of bid, Institute for any reason, whether at its own initiative or in response of a clarification requested by a prospective tenderer, modify the tender by amendment and it will be published on the website. Technical bid(s) will be opened on 13 January 2017 at 04:00 PM in the Conference Hall, Administrative Block of the Institute in the presence of the tenderer(s) or their authorized representative(s), who are present at the scheduled date and time. Date and time of the opening of the financial bid(s) will be decided after the technical bid(s) have been evaluated by the Institute. The financial bid(s) of only those tenderer(s) will be opened, who qualifies the technical evaluation, on the specified date and time. The date, time & place of opening of the financial bid(s) will be intimated in due course of time. In the event of the due date of receipt and opening of the tender being declared as a holiday for the Institute, then due date of receipt / opening of the tender will be the next working day at the same time. The tenderer are requested to read the tender document carefully and ensure to compliance with all the instructions herein. Non-compliance of the instructions contained in this document may disqualify the tenderer from the tendering exercise. The Institute reserves the right to select certain items in single or multiple units and reject the others or all as mentioned in the schedule and to revise or alter the specifications before acceptance of any tender and accept or reject any or all tenders, wholly or partly or close the tender without assigning any reason whatsoever.

4 TECHNICAL SPECIFICATION: S.No. Eligibility Criteria 1 The bidder should have entered into Annual Rate Contract (ARC) for the supply of complete range of office furniture items with at least three (3) Government Departments/Educational Institute /Universities/ PSUs during last three years. Copies of the Annual Rate Contract issued by the clients must be attached. 2 Rate contract proposal will be accepted from the reputed furniture manufacturing firms/suppliers/dealers positioned in India. The b idder ma y b e a firm which shall be Registered in India, should have a manufacturing center in India and should be in existence for minimum three years. The bidder should be a Br o k e r / supplier of any of the following brands like Godrej Interio, Wipro, B. P. Ergo, Vitra, Steel Case, Herman Miller, Featherlite, Usha Shriram Enterprises Pvt. Ltd., Durian, Evok (Hindware), Bajaj etc. 3 Annual Turnover of company should be more than 30 crores & above. The bidders should submit the turnover proof since last three years in terms of Profit & Loss and Balance sheet statement for the period , and (Proof to be attached). 4 The bidders should not have been black listed by any Government / Semi Government / Board /Corporations /Autonomous Body. An affidavit on Non-Judicial Stamp paper has to be submitted by the firm to this effect. 5 The bidders should possess following prevalent certifications related to quality & safety possessed by most of reputed brands of furniture manufacturers a) ISO9001/ISO 14001/ ISO18001, b) ISO 9001:2000 or 14001:2004/ SEFA/BIFMA/Green Guard/ OHSAS etc. (Certificates to be attached). 6 Bidders which are engaged in manufacturing of environment friendly green furniture (Certificate needs to be attached). 7 The bidders should have the capability to execute the rate contract with respect to personnel, furniture and manufacturing facilities (List of furniture manufactured to be enclosed) 8 The bidders should have a Standard Price List of all the products applicable throughout the country. Catalog (hardcopy with CD). 9 Committee may visit the manufacturing center to examine the manufacturing capacity of the firm. 10 The company must have a complete range of furniture items for such as: office furniture. Modular furniture, laboratory furniture, hostel furniture, seating products, health care furniture for Institute s Hospital, furnishing & fixtures and classroom furniture etc.

5 Terms & Conditions Details S.No. Specification 1. Tender to be submitted as per the specifications as given in the schedule attached with the tender as Annexure-A. 10% variation in specification is permissible. Sealed tender should reach the Institute, latest by 13 January 2017 by 03:00 PM. Tender(s) received beyond the last date and time of submission will be rejected. No tender will be entertained by or FAX. 2. Preparation of Bids: The offer/bid should be submitted in two bid systems i.e. Technical bid and Financial bid. The technical bid should consist of all technical details along with commercial terms and conditions. Financial bid should indicate item wise price for the items mentioned in the technical bid in the given format. Financial Bids to be submitted in hard copy as well as in CD PDF format also. 3. EMD and Tender Fee (if applicable): The tenderer shall be required to submit the Earnest Money Deposit (EMD) for an amount of Rs.16,00,000/- (Rupees Sixteen Lac only) and tender fee for an amount of Rs.1,000/- (Rupees One Thousand only) by way of demand drafts only. The demand drafts shall be drawn in favour of Director, IIT Jodhpur payable at Jodhpur. The demand drafts for earnest money deposit & tender fee must be enclosed in the envelope containing the technical bid. The Technical Bid without EMD and Tender Fee would be considered as UNRESPONSIVE and will not be accepted. 4. Refund of EMD: The EMD will be returned to unsuccessful Tenderer only after the Tender is finalized. In case of successful Tenderer, it will be retained till the warranty period as Performance Security. 5. Opening of the tender: Technical bid(s) will be opened on 13 January 2017 at 04:00 PM in the Conference Hall, Administrative Block of the Institute in the presence of the tenderer(s) or their authorized representative(s), who are present at the scheduled date and time. Only one representative will be allowed to participate in the tender opening. The technical bid will be opened first and it will be examined by a technical committee (as per specification and requirement). The financial bid(s) of only those tenderer(s) will be opened, who qualifies the technical evaluation, on the specified date and time. The date, time & place of opening of the financial bid(s) will be intimated in due course of time. The bidders if interested may participate on the tender opening Date and Time. The bidder should produce authorization letter from their company to participate in the tender opening. 6. Acceptance/ Rejection of bids: The Committee reserves the right to reject any or all offers without assigning any reason. 7. Pre-qualification criteria: (i) Bidders should be the manufacturer / authorized dealer. Letter of Authorization from original equipment manufacturer (OEM) on the same and specific to the tender should be enclosed. (ii) An undertaking from the OEM is required stating that they would facilitate the bidder on a regular basis with technology/product updates and extend support for the warranty as well. (Ref. Annexure-II) (iii) OEM should be internationally reputed Branded Company. (iv) Non-compliance of tender terms, non-submission of required documents, lack of clarity of

6 the specifications, contradiction between bidder specification and supporting documents etc. may lead to rejection of the bid. (v) In the tender, either the Indian agent on behalf of the Principal/OEM or Principal/ OEM itself can bid but both cannot bid simultaneously for the same item/product in the same tender. (vi) If an agent submits bid on behalf of the Principal/OEM, the same agent shall not submit a bid on behalf of another Principal/OEM in the same tender for the same item/product. 8 The bidders must attach past three Purchase Orders of highest value executed in last three years. if any bidders are under DGS&D contract then copy of the same may please be attached. Any enhancement of rate within the validity of rate contract will not be considered except increase in statutory levy/taxes by the Government. 9 Force Majeure: The Supplier shall not be liable for forfeiture of its performance security, liquidated damages or termination for default, if and to the extent that, it s delay in performance or other failure to perform its obligations under the Contract is the result of an event of Force Majeure. For purposes of this Clause, Force Majeure means an event beyond the control of the Supplier and not involving the Supplier s fault or negligence and not foreseeable. Such events may include, but are not limited to, acts of IIT Jodhpur either in its sovereign or contractual capacity, wars or revolutions, fires, floods, epidemics, quarantine restrictions and freight embargoes. If a Force Majeure situation arises, the Supplier shall promptly notify the Institute in writing of such conditions and the cause thereof. Unless otherwise directed by the Institute in writing, the Supplier shall continue to perform its obligations under the Contract as far as is reasonably practical, and shall seek all reasonable alternative means for performance not prevented by the Force Majeure event. 10 Risk Purchase Clause: In event of failure of supply of the item/furniture within the stipulated delivery schedule, the Institute has all the right to purchase the item/furniture from the other source on the total risk of the supplier under risk purchase clause. 11 Packing Instructions: All the consignments securely packed as per the industry norms and should be booked with freight paid, insured including unloading the material upto the Office of Stores & Purchase, IIT Jodhpur. 12 Delivery and Documents: Delivery of the goods should be made within a maximum of 6-8 weeks from the date of placement of purchase order, and should be F.O.R. 13 Delayed delivery: If the delivery is not made within the due date for any reason, the RC Committee will have the right to impose penalty 1% per week and the maximum deduction is 10% of the contract value / price. 14 Prices: The price should be quoted in net per unit (after breakup) and must include all packing and delivery charges. The price should be quoted without excise duty, since IIT Jodhpur is exempted from payment of Excise Duty. Necessary certificate will be issued on demand. The price shall be inclusive of fixing and instillation cost (ready to use cost). 15 Notices: For the purpose of all notices, the following shall be the address of IIT Jodhpur Purchaser: Officer-in-charge Office of Stores & Purchase Indian Institute of Technology Jodhpur Old Residency Road, Ratanada Jodhpur , Rajasthan sps@iitj.ac.in Telefax : Progress of Supply: Wherever applicable, supplier shall regularly intimate progress of supply, in

7 writing, to the Institute. 17 Inspection and Tests: Inspection and counting of Goods will be done at the Institute. Items should be supplied in packed condition. Inspection may conduct by third party in the Institute. 18 Resolution of Disputes: In case of any dispute or difference arising out of or in connection with the tender conditions / order and Contract, the Institute and the Supplier will address the dispute / difference for a mutual resolution and failing which, the matter shall be referred for arbitration to a sole Arbitrator to be appointed by the Institute. The Arbitration shall be held in accordance with the provisions of the Arbitration and Conciliation Act, 1996 and the venue of arbitration shall be at Jodhpur only. The resolution of the Arbitrator shall be final and binding on both the parties. The courts at Jodhpur alone will have the jurisdiction to try any matter, dispute or reference between parties arising out of this tender / contract. It is specifically agreed that no court outside and other than Jodhpur court shall have jurisdiction in the matter. Disputes and Jurisdiction: Any legal disputes arising out of any breach of contract pertaining to this tender shall be settled in the court of competent jurisdiction located within Jodhpur. 19 Applicable Law: The place of jurisdiction would be Jodhpur, Rajasthan, India. 20 Right to Use Defective Goods If after delivery, acceptance and installation and the operation or use of the goods proves to be unsatisfactory within the guarantee and warranty period, IIT Jodhpur shall have the right to continue to operate or use such goods until rectifications of defects, errors or omissions by repair or by partial or complete replacement is made without interfering with IIT Jodhpur s operation. 21 Supplier Integrity The Supplier is responsible for and obliged to conduct all contracted activities in accordance with the Contract using state of the art methods and economic principles and exercising all means available to achieve the performance specified in the contract. 22 Installation & Demonstration In case of any mis-happening/damage to supplies during the carriage of supplies from the origin of furniture to the installation site, the supplier has to replace it with new supplies immediately at his own cost & risk. Supplier will settle his claim with the insurance company as per his convenience. Institute will not be liable to any type of losses in any form. 23 Incidental services: The incidental services also include: Furnishing of 01 set of detailed operations & maintenance manual. Arranging the shifting/moving of the item to their location of final installation within IIT Jodhpur premises at the cost of Supplier. 24 Warranty: (i) Warranty period shall be one year from date of installation of Goods at the Institute site of installation. The Supplier shall, in addition, comply with the performance and/or consumption guarantees specified under the contract. If for reasons attributable to the supplier, these

8 guarantees are not attained in whole or in part, the Supplier shall at its discretion make such changes, modifications, and/or additions to the Goods or any part thereof as may be necessary in order to attain the contractual guarantees specified in the Contract at its own cost and expense and to carry out further performance tests. The warranty should be comprehensive on site. (ii) IIT Jodhpur shall promptly notify the Supplier in writing of any claims arising under this warranty. Upon receipt of such notice, the Supplier shall immediately within in 02 days arrange to repair or replace the defective goods or parts thereof free of cost at the ultimate destination. The Supplier shall take over the replaced parts/goods at the time of their replacement. No claim whatsoever shall lie on IIT Jodhpur for the replaced parts/goods thereafter. The period for correction of defects in the warranty period is 02 days. If the supplier having been notified fails to remedy the defects within 02 days, IIT Jodhpur may proceed to take such remedial action as may be necessary, at the supplier s risk and expenses and without prejudice to any other rights, which IIT Jodhpur may have against the supplier under the contract. (iii) The comprehensive warranty will commence from the date of the satisfactory installation/commissioning of the furniture against the defect of any manufacturing, workmanship and poor quality of the components. (iv) An undertaking will be submitted by the bidder for after sales service for at least 01 year from the date of expiry of warranty. 25 Governing Language The contract shall be written in English language. English language version of the Contract shall govern its interpretation. All correspondence and other documents pertaining to the Contract, which are exchanged by the parties, shall be written in the same language. 26 Applicable Law The Contract shall be interpreted in accordance with the laws of the Union of India and all disputes shall be subject to place of jurisdiction. 27 Notices Any notice given by one party to the other pursuant to this contract/order shall be sent to the other party in writing or by cable, telex, FAX or e mail and confirmed in writing to the other party s address. A notice shall be effective when delivered or on the notice s effective date, whichever is later. 28 Taxes Suppliers shall be entirely responsible for all taxes, duties, license fees, Octroy, road permits, etc., incurred until delivery of the contracted Goods to IIT Jodhpur. 29 Duties IIT Jodhpur is exempted from paying Excise Duty under notification No.51/96 (partially or full) and it is exempted from paying Excise Duty. Necessary Excise Duty Exemption Certificate will be provided for which following information are required. a) Quotation with details of Basic Price, Rate, Tax & Amount on which ED is applicable b) Supply Order Copy c) Proforma-Invoice Copy. 30 Payment: Test certificate from the manufacturer to be enclosed with every invoice. For Indigenous supplies, 100% payment shall be made by IIT Jodhpur against delivery, inspection, successful installation, commissioning and acceptance of the furniture at IIT Jodhpur in good condition and to the entire satisfaction of IIT Jodhpur.

9 31 User list: Brochure detailing technical specifications and performance, list of industrial and educational establishments where the items required have been supplied must be provided. (Ref. Annexure-III) 32 Manuals and Drawings (i) Before the goods and furniture are taken over by IIT Jodhpur, the Supplier shall supply operation and maintenance manuals. These shall be in such details as will enable IIT Jodhpur to operate, maintain, adjust and repair all parts of the works as stated in the specifications. (ii) The Manuals shall be in the ruling language (English) in such form and numbers as stated in the contract. (iii) Unless and otherwise agreed, the goods furniture shall not be considered to be completed for the purposes of taking over until such manuals and drawing have been supplied to IIT Jodhpur. 33 Application Specialist: The Tenderer should mention in the Techno-Commercial bid the availability and names of Application Specialist and Service Engineers in the nearest regional office. (Ref. to Annexure-III) 34 Spare Parts The Supplier may be required to provide any or all of the following materials, notifications, and information pertaining to spare parts manufactured or distributed by the Supplier: ii. Such spare parts as IIT Jodhpur may elect to purchase from the Supplier, providing that this election shall not relieve the Supplier of any warranty obligations under the Contract; and iii. In the event of termination of production of the spare parts: iv. Advance notification to IIT Jodhpur of the pending termination, in sufficient time to permit IIT Jodhpur to procure needed requirements; and v. Following such termination, furnishing at no cost to IIT Jodhpur, the blueprints, drawings and specifications of the spare parts, if requested. Supplier shall carry sufficient inventories to assure ex-stock supply of consumable spares for the Goods, such as gaskets, plugs, washers, belts etc. Other spare parts and components shall be supplied as promptly as possible but in any case within six months of placement of order. 35. Defective supply: If any of the furniture supplied by the Tenderer is found to be substandard, refurbished, un-merchantable or not in accordance with the description/specification or otherwise faulty, the committee will have the right to reject the furniture or its part. The prices of such furniture shall be refunded by the Tenderer with 18% interest if such payments for such furniture have already been made. All damaged or unapproved goods shall be returned at suppliers cost and risk and the incidental expenses incurred thereon shall be recovered from the supplier. Defective part in equipment, if found before installation and/or during warranty period, shall be replaced within 45 days on receipt of the intimation from this office at the cost and risk of supplier including all other charges. In case supplier fails to replace above item as per above terms & conditions, IIT Jodhpur may consider "Banning" the supplier. 36. Termination for Default IIT Jodhpur may, without prejudice to any other remedy for breach of contract, by written notice of default sent to the Supplier, terminate the Contract in whole or part: i. If the Supplier fails to deliver any or all of the Goods within the period(s) specified in the order, or within any extension thereof granted by IIT Jodhpur; or ii If the Supplier fails to perform any other obligation(s) under the Contract. iii If the Supplier, in the judgment of IIT Jodhpur has engaged in corrupt or fraudulent practices in competing for or in executing the Contract. For the purpose of this Clause: i. Corrupt practice means the offering, giving, receiving or soliciting of anything of

10 ii. value to influence the action of a public official in the procurement process or in contract execution. Fraudulent practice means a misrepresentation of facts in order to influence a procurement process or the execution of a contract to the detriment of the Borrower, and includes collusive practice among Bidders (prior to or after bid submission) designed to establish bid prices at artificial non-competitive levels and to deprive the Borrower of the benefits of free and open competition; In the event IIT Jodhpur terminates the Contract in whole or in part, IIT Jodhpur may procure, upon such terms and in such manner, as it deems appropriate, Goods or Services similar to those undelivered, and the Supplier shall be liable to IIT Jodhpur for any excess costs for such similar Goods or Services. However, the Supplier shall continue the performance of the Contract to the extent not terminated. 37. Compliancy certificate: This certificate must be provided indicating conformity to the technical specifications. (Annexure-I) 38 Periodic Review: The RC committee of IIT Jodhpur will perform periodic review of this Rate Contract. Feedback of the faculty members will be obtained periodically. The extension of the Rate Contract between IIT Jodhpur and the RC vendor will be solely dependent upon the performance of the RC supplier. 39 IIT Jodhpur reserves the right to include more than one party in the Rate Contract. 40 FALL CLAUSE: (i) The price charged for the item supplied under the Rate contract by the RC supplier / vendor shall in no event exceed the lowest price at which the RC supplier sells the item or offers to sell item of identical description to any persons/organisations including IIT Jodhpur or any Department of the Central Government or any Department of a State Government or any statutory Undertaking of the Central or State Government, as the case may be during the period till performance of all Supply Orders placed during the currency of the rate contract is completed. (ii) If at any time, during the said period the RC supplier reduces the sale price, sells or offers to sell such stores to any person/organisation including IIT Jodhpur or any Department of Central Government or any Department of a State Government or any statutory Undertaking of the Central or State Government as the case may be at a price lower than the price chargeable under the contract, he shall forthwith notify such reduction or sale or offer of sale to IIT Jodhpur and price payable under the Rate contract for the items supplied after the date of coming into force of such reduction or sale or offer of sale shall stand correspondingly reduced. The RC supplier / vendor shall furnish the following certificate along with each bill for payment for supplies made against the Rate Contract: I/We certify that there has been no reduction in sale price of the items under the Rate Contract of description identical to the items supplied to the Government under the contract herein and such items have not been offered/sold by me/us to any

11 person/ organisation, including IIT Jodhpur or any Department of Central Government or any Department of a State Government or any statutory Undertaking of the Central or State Government as the case may be upto the date of bill/the date of completion of supplies against all supply orders placed during the currency of the R/C at a price lower than the price charged to the Government under the contract 41 IIT Jodhpur as well as the selected RC supplier may withdraw (with sufficient justifications, acceptable to each one) the rate contract by serving 30 days Notice period to each other. 42 In case of emergency or when special need arises, IIT Jodhpur may purchase the same item through ad hoc contract with a new supplier. 43 IIT Jodhpur is entitled to place supply orders upto the last day of the validity of the rate contract and, though supplies against such supply orders will be effected beyond the validity period of the rate contract, all such supplies will be guided by the terms & conditions of the rate contract. 44 IIT Jodhpur will not guarantee any specific business volume or business amount to any RC supplier. 45 Evaluation Criteria Parameter 1) The Firm should have existing Annual Rate Contract (ARC) for the supply of Furniture items with Government Departments/PSU/Educational Institute /Universities. Copies of the Annual Rate Contract issued by the clients must be enclosed. 2) Annual Turnover of company should be more than 30 crores & above. The bidders should submit the turnover proof since last three years. Balance Sheet and P/Loss statement for the year , , to be attached Evaluation Criteria Two Marks for each RC upto a maximum of 10 marks 1)Annual Turnover =30Cr, 5 marks, additional 1 mark each for increase in turnover by 30Cr up-to maximum of 10 marks Maximum Marks 3) The firms should possess following prevalent certifications related to quality & safety possessed by most of reputed brands of furniture manufacturers: i) ISO 9001 Yes/No 5 ii) ISO Yes/No 5 iii) BIFMA Yes/No 5 iv) Green-guard Yes/No 5 v) ISO Yes/No 5 vi) ISO Yes/No 5 4) The bidders should not have been black listed by any Government / Semi Government / Board /Corporations /Autonomous Body. An affidavit on Non Judicial Stamp paper has to be submitted by the firm to this effect. Yes/No 5 5) Firm should not have incurred loss in last 3 years. P&L statement to be attached Yes/No 10 6) Firm should have a service center in Rajasthan. Proof to be attached Yes/No

12 7) The bidders should have the capability to execute the rate contract with respect to furniture and manufacturing facilities (List of Plant and Machinery to be enclosed). IIT Jodhpur reserves the right to visit bidders factory if required. As per list 10 8) The bidders should have a Standard Price List of all the products applicable throughout the country. 9) The firm should submit a Solvency Certificate from a Bank worth Rs. 50,00,000/- (fifty lakhs). 10) Firm should have complete range of furniture items, Tables, Chairs, Storages, Modular Furniture, Lab furniture, Hospital furniture, Public seating Yes/No 5 10 Yes/No 5 Bidders will be evaluated finally on the basis of above evaluation table. Bidders who will technically qualify will only be evaluated based on the above table. Minimum marks to qualify technically is 50 out of 100. However, the committee may raise the above criteria in order to restrict the number of RC suppliers. Finally, RC vendors will be ranked based on total score obtained by them (in all above items from serial number 1 to 10). Total number of RC furniture vendors to be shortlisted will be decided by the Director, IIT Jodhpur.

13 ANNEXURE-I COMPLIANCE SHEET TECHNICAL SPECIFICATION srl Eligibility Criteria Compliance (Y/N) 1 We entered into Annual Rate Contract (ARC) for the supply of Furniture items with at least three (3) Government Departments/ Educational Institute /Universities/ PSUs during last three years. Copies of the Annual Rate Contract issued by the clients is be enclosed. Total number of RC details are attached at Annexure III. 2 Our firm is Registered in India, and we have a manufacturing center in India and we are in existence for minimum three years. 3 Our Turnover is more than 30 crores & above. The turnover proof since last three years is attached (P&L and B/Sheet for the year , , ). We have not incurred loss in last three financial years. 4 We have not been black listed by any Government / Semi Government / Board /Corporations/ PSU /Autonomous Body. We have submitted an affidavit on Non Judicial Stamp paper to this effect. 5 We possess following certifications related to quality & safety possessed by most of reputed brands of furniture manufacturers e.g. (please tick against each certification) a) ISO 9001 b) ISO c) ISO18001 d) ISO 9001:2000 e) ISO 14001:2004 f) SEFA g) BIFMA h) Green Guard i) OHSAS etc. (Certificates to be attached). 6 We are engaged in manufacturing of environment friendly green furniture (Certificate is attached). 7 We have the capability to execute the rate contract with respect to all kind of office furniture of reputed brands as per list given at page 2. The prospectus is attached. 8 We have a Standard Price List of all the products applicable throughout the country. 9 We have attached the Solvency Certificate from a Bank worth Rs. Fifty Lakhs. 10 We have no objection if the RC Committee visit our manufacturing plant in India to examine the manufacturing capacity of our firm. We also have a service center in Rajasthan. 11 We offer complete range of furniture items for as per the need of an academic institute such as: office furniture, modular furniture, laboratory furniture, hostel furniture, seating products, health care furniture for the Institute s Hospital, furnishing & fixtures and classroom furniture etc. I have also enclosed all relevant documents in support of my claims, (as above) in the following pages. Signature of Bidder (Seal)

14 << Organization Letter Head >> DECLARATION SHEET ANNEXURE-II We, hereby certify that all the information and data furnished by our organization with regard to this tender specification are true and complete to the best of our knowledge. I have gone through the specification, conditions and stipulations in details and agree to comply with the requirements and intent of specification. This is certified that our organization has been authorized (Copy attached) by the OEM to participate in Tender. We further certified that our organization meets all the conditions of eligibility criteria laid down in this tender document. Moreover, OEM has agreed to support on regular basis with technology / product updates and extend support for the warranty. The prices quoted in the financial bids are subsidized due to academic discount given to IIT Jodhpur. We, further specifically certify that our organization has not been Black Listed/De Listed or put to any Hold by any Institutional Agency/ Govt. Department/ Public Sector Undertaking in the last three years. Name & Address of the Vendor/ Manufacturer / Agent 1 Phone 2 Fax 3 4 Contact Person Name 5 Mobile Number 6 TIN Number 7 PAN Number 8. Actual address (with contact person's name) of the manufacturing office in India (for inspection) (Signature of the Tenderer) Name: Seal of the Company

15 List of Govt. Organization/Deptt. Annexure-III List of Government Organizations for whom the Bidder has undertaken such work during last three years (must be supported with work orders) Name of the organization Name of Contact Person Contact No. & ID Name of application specialist / Service Engineer who have the technical competency to handle and support the quoted product during the warranty period. Name of the organization Name of Contact Person Contact No. & ID Name: Designation: Organization Name: Contact No. : Signature of Bidder

16 Bid Submission Bids (complete in all respect) must be submitted in Two Envelops as explained below:- Envelope 1 (Following documents to be provided) Sl. No. Documents Content 1. Technical Bid Compliance Sheet as per Annexure - I 2. Organization Declaration Sheet as per Annexure - II 3. List of organizations/ clients where the same products have been supplied (in last two years) along with their contact number(s). (Annexure-III) 4. Technical supporting documents in support of all claims made at Annexure-I (Annexure-IV) Envelope 2 Sl. No. TYPES Content 1. Financial Bid Price bid should be submitted in hardcopy as well as in CD (.pdf format).

17 Specifications for Furniture Annexure-A S.No Description Net Unit price F1 MAIN TABLE TYPE 1 Table Top: - The table top should be Post-laminated with membrane finish for better abrasion and scratch resistance. The Table top should be made of MDF Board with 1mm top membrane and 2mm bottom laminate with reverse chamfering. The overall thickness of the Table top should be 48mm. All exposed edges should have 1mm membrane finish. It should have a dual tone colour with the base colour being black and the top colour to be Walnut Bronze/ Acacia Exodus / Black Cherry.Modesty panel: - The modesty should be made of MDF with membrane finish for better abrasion and scratch resistance. The Modesty should be made of 18mm MDF Board with 1mm top membrane and 1mm bottom laminate. All exposed edges should have F1.1 membrane finish for elegant look. The colour of the modesty should be matched to the table top colour.understructure :- The understructure should be made up of MDF board with membrane finish and should be black in colour. All exposed edges should have membrane finish of 1 mm thick. The understructure should have wire management properties and can be carried concealed wires within it.wire Management :- The understructure should have the capability of carrying wires within it. The main table should have an access flap arrangement for easy access of switches and sockets for connecting the gadgets. The access flap cover should be made of Aluminum extrusion and powder coated upto microns F1.1.1 F F1.1.3 F1.1.4 F W x 900 D X 740 H IN MM 2250 W X 900 DX 740 H MM 2100 W x 900 D X 740 H IN MM 2250 W X 900 DX 740 H MM Side Table :- Table Top: - The table top should be made of MDF with Membrane finish for better abrasion and scratch resistance. The Table top should be made of 48mm MDF Board with 1mm membrane finish and 1mm bottom laminate. All exposed edges should have membrane finish. The Table top colour should be matched to the main table.modesty panel: - The modesty should be made of MDF with membrane finish for better abrasion and scratch resistance. The Modesty should be made of 18mm MDF Board with 1mm top membrane finish and 1mm bottom laminate. All exposed edges should have membrane finish. The colour of the modesty should be matched to the table top colour.understructure :- The understructure/gable ends should be should be made of 48mm thick MDF board and should be black in colour. All exposed edges should have membrane finish. F1.2.1 F F1.3 F1.3.1 F W x 700 D X 740 H IN MM 1500 W X 700 DX 740 H MM Back Storage :- The back storage should have 2 sections; i.e. storage unit and display unit. The storage caracass should be made of 18mm thick MDF board of black colour. The shutters and storage top should be membrane finished for better abrasion and scratch resistance. The storage top should be made of 48mm MDF Board with 1mm top membrane finish and 1mm bottom laminate. The shutters should be made of 18mm MDF Board with 1mm top membrane and 1mm bottom Membrane. The storage back should be made of 9mm thick MDF board. The shutter and storage top colour should be matched to the main table. The storage should be completely with SS finished handle. All exposed edges should have membrane finish. The storage skirting should be of 75mm high, the storage should bea height should be 1500mm high 2100 W x 450 D X 1500 H IN MM 1700 W X 450 DX 1500 H MM

18 F1.4 3 drawer pedestal unit should be of size 350x450x550mm and should be made up of 18mm thk. Medium Density Fiber (MDF) top & front facia board should have central locking system & have wave key technology. Drawers should be with roller slide mechanism and casters for added mobility. F2 F 2.1 F2.1.1 F F2.1.3 F2.1.4 F2.2 F F F MAIN TABLE TYPE 2 Table Top: - The table top should be Post-laminated for better abrasion and scratch resistance. The Table top should be made of Particle Board with 1mm top laminate and 1mm bottom laminate. The overall thickness of the Table top from visible side 54mm. The complete thickness of the table top should be minimum 36mm with addition of 18mm baton on the visible side. All exposed edges have 2mm PVC edge banding. It has a dual tone colour with the base colour being black and the top colour to be Walnut Bronze/ Acacia Exodus / Black Cherry.Modesty panel: - The modesty should be Postlaminated for better abrasion and scratch resistance. The Modesty should be made of 18mm Particle Board with 1mm top laminate and 1mm bottom laminate. All exposed edges have 2mm PVC edge banding. The colour of the modesty should be matching to the table top colour.understructure :- The understructure should be 200mm wide on both sides. It should be made up of prelam particle board and should be black in colour. All exposed edges should have 2mm PVC edge banding. The understructure should have wire management properties and can carry concealed wires within it.wire Management :- The understructure should have the capability of carrying wires within it. The main table should have an access flap arrangement for easy access of switches and sockets for connecting the gadgets. The access flap cover should be made of Aluminum extrusion and powder coated upto micronsjoining Top :- The Joining top should be Post-laminated for better abrasion and scratch resistance. The joining top should be made of 36mm Particle Board with 1mm top laminate and 1mm bottom laminate. All exposed edges should have 2mm PVC edge banding. The colour of the Joining top should be Black W x 900 D X 740 H IN MM 2250 W X 900 DX 740 H MM 2400 W x 900 D X 740 H IN MM 2900 W X 900 DX 740 H MM Side Table :- Table Top: - The table top should be Post-laminated for better abrasion and scratch resistance. The Table top should be made of 36mm Particle Board with 1mm top laminate and 1mm bottom laminate. All exposed edges should have 2mm PVC edge banding. The Table top colour should be matched the main table.modesty panel: - The modesty should be Post-laminated for better abrasion and scratch resistance. The Modesty should be made of 18mm Particle Board with 1mm top laminate and 1mm bottom laminate. All exposed edges should have 2mm PVC edge banding. The colour of the modesty should be matched to the table top colour.understructure :- The understructure should be made of 25mm thick prelam particle board and should be black in colour. All exposed edges should have 2mm PVC edge banding 1200 W x 500 D X 740 H IN MM 1350 W X 500 DX 740 H MM 1500 W X 500 DX 740 H MM

19 F2.3 BACK STORAGE:- The back storage should have 2 sections; i.e. storage unit and display unit (above the storage space). The storage caracass should be made of 18mm thick prelam particle board of black colour. The shutters and storage top should be Post-laminated for better abrasion and scratch resistance. The storage top should be made of 36mm Particle Board with 1mm top laminate and 1mm bottom laminate. The shutters should be made of 18mm Particle Board with 1mm top laminate and 1mm bottom laminate. The storage back should be made of 9mm thick prelam particle board. The shutter and storage top colour should be matching to the main table. The storage should be completely handle less and should be openable from the top. Al hinges should be of superior quality. One number premium lock should be considered for the storage. All exposed edges should have 2mm PVC edge banding.the storage skirting should be of 75mm high, the storage should bea height should be 455mm high and the display should bea should be 175mm high. Tower Unit :- The tower unit should have 2 sections; namely; storage unit below and display unit (above the storage space). The caracass of the tower unit should be made of 18mm thick prelam particle board of black colour. The shutters and tower unit top should be Post-laminated for better abrasion and scratch resistance. The shutters and top should be made of 18mm Particle Board with 1mm top laminate and 1mm bottom laminate. The shutter and top colour should be matched to the main table. The Tower back should be made of 9mm thick prelam particle board. The storage section should be completely handle less and should be openable from the top. The hinges should be of good quality. All exposed edges should have 2mm PVC edge banding.the storage skirting should be of 75mm high, the storage should bea height should be 455mm high and the rest should be display should bea.the display should bea should have glass shutters of 450mm width. The glass considered should be 5mm toughened and should have hinges and knob for access. F2.3.1 F F2.4 F3 F3.1 F F W x 450 D X 740 H IN MM 900 W X 450 DX 740 H MM The Pedestal Unit of Dimensions 350W x 450D x 550mmH should be made of 18mm thick pre laminated partical Board conforming to should be : Interior Grade. All the exposed edges should be sealed with 2mm thick PVC Imported edge banding on sides and bottom. The top and drawer facia should be sealed with 2mm thick PVC edge. The drawer unit consists of 2 box drawer and 1 file drawer. The sides of Inside drawer box should be of prelam particle board. The drawer box should be fitted with roller Slide for free movement. The drawer unit should be provided with central locking system, where in the three drawer should be locked with one key. PVC recessed handles should be provided for easy opening and closing of drawer. The complete furniture unit should be factory assembled with knock down fittings. MAIN TABLE TYPE 3 Table Top: - The table top should be Post-laminated for better abrasion and scratch resistance. The Table top should be made of Particle Board with 1mm top laminate and 1mm bottom laminate. The complete Table top should be 36mm thick. All exposed edges should have 2mm PVC edge banding. The colours should be of Walnut Bronze/ Acacia Exodus / Black Cherry.Modesty panel: - The modesty should be Post-laminated for better abrasion and scratch resistance. The Modesty should be made of 18mm Particle Board with 1mm top laminate and 1mm bottom laminate. All exposed edges should have 2mm PVC edge banding. The colour of the modesty should be matched to the table top colour.understructure :- The understructure should be 200mm wide on one side should be 25mm. It should be made up of prelam particle board and should be black in colour. The understructure should have wire management properties and can carry concealed wires within it. All exposed edges should have 2mm PVC edge banding.wire Management :- The understructure should have the capability of carrying wires within it. The main table should have an access flap arrangement for easy access of switches and sockets for connecting the gadgets. The access flap cover should be made of Aluminum extrusion and powder coated upto microns. Extension Table :- The table top should be of an arc shape and Post-laminated for better abrasion and scratch resistance. The Table top should be made of Particle Board with 1mm top laminate and 1mm bottom laminate. All exposed edges should have 2mm PVC edge banding. The complete Table top should be 36mm thick and in black colour W x 900 D X 740 H IN MM 1950 W X 900 DX 740 H MM

20 F F W x 900 D X 740 H IN MM with extension table top Side Table :- Table Top: - The table top should be Post-laminated for better abrasion and scratch resistance. The Table top should be made of 36mm Particle Board with 1mm top laminate and 1mm bottom laminate. All exposed edges should have 2mm PVC edge banding. The Table top colour should be matching to the main tablemodesty panel: - The modesty should be Post-laminated for better abrasion and scratch resistance. The Modesty should be made of 18mm Particle Board with 1mm top laminate and 1mm bottom laminate. All exposed edges should have 2mm PVC edge banding. The colour of the modesty should be matched to the table top colour.understructure :- The understructure should be made of 25mm thick prelam particle board and should be black in colour. All exposed edges should have 2mm PVC edge banding. F F F F3.3 F F F 3.4 F W x 500 D X 740 H IN MM 1350 W X 500 DX 740 H MM 1500 W x 500 D X 740 H IN MM BACK STORAGE:- The back storage should have 2 sections; namely; storage unit and display unit (above the storage space). The storage caracass should be made of 18mm thick prelam particle board of black colour. The shutters and storage top should be Post-laminated for better abrasion and scratch resistance. The storage top should be made of 36mm Particle Board with 1mm top laminate and 1mm bottom laminate. The shutters should be made of 18mm Particle Board with 1mm top laminate and 1mm bottom laminate. The storage back should be made of 9mm thick prelam particle board. The shutter and storage top colour should be matching to the main table. The storage should be completely handle less and should be openable from the top. Al hinges should be of good quality. One number premium lock should be considered for the storage. All exposed edges should have 2mm PVC edge banding.the storage skirting should be of 75mm high, the storage should bea height should be 455mm high and the display should bea should be 175mm high. Tower Unit :- The tower unit should have 2 sections; namely; storage unit below and display unit (above the storage space). The caracass of the tower unit should be made of 18mm thick prelam particle board of black colour. The shutters and tower unit top should be Post-laminated for better abrasion and scratch resistance. The shutters and top should be made of 18mm Particle Board with 1mm top laminate and 1mm bottom laminate. The shutter and top colour should be matching to the main table. The Tower back should be made of 9mm thick prelam particle board. The storage section should be completely handle less and should be openable from the top. The hinges should be of good quality. All exposed edges should have 2mm PVC edge banding.the storage skirting should be of 75mm high, the storage should bea height should be 455mm high and the rest should be display should bea.the display should bea should have glass shutters of 450mm width. The glass considered should be 5mm toughened and have hinges and knob for access. 750 W x 450 D X 740 H IN MM 900 W X 450 DX 740 H MM The Pedestal Unit of Dimensions 350W x 450D x 550mmH should be made of 18mm thick pre laminated partical Board should be : Interior Grade. All the exposed edges should be sealed with 2mm thick PVC Imported edge banding on sides and bottom. The top and drawer facia should be sealed with 2mm thick PVC edge. The drawer unit should consist of 2 box drawer and 1 file drawer. The sides of Inside drawer box should be of prelam particle board. The drawer box should be fitted with roller Slide for free movement. The drawer unit should be provided with central locking system, where in the three drawer should be locked with one key.pvc recessed handles should be provided for easy opening and closing of drawer. The complete furniture unit should be factory assembled with knock down fittings. MAIN TABLE TYPE 4

21 F4.1 Table Top: - The table top should be made of 43mm thick prelaminated Particle board from the visible side. The user side should be of 25mm thick prelam particle board. All exposed edges should have 2mm PVC edge banding.modesty panel: - The Modesty should have a prismatic shape and should be made of 18mm thick prelam Particle Board. All exposed edges should have 2mm PVC edge banding. The colour of the modesty should be matching to the table top colour along with a designer Slate Grey prismatic back.understructure :- The understructure should be made of 43mm thick prelaminated Particle board from the visible side. The user side should be of 25mm thick prelam particle board. All exposed edges should have 2mm PVC edge banding. Patneted squeeze should be provided for wire management. All switches and mounting provision should be provided on the adjacent wall. F4.1.1 F F F 4.2 F F F F 4.3 F F F W x 750 D X 740 H IN MM 1650 W X 900 DX 740 H MM 1800 W x 900 D X 740 H IN MM Side Table :- Table Top: - The table top should be made of 25mm thick prelam particle board. All exposed edges should have 2mm PVC edge banding. The Table top colour should be matching to the main table.modesty panel: - The Modesty should be made of 18mm thick prelam Particle Board. All exposed edges should have 2mm PVC edge banding. The colour of the modesty should be matching to the table top colour. Understructure :- The understructure should be made of 25mm thick prelaminated Particle board. All exposed edges should have 2mm PVC edge banding W x 450 D X 740 H IN MM 1350 W X 450 DX 740 H MM 1500 W x 450 D X 740 H IN MM BACK STORAGE:- The back storage should have 2 sections; namely; storage unit and display unit (above the storage space). The storage caracass should be made of 18mm thick prelam particle board of black colour. The shutters and storage top should be Post-laminated for better abrasion and scratch resistance. The storage top should be made of 36mm Particle Board with 1mm top laminate and 1mm bottom laminate. The shutters should be made of 18mm Particle Board with 1mm top laminate and 1mm bottom laminate. The storage back should be made of 9mm thick prelam particle board. The shutter and storage top colour should be matching to the main table. The storage should be completely handle less and should be openable from the top. Al hinges should be of good quality. One number premium lock should be considered for the storage. All exposed edges should have 2mm PVC edge banding.the storage skirting should be of 75mm high, the storage should bea height should be 455mm high and the display should bea should be 175mm high. Tower Unit :- The tower unit should have 2 sections; namely; storage unit below and display unit (above the storage space). The caracass of the tower unit should be made of 18mm thick prelam particle board of black colour. The shutters and tower unit top should be Post-laminated for better abrasion and scratch resistance. The shutters and top should be made of 18mm Particle Board with 1mm top laminate and 1mm bottom laminate. The shutter and top colour should be matching to the main table. The Tower back should be made of 9mm thick prelam particle board. The storage section should be completely handle less and should be openable from the top. The hinges should be of good quality. All exposed edges should have 2mm PVC edge banding.the storage skirting should be of 75mm high, the storage should bea height should be 455mm high and the rest should be display should bea.the display should bea should have glass shutters of 450mm width. The glass considered should be 5mm toughened and should have hinges and knob for access. 750 W x 450 D X 740 H IN MM 900 W X 450 DX 740 H MM Towwer unit 750 W X 450 DX1950 H MM

22 F 4.4 The Pedestal Unit of Dimensions 350W x 450D x 550mmH should be made of 18mm thick pre laminated partical Board should be : Interior Grade. All the exposed edges should be sealed with 2mm thick PVC Imported edge banding on sides and bottom. The top and drawer facia should be sealed with 2mm thick PVC edge. The drawer unit should consist of 2 box drawer and 1 file drawer. The sides of Inside drawer box should be of prelam particle board. The drawer box should be fitted with roller Slide for free movement. The drawer unit should be provided with central locking system, where in the three drawer should be locked with one key.pvc recessed handles should be provided for easy opening and closing of drawer. The complete furniture unit should be factory assembled with knock down fittings. F 5 MAIN TABLE TYPE 5 Main Table should be made with MDF post formed waterfall edge design in membrane finish. table should be made up of 25mm thk. Medium Density Fiber (MDF) board with membrane finish to enhance scratch resistance and should have superior edge profile upported on Gable ends made out of 25mm thk prelam particle boards with 2mm thk PVC edge banding. Modesty panels should be in 18mm thk MDF membrane finish. Table Tops, Modesty F 5.1 should be in membrane finish. Wire routing / wire management groumets should be provided on main or side table. F F F F F F 5.2 F F F F 5.3 F F F W x 750 D X 740 H IN MM 1650 W X 750 DX 740 H MM 1800 W x 750 D X 740 H IN MM 1800 W X 900 DX 740 H MM 1950 W X 900 DX 740 H MM Side return table completely should be made up of MDF board and should be : Interior Grade with Membrane finish. Top should be in 25mm thk MDF board with membrane finish support on 25mm thk. Gable ends and which should be closed by 2 mm thick PVC edge bending 18mm thk Modesty panel. Exposed edges should be in 2mm thk PVC edge banding & sealed edges should be in 0.8mm thk PVC edge banding. Wire routing / wire management groumets should be provided on main or side table W x 450 D X 740 H IN MM 1200 W X 450 DX 740 H MM 1350 W x 450 D X 740 H IN MM Back storage unit should be made up of 18mm thk. Medium Density Fiber (MDF) board top & shutter with memrane finish to enhance scratch resistance and having premium lock with wave key technology. Side & back panels should be in prelam particle board with PVC edge banding. Back panel should be in 9mm thk & side panels should be in 18mm thk. 750 W x 450 D X 740 H IN MM 900 W X 450 DX 740 H MM The Pedestal Unit of Dimensions 350W x 450D x 550mmH should be made of 18mm thick pre laminated partical Board should be : Interior Grade. All the exposed edges should be sealed with 2mm thick PVC Imported edge banding on sides and bottom. The top and drawer facia should be sealed with 2mm thick PVC edge. The drawer unit should consists of 2 box drawer and 1 file drawer. The sides of Inside drawer box should be of prelam particle board. The drawer box should be fitted with roller Slide for free movement. The drawer unit should be provided with central locking system, where in the three drawer should be locked with one key.pvc recessed handles should be provided for easy opening and closing of drawer. The complete furniture unit should be factory assembled with knock down fittings. F 6 MAIN TABLE TYPE 6

23 F 6.1 Main table completely should be made up of 25mm thk. Prelam particle boards should be : Interior Grade. Only Tops should be with superior postformed edge finish with enhanced scratch resistance and supported on 25mm thk Gable ends and 18mm thk Modesty panels. Gable ends & modesty exposed edges should be in 2mm thk PVC edge banding & sealed edges should be in 0.8mm thk PVC edge banding. Wire routing / wire management groumets should be provided on main or side table. Return table should be made up of 25mm thk. Prelam particle board should be : Interior Grade. Only Tops should be with superior postformed edge finish with enhanced scratch resistance and supported on 25mm thk Gable ends and 18mm thk Modesty panels. Gable ends & modesty exposed edges should be in 2mm thk PVC edge banding & sealed edges should be in 0.8mm thk PVC edge banding. Wire routing / wire management groumets should be provided on main or side table. F F F F F F 6.2 F F F F W x 750 D X 740 H IN MM 1650 W X 750 DX 740 H MM 1800 W x 750 D X 740 H IN MM 1800 W X 900 DX 740 H MM 1950 W X 900 DX 740 H MM Return table of size 1350x450x700mm completely should be made up of Prelam particle board should be : Interior Grade with PVC edge banding. Top should be in 25mm thk baord with 2mm PVC edge banding supported on 25mm thk. Gable ends and 18mm thk. Modesty panel. Exposed edges should be in 2mm thk PVC edge banding & sealed edges should be in 0.8mm thk PVC edge banding. Wire routing / wire management groumets should be provided on main or side table W x 450 D X 740 H IN MM 1200 W X 450 DX 740 H MM 1350 W x 450 D X 740 H IN MM Back storage unit of size 900x425x700mm should be up of 18mm thk. prelam particle board having premium lock with wave key technology. Storage body should be made of 18mm thick pre laminated partical Board conforming to should be : The back of the unit should be made from 9mm prelaminated board. All the exposed edges should be with 2mm PVC egde Imported banding & sealed edges should be with 0.8mm thick PVC Imported edge banding. The top, side and hinged shutters should be sealed with 2mm thick PVC edge banding. The units should be assembled by knock down fittings. All the hardwshould be and Hinges should be of good quality. PVC edge banding should be of good quality. F F F F W X 450 DX 740 H MM 750 W x 450 D X 740 H IN MM 900 W X 450 DX 740 H MM The Pedestal Unit of Dimensions 350W x 450D x 550mmH should be made of 18mm thick pre laminated partical Board should be : Interior Grade. All the exposed edges should be sealed with 2mm thick PVC Imported edge banding on sides and bottom. The top and drawer facia should be sealed with 2mm thick PVC edge. The drawer unit should consists of 2 box drawer and 1 file drawer. The sides of Inside drawer box should be of prelam particle board. The drawer box should be fitted with roller Slide for free movement. The drawer unit should be provided with central locking system, where in the three drawer should be locked with one key.pvc recessed handles should be provided for easy opening and closing of drawer. The complete furniture unit should be factory assembled with knock down fittings. F 7 MAIN TABLE TYPE 7 Main Desk -.The top should be veneered 48 mm thick coated with Melamine ( stalin finnish, 9 mm thick seasoned wood beading on the edges ). The 48 mm should be comprising of 4 mm veneer plus 25 mm Top plain particle board plus 18 mm baton(ppb) plus BDL ( Backing Decorated Laminated). The F 7.1 Legs should be MS ERW Round tube of Dia 50.8 x 1.6 mm thick.the modesty & side panels should be of Perforated MS sheet of 0.9 mm thick. F F 71.2 F W x 750 D X 750 H IN MM 1650 W X 880 DX 750 H MM 2062 W x 880 D X 750 H IN MM

24 F 7.2 ERU - 1 size should be 1200 Width x 450 Depth x 750 Height. ERU W x 450 D x 750 H. ERU W x 450 D x 750 H. The top should be veneered 48 mm thick coated with Melamine ( stalin finnish, 9 mm thick seasoned wood beading on the edges ). The 48 mm should be comprising of 4 mm veneer plus 25 mm Top plain particle board plus 18 mm baton(ppb) plus BDL ( Backing Decorated Laminated). The Legs should be MS ERW Round tube of Dia 50.8 x 1.6 mm thick.the modesty & side panels should be of Perforated MS sheet of 0.9 mm thick. F F F F W x 450 D X 750 H IN MM 1200 W X 450 DX 750 H MM 1675 W x450 D X 750 H IN MM Credenza - 1 size should be 1188 Width x 440 Depth x 750 Height.The top should be veneered 48 mm thick coated with Melamine ( stalin finnish, 9 mm thick seasoned wood beading on the edges ). The 48 mm should be comprising of 4 mm veneer plus 25 mm Top plain particle board plus 18 mm baton(ppb) plus BDL ( Backing Decorated Laminated). The pedestal shell should be 0.8 mm thick plus drawer tray should be 0.6 mm thick plus drawer fronts should be 0.8 mm thick.the Slides in the pedestal should be double extension ball slides.the Glass door unit should be having body 0.8 mm thick MS and glass should be 6.0 mm thick clear glass. F W x 440 D X 750 H IN MM 8 MAIN TABLE TYPE 8 Structural Support System: The worktops should be generally be supported on a leg and beam based system. This should be chshould becterised by the use of combination of load bearing high grade extruted aluminium beams and Legs comprising of die cast connecting parts in conjunction with extruded aluminium sections to form a robust A-Frame type leg when joined together. The leg assemblies should be finished with superior powder coat finish. Beam used should be aluminum extrusion of HE 9 grade. Beam should have T-Slots on all the faces for easy clamping of components. Beam should be F 8.1 also with superior powder coat finish. Beam dimensions: (H) 92 mm x (W) 40mm. Worktops: should be 25mm thick Pre laminated Particle board with machine pressed PVC edge band 2.0 mm thick all around with various shades to choose from. Work surface height should be 740 mm for ergonomics keeping. Privacy Screen: F F F F F f 8.2 F F F F 8.3 F F W x 750 D X 740 H IN MM 1650 W X 750 DX 740 H MM 1800 W x 750 D X 740 H IN MM 1800 W X 900 DX 740 H MM 1950 W X 900 DX 740 H MM Side Unit: Structural Support System: The worktops should be supported on a leg and beam based system. This should be chshould becterised by the use of combination of load bearing high grade extruted aluminium beams and Legs comprising of die cast connecting parts in conjunction with extruded aluminium sections to form a robust A-Frame type leg when joined together (ref. image as shown herewith). The leg assemblies should be finished with superior powder coat finish. Beam used should be aluminum extrusion of HE 9 grade. Beam should have T-Slots on all the faces for easy clamping of components. Beam should also be with superior powder coat finish. Beam dimensions: (H) 92 mm x (W) 40mm. Worktops: should be 25mm thick Pre laminated Particle board with machine pressed PVC edge band 2.0 mm thick all around with various shades to choose from. Work surface height should be 740 mm for ergonomics keeping W x 450 D X 740 H IN MM 1200 W X 450 DX 740 H MM 1350 W x 450 D X 740 H IN MM Back storage unit of size mm should be made up of 18mm thk. Medium Density Fiber (MDF) board top & shutter with memrane finish to enhance scratch resistance and having premium lock with wave key technology. Side & back panels should be in prelam particle board with PVC edge banding. Back panel should be in 9mm thk & side panels should be in 18mm thk. 600 W X 450 DX 740 H MM 750 W x 450 D X 740 H IN MM

25 F F W X 450 DX 740 H MM The Pedestal Unit of Dimensions 350W x 450D x 550mmH should be made of 18mm thick pre laminated partical Board should be : Interior Grade. All the exposed edges should be sealed with 2mm thick PVC Imported edge banding on sides and bottom. The top and drawer facia should be sealed with 2mm thick PVC edge. The drawer unit should consists of 2 box drawer and 1 file drawer. The sides of Inside drawer box should be of prelam particle board. The drawer box should be fitted with roller Slide for free movement. The drawer unit should be provided with central locking system, where in the three drawer should be locked with one key.pvc recessed handles should be provided for easy opening and closing of drawer. The complete furniture unit should be factory assembled with knock down fittings. 9 MAIN TABLE TYPE 9 Legs:- The legs should be 50 x 50mm thick Squshould be pipe should be made of 1.6mm thick CRCA pipe duly powder coated. The powder coating thickness considered should be 50 to 60 microns DFT. 2) Tie Member :- The tie member should be 80 x 40mm pipe structure made of 1.6mm thick CRCA duly powder coated. The powder coating thickness should be 50 to 60 microns DFT. Structure to fully welded with all arc welding from inside eliminating manual finishing. 3) LEG SHOE/LEVELLERS :- The leg shoe should be made up of 100% recyclable nylon 6. The shoe helps in mounting of levelers on the legs by eliminating any welding process. 4) BEAM :- The beam should be 1.2mm thick CRCA bent in the form of C channels with 3mm thick CRCA brackets. The bottom cover should be made of F mm thick GI sheet. BEAM SIZE x 100 mm 5) WIRE MANAGEMENT: - The vertical wire should be carried through the mast and should be carried in the horizontal direction by the beam which also should be acted as wire carrying member. The switches can be mounted on the beam below the table top. Provision for flip top box should be patented DUO should be also available for accessing wires from the table top. 6) TABLE TOP :- The Table Top should be made of 25mm thick prelam particle board should be Interior Grade. The exposed edges of the table top should be sealed with 2mm PVC edge banding. The height of the table top from the ground should be 740mm. 7) MODESTY PANEL :- The modesty panel should be made of 18mm thick PLB. The exposed edges should be sealed with 2mm PVC edge banding. F F F F F F W x 750 D X 740 H IN MM 1650 W X 750 DX 740 H MM 1800 W x 750 D X 740 H IN MM 1800 W X 900 DX 740 H MM 1950 W X 900 DX 740 H MM Side Unit:-Legs:- The legs should be 50 x 50mm thick Squshould be pipe should be made of 1.6mm thick CRCA pipe duly powder coated. The powder coating thickness considered should be 50 to 60 microns DFT. 2) Tie Member :- The tie member should be 80 x 40mm pipe structure should be made of 1.6mm thick CRCA duly powder coated. The powder coating thickness should be 50 to 60 microns DFT. Structure to fully welded with all arc welding from inside eliminates manual finishing. 3) LEG SHOE/LEVELLERS :- The leg shoe should be made up of 100% recyclable nylon 6. 4) BEAM :- The beam should be 1.2mm thick CRCA bent in the form of C channels with 3mm thick CRCA brackets. The bottom cover should be made of 0.7 mm thick GI sheet. BEAM SIZE x 100 mm 5) WIRE MANAGEMENT: - The vertical wire should be carried through the mast and should be carried in the horizontal direction by the beam which should be acted as wire carrying member. The switches can be mounted on the beam below the table top. Provision for flip top box should be patented DUO and also available for accessing wires from the table top. 6) TABLE TOP :- The Table Top should be made of 25mm thick prelam particle board should be Interior Grade. The exposed edges of the table top should be sealed with 2mm PVC edge banding. The height of the table top from the ground should be 740mm. 7) MODESTY PANEL :- The modesty panel should be made of 18mm thick PLB. The exposed edges should be sealed with 2mm PVC edge banding.

26 F F F F W x 450 D X 740 H IN MM 1200 W X 450 DX 740 H MM 1350 W x 450 D X 740 H IN MM Back storage unit should be made up of 18mm thk. Medium Density Fiber (MDF) board top & shutter with memrane finish to enhance scratch resistance and having premium lock with wave key technology. Side & back panels should be in prelam particle board with PVC edge banding. Back panel should be in 9mm thk & side panels should be in 18mm thk. F F F F W X 450 DX 740 H MM 750 W x 450 D X 740 H IN MM 900 W X 450 DX 740 H MM The Pedestal Unit of Dimensions 350W x 450D x 550mmH should be made of 18mm thick pre laminated partical Board should be : Interior Grade. All the exposed edges should be sealed with 2mm thick PVC Imported edge banding on sides and bottom. The top and drawer facia should be sealed with 2mm thick PVC edge. The drawer unit should consists of 2 box drawer and 1 file drawer. The sides of Inside drawer box should be of prelam particle board. The drawer box should be fitted with roller Slide for free movement. The drawer unit should be provided with central locking system, where in the three drawer should be locked with one key.pvc recessed handles should be provided for easy opening and closing of drawer. The complete furniture unit should be factory assembled with knock down fittings. 10 MAIN TABLE TYPE 10 The desk should be made up of 12 mm tempered rectangle glass top having special two tiered edge profile.glass dimensions should be : 2000 Width mm x 900 Depth mm x 12 Height mm. In addition to the glass top there should be 18 mm x 3 layers (i.e. 54 mm) MFC (Melamine Faced Chipboard) top with wenge coloured melamine finish.the 3 distinct layers should be highlighted by the twin colour 2 mm thick PVC lipping(wengesilver greywenge).the dimensions should be 2000 Width mm x 900 Depth mm x 54 Thickness mm.the Glass should be rested on rectangular metal connector 50 mm x 50 mm profile with rubber rings in between.these metal profiles should be chromium plated & screwed to the MFC top. In built accessories should be a KBPT F 10.1 with a connected stationery tray.kbpt should be made up of MFC with wenge coloured melamine finish.stationery tray should be made up of black coloured moulded PVC. Back side should be of special aluminium foil.the Modesty Panel should be trapezoidal in shape.it should be made up of MDF with Silver grey coloured PU finish.it should be fixed to the pedestals.nain desk pedestals should be attached to the top.there should be no mobile pedestals.they should be made up of 18 mm x 3 layers(i.e. 54 mm) MFC with melamine finish.the 3 distinct layers should be highlighted by the twin colour 2 mm thick PVC lipping ( wengesilver grey wenge). F F 10.2 F W x 900 D X 750 H IN MM The top glass should be made up of 12 mm tempered rectangle glass top having special two tiered edge profile.the dimensions should be : 1050 Width mm x 470 Depth mm x 12 Height mm.in addition to glass top there should be a 18 mm x 2 layers (i.e. 36 mm) MFC top with wenge coloured melamine finish.the 2 distinct layers should be highlighted by the twin colour 2 mm thick PVC lipping (wenge & silver grey).the glass should be rested on rectangular metal 50 mm x 50 mm profile with rubber rings in between.these metal profiles should be chromium plated & screwed to the MFC top. One open shelf should be made up of 18 mm MFC with melamine finish. Also the uni should have a slide door unit with one partition shelf.slides of ERU should be trapezoidal in shape to match the overall design element.the door of SDU should be straight 5 mm back panel should be made up of MFC with melamine finish.castors should not be visible due to skirting W x 470 D X 750 H IN MM

27 F 10.3 F F 10.4 The top should be made up of 12 mm tempered rectangle glass top having special two tiered edge profile.this should be glass design and should be patented by the vendor.the glass should be rested on plastic washers over the metallic pins to avoid sliding of glass.the glass top should be placed in between 18 mm x 2 layers (i.e. 36 mm) MFC top with wenge coloured melamine finish.the 2 distinct layers should be highlighted visible by the twin colour 2 mm thick PVC lipping (wenge & silver grey).back unit should be made up of two HDUs on either sides along with a SDU in the centre.sliding door unit should be having a shelf. Slides of Back unit should be trapezoidal in shape to match the overall design element. Similarly the door of both HDUs along the sides, on both outer sides should be cut with angel to match the trapezoidal design. 5 mm Back panel should be made of MFC with melamine finish W X 470 DX 850 H MM The top should be made up of 12 mm tempered rectangle glass top ( 800 mm width x 500 mm depth x 12 mm height) having special two tiered edge profile. This should be glass design and should be patented by the vendor. In addition to the glass top there should be a 18 mm x 2 layers (i.e. 36 mm) MFC top with wenge coloured melamine finish.the 2 distinct layers should be highlighted by the twin colour 2 mm thick PVC lipping (wenge & silver grey).the glass should be rested on rectangular metal 50 mm x 50 mm profilewith rubber rings between.these metal profiles should be chromium plated & screwed to the MFC top.open shelf should be made up of 18 mm MFC with melamine.legs of coffee table should be trapezoidal in shape to match the overall design element. They should be made up of a 18 mm x 2 layers (i.e. 35 mm) MFC with wenge coloured melamine finish. The 2 distinct layers should be visible by the twin colour 2 mm thick PVC lipping. F W X 500 DX 450 H MM 11 MAIN TABLE TYPE 11 The main desk should be of size 1800 Width mm x 900 Depth mm x 750 Height mm.the table top should be 25 mm thick MFC (Melamine Faced Chipboard) also there should be 30 mm MDF (Medium density fiberboard) black pad.the modesty panel should be of 18 mm thick MFC (Melamine F 11.1 faced chipboard).the leg of the main desk should be of 25 mm MFC plus 30 mm MDF right and left pad.the main table should be of duck noise profile edge in order to enhance the workspace aesthetics. F F W x 900 D X 750 H IN MM The joining table RHS should be of size 1200 Width mm x 1050 Depth mm x 750 Height mm.the top panel should be 25 mm thick with MFC (Melamine Faced Chipboard).The leg of the joining table should be of metal.polyurethane Coated joining table. F size 1200x 1050x 750 The return desk size should be 1200 Width mm x 600 Depth mm x 730 Height mm.the top panel should be 25 mm thick MFC ( Melamine Faced F 11.3 Chipboard).The Modesty panel should be 18 mm thick MFC coated. The leg of the return desk should be 25 mm thick MFC (Melamine faced chipboard) plus the right and left pad should be 30 mm thick MDF (medium density fiber ) coated. F F W X 470 DX 850 H MM The Mobile Pedestal should have The top panel should be 25 mm thick MFC ( Melamine Faced Chipboard) plus all the other panels should be 18 mm thick coated with MFC (Melamine Faced Chipboard). In Mobile pedestal all other panels should be of 18 mm thick MFC (Melamine Faced Chipboard).In Mobile pedestal lock and Castors should be Provided. The handle should be of Metal. F F W X 560 DX 560 H MM The bookcase should have the top panel should be 25 mm thick MFC (Melamine faced chipboard) plus the bottom panel should be 25 mm MFC coated.the wood door panels should be 18 mm thick MFC.The glass door panels should be of 5 mm thick plus all the other panels should be 18 mm thick MFC (melamine faced chipboard).the handles should be of metal.the bookcase unit provides ample amount of storage. The Maestro back unit size should be 1400 Width mm x 470 Depth mm x 760 Height mm.the top panel size should be 25 mm thick MFC (Melamine faced chipboard). The door panels and all other panels should be 18 mm thick MFC (Melamine faced chipboard).the handle should be of metal.

28 F W X 400 DX 2200 H MM F 12 MAIN TABLE TYPE 12 The top panel should be of two layers of 18 mm thick MFC with 3 mm PVC edging,the edging should be of 2 colour tone.in the understructure the side panel legs should be MFC covered with 45 mm MDF Profile at vertical edges, connected to the top panel by minifix & wooden dowels.adjustable F 12.1 stud.the modesty should be 18 mm thick MFC with curved shape and Connected to top & side panels with minifix fitting & wooden dowels F F W x 1190 D X 750 H IN MM Top panel should be of two layers of 18 mm thick MFC with 3 mm PVC edging,the edging should be of 2 colour tone.in the understructure the side panel legs should be MFC covered with 45 mm MDF Profile at vertical edges, connected to the top panel by minifix & wooden dowels.adjustable stud.the modesty should be 18 mm thick MFC with curved shape. Connected to top & side panels with minifix fitting & wooden dowels. The pedestal should be having 4 drawers with central lock.top drawer should be pencil tray 280 x 280 mm.carcass 18 mm thick MFC and 25 mm thick Top panel.black Metallic Handles 128 mm distance.450 mm L runner.55 mm diameter x 25 mm H. Plastic adjustable glide.connected to top with 2 nos. of metallic support 109 mm H x 75 mm Diameter. The eru should be connected to top with metallic support tube of size 60 mm H x 75 diameter. F F W x 480 D X 700 H IN MM.The top panel should be of 25 mm thick MFC with 2 mm PVC edging. The medium cabinet should be of carcass 18 mm thick MFC with PVC edging & back panel 8 mm thick.55 mm diameter x 25 mm H adjustable plastic glide. Door with locks. Black metallic handles 96 mm distance, 1 fixed shelf to be connected to side panels with minifix fitings & 1 adjustable shelf.entire carcass connected with minifix fittings & wooden dowels.fixing of top panel with side panels should be with screws.back panel should be placed in the slut/groove provided on top,bottom & side panels.the glass doors should be 5 mm thick polished edge glass, fixing using overlay glass hinges & a black metallic knob.the wooden doors should be 18 mm thick MFC with 2 mm PVC edging.black metallic handles 128 mm.squshould be lock should be provided plus fixing using full overlay hinges F F W X 425 DX 1215 H MM.Top panel should be of two layers of 18 mm thick MFC with 3 mm PVC edging,the edging should be of 2 colour tone.in the understructure the side panel legs should be MFC covered with 45 mm MDF Profile at vertical edges, connected to the top panel by minifix & wooden dowels.adjustable stud.the modesty should be 18 mm thick MFC with curved shape. Connected to top & side panels with minifix fitting & wooden dowels. The mobile pedestal should be having 2 drawers ( 1 personal drawer + 1 filing drawer with central lock).top drawer should be pencil tray 280 x 280 mm.carcass 18 mm thick MFC and 25 mm thick Top panel with 2 mm PVC edging.black Metallic handles 128 mm distance.450 mm L runner. Castor of 50 mm in diameter x 4 nos. F W X 550DX 640 H MM F 13 MAIN TABLE TYPE 13. Table top should be 25 mm thick plain particle board (PPB) Clad with 0.6 mm thick post formed laminate and 1 mm thick backing laminate (bdl).flat F 13.1 edge Duly sealed with 2 mm thick PVC beading.the modesty should be 18 mm thick plain particle board ( ) PPB Clad with 1.0 mm thick decorative laminate (DL) on both sides. Edge Sealed with 2 mm thick PVC beading. F F F F W x 600 D X 740 H IN MM 1500 W x 750 D X 740 H IN MM 1650 W X 900 DX 740 H MM 1800 W x 900 D X 740 H IN MM

29 F 13.2 The top of should be 25 mm thick plain particle board (PPB) Clad with 0.6 mm thick post formed laminate and 1 mm thick Backing Laminate ( BDL).Flat Edge duly sealed with 2 mm thick PVC beading. The Modesty should be 18 mm thick plain particle board (PPB) Clad with 1.0 mm thick Decorative Laminate (DL) on both sides. Edge sealed with 2 mm thick PVC Beading. F W x 450 D X 705 H IN MM F W X 450 DX 705 H MM F 14 MAIN TABLE TYPE 14 Top should be 18 mm thick Pre laminated particle board all work surface edges should be having duly sealed with 2 mm thick PVC edgebanding. Understructure Modesty Panel 18 mm thick Pre laminated particle board. The Rectangular frame should be fabricated component in 1.2 mm thick CRCA, Finish : powder Coat( epoxy polyster). Leg should be fabricated component in 38 mm x 25 mm 1.2 mm thick MS ERW ATube,finish powder coat ( epoxy polyster).the plastic cap for cable travel should be injection moulded polypropylene and leveler glide for should be nylon 6 & MS bolt. The storage F 14.1 should be having shell and drawer tray 0.6 mm thick CRCA Finish powder coat (epoxy polyster) plus the drawer front should be 0.8 mm thick CRCA Finish powder coat (epoxy polyster) plus lock with 10 lever and handle and leveller. The wire management should be horizontal wire carrier 0.7 mm thick CRCA Finish powder coat (epoxy polyster) and vertical wire carrier 0.8 mm thick CRCA Finish powder coat (epoxy polyster). F W x 600 D X 728 H IN MM F W X 750 DX 728 H MM F W x 750 D X 728 H IN MM F W X 900 DX 728 H MM F W X 750 DX 728 H MM F W X 900 DX 728 H MM F 15 MAIN TABLE TYPE 15 The top should be made from 25 mm thick pre- laminated board. All the edges should be sealed with 2 mm thick PVC edge band all around. Side panels should be made from 25 mm thick pre- laminated paticle board. All the edges should be sealed with 2 mm thick PVC edge band on the user side and 0.8 mm on the top and bottom side.the side panels should have 2 glide screws each for levelling of the desk. Modesty panel should be made from F mm thick pre- laminated particle board. All the edges should be sealed with 0.8 mm thick PVC edge band all around. Freestanding Pedestal should be made from 18 mm pre- laminated particle board with a combination of 2 mm and 0.8 mm PVC edge band on all the exposed surfaces as per requirement. The drawers should be provided with suitable slides for smooth operation. All the pedestal drawers should be centrally locked with a single key. F W x 600 D X 740 H IN MM F W X 750 DX 740 H MM F 16 MAIN TABLE TYPE 16 Work-Surface (Primary) should be Made of 25mm Thick (±1mm) PLT Edge banded with matching pvc lipping. Grommet cutout on primary worktop, For aliingment worktops to be connected by table connector,modesty Panel 18mm MDF with Pu painted in both side. F 16.1 F F F F F F W x 600 D X 740 H IN MM 1650 W X 600 DX 740 H MM 1800 W x 600 D X 740 H IN MM 1500 W X 750 DX 740 H MM 1650 W X 750 DX 740 H MM 1800 W X 750 DX 740 H MM

30 F W X 750 DX 740 H MM F 16.2 F 16.3 Pedestal Top supporting wooden pedestal, with soft closing drawers.combination of 18 & 25mm PLT. Edge banded with matching pvc lippingfile hanger inside the file drawer, side central lock. Main Desk With Pedestal. Return Desk With Pedesta Work-Surface should be Made of 25mm Thick (±1mm) PLT. Modesty Panel Edge should be banded with matching pvc lipping.grommet cutout on primary worktop, For aliingment worktops should be connected by table connector size: 1050*500, 1200*500, 1500*500, 1350*500, 1500*600, 1350*600 mm F 16.4 Pedestal Top supporting wooden pedestal should be with soft closing drawers. Combination should be of 18mm & 25mm PLT. Edge should be banded with matching pvc lipping file hanger inside the file drawer, side central lock. F 16.5 DISCUSSION TABLE SQ & round. Worktop should be made of 25mm THK PLT.Knocked down understructure should be made from 8mm HR plate with Levellers & a vertical support tube of dia 90 & 2mm Thickness. bottom structure dia should be 600mm F *750, F 16.6 DOUBLE DOOR CABINET Double door should be with soft closing mechanism, Handleless design, Combination of 18mm & 25mm PLT. Edge should be banded with matching pvc lipping. F SIZE IN MM 1200*336*450, F 16.7 TACK BOARD Magnetic Tack board should be with platform, Fabric finish and Al extrusion on Top and side edges. Fabric finish should be on front side. SIZE IN MM 1200*135*450 F 17 MAIN TABLE TYPE 17 f 17.1 F F 18 Desk With ERU LHS Oak/White Desk With ERU LHS Oak/White size should be with The main top should be 1800 x 900 x 25 mm thick pre-laminated board wi0th PVC edge binding. Modesty panel 1200 x 300 x 15 mm thick PLB with PVC edge binding plus the drawer front should also be 545 x 180 mm x 15 mm thick PLB with PVC edge binding. Slot for ascess flap should be 190 x 88 mm plus wire management pre- fitted sockets. The Understructure side frame should be rectangular MS tube 98 x 12 mm with powder coated finish. The load bearing capacity of the shelf should be 5 kg uniformaly distributed load W x 1800 D X 740 H IN MM Multipurpose Table

31 F 18.1 F F MULTI PURPOSE TABLE 900 W size should be 900 Width mm x 900 Depth mm x 740 Height mm. The top should be 25 mm thick PLB with 2 mm thick PVC Edge Beading plus the Understructure should be having C - Frames 1.6 mm thick MS supporting the top. The Legs should be of dia x 1.6 mm thick MS ERW tube. Insight 1665 W size : 1665 W x 900 D x 740 H Insight 1800 W size : 1800 W x 900 D x 740 H F 19 MAIN TABLE TYPE 19 F 19.1 Multipurpose Table Main table should be made up of Prelam particle board should be : Interior Grade with PVC edge banding. Top with 25mm thk boards with 2mm PVC edge banding with enhanced scratch resistance supported on 25mm thk. Wire routing / wire management grommets should be provided on main or side table as specified by customer.legs :- should be made of steel. These have four main parts Base, Vertical Frame, Top support brackets and Side Covers. Base should be aesthetically formed in steel with rounded edges for safety of users. Vertical frame in twin-tubular steel construction should have provision to carry wires and also provide for select height adjustment (±20mm) of table top. Levelers should be provided to take cshould be of any unevenness in the floors. Top support brackets and tube assembly should be in steel chrome plated finish for excellent aesthetics. Side covers should be perforated steel panels with powder coated finish along with base and vertical frame. F F 19.2 size : 1800 W x 750 D x 740 H Return table :- should be made up of Prelam particle board should be : Interior Grade with PVC edge banding. Top should be in 25mm thk baord with 2mm PVC edge banding supported on 25mm thk. Wire routing / wire management grommets should be provided on main or side table as specified by customer. F size : 1350 W x 750 D x 700 H Back storage units :- They should be of size 900x425x700mm should be made up of 18mm thk. prelam particle board having premium lock with wave key technology. Storage body should be made of 18mm thick pre laminated partical Board conforming to should be : The back of the unit should be made from 9mm prelaminated board. All the exposed edges should be with 2mm PVC egde Imported banding & sealed edges should be with 0.8mm F 19.3 thick PVC Imported edge banding. The top, side and hinged shutters should be sealed with 2mm thick PVC edge banding. The units should be assembled by knock down fittings. All the hardwshould be and Hinges should be of good quality. PVC edge banding should be of good quality. F size : 900 W x 425 D x 700 H Open Office Architecture Workstations: Leg and beam based systems WORKSTATIONS (OPEN/TILE BASED SYSTEMS)

32 WS1 Structural Support System: The curvilinear workstations will generally be supported on a leg and beam based system. Thshould be should be chshould becterised by the use of combination of load bearing high grade extruted aluminium beams and Legs comprising of die cast connecting parts in conjunction with extruded aluminium sections to form a robust A-Frame type leg when joined together (ref. image as shown herewith). Benching or Linear workstations should be constructed using high grade extruded aluminium sections in twin leg type construction with die cast end caps & levelers. The leg assemblies should be finished with superior powder coat finish. Beam used should be aluminum extrusion of HE 9 grade. Beam should have T-Slots on all the faces for easy clamping of components. Beam should also be with superior powder coat finish. Beam dimensions: (H) 92 mm x (W) 40mm. Worktops: should be 25mm thick Pre laminated Particle board with machine pressed PVC edge band 2.0 mm thick all around with various shades to choose from. Work surface height should be 740 mm for ergonomics keeping. Privacy Screen: The modular furniture workstations should have provisions for variuous options as per requirements and should definitely include Laminated Glass (8mm Tk), Fabric Screen with Aluminium frame (25mm thick), White board marker with Aluminium frame and Combination of fabric screen & White board marker with Aluminium frame. Height of Privacy Screen should be 400mm. Provision for hang on (ON GLASS SCREEN) type fabric wrapped magnetic board or fabric wrapped pin-up board should be made available as an option in every workstation as per specification. Wire Management: The Vertical & horizontal wire carriers placed below the work surface. It should be made of CRCA steel & should be fixed to the beam using specially designed brackets. Wire manager can carry over 60 wires along the length of the system. A metal separator within the wire carrier should be provided to separate electrical & data cables. WS 1.1 WS 1.2 WS 1.3 WS 1.4 WS 1.5 WS 1.6 WS W x 600 D X 740/1200 H IN MM Linear 1350 W X 600 DX 740/1200 H MM Linear 1500 W x 750 D X 740/1200 H IN MM Linear 1500 W X 1500 DX 740/1200 H MM Linear 1500 W X 1500 DX 740/1200 H MM Curve Linear 1800 W X 900 DX 740/1200 H MM Linear 1800 W X 1500 DX 740/1200 H MM Curvy Linear Leg and Beam Based open office system option 2

33 WS2 Supplying and placing of workstations mm with the legs should be 50 x 50mm thick Squshould be pipe should be made of 1.6mm thick CRCA pipe duly powder coated. The powder coating thickness considered should be 50 to 60 microns DFT. Tie Member :- The tie member should be 80 x 40mm pipe structure should be made of 1.6mm thick CRCA duly powder coated. The powder coating thickness considered should be 50 to 60 microns DFT. Structure to fully welded with all arc welding from inside eliminating manual finishing. MAST :- The vertical and horizontal of the mast to made up of 1.6 mm thick CRCA to be bent into the C shape channel. The mast size to be considered as 500 x 105mm for sharing back to back cluster. For non sharing cluster the Mast size should be 230 x 105mm. The mast cover should be 0.7mm thick galvanized iron sheet. The inner brackets should be 3 mm thick CRCA. LEG SHOE/LEVELLERS :- The leg shoe should be made up of 100% recyclable nylon 6. The shoe helps in mounting of levelers on the legs by eliminating any welding process. The levelers should be made of Nylon 6 with M8 bolts insert moulded to take cshould be of any floor undulation. BEAM :- The beam should be 1.2mm thick CRCA bent in the form of C channels with 3mm thick CRCA brackets. The bottom cover should be made of 0.7 mm thick GI sheet. The beam should be acted as a main spine, stiffeners and also cable carrying raceway thus eliminating use of extra material. The size of the beam should be 100mm height and depth of 445mm for sharing. In case of non sharing the size should be 100mm height and 190mm depth. WIRE MANAGEMENT: - The vertical wire should be carried through the mast and should be carried in the horizontal direction by the beam which also acts as wire carrying member. Provision for flip top box should be patented DUO should be also available for accessing wires from the table top. SCREEN BRACKETS :- The screen bracket should be dye-cast aluminum (LM-24) which should be bolted to the table top through pre fitted inserts. The bracket covers to be made of Polypropylene which should be snap fitted to the original brackets. This should be provided additional modularity while changing screen material at any given time without any major additional component. FABRIC SCREEN :- The fabric screen height should be 400mm from the table top. The total height of the complete workstation (including the fabric screen) from the ground should be 1140mm. The Fabric screen should be made of 18mm thick MDF with both side backing laminate to avoid any moisture absorption as well as provide complete rigidity. The fabric pasting should be done using low VOC content adhesive. TABLE TOP :- The Table Top should be made of 25mm thick MDF board confirming to should be Interior Grade. The exposed edges of the table top should be sealed with 2mm PVC edge banding. The height of the table top from the ground should be 740mm. Certificate - BIFMA Complined, VOC/GreenGaurd Certification approved. WS 2.1 WS 2.2 WS 2.3 WS 2.4 WS 2.5 WS 2.6 WS 2.7 WS W x 600 D X 740/1200 H IN MM Linear 1350 W X 600 DX 740/1200 H MM Linear 1500 W x 750 D X 740/1200 H IN MM Linear 1500 W X 1500 DX 740/1200 H MM Linear 1500 W X 1500 DX 740/1200 H MM Curve Linear 1800 W X 900 DX 740/1200 H MM Linear 1800 W X 1500 DX 740/1200 H MM Curvy Linear Tile Based modular partition workstations Frames :- Partition thickness should be 60mm for stability and with the inside gap between two tile should be approximately 50mm for higher wire carrying capacity. Frame Horizontals should be made of 1mm thick CRCA sheets & the verticals should be made of Aluminium Extrusions of 1.5mm thick Frame Horizontals should be made of 1mm thick CRCA sheets & the verticals should be made of Aluminium Extrusions of 1.5mm thick All the frames should be duly powder coated based on the choice of the Powder Coat colour, as per Customers choice, which will be inline with the Top trims & end trims All the framesshould be fastened together by means of M6 NUTS & BOLTS. They can be attached to form a 2-way, 3-way or a 4-way configuration. All the Caps viz end, inline & universal & raceway caps should be made out of Die-cast Aluminum. These caps alsoshould be finished in an epoxy powder coating finish in the same color. All the frames should be fitted with M10 leveling bolts.

34 Raceway :-The raceways should be made out of 0.8mm thick CRCA & powder coated. The electrical raceway can be provided below worktop or above worktop, these should be hookon type which will be mounted on the verticals. The skirting/data raceway should be hollow and will be mounted on the raceway channels Wire Management:-The partition should have two integrated raceway provided one at skirting level and another at the work surface level thus ensuring separation of power and networking cables. The free space available within raceway accommodates power, data and communication cables. The cable can be taken into the Frame from the floor from the bottom. Once the cables enter the Frames, it can be taken from one end to the other end continuously as per Power / LAN layout plan. Approximately (5mm Dia) cables can be accommodated in the raceway channels. The raceways should be provided with CRCA Snap cover on both side of raceways where required or on one side depending upon where worktop should be being used. The second raceway at work top level can be given either below tabletop or above tabletop. The cable running at skirting level can be terminated at tabletop level through disciplined wiring channels inside the frames. The raceway covers will be provided with appropriate electrical switch cutouts, as per the samples of switches provided (by customer). The number of cutouts in each workstation would depend upon the size of the switches. Tiles: complete system should have sliding tile mechanism to fit the tiles on the frame. Clip on/ snap fitment of tiles on the frame should be not at all acceptable as per the aesthetics and better alignment of the tiles. Fabric Tile: Constructed out of 4mm thick Medium Density Fiber Board (MDF) and covered with Fabric of choice. Laminate Tile: should be Made out of 4 & 8mm thick Pre-laminated Medium Density Fiber Board (MDF) Glass Tile: 4mm Toughened glass fixed within an aluminium powder coated frame. Two such tiles on either side of the frame complete the assembly. Bottom Row of Steel Tile: Constructed out of 0.8mm CRCA sheet and finished in epoxy powder coating. Can be given with plain / perforations / embossed finishes. Magnetic tile: should be Constructed out of 0.8mm Galvanized sheet and covered with fabric of choice. Whiteboard marker tiles: should be Made out of 4mm MDF with 1mm glossy highly wear resistant face laminate with a balancing laminate on the back. Total thickness should be 5mm. Table tops and Gable ends should be of 25mm thk Pre-laminated particleboards should be : Interior Grade. Specially designed powder coated M.S. brackets fixed to the partition frame support the tabletops. Gable ends should be of 25mm thk. both side laminate (BSL) with 2mm PVC edge banding on front side. Sealed edge in table top and gable ends should be with 0.8mm PVC edge banding. PVC edge bandingshould be of good quality.certificate -should be BIFMA Complined, VOC/GreenGaurd Certification approved. WS 3.1 WS 3.2 WS 3.3 WS 3.4 WS 3.5 WS 3.6 WS W x 600 D X 740/1200 H IN MM Linear 1050 W X 600 DX 740/1200 H MM Linear 1200 W x 600 D X 740/1200 H IN MM Linear 1350 W X 600 DX 740/1200 H MM Linear 1500 W x 750 D X 740/1200 H IN MM Linear 1500 W X 1500 DX 740/1200 H MM Linear 1500 W X 1500 DX 740/1200 H MM Curve Linear

35 WS 3.8 WS 3.9 WS W X 900 DX 740/1200 H MM Linear 1800 W X 1500 DX 740/1200 H MM Curvy Linear Pedestal Drawer Unit:- The Pedestal Unit of Dimensions 400W x 470D x 675mmH should be made of 18mm thick pre laminated partical Board conforming to should be : Interior Grade. All the exposed edges should be sealed with 2mm thick PVC Imported edge banding on sides and bottom. The top and drawer facia should be sealed with 2mm thick PVC edge. The drawer unit should consists of 2 box drawer and 1 file drawer. The sides of Inside drawer box should be of prelam particle board. The drawer box should be fitted with roller Slide for free movement. The drawer unit should be provided with central locking system, where in the three drawer should be locked with one key.pvc recessed handles should be provided for easy opening and closing of drawer. The drawer unit should be fitted on castors (optional) for easy mobility. PVC edge banding should be of good quality. The complete furniture unit should be factory assembled with knock down fittings. The pedestal should be fitted with additional (5th) castor to avoid topplig of pedestal in case of opening of any / all of the 3 drawers. WS 3.2 WS4 CPU Trolley:- CPU trolley should be made from 1mm Thick CRCA steel sheet. The width of the trolley can be varied for accommodating various widths of CPUs; The trolley should be mounted on lockable castors from reputed manufacturers in India. Full Height Partitions for Cabins Frames :-Partition thickness should be 80mm for added stability and with the inside gap between two tile should be approximately 64mm for higher wire carrying capacity. The inside frame should be made out of 1.6mm thick CRCA sheets and the thickness of approximately 56mm. All the Frames should be duly powder coated in black color to a thickness of microns. The horizontals and verticals of the frames should be welded together at different heights so as to facilitate the wire management system running within the frame. The frame should have various slots at different heights for fixing of tabletop brackets, tiles, storages & shelves. All the frames should be joined together by means of screws and nuts. They can be attached to form a 2-way, 3-way or a 4-way configuration. Possibility to join the frames at 120 degrees can also be provided within the system. All frames should be covered with extruded aluminum trims. These trims should be finished in an epoxy powder coating finish. The connectors at the top of the frames should be made out of Die-cast Aluminum. These caps also should be finished in an epoxy powder coating finish in the same color. All the frames should be fitted with leveling bolts. Raceways:-The raceways should be made out of 0.8mm thick CRCA & powder coated. The raceway can be provided below worktop or above worktop. The skirting raceway should be hallow and through out. Tiles Fabric Tile: should be Constructed out of 8mm thick Medium Density Fiber Board (MDF) and should be covered with Fabric of choice. Glass Tile: 4mm Toughened glass should be fixed within an aluminium powder coated frame. Two such (double skin) tiles on either side of the frame should complete the assembly. Bottom row of Steel tile: should be Constructed out of 0.8mm CRCA sheet and should be finished in epoxy powder coating. Can be given with plain / perforations/embossed finishes. Magnetic tile: should be Constructed out of 0.8mm Galvanized sheet and covered with fabric of choice. Whiteboard marker tiles: should be Made out of 6mm MDF with 1mm glossy highly wear resistant face laminate with a balancing laminate on the back. Total thickness should be 8mm.

36 Wire Management The partition should have two integrated raceway provided one at skirting level and another at the work surface level thus ensuring separation of power and networking cables. The free space available within raceway accommodates power, data and communication cables. The cable can be taken into the Frame from the floor through the frame bottom. Once the cables enter the Frames, it can be taken from one end to the other end continuously as per Power / LAN layout plan. Approximately (5mm Dia) cables can be accommodated in the raceway channels. The raceways should be provided with CRCA Snap cover on both side of raceways where required or on one side depending upon where worktop should be being used. The second raceway at work top level can be given either below tabletop or above tabletop. The cable running at skirting level can be terminated at tabletop level through disciplined wiring channels inside the frames. The raceway covers should be provided with appropriate electrical switch cutouts, as per the samples of switches provided, The number of cutouts in each workstation should depend upon the size of the switches. MT 1 CONFERENCE SYSTEMS Confererence/ Board Room Tables Supplying and placing conference table of size per module (750mm W x 600mm D x 740mm H)(per seater) with Table Top :- The top of the table should be made of 38 mm Composite MDF (25mm plain MDF board + 12mm plain MDF) with PVC membrane 0.4mm Thick PVC membrane foil using wrap around technology. The foil should be pre-coated with PU layer for better scratch and wear resistance. 0.6mm balancing laminate on bottom surface. Understructure :- The legs of the table should be 25 mm thk, post formed particle board with round edge. Modesty Panel :- The modesty panel of the table should be 600mm high made of 18mm thk MDF board. Vertibrae Fixed to worksurface from bottom side for entering wires The wire carrying should be facilitated through the hollow space between plastic components. Size : Modular Table tops 675 W X 600 D Per person (Approx) Table should be modular in nature and can be configured in different shapes and sizes based on the room geometry and number of persons to be seated. Table tops in four different shapes should be available.certificate should be BIFMA Complined, VOC/GreenGaurd Certification approved. MT 2 MT 2.1 MT 3 Confererence/ Board Room Tables Top work surface should be 12 mm thick tougher glass with back painted design on to under side and crystal edge polish finish. The construction should be Knock down Construction. The Understructure should have all panels should be made from 36 mm thick Pre-laminated board with 2 mm thick PVC edge beading. Understructure should also consists of storage for CPU, projector and paper storage. Provision for glass adjustment for glass aligning. The Wire Management should have Legrand electricals use for wire management on tocentre support beam panel and CPU storage should bea for socket connections,rj11,rj W x 1500 D X 750 H IN MM Meeting / Discussion Tables Modular Conference System for 6 to 16 seating (even number) capacity with Table Top shape option of either Cascade /Oval Shape. Table tops should be in 25mm thick prelam particle board should be : Interior Grade with 2mm thick PVC edge banding. Table comes pre-fitted with DUO which should be a convenient dual side opening filp top box for providing power-data-voice switches on a modular switch plate. DUO should consist of Aluminium Extruded top cover with textured powder coating finish in Silver Color as a Standard to match any décor. Standard nominal sizes of DUO should be either 350 mm (suitable for 8 module) or 450 mm (8 module + Quadra Plate-for Data). Understructure should be made of Pre-Lam Particle boards with 2mm thick PVC edge banding. Gable ends should be in 25mm thick and modesty panels should be in 18mm thick panels. The table comes in packed in a flat condition and easy to assembly modules and hardwshould be which gets quickly installed in the final customer destination. Meeting / Discussion Tables

37 MT 4 The top of table Membrane should be 25 mm thick base material should be 25 mm MDF board plus 0.4 mm PVC membrane foil using wrap around technology. The foil should be pre - coated with PU layer for better scratch and wear resistance. 0.6 mm balancing laminate on bottom surface. The Squeeze Leg Assembly should be nickel chrome plated made from Dia 50.8 x 1.6 mm thick MS ERW tube. Leg Assembeled together with a plastic glide at bottom and a powder coated leg connector should be made from aluminium alloy at top. Cross Member and connectors should be powder coated cross member should be made from 1.5 mm thick aluminium extrusion fixed with work surface by plastic moulded table support connector. Powder coated connectors should be made from Aluminium alloy fixed at both ends of cross members. Squeeze Leg Assembly and connectors should be assembeled together to strengthen complete understructure. Laminate Modesty should be 18 mm thick base material should be 16 mm Plain particle board. Post - Laminated with 0.6 mm Top laminate on either side also there should be 2 mm thick PVC edge banding of matching colour on outer edges of modesty. Work surface and Modesty should be assembeled together with powder coated Modesty bracket should be made from 2 mm thick MS sheet. Metal Perforated Modesty should be 18 mm thick Powder coated metal perforated modesty with stiffener should be made from 0.8 mm thick MS sheet. Work surface and Modesty should be assembeled together with powder coated Modesty bracket should be made from 2 mm thick MS sheet. The Access Flap and Switch Mounting Tray should be made from Matt silver anodized aluminium extrusion and plastic moulded components to facilitate access of electrical/ data /voice sockets access from top. Powder coated switch mounting tray should be made from 0.8 mm and 1.5 mm MS sheet.switches to be mounted on tray as per requirement MT 5.1 Meeting / Discussion Tables Talk Veneer 6 Seater Boat Convex size should be 2100 Width mm x 1200 Depth mm x 750 Height mm. Top should be 32 mm thick Base material should be mm MDF board. There should be natural veneer 0.5 mm on top surface plus 0.6 mm balancing laminate on bottom surface Chamfer edges - PU Matt painted and veneer portion of worksurface should be finished in PU Matt paint. The Veil and cross member should be 18 mm thick base material should be 16 mm plain particle board plus post - laminated work -surface with 0.6 mm laminate on either side. 2 mm thick and 0.8 mm thick PVC edge banding of matching colour on outer edges of Veil 0.8 mm thick PVC edge banding of matching colour on outer edges of cross member. The legs should be made from 1.6 mm Matt silver Anodized Aluminium extrusion. Legs assembeled together with a plastic glide holder at bottom and 5 mm thick MS powder coated sheet at top. The plastic glide holder should be having provision for wire entry and glide fixing. The wire carrying should be facilited through the hollow space between two leg extrusions and the wires should be concealed between removable rigid PVC extrusion in the leg. Access Flap and Switch Mounting Tray should be made of matt silver anodized aluminium extrusion and plastic moulded components. Powder coated switch mounting tray should be made from 0.8 mm and 1.2 mm MS sheet.switches to be mounted on tray as per requirement and Provision for mounting a module anchor roma swtch plate on switch mounting tray. MT MT MT MT W x 1200 D X 750 H IN MM 3000 W X 1200 DX 750 H MM 3600 W x 1200 D X 750 H IN MM 4200 W X 1200 DX 750 H MM Discussion Table

38 MT 6 Legs:- The legs should be 50 x 50mm thick Squshould be pipe should be made of 1.6mm thick CRCA pipe duly powder coated. The powder coating thickness should be 50 to 60 microns DFT. 2) Tie Member :- The tie member should be 80 x 40mm pipe structure should be made of 1.6mm thick CRCA duly powder coated. The powder coating thickness should be 50 to 60 microns DFT. Structure to fully welded with all arc welding from inside eliminating manual finishing. 3) LEG SHOE/LEVELLERS :- The leg shoe should be made up of 100% recyclable nylon 6. The shoe should help in mounting of levelers on the legs by eliminating any welding process. 4) BEAM :- The beam should be 1.2mm thick CRCA bent in the form of C channels with 3mm thick CRCA brackets. The bottom cover should be made of 0.7 mm thick GI sheet. BEAM SIZE x 100 mm 5) WIRE MANAGEMENT: - The vertical wire should be carried through the mast and should be carried in the horizontal direction by the beam which also acts as wire carrying member. The switches can be mounted on the beam below the table top. Provision for flip top box should be patented DUO should be also available for accessing wires from the table top. 6) TABLE TOP :- The Table Top should be made of 25mm thick prelam particle board should be Interior Grade. The exposed edges of the table top should be sealed with 2mm PVC edge banding. The height of the table top from the ground should be 740mm. 7) MODESTY PANEL :- The modesty panel should be made of 18mm thick PLB. The exposed edges should be sealed with 2mm PVC edge banding. MT MT MT 7 MT 7.1 MT 7.2 MT 8 MT 8.1 MT 8.2 MT mm Dia 1200 mm Dia Round Discussion Table Table top :-The top should be made of 25 mm thick prelaminated particle Board with 2 mm thick edge banding.understructure should be of stainles steel. The base should be of SS Round leg with pole. The base to be circular at the bottom and top. The top base to have required holes for fixing table top to it. 900 mm Dia 1050 mm Dia Round Discussion Table Table Top should be made with MDF post formed waterfall edge design in membrane finish. Understructure should be of 25 mm thk prelam board with edge bendingfinish. Table Tops, Modesty should be in membrane finish mm 1200 mm Dia Meeting / Discussion Tables Work top sizes: should be 25mm thick Pre laminated Particle board with machine pressed PVC edge band 2.0 mm thick all around with various shades to choose from. Work surface height should be 740 mm for ergonomics keeping.legs in single piece design should be made out of Aluminum pressure die-casting in LM-24 grade alloy. Beam should be specfially engineered roll formed steel beam of 1.25 mm thick structural grade 76x60mm with aluminium die cast leg support. Wire Management : should be Comprises of CRCA Steel vertical wire carrier in 100x50mm cross section with a separator and PVC extruded stackable horizontal wire trays snapped fitted below the beam. Size 900mm dia SIZE LENTH 1650/1800/1950/2100 MM WIDHT: 900/100MM Tringular shape 900mm SEATING/SOFA SYSTEMS

39 The seat should be made up of 1.2 +/- 0.1 cm thick hot pressed moulded reconstituted wood & upholstered with leather and moulded polyurethane foam. Size of back should be (W)-46.0cm, (H)- 57.0cm & size of seat should be (W)-49.0cm x (D)-49.5cm. High Resilience (HR) foam should be used in making seat & back which should be moulded with density 45 +/- 2 kg/m ³ and hardness load 16+/- 2 kgf as per IS: 7888 for 25% compression. The back rest should be connected to the mechanism with a drop-lift mechanism which can be adjusted in the range of 7.0+/-0.5cm for the comfortable back support to suitable individual need. Armrests should be pressure die casted in polished aluminium with PP arm tops. The mechanism of chair should have following features:360 degree revolving type, Seat/Back tilt ratio of 1:3, Synchronized tilt, Back tilt with 4 position locking and Side tilt tension adjustment knob should be operated while taking back support for better adjustment of comfort. The chair should be provided with pneumatic height adjustment which should have stroke of /- 0.3 cm. The pedestal should be made of die-cast polished aluminium. it should be fitted with 5 nos twin wheel castor. The size of head rest should be (W)26.0cm x 12.0cm(L). The size of the pedestal should be /- 0.5 cm pitch-centre-dia (75.0 +/- 1.0 cm with castors). The twin wheel castors should be injection moulded in black polypropylene. Overall dimensions of Chair should be, Width of Chair cm, Depth of Chair cm as measured from pedestal below. Height from ground - min to max cms. Seat height - min 41.0cm to max 51.0 cm. Dimensions tolerance / variations should be within +/- 1 cm. HIgh Back Back: (W) 46.0 cm x (H)57.0 Cm; Seat : (W)49.0 cm x (D) 49.5 cm; Overall Dimensions of Chair; Seat Height - min 41.0 to max 51.0 cm. Height - min to max cm.; Width & Depth of Chair as measured from pedestal - Width-75.0 cm and Depth-75.0 cm Mid back Back: (W) 45.0 cm x (H)49.0 Cm; Seat : (W)49.0 cm x (D) 49.5 cm Overall Dimensions of Chair: Seat Height - min 41.0 to max 51.0 cm.; Height - min 93.5 to max cm.; Width & Depth of Chair as measured from pedestal - Width-75.0 cm and Depth-75.0 cm Visitor Back: (W) 45.0 cm x (H)49.0 Cm,; Seat : (W)49.0 cm x (D) 49.5 cm Overall Dimensions of Chair Seat Height cm. Height cm. Width & Depth of Chair as measured from base - Width-51.0 cm and Depth-66.5 cm

40 The seat should be made up of 1.2 +/- 0.1 cm thick hot pressed plywood & upholstered with leather and moulded polyurethane foam. The back should be designed with contoured lumber support for extra comfort. Size of back should be W-53cm, H-95.4cm & size of seat should be W-54.6cm x D-49cm. High Resilience (HR) foam should be used in making seat & back which should be moulded with density 45 +/- 2 kg/m ³ and hardness load 16+/- 2 kgf as per IS: 7888 for 25% compression. The seat and back should be arrested together with spine made of 0.8 +/ cm thick HR steel and should be powder coated in black with micron DFT (Dry film thickness). The armrest assembly should be made up of armrest tube, PU armrest and the armrest top. The armrest tube assy. should be made of 2.54+/- 0.03cm x / cm M.S E.R.W support tubes and chrome plated. The P.U armrest should be made up of black integral skin polyurethane with shore 'A' hardness reinforced with M.S insert. The armrest top should be made up of ABS & upholstered with foam & leather. The mechanism of the chair should have following features : 360⁰ revolving type, Knee Tilt system, Seat & back tilting ration of 1: 1.5, Front pivot for tilt with feet resting on ground ensuring more comfort, Tilt tension adjustment, 5-position locking with antilock back mechanism which should prevent the backrest from impacting the user when the lock should be released, Static seat depth adjustment 5.0 +/- 0.5cm with 5 position locking. The chair should be provided with pneumatic height adjustment which should have stroke of 9.0 +/- 0.3 cm. The bellow should be single piece duly blow moulded in black polypropylene. The pedestal should be made of die-cast aluminium with buffing finish. it should be fitted with 5 nos twin wheel castor. The size of the pedestal should be /- 0.5 cm pitch-centre-dia (77.0 +/- 1.0 cm with castors). The twin wheel castors should be made of Nylon injection moulded in black color. Overall dimensions of Chair should be, Width of Chair - 77cm, Depth of Chair - 77 cm as measured from pedestal below. Height of back from ground - min to max cms. Seat height - min 49.9cm to max 58.9 cm. Dimensions tolerance / variations should be within +/- 1 cm. High Back Chair Back: (W) 53 cm x (H) 80 Cm,; Seat : (W) 54.6 cm x (D) 49 cm Overall Dimensions of Chair: Seat Height - min 49.9 to max 58.9 cm.; Back Height - min to cm. Width & Depth of Chair as measured from pedestal - Width 77 cm and Depth 77 cm. Revloving Visitor. Back: (W) 53 cm x (H) 73 Cm,; Seat : (W) 54.6 cm x (D) 49 cm Overall Dimensions of Chair: Seat Height - min 43.4 to max 55.4 cm.; Back Height - min 99.4 to cm. Width & Depth of Chair as measured from pedestal - Width 77 cm and Depth 77 cm Without Revolving Visitor: Back: (W) 53 cm x (H) 73 Cm,; Seat : (W) 54.6 cm x (D) 49 cm; Overall Dimensions of Chair; Seat Height -46.5cm. Height -89.5cm. Width & Depth of Chair as measured from pedestal - Width 59 cm and Depth 68.5 cm CHAIR TYPE 1

41 Seat Foam: Made out of High resilience foam with Density Kg/m (IFD) Indentation: Force Deflection 25% 21.5 Kgf/cm Tensile strength 2.0 Kgf/cm ; Tear strength 1.0 Kgf/cm; Resilience 60% Mechanism: Synchro 4 Position BIFMA Compliant Mechanism Back Tilt: degrees Seat Tilt: 0-6 degrees Tension Adjustment: Back tension can be regulated by operating from the side mounted knob while seated on the chair Locking Positions: 4 positions, can be locked & unlocked by lever Tested for 3, 00,000 Cycles as per ANSI BIFMA X CH1 Gas Lift: Meets DIN 4550 Class 3 Meets ANSI BIFMA performance standards Tested for 1, 00,000 Cycles Caster: PU Caster Dia 60 mm Complies to ANSI / BIFMA X Tested for 1, 00,000 Cycles Seat Size : Width between arms = 490mm Depth including of waterfall edge = 490mm Min seat height = 435mm, Max. Seat Height = 550mm Back Size : High Back with head rest = 735mm Backrest width = 560mm Backrest should be made out of PP Outer Frame, ABS Inner frame &Upholstery with Fabric mesh Base made up of Aluminium pressure diecast with 640 mm pitch circle diameter tested with static load of 1134 kg. as per ANSI/BIFMA Visitor Chair for Type 2

42 Seat Foam: Made out of High resilience foam with Density Kg/m (IFD) Indentation: Force Deflection 25% 21.5 Kgf/cm Tensile strength 2.0 Kgf/cm ; Tear strength 1.0 Kgf/cm; Resilience 60% Mechanism: Synchro 4 Position BIFMA Compliant Mechanism Back Tilt: degrees Seat Tilt: 0-6 degrees Tension Adjustment: Back tension can be regulated by operating from the side mounted knob while seated on the chair Locking Positions: 4 positions, can be locked & unlocked by lever Tested for 3, 00,000 Cycles as per ANSI BIFMA X CH 2 Gas Lift: Meets DIN 4550 Class 3 Meets ANSI BIFMA performance standards Tested for 1, 00,000 Cycles Caster: PU Caster Dia 60 mm Complies to ANSI / BIFMA X Tested for 1, 00,000 Cycles Seat Size : Width between arms = 490mm Depth including of waterfall edge = 490mm Min seat height = 435mm, Max. Seat Height = 550mm Back Size : MID Back with head rest = 555mm Backrest width = 560mm Backrest should be made out of PP Outer Frame, ABS Inner frame &Upholstery with Fabric mesh Base made up of Aluminium pressure diecast with 640 mm pitch circle diameter tested with static load of 1134 kg. as per ANSI/BIFMA CH 3 TYPE 3 Supplying and placing the highback chair with Seat Foam: should be Made out of High resilience foam with the following properties, Density Kg/m, (IFD) Indentation: Force Deflection 25% 21.5 Kgf/cm, Tensile strength 2.0 Kgf/cm, Tear strength 1.0 Kgf/cm, Resilience 60% Armrest - 2D arms Mechanism: Synchro 4 Position BIFMA Compliant Mechanism Back Tilt: degrees Seat Tilt: 0-6 degrees Tension Adjustment: Back tension can be regulated by operating from the side mounted knob while seated on the chair Locking Positions: 4 positions, can be locked & unlocked by lever Options for Nylon 50 mm / PU 60 mm, Nylon glass reinforced base having 1134 kg load capacity with 640 mm pitch radius. Back rest - Seat to backrest height mm Backrest height 790 mm Backrest width 500 mm Seat rest - width excluding arms mm. Depth including of Waterfall edge mm Seat height mm. TYPE 4

43 CH 4 Supplying and placing the high back chair with SEAT/BACK ASSEMBLY: The S contoured back and Lumbar support should be cshould befully profiled to fit snugly to the back to offer maximum support. The back should be made up of a two piece injected moulded frame in S shape framework. The inner side should be upholstered with high tensile and elastic Mesh fabric to bear the pressure and weight of the back while sitting. The seat should be made up of moulded PU foam, upholstered with mesh fabric having high tensile strength. The back should have an adjustable lumbar support which provides an ergonomic solution irrespective of the person s height. 2) POLYURETHANE FOAM: The polyurethane foam for seat should be moulded having high density. 45 +/- 5 kg/m3 and hradness of 14+/-2 at 25% compression. 3) ARMRESTS (ADJUSTABLE) : The armrest top should be injection moulded in polyurethane pad 250mmX80mm and mounted on the injection moulded height adjustable type armrest with 80 mm adjustability range. 4) FRONT PIVOT SYNCHRO MECHANISM: The mechanism should be designed with the following features: 360 degree revolving type - Single point control - Tilt tension adjustment 4 position locking. 5) PNEUMATIC HEIGHT ADJUSTMENT: The pneumatic height adjustment should have an adjustment of 12 cm. 6) PEDESTAL ASSEMBLY: Pedestal should be made of Die cast Aluminium fitted with 5 nos. twin wheel castors (castor wheel dia. 6.0 cm). The pedestal should be 64.0cm. 7) TWIN WHEEL CASTORS: The twin wheel castors should be injection moulded in Nylon with PU lining for noise reduction. 8) Overall size : Sub Assembly Seat size = 60 cm Width, 53 cm Depth. Sub Assembly Back size= 48.5 cm Max Width, 83+3 cm Ht. Effective Back Ht from Seat = cm CH 5 TYPE 5 Supplying and placing the medium back chair with BACKREST : The outer frame of back rest should be made up of injection moulded in black glass filled nylon and upholstered with mesh fabric. The back should have adjustable contoured lumber support for achieving comfortable seating posture. Lumber support should be made up of injection moulded in black nylon. Lumber Support height 132mm and can be adjusted up to 35mm up-down. size - Medium Back (MB) 670mm (H) X 535mm (W). The backrest tested for 1,20,000 cycles to be completed with a load of 44.5Kg as per ANSI / BIFMA X5.1. Foam should be made out of moulded Polyurethane foam with the following properties : Density: 45.2g/mm3 Tensile strength : 1.6Kgf/cm2 Tear strength : 0.7Kgf/cm Permanent contraction from Repeated compression: Thickness : 2.4 Hardness : 5.7 Permanent contraction ratio : 5.2% Elongation : 120% (*** Test Rules : KS M6672) SEAT : The seat should be made up of 12mm thick (7 layers) hot pressed plywood and moluded seat foam upholstered with fabric. Seat Size 510mm (W) X 535mm (D).1. ARM REST : The armrests should be made up of black integral skin polyurethane with Shore Hardness and reinforced with 2mm thick M.S. insert. Arm pad size 258mm (L) x 112mm (W). The armrests should be fitted to the seat with seat/armrest connecting strip assembly should be made of 6mm thick. HR steel. FIXED ARM ("7" TYPE) : The arm rest should be made up of injection moulded from block polypropylene. Arm rest size 290mm (L) x 57mm (W). MECHANISM : SINGLE POINT SYNCHRO MECHANISM : Conventional mechanism should be with one lever control for lock and seat height adjustment. Mechanism should be made out of MS Plate thickness should be 3mm and seat should be tilting angle should be 3 ~10. and back tilting angle should be 87 ~106. Also it should have the back tension adjustment knob. GAS LIFT : Gas lift pipe diameter 50mm and has an Height adjustment stoke of 112mm. Gas lift pipe diameter should be 50mm and should have an Height adjustment stoke of 120mm. BASE : Pedestal should be made of Die cast Aluminium fitted with 5 nos. twin wheel castors (castor wheel dia. 6.0 cm). The pedestal should be 64.0cm. 7) TWIN WHEEL CASTORS: The twin wheel castors should be injection moulded in Nylon with PU lining for noise reduction. NYLON CASTORS : The twin wheel castors should be injection mouled in nylon and diameter of Castor 60 mm. TYPE 6

44 CH 6 Supplying and placing the high back chair with SEAT/BACK ASSEMBLY: The S contoured back and Lumbar support should be cshould befully profiled to fit snugly to the back to offer maximum support. The back should be made up of a two piece injected moulded frame in S shape framework. The inner side should be upholstered with high tensile and elastic Mesh fabric to bear the pressure and weight of the back while sitting. The seat should be made up of moulded PU foam, upholstered with mesh fabric having high tensile strength. The back should have an adjustable lumbar support which provides an ergonomic solution irrespective of the person s height. 2) POLYURETHANE FOAM: The polyurethane foam for seat should be moulded having high density. 45 +/- 5 kg/m3 and hradness of 14+/-2 at 25% compression. 3) ARMRESTS (ADJUSTABLE) : The armrest top should be injection moulded in polyurethane pad 250mmX80mm and mounted on the injection moulded height adjustable type armrest with 80 mm adjustability range. 4) FRONT PIVOT SYNCHRO MECHANISM: The mechanism should be designed with the following features: 360 degree revolving type - Single point control - Tilt tension adjustment 4 position locking. 5) PNEUMATIC HEIGHT ADJUSTMENT: The pneumatic height adjustment should have an adjustment of 12 cm. 6) PEDESTAL ASSEMBLY: Pedestal should be made of Die cast Aluminium fitted with 5 nos. twin wheel castors (castor wheel dia. 6.0 cm). The pedestal should be 66.0cm. 7) TWIN WHEEL CASTORS: The twin wheel castors should be injection moulded in Nylon with PU lining for noise reduction. 8) Overall size : Sub Assembly Seat size = 60 cm Width, 53 cm Depth. Sub Assembly Back size= 48.5 cm Max Width, 83+3 cm Ht. Effective Back Ht from Seat = cm CH 7 CH 8 TYPE 7 Supplying and placing medium back chair for staff with Back Rest should be made up of 5mm thick injection moulded in black polypropylene with integral lumber adjustable mechanism and molded Polyurethane foam with removable fabric upholstery. Backrest should be designed with contoured lumber support for achieving comfortable seating posture. Back rest available in two sizes - Medium Back (MB) 630mm (H) X465mm (W), Low Back (LB) 565mm (H) X465mm (W). Seat : The seat should be made up of 12mm thick hot pressed plywood and molded Polyurethane foam with removable fabric upholstery. Size of the seat ) 485mm (D) X480mm (W). Arm rest : The arm rest should be made up of injection moulded in black nylon. The arm rest should be 3D arm rest. Arm pad made of black integral skin polyurethane with Shore hardness and reinforced with 6mm thick nylon insert. Arm pad size 250mm (L) x 85mm (W) Back and Seat moulded Foam with the following properties Made out of moulded Polyurethane foam Density: Kg/m3 Hardness: 15-20Kgf Compression set: 50% 10Max Tensile strength: Kg/cm2 Tear strength(min): 2.2 N/cm Resilience: 50% - 60% Comfort / Indentation Factor: 2Min Self balance Mechanism: The mechanism should be designed to adjust the back tension automatically in proportion with the user weight. The mechanism should be single point locking in working position. Plate thickness should be 3mm and seat angle should be 4 Deg Its back angle should be Deg. Gas Lift: Height adjustment stroke: 112mm Caster: The twin wheel castors should be injection mouled in nylon Dia of Castor : 60 mm Base: The base should be injection moulded in black glass filled nylon and fitted with 5Nos twin wheel castors. The base should be 658mm pitch circle dimeter. TYPE 8 Supplying and placing the medium back chair with SEAT/BACK ASSEMBLY: The S contoured back and Lumbar support should be cshould befully profiled to fit snugly to the back to offer maximum support. The back should be made up of a two piece injected moulded frame in S shape framework. The inner side should be upholstered with high tensile and elastic Mesh fabric to bear the pressure and weight of the back while sitting. The seat should be made up of moulded PU foam, upholstered with mesh fabric having high tensile strength. The back should have an adjustable lumbar support which provides an ergonomic solution irrespective of the person s height. 2) POLYURETHANE FOAM: The polyurethane foam for seat should be moulded having high density. 45 +/- 5 kg/m3 and hradness of 14+/-2 at 25% compression. 3) ARMRESTS (ADJUSTABLE) : The armrest top should be injection moulded in polyurethane pad 250mmX80mm and mounted on the injection moulded height adjustable type armrest with 80 mm adjustability range. 4) FRONT PIVOT SYNCHRO MECHANISM: The mechanism should be designed with the following features: 360 degree revolving type - Single point control - Tilt tension adjustment 4 position locking. 5) PNEUMATIC HEIGHT ADJUSTMENT: The pneumatic height adjustment should have an adjustment of 12 cm. 6) PEDESTAL ASSEMBLY: Pedestal should be made of Die cast Aluminium fitted with 5 nos. twin wheel castors (castor wheel dia. 6.0 cm). The pedestal should be 64.0cm. 7) TWIN WHEEL CASTORS: The twin wheel castors should be injection moulded in Nylon with PU lining for noise reduction. 8) Overall size : Sub Assembly Seat size = 60 cm Width, 53 cm Depth. Sub Assembly Back size= 48.5 cm Max Width, 83+3 cm Ht. Effective Back Ht from Seat = cm

45 CH 9 TYPE 9 SEAT/BACK ASSEMBLY: The seat and back should be made up of 1.2 cm thick hot pressed plywood, upholstered with fabric and moulded Polyurethane foam with PVC lipping all around. The back foam should be designed with contoured lumbar support for extra comfort. BACK SIZE: 49.0cm.(W) x 47.0cm.(H). SEAT SIZE: 49.0cm.(W) x 44.0cm.(D). POLYURETHANE FOAM: The polyurethane foam should be moulded with density = 45 +/-2 kg/m3 and Hardness = 20 +/- 2 on Hampden machine at 25% compression. ARMRESTS: The armrest tops should be injection moulded from black Polypropylene. They should be fitted to tubular armrest supports should be made of Dia.2.54cm. (1 ) x 14 BG M.S. E.R.W. tube and black powder coated. The tubular armrest supports hold together the seat and back. 4A) CENTRE PIVOT MECHANISM: The centre pivot mechanism should be designed with the following features:3600 revolving type.17 maximum tilt on pivot at centre. Tilt tension adjustment. Upright locking. PNEUMATIC HEIGHT ADJUSTMENT : The pneumatic height adjustment should have an adjustment stroke of 12.5 cm. TELESCOPIC BELLOW ASSEMBLY: The bellow should be 3 piece telescopic type and injection moulded in black Polypropylene. PEDESTAL ASSEMBLY: The pedestal should be fabricated from 0.2cm. thick CR steel, powder coated and fitted with an injection moulded black Polypropylene hub cap and 5 nos. twin wheel castors.(castor wheel dia. 5.0cm.) The pedestal should be 60.0cm. pitch-centre dia. (70.0 cm with castors).twin WHEEL CASTORS: The twin wheel castors should be injection moulded in 30% Glass Filled black Nylon. CH 10 CH 11 TYPE 10 Supplying and placing chair with Flexible seat and should made of high perfomance plastic and Moulded contour back for seating comfort, Sleek profile arms should integrated with a slender and strong frame,legs should be Elegant and designer. All metal components should use a no-heat pre-treatment technology for powder coating to make it non-toxic and ensures low VOC. BACK SIZE: 479mm (W) X 326mm (H) SEAT SIZE: 479mm. (W) X 437mm (D) Armrest should be made of Poly propliline foldeable desklet should be fitted on it to enhance the multi-functional capability of chair. UNDERSTRUCTURE ASSEMBLY to be fabricated using M.S.with finish of sparkling silver powder coating. TYPE 11 Supplying nad placing the fixed chairs with, Back rest - Seat to backrest height mm Backrest height 255 mm Backrest width 480 mm Seat rest - width excluding arms mm. Depth including of Waterfall edge mm Seat height mm. Seat Foam: should be Made out of High resilience foam with the following properties Density Kg/m (IFD) Indentation: Force Deflection 25% 21.5 Kgf/cm Tensile strength 2.0 Kgf/cm Tear strength 1.0 Kgf/cm Resilience 60% Arms With Tablet - Armrest Height from the seat mm Armrest Width excluding Armpads - 48 mm Arm pad length mm Under structure - ERW PIPE (should be ) in four legged structure. CH 12 TYPE 12 TRANSIT CHAIR Supplying and placing the chair with understructure of MS Frame duly powder coated. The seat to be made of Polypropylene. The back and arm pads to be textured finished in Matte black and made of Polypropylene for ease of cleaning. The frame should have a utility basket mounted below the seat for keeping of miscellaneous material like books. The utility tray should have a facility of being removed when required. The back to have an aperture with soft hand grip for the ease of moving the chair and should provide a firm grip for the movement. The legs to have anti-skid nylon grips. The chair should have the flexibility of joined together when required with the halp demountable joineries. The arm rest to have an ABS writing pad for training requirements.the sizes of the chairs to be :-Seat :- 469 (D) X 480 (W) Back :- 490 (W) X 280 (H) Armrest :- 214mm high from the seat. TYPE 13

46 CH 13 The cushioned seat assembly should consists of seat outer(material-30% glass fiber nylon) and upholstered seat inner(material-polypropylene) with moulded polyurethane foam and polyster fabric. the net back should be made up of back outer(material-glass fiber filled nylon) and back inner(material- PP) and upholstered using polyester mesh fabric with high tenacity yarn. Size of back should be (W)-46.5cm, (H)-60.0cm & size of seat should be (W)- 51.0cm x (D)-49.0cm. The supprot spine should made up of high pressure die cast polished aluminium. Armrest should be having two adjustment, Height(6+/-0.5cm) and depth(6+/-0.5cm). Height adjustment should be provided in aluminium structure of armrest which should be connected to aluminium back spine and should be operated with button. Armtop should be made up of PU molded over plastic inner. The mechanism of chair should have following features:360 degree revolving type, Seat/Back tilt ratio of 1:2, Active Bio-Synchro mechanism, 5 position tilt limiter giving option of variable tilt angle to the chair. Front-Pivot for tilt with feet resting on ground and continious lumber support should ensure more comfort. The mechanism housing should made up of HPDC Aluminium and black powder coated. The chair should be provided with pneumatic height adjustment which should have stroke of /- 0.3 cm. The pedestal should be made of die-cast polished aluminium. it should be fitted with 5 nos twin wheel castor. The size of the pedestal should be /- 0.5 cm pitch-centre-dia (75.0 +/- 1.0 cm with castors). The twin wheel castors should be injection moulded in black polypropylene. The lumbar support assembly should consists of lumber spine(material-glass fiber filled nylon) which should be fixed to Aluminium back spine. The neckrest assembly should consists of upholstered neckrest inner(material-poly propylene) with moulded polyurethane foam and polyster fabric. upholstered inner should be fixed to neck rest cover. neckrest should be fixed to back assembly through neckrest spline. Overall dimensions of Chair should be, Width of Chair cm, Depth of Chair cm should be measured from pedestal below. Height from ground - min to max cm. Seat height - min 45.5cm to max 55.5cm. Dimensions tolerance / variations should be within +/- 1 cm. Ace Visitor wihtout Castor CH 13.2 The cushioned seat assembly should consists of seat outer(material-30% glass fiber nylon) and upholstered seat inner(material-polypropylene) with moulded polyurethane foam and polyster fabric. the net back should be made up of back outer(material-glass fiber filled nylon) and back inner(material- PP) and upholstered using polyester mesh fabric with high tenacity yarn. Size of back should be (W)-46.5cm, (H)-60.0cm & size of seat should be (W)- 51.0cm x (D)-49.0cm. The supprot spine should be made up of high pressure die cast polished aluminium. Armrest should be having two adjustment, Height(6+/-0.5cm) and depth(6+/-0.5cm). Height adjustment should be provided in aluminium structure of armrest which should be connected to aluminium back spine and should be operated with button. Armtop should be made up of PU molded over plastic inner. The mechanism of chair should have following features:360 degree revolving type, Seat/Back tilt ratio of 1:2, Active Bio-Synchro mechanism, 5 position tilt limiter giving option of variable tilt angle to the chair. Front-Pivot for tilt with feet resting on ground and continious lumber support should ensure more comfort. The mechanism housing should be made up of HPDC Aluminium and black powder coated. The chair should be provided with pneumatic height adjustment which should have stroke of /- 0.3 cm. The pedestal should be made of die-cast polished aluminium. it should be fitted with 5 nos twin wheel castor. The size of the pedestal should be /- 0.5 cm pitch-centre-dia (75.0 +/- 1.0 cm with castors). The twin wheel castors should be injection moulded in black polypropylene. The lumbar support assembly should consists of lumber spine(material-glass fiber filled nylon) which should be fixed to Aluminium back spine. The neckrest assembly should consists of upholstered neckrest inner(material-poly propylene) with moulded polyurethane foam and polyster fabric. upholstered inner should be fixed to neck rest cover. neckrest should be fixed to back assembly through neckrest spline. Overall dimensions of Chair should be Width of Chair cm, Depth of Chair cm should be measured from pedestal below. Height from ground - min to max cm. Seat height - min 45.5cm to max 55.5cm. Dimensions tolerance / variations should be within +/- 1 cm. Visitor wihtout Head rest TYPE 14

47 CH 14 The seat should be made of injection molded plastic outer and inner in polyproplene talc filled.plastic inner should be upholstered with fabric and mounted polyurethane foam.t The back should be made of injection molded plastic outer in nylon material and inner in polypropelene talc filled. Seat dimensions should be 48.0cm(W) x 51.8cm(D) and back as 49.0cm(W) x 73.0cm(H). High Resilience polyurethane foam should be moulded with density 55+/-2 kg/m ³ and back hardness load 11+/-2 kgf as per IS:7888 for 25% compression and seat hardness load16+/-2 kgf as per IS:7888 for 25% compression. The lumbar support foam insert should be made from visco-elastic slow recovery memory foam, moulded with density=60+/-5kg/m ³ and hardness=6.5+/-1.5 at 25% compression and recovery time 12+/-1 sec. Armrest should have 4 range of adjustments- 1. Up-down adjustment: 8 steps(8.0+/-0.5cm range) 2. Swivel adjustment: 3 position, 9degree+/-2 swivel each side.3. width adjustment: Any position(2.0+/-0.5cm range each armtop) 4. To-Fro adjustment: Any position(4.0+/-0.5cm range) Height adjustment should be in armrest structure and all other adjustments should be provided in pad which should be fixed to armrest structure, The mechanism of chair should have following features:360 degree revolving type, Seat/Back tilt ratio of 1:2, Active Bio-Synchro mechanism, 5 position tilt limiter giving option of variable tilt angle to the chair. Front-Pivot for tilt with feet resting on ground and continious lumber support should ensure more comfort. pneumatic height adjustment should have an adjustment stroke of 10+/-0.3 cm. The size of the pedestal should be /- 0.5 cm pitch-centre-dia (75.0 +/- 1.0 cm with castors). The twin wheel castors should be injection moulded in black polypropylene. Overall dimensions of Chair should be, Width of Chair cm, Depth of Chair cm should be measured from pedestal below. Height from ground - min to max cm. Seat height - min 47.1cm to max 57.1cm. Dimensions tolerance / variations should be within +/- 1 cm. CH 15 TYPE 15 The seat should be made of injection molded plastic outer and inner. Plastic inner should be upholstered with fabric and moulded polyurethane foam of density 67+/-2kg/m ³, and hardness load 16+/-2kgf as per IS:7888 for 25% compression. The back should be made 3.5+/-0.03cm x 1.5+/-0.02cm x 0.2+/ cm of MSERW oblong tube. It should be upholstered using net fabric with high tenacity yarn. The dimensions of seat should be- 46.0cm(W) x 48.0cm(D) and of back should be 43.0cm(W) x 60.0cm(D). The armrest top should be moulded from polyurethane and mounted on to a drop lift adjustable type tubular armrest support should be made of dia 3.81+/-0.03cm x 0.2+/-0.01 cm thick MSERW tube. Armrest height adjustable upto 6.5+/- 0.5cm in 5 steps.. The mechanism of the chair should have following features : 360⁰ revolving type, Active Bio-synchro mechanism, Tilt tension adjustment, 5-position tilt limiter giving option of variable tilt angle to the chair. Seat/Back tilting ratio of 1:2. The chair should be provided with pneumatic height adjustment which should have stroke of /- 0.3 cm. Seat depth adjustment should be integrated in the seat through a sliding mechanism. Seat depth adjustment range should be 6.0+/-0.5cm. Back frame should be connected to the Up/Down mechanism housed in plastic T spine. it can be adjusted in the range of 7.42+/-0.5 cm for the comfortable back support to suit individual need. The pedestal should be injection moulded in black 33% GF Nylon66. it should be fitted with 5 nos twin wheel castor. The size of the pedestal should be 66.1+/- 0.5 cm pitch-centre-dia (76.1 +/- 1.0 cm with castors). The twin wheel castors should be made of PP. Overall dimensions of Chairs should be, Width of Chair cm, Depth of Chair cm should be measured from pedestal below. Height from ground - min97.3 to max cm. Seat height - min 43.6cm to max 53.6 cm. Dimensions tolerance / variations should be within +/- 1 cm. TYPE 16

48 CH 16 The seat should be made of injection molded plastic outer and inner. Plastic inner should be upholstered with fabric and moulded polyurethane foam of density 67+/-2kg/m ³, and hardness load 16+/-2kgf as per IS:7888 for 25% compression. The back should be made 3.5+/-0.03cm x 1.5+/-0.02cm x 0.2+/ cm of MSERW oblong tube. It should be upholstered using net fabric with high tenacity yarn. The dimensions of seat should be- 46.0cm(W) x 48.0cm(D) and of back should be 43.0cm(W) x 60.0cm(D). The armrest top should be moulded from polyurethane and mounted on to a drop lift adjustable type tubular armrest support should be made of dia 3.81+/-0.03cm x 0.2+/-0.01 cm thick MSERW tube. Armrest height adjustable upto 6.5+/- 0.5cm in 5 steps.. The mechanism of the chair should have following features : 360⁰ revolving type, Active Bio-synchro mechanism, Tilt tension adjustment, 5-position tilt limiter giving option of variable tilt angle to the chair. Seat/Back tilting ratio of 1:2. The chair should be provided with pneumatic height adjustment which should have stroke of /- 0.3 cm. Seat depth adjustment should be integrated in the seat through a sliding mechanism. Seat depth adjustment range should be 6.0+/-0.5cm. Back frame should be connected to the Up/Down mechanism housed in plastic T spine. it can be adjusted in the range of 7.42+/-0.5 cm for the comfortable back support to suit individual need. The pedestal should be injection moulded in black 33% GF Nylon66. it should be fitted with 5 nos twin wheel castor. The size of the pedestal should be 66.1+/- 0.5 cm pitch-centre-dia (76.1 +/- 1.0 cm with castors). The twin wheel castors should be made of PP. Overall dimensions of Chair should be, Width of Chair cm, Depth of Chair cm should be measured from pedestal below. Height from ground - min97.3 to max cm. Seat height - min 43.6cm to max 53.6 cm. Dimensions tolerance / variations should be within +/- 1 cm. CH 17.1 TYPE 17 The seat should be made up of 1.2 +/- 0.1 cm thick hot pressed moulded reconstituted wood & upholstered with leather and moulded polyurethane foam. Size of back should be (W)-46.0cm, (H)-57.0cm & size of seat should be (W)-49.0cm x (D)-49.5cm. High Resilience (HR) foam should be used in making seat & back which should be moulded with density 45 +/- 2 kg/m ³ and hardness load 16+/- 2 kgf as per IS: 7888 for 25% compression. The back rest should be connected to the mechanism with a drop-lift mechanism which can be adjusted in the range of 7.0+/-0.5cm for the comfortable back support to suitable individual need. Armrests should be pressure die casted in polished aluminium with PP arm tops. The mechanism of chair should have following features:360 degree revolving type, Seat/Back tilt ratio of 1:3, Synchronized tilt, Back tilt with 4 position locking and Side tilt tension adjustment knob should be operated while taking back support for better adjustment of comfort. The chair should be provided with pneumatic height adjustment which should have stroke of /- 0.3 cm. The pedestal should be made of die-cast polished aluminium. it should be fitted with 5 nos twin wheel castor. The size of head rest should be (W)26.0cm x 12.0cm(L). The size of the pedestal should be /- 0.5 cm pitch-centre-dia (75.0 +/- 1.0 cm with castors). The twin wheel castors should be injection moulded in black polypropylene. Overall dimensions of Chair should be, Width of Chair cm, Depth of Chair cm as measured from pedestal below. Height from ground - min to max cms. Seat height - min 41.0cm to max 51.0 cm. Dimensions tolerance / variations should be within +/- 1 cm. HIgh Back Back: (W) 46.0 cm x (H)57.0 Cm, Seat : (W)49.0 cm x (D) 49.5 cm Overall Dimensions of Chair Seat Height - min 41.0 to max 51.0 cm. Height - min to max cm. Width & Depth of Chair should be measured from pedestal - Width-75.0 cm and Depth-75.0 cm

49 CH 17.2 The seat should be made up of 1.2 +/- 0.1 cm thick hot pressed moulded reconstituted wood & upholstered with leather and moulded polyurethane foam. Size of back should be (W)-46.0cm, (H)-57.0cm & size of seat should be (W)-49.0cm x (D)-49.5cm. High Resilience (HR) foam should be used in making seat & back which should be moulded with density 45 +/- 2 kg/m ³ and hardness load 16+/- 2 kgf as per IS: 7888 for 25% compression. The back rest should be connected to the mechanism with a drop-lift mechanism which can be adjusted in the range of 7.0+/-0.5cm for the comfortable back support to suitable individual need. Armrests should be pressure die casted in polished aluminium with PP arm tops. The mechanism of chair should have following features:360 degree revolving type, Seat/Back tilt ratio of 1:3, Synchronized tilt, Back tilt with 4 position locking and Side tilt tension adjustment knob should be operated while taking back support for better adjustment of comfort. The chair should be provided with pneumatic height adjustment which should have stroke of /- 0.3 cm. The pedestal should be made of die-cast polished aluminium. it should be fitted with 5 nos twin wheel castor. The size of head rest should be (W)26.0cm x 12.0cm(L). The size of the pedestal should be /- 0.5 cm pitch-centre-dia (75.0 +/- 1.0 cm with castors). The twin wheel castors should be injection moulded in black polypropylene. Overall dimensions of Chair should be, Width of Chair cm, Depth of Chair cm as measured from pedestal below. Height from ground - min to max cms. Seat height - min 41.0cm to max 51.0 cm. Dimensions tolerance / variations should be within +/- 1 cm. Back: (W) 45.0 cm x (H)49.0 Cm, Seat : (W)49.0 cm x (D) 49.5 cm Overall Dimensions of Chair Seat Height - min 41.0 to max 51.0 cm. Height - min 93.5 to max cm. Width & Depth of Chair should be measured from pedestal - Width-75.0 cm and Depth-75.0 cm CH 19.1 TYPE 19 The seat and back should be made up of 1.2 ±0.1cm. thick hot-pressed plywood measured as per QA method described in OCP-QLTA-P14-18 and upholstered with fabric and moulded Polyurethane foam, together with moulded seat and back covers. The back foam should be designed with contoured lumbar support for extra comfort. The dimensions of back should be 47.0 cm. (W) x 66.0 cm(h) and of seat should be 52.0 cm. (W) x 48.0 cm (D). The HR Polyurethane foam should be moulded with density= 45±2.kg/m and Hardness.load 16 ± 2 kgf as per IS:7888.for 25% compression. The seat cover should be injection moulded in black Co-polymer Polypropylene and back cover should be vacuum formed from black ABS sheets. The armrest should be made of black integral skin polyurethane with Shore 'A' Hardness and reinforced with MS insert. The P.U.armrests should be then fixed to black powder coated ( DFT microns ) height adjustable armrest brackets made of 0.5 ± 0.05 cm. thk. HR steel. The-armrest-height should be adjusted upto 7.0 ±0.5cm. in seven steps. The adjustable tilting mechanism should be designed with the following features 360 revolving type, Single point control, Front-pivot for tilt with feet resting on ground ensuring more comfort, Tilt tension adjustment, 4-position locking with anti-shock feature, Seat/back tilting ratio of 1:2, The backrest should be connected to the mechanism with a drop-lift mechanism which should be be adjusted in the range of 7.0 ±0.5cm. and should be held in 7 positions for the better lumbar support. The pneumatic height adjustment should has an adjustment stroke of 9.0 ±0:3cm. The bellow should be 3 piece telescopic type and injection moulded in black Polypropylene.The pedestal should be injection moulded in black 33% glassfilled Nylon-66 and fitted with 5 nos. twin wheel castors. The pedestal should be 66.3 ±0.5cm. pitch-center dia. (76.3 ±0.1cm. with castors). The twin wheel castors should be injection moulded in Black Nylon. Overall Dimensions of Chair should be Seat Height - min44.0 to max 53.0cm, Height - min105.0 to max 121.0cm, Width & Depth of Chair should be measured from pedestal - Width-76.3 cm and Depth-76.3 cm.

50 CH 19.2 The seat and back should be made up of 1.2+/-0.1cm thick hot pressed plywood measured as per QA method described in OCP-QLTA-P14-18 and upholstered with fabric and moulded polyurethane foam. The moulded polyurethane foam should be of density 45+/-2kg/m ³, and hardness load 16+/- 2kgf as per IS:7888 for 25% compression. The seat and back cover should be injection moulded in black co-polymer polypropylene. The dimensions of seat should be- (W)51.5cm x (D) 46.7 cm) and of back should be (W)45.5 cm x (H)52.5Cm).The one-piece armrests should be made of black integral skin polyurethane with shore 'A' Hardness and reinforced with M.S insert. The armrests should be fitted to the seat with seat/armrest connecting strip assembly made of 0.5+/-0.05cm thick HR steel. The mechanism of the chair should have following features : 360 ⁰ revolving type, Front tilt synchro mechanism, Self regulating Tilt tension + Manual override, 4 position locking with anti shock feature. The backrest should be connected to the mechanism with a drop-lift mechanism which should be adjusted in the range of 7.0+/-0.5cm and locked in 7 positions for the better lumbar support. The chair should be provided with pneumatic height adjustment which should have stroke of /- 0.3 cm. The pedestial should be injection moulded in black 33% glass-filled Nylon-66. It should be fitted with 5 nos twin wheel castor. The size of the pedestal should be 66.3+/- 0.5 cm pitch-centre-dia (76.3 +/- 1.0 cm with castors). The twin wheel castors should be made black nylon. Overall dimensions of Chair should be, Width of Chair cm, Depth of Chair cm should be measured from pedestal below. Height from ground - min93.5 to max 112.5cm. Seat height - min 44.0 to max 56.0cm. Dimensions tolerance / variations should be within +/- 1 cm. CH 20 TYPE 20 The seat should be made of injection molded plastic outer and inner. Plastic inner should be upholstered with fabric and moulded polyurethane foam of density 67+/-2kg/m ³, and hardness load 16+/-2kgf as per IS:7888 for 25% compression. THe cushioned back should be made of PU foam with molded MSERW oblong Tube of size 3.5+/-0.03cm x 1.5+/-0.02cm x 0.2+/-0.016cm. It should be upholstered with fabric. The dimensions of seat should be- 46.0cm(W) x 48.0cm(D) and of back should be 45.8cm(W) x 62.8cm(D). The armrest top should be moulded from polyurethane and mounted on to a drop lift adjustable type tubular armrest support should be made of dia 3.81+/-0.03cm x 0.2+/-0.01 cm thick MSERW tube. Armrest height adjustable upto 6.5+/-0.5cm in 5 steps.. The mechanism of the chair should have following features : 360⁰ revolving type, Active Bio-synchro mechanism, Tilt tension adjustment, 5-position tilt limiter giving option of variable tilt angle to the chair. Seat/Back tilting ratio of 1:2. The chair should be provided with pneumatic height adjustment which should have stroke of /- 0.3 cm. Seat depth adjustment should be integrated in the seat through a sliding mechanism. Seat depth adjustment range should be 6.0+/-0.5cm. Back frame should be connected to the Up/Down mechanism housed in plastic T spine. it can be adjusted in the range of 7.42+/-0.5 cm for the comfortable back support to suit individual need. The pedestal should be injection moulded in black 33% GF Nylon66. it should be fitted with 5 nos twin wheel castor. The size of the pedestal should be 66.1+/- 0.5 cm pitch-centre-dia (76.1 +/- 1.0 cm with castors). The twin wheel castors should be made of PP. Overall dimensions of Chair should be, Width of Chair cm, Depth of Chair cm should be measured from pedestal below. Height from ground - min 99.2 to max 116.7cm. Seat height - min 43.6 to max 53.6cm. Dimensions tolerance / variations should be within +/- 1 cm. TYPE 21

51 CH 21 The seat and back should be made up of 1.2+/-0.1cm thick hot pressed plywood measured as per QA method described in OCP-QLTA-P14-18 and upholstered with fabric and moulded polyurethane foam. The moulded polyurethane foam should be of density 45+/-2kg/m ³, and hardness load 16+/- 2kgf as per IS:7888 for 25% compression. The seat and back cover should be injection moulded in black co-polymer polypropylene. The dimensions of seat should be- (W)51.5cm x (D) 46.7 cm) and of back should be (W)45.5 cm x (H)52.5Cm).The one-piece armrests should be made of black integral skin polyurethane with shore 'A' Hardness and reinforced with M.S insert. The armrests should be fitted to the seat with seat/armrest connecting strip assembly should be made of 0.5+/-0.05cm thick HR steel. The mechanism of the chair should have following features : 360 ⁰ revolving type, Front tilt synchro mechanism, Self regulating Tilt tension + Manual override, 4 position locking with anti shock feature. The backrest should be connected to the mechanism with a drop-lift mechanism which should be adjusted in the range of 7.0+/-0.5cm and locked in 7 positions for the better lumbar support. The chair should be provided with pneumatic height adjustment which should have stroke of /- 0.3 cm. The pedestial should be injection moulded in black 33% glass-filled Nylon-66. It should be fitted with 5 nos twin wheel castor. The size of the pedestal should be 66.3+/- 0.5 cm pitch-centre-dia (76.3 +/- 1.0 cm with castors). The twin wheel castors should be made black nylon. Overall dimensions of Chair should be, Width of Chair cm, Depth of Chair cm should be measured from pedestal below. Height from ground - min93.5 to max 112.5cm. Seat height - min 44.0 to max 56.0cm. Dimensions tolerance / variations should be within +/- 1 cm. CH 21 TYPE 23 Providing and fixing BIFMA Certified Auditorium Chair. Chair should be a Push Back chair with AutoTip Facility, Fitted with the Fluimatic Slider mechanism which ensures a smooth and comfortable, It should have large automotive grade cushion seats which would help long seating hours, It should have flange provision to fasten the chair with 4 bolts to the Base Surface hence ensuring the highest level of stability, should have WINGS in the shape of U. These wings should hollow and can pocket accessories like writing tablet. U Wings to pocket accessories,other than the training Tablet thshould be model can be availed with most options as armrest - Cup holder / PU Waterfall Edge Design Armrest / Wooden Armrest, RECOMMENDED as per client requirement: This model should be highly recommended with the Cup holder / PU Waterfall Edge Design Armrest. Frame :Back Rest frame of ERW Tube / should be : GRADE 1-16 dia Round Pipe 1.2mm Thickness & Extra Reinforcement 16 dia round pipe 1.2 mm, Cushion Frame (Seat) ERW Tube / should be : GRADE 1-22 dia Round Pipe 1.63mm Thickness Wing Components : HRCA / CRCA Sheet Metal / should be : Type O, Wing fame C Channel 2mm, Side wing frame with plywood. with upholstery. Leg : sq TUBE IS: X25 mm, 1.63 Thickness, Springs : Seat : For Auto Tip-up Torsion Spring / Spring Steel should be : GRADE 3 (part i) Tested for 5,00,000 cycles, option:for Push Back mechanism Coil Spring / Spring Steel should be : GRADE 2 Tested for 1,00,000 Cycles, Foam : Automotive Grade High Resilence-HR Polyurathene foam, Density: Kg/M3 / Jshould be K 6401, Constant Compression Set: (Max. 13%) Jshould be K BACK AND CUSHION HOUSING: PPCP IS: / Injection Molded/Thermoform Plastic, All Fastners should be zinc passivated. All exposed & visible parts should be powder coated. Height of top of the back from ground level: /-15mm, TYPE OF BACKREST : PUSHBACK CHAIRS Slider 60mm travels.with metal ball and roller cage which results in PUSH BACK OF mm. Should have flexibility to restrict movement of the pushback and slider as per avialability of aisle space, ARMREST: Smooth folding mechanism helping tablet to rest withing the armrest pocket. The writing tablet can be made of wood of 12mm 295mm x 280mm and should be hinged by 2" x 4" MS hinge fixed on 6 screws to open armrest. ARMREST CENTER TO CENTER DISTANCE: 21/ 22 Inch (recommended) /23/24 Inch width, GROUTING: Push Back Chairs : 4 nos of 75mm (for hard floor), NOTE: for Wooden flooring the wooden wood thickness of 40mm & for Fixing the chair scotch bolt of Size M8X50MM should be require. FABRIC: heavy duty 100 % poyester dyed yarn with 3mm +.5mm foam backing resultatent. CH 22 TYPE 22 Supplying and Placing of visitor chair with SEAT/BACK ASSEMBLY: The seat and back should be made up of 1.2 cm thick hot pressed plywood, upholstered with fabric and moulded Polyurethane foam with PVC lipping all around. The back foam should be designed with contoured lumbar support for extra comfort. BACK SIZE: 49.0cm.(W) x 47.0cm.(H) SEAT SIZE: 49.0cm.(W) x 44.0cm.(D). POLYURETHANE FOAM: The polyurethane foam should be moulded with density = 45 +/-2 kg/m3 and Hardness = 20 +/- 2 on Hampden machine at 25% compression. TUBULAR FRAME: The tubular frame should be cantilever type & made of Dia.2.54cm.(1 )x 14 BG M.S. E.R.W. tube and black powder coated. TYPE 1

52 SF 1 Frame :- Inner solid Frame structure should be made of high quality wood. The wood should be kiln chemical treated tropical Meranti wood. Legs :- The legs should be made of rubberwood having melamine matt finish. Seating Cushions :- The seat cushion should be made of 7 inches multi layered foam of density 32D 23D 32D and HD with polyester polyfill outer layer of 180 gsm. The polyester polyfill keeps the upholstery wrinke free and soft. The seating cushions should have 3 inches of elastic webbing of 350 gsm with diagonal weave. The thread used should be nylon bonded to provide lasting stitch strength. Backrest :- The backrest should have a 3 inch foam of 23D with polyester polyfill outer layer of 180 gsm. The polyester polyfill keeps the upholstery wrinke free and soft. The seating cushions should have 2 inches of elastic webbing of 250 gsm with diagonal weave. The thread used should be nylon bonded to provide lasting stitch strength.outer Finish :- The outer finish has a superior quality leatherette stictched with nylon bonded thread and stained solid wooden legs. Sizes :- 1 Seater : 760mm (H) X 850 (W) X 990 (L) 3 Seater : 760mm (H) X 850 (W) X 2065 (L) SF 2 TYPE 2 Frame :- Inner solid Frame structure should be made of high quality wood. The wood should be kiln chemical treated tropical Meranti wood. Legs :- The legs should be made of rubberwood having melamine matt finish. Seating Cushions :- The seat cushion should be made of 7 inches multi layered foam of density 32D 23D 32D and HD with polyester polyfill outer layer of 180 gsm. The polyester polyfill keeps the upholstery wrinke free and soft. The seating cushions should have 3 inches of elastic webbing of 350 gsm with diagonal weave. The thread used should be nylon bonded to provide lasting stitch strength. Backrest :- The backrest should have a 3 inch foam of 23D with polyester polyfill outer layer of 180 gsm. The polyester polyfill keeps the upholstery wrinke free and soft. The seating cushions should have 2 inches of elastic webbing of 250 gsm with diagonal weave. The thread used should be nylon bonded to provide lasting stitch strength.outer Finish :- The outer finish should have a superior quality leatherette stictched with nylon bonded thread and stained solid wooden legs. Sizes :- 1 Seater : 850mm (H) X 900 (W) X 1010 (L) 3 Seater :850mm (H) X 900 (W) X 2010 (L) TYPE 3 SF 3 Cuby Leatherite Chair, single seater. Overall dimensions x 750 x 858 Seating Cushions :- The seat cushion should be made of 7 inches multi layered foam of density 32D 23D 32D and HD with polyester polyfill outer layer of 180 gsm. The polyester polyfill keeps the upholstery wrinke free and soft. The seating cushions should have 3 inches of elastic webbing of 350 gsm with diagonal weave. The thread used should be nylon bonded to provide lasting stitch strength. Backrest :- The backrest should have a 3 inch foam of 23D with polyester polyfill outer layer of 180 gsm. The polyester polyfill keeps the upholstery wrinke free and soft. The seating cushions should have 2 inches of elastic webbing of 250 gsm with diagonal weave. The thread used should be nylon bonded to provide lasting stitch strength. Outer Finish :- The outer finish should have a superior quality leatherette stictched with nylon bonded thread and stained solid wooden legs. TYPE 4

53 SF 4 Supplying and Placing of Lounge Sofa with Seat height: 435 mm, SIDE FRAME ASSEMBLY: The side frame assembly should be fitted to the two ends of the connecting beam assembly to form the leg-cum-armrest assembly. It should be made of a MS. E.R.W. tube dia. 3.81cm. (1 1/2 ) x 14 BG. thk. and black powder coated. The ends should be fitted with ABS moulded end caps. TIE MEMBER: It should be the connecting beam assy. which holds the two side frames to each other. 2 nos. tie members should be used to connect the side frames. The tie-member should be made of MS. E.R.W. tube dia.3.81cm. (1 1/2 ) x 14 BG. thk. and black powder coated. The seat/back assemblies should be mounted on one of the tie- member which should have 5cm x 5.5cm long x 0.5cm. thk MS. Std. angles welded to mount the seat and back. SEATREST ASSEMBLY: The seat rest assembly should consists of a fabricated inner-frame assembly insitu-moulded with Polyurethane foam having density = 45 +/- 2 Kg./cm3. The hardness of the P.U. foam = Kgs. on Hampden m/c. for 25% compression of the foam. The complete moulded seat rest assembly should be covered with a replaceable fabric upholstery cover. SEAT SIZE: 52.0cm. (W) X 50.0cm. (D) X 6.0cm. (T). BACKREST ASSEMBLY: The backrest assembly should be flexing type and consists of a fabricated inner-frame assembly insitu-moulded with Polyurethane foam having density = 45 +/- 2 Kg./cm3. The hardness of the P.U. foam = Kgs. on Hampden m/c. for 25% compression of the foam. The complete moulded backrest assembly should be covered with a replaceable fabric upholstery cover. BACK SIZE: 52.0cm. (W) X 59.0cm. (H) X 6.0cm. (T). ADJ. GLIDES: The adj. glide should be injection moulded in black Nylon & fitted to the front end of side frame assembly along with ABS moulded adj. Glide base to take should be or unleveled floor surface. SF 4.1 SF 4.2 SF W x 700 D X 810 H IN MM 1640 W X 700 DX 810 H MM TYPE 5 The seat shell should be a welded assembly of seat,back and side frame. The seat and back should be made of 0.12±0.013cm thk CR steel sheet with oblong perforations.they should be welded to sideframe of size 3.2±0.05cm x 0.5 ± 0.05 cm thk HR steel. The welded assembly should be powder coated ( DFT microns). The seat should have a front water fall edge to provide popliteal clearance for comfortable seating. It also should have a buttock support curve that not only provides rear support but also prevents small children from falling through the gap between seat and back. Clean and flat surfaces of seat and back should aids in easy maintenance. The dimensions of seat should be 47.8 cm (W) x 44.6 cm (D) and of back should be 41.6 cm (W) x 23. cm (H). Understructure assembly should consists of connecting beam and leg assembly made of M.S.E.R.W. oblong tube of size 7.5±0.03cm x5.0±0.03cm x 0.02±0.016cm thk.the welded structure assembly should be powder coated (DFT microns ).The leg assembly should be fitted with shoes and levellers in Nylon. The leg structure should be designed with minimal should bea of contact close to ground providing easy access for cleaning purposes. The shoes fiited to leg assembly should help in aligning the structure for back to back arrangements. Levelers should take cshould be of uneven flooring.connecting beam should be fitted with snap locking end cap.it also aids in side-by-side understructure alignment. Overall Dimensions should be Seat Height cm, Height cm, Width & Depth of Chair as measured from pedestal - Width-169.5cm and Depth-63.8 cm. TYPE 6

54 SF 6.1 The LH/RH side frame should be fitted to the two ends of the seat/back mounting frame to form the leg assembly. It should be made of SS J4 Grade tube dia 4.44 cm. x 1.5mm thk. The seat/back mounting frame assy. should holds the two side frames together. The mounting frames, 2nos should be used to connect the side frames. The mounting frame should be made of MS. E.R.W.tube dia 5.08±0.03cm. x 3.15±0.0252cm thk. black painted. The seat /back should be mounted on 4.0±0.03cm x 2.0±0.02cm x 0.2±0.016cm thk M.S. rectangular tube which should be welded on the beam of seat/back mounting frame. The seat/back assembly should consists of 1.2±0.1cm thk plywood insert with Polyurethane foam having density= 45+/-2 Kg/m3 and hardness of the P. U. foam= 18 to 22 kg on Hampden m/c for 25% compression of the foam. The complete moulded seat/back assembly should be covered with a replaceable fabric upholstery cover. The dimensions of seat and back should be: 54.5 cm. (W)x46.7cm. (D)x 12.5cm. (T). The side frames should be fitted with front and rear bottom shoes made of injection moulded polypropylene. The sofa should be upholstered with stain repellant "Velvetine plus" fabric as a standard offering. The velvet fabric should be vacuum cleaned in order to remove dirt & grit from the fabric surface. Upholstery covers made from Velvetine fabric should not be soap washed or dry cleaned. Overall Dimensions of Chair should be Seat Height cm, Height cm, Width & Depth of Chair as measured from pedestal - Width-68.4cm and Depth-77 SF 6.2 The LH/RH side frame should be fitted to the two ends of the seat/back mounting frame to form the leg assembly. It should be made of SS J4 Grade tube dia 4.44 cm. x 1.5mm thk. The seat/back mounting frame assy. should holds the two side frames together. The mounting frames, 2nos should be used to connect the side frames. The mounting frame should be made of MS. E.R.W.tube dia 5.08±0.03cm. x 3.15±0.0252cm thk. black painted. The seat /back should be mounted on 4.0±0.03cm x 2.0±0.02cm x 0.2±0.016cm thk M.S. rectangular tube which should be welded on the beam of seat/back mounting frame. The seat/back assembly should consists of 1.2±0.1cm thk plywood insert with Polyurethane foam having density= 45+/-2 Kg/m3 and hardness of the P. U. foam= 18 to 22 kg on Hampden m/c for 25% compression of the foam. The complete moulded seat/back assembly should be covered with a replaceable fabric upholstery cover. The dimensions of seat and back should be: 54.5 cm. (W)x46.7cm. (D)x 12.5cm. (T). The side frames should be fitted with front and rear bottom shoes made of injection moulded polypropylene. The sofa should be upholstered with stain repellant "Velvetine plus" fabric as a standard offering. The velvet fabric should be vacuum cleaned in order to remove dirt & grit from the fabric surface. Upholstery covers should be made from Velvetine fabric should not be soap washed or dry cleaned. Overall Dimensions should be Seat Height cm, Height cm, Width & Depth as measured from pedestal - Width-125.7cm and Depth-77.5 cm. SF 6.3 The LH/RH side frame should be fitted to the two ends of the seat/back mounting frame to form the leg assembly. It should be made of SS J4 Grade tube dia 4.44 cm. x 1.5mm thk. The seat/back mounting frame assy. should holds the two side frames together. The mounting frames, 2nos should be used to connect the side frames. The mounting frame should be made of MS. E.R.W.tube dia 5.08±0.03cm. x 3.15±0.0252cm thk. black painted. The seat /back should be mounted on 4.0±0.03cm x 2.0±0.02cm x 0.2±0.016cm thk M.S. rectangular tube which should be welded on the beam of seat/back mounting frame. The seat/back assembly should consists of 1.2±0.1cm thk plywood insert with Polyurethane foam having density= 45+/-2 Kg/m3 and hardness of the P. U. foam= 18 to 22 kg on Hampden m/c for 25% compression of the foam. The complete moulded seat/back assembly should be covered with a replaceable fabric upholstery cover. The dimensions of seat and back should be: 54.5 cm. (W)x46.7cm. (D)x 12.5cm. (T). The side frames should be fitted with front and rear bottom shoes made of injection moulded polypropylene. The sofa should be upholstered with stain repellant "Velvetine plus" fabric as a standard offering. The velvet fabric should be vacuum cleaned in order to remove dirt & grit from the fabric surface. Upholstery covers should be made from Velvetine fabric should not be soap washed or dry cleaned. Overall Dimensions should be Seat Height cm, Height cm, Width & Depth as measured from pedestal - Width-183.0cm and Depth-77.5 cm. Book Reck LIBRARY/HOSTEL FURNITURE

55 LIB 1 The exclusive and comprehensive library storage solution entitled Search should be designed to store books and stand the test of time, by protecting and treasuring the valuable words of knowledge.structure and Material Specifications :- The side, top and back panels should be made of 18mm thick prelam particle board with lamination on both sides. The prelam particle board should be mounted on the basic frame structure made out of 2" X 1" thick CRCA pipe. The shelves should be made up of 25mm thick Prelam Particle board with same lamination on both sides. The top corners should be covered with aesthetically extruded aluminium giving a complete smooth finish to the structure.general Description :-The bottom three shelves of each unit should be at various angles to enable quick location of books / references. The bottom most shelf should be inclined at 15 degree, the 2nd lst shelf should be inclined at an angle of 9 degree and the 3rd last shelf should be inclined at an angle of 3 degree. The shelves should be suitable for books of different heights. The lower 2 shelves should be of 280mm height suitable for larger size books. The bottom 3 shelves should be fixed and the top 3 shelves should be height adjustable to accommodate books of various sizes. Each module can be provided with A5 size acrylic signage board on the side for defining categories. The racks too can be provided with individual rack signage for easier sub category identification. The search should be available in both single sided and double sided configuration with main and add on modules. The complete system should be extremely sturdy and should be equipped with 6 levellers to take cshould be of any floor unevenness. The immaculate detailing, well finished end caps and outer frame of the rack in matching powdercoated finish adds to the overall aesthetics. LIB 1.1 Single Module 1000 W x 375 D X 1860 H IN MM LIB 1.2 double Module 1920 W X 700 DX 1860 H MM LIB 1.3 Three Module 2840 W x 700 D X 740 H IN MM LIB 2 Double Side Book Reck Overall Dimensions of Double Sided Steel Book Rack Base Unit should be 900mm(W)x590mm(D)x1890mm(H). Rigid Knockdown construction. Back panel up to the bottom of third rack for additional rigidity. Racks, Back panel & Skirting : CRCA 0.8 mm thickness. Stackability should have add-on units width wise to form a bank of racks having common side panel. Bottom plus four fixed racks plus 10 storage levels. Each rack should be provided with stiffener at bottom for strength. Uniformly distributed load capacity per each full shelf should be 80 Kg maximum. Rack back stiffener should be there at the rear side of the racks back stiffener s should be provided. These should be to support books on the rear side. Label Holder on each main unit to insert labels for identification. Finish should be Epoxy polyester powder coated to the thickness of 50 microns. LIB 2.1 LIB 3 Overall Dimensions of Double Sided Wood & Steel Book Rack Base Unit=900mm(W)x590mm(D)x1890mm(H). Book Case 4 Door 4 Door Book Case should have the configuration of 914mm(W)x320mm(D)x1742mm(H). The unique design provides the right rigidity to the Top hinged doors, which should facilitate easy use. The Book Case should be made from prime quality CRCA steel with anti rusting treatment. It should have a Rigid Knock Down Construction. The Top Pannel, Back Pannel and Side Pannel should be made from 0.7mm high yield CRCA and other components from 0.8mm CRCA. Each door should have a 6 Lever Cam Lock with Common Key. 3mm thick glass should be used in each door for clear inside vision which should be secured in a metal frame through a rubber gasket. Scissor Mechanism should be provided in each door for receding inside the top of every compartment and it should ensure parallel and smooth movement. Each door should be provided with plastic side end caps as handle which should be easy to grip. Each compartment should have a storage shelf with a UDL capacity of max 80 Kg. The 2 Door Book Case should have 18mm PLB Top straight edge with PVC lipping. The finishing should include Epoxy powder coated to the thickness of 50 microns (+/- 10). LIB 3.1 LIB 4 Single Module 914 W x 320 D X 1742 H IN MM Study Table Understructure :- The understructure should be made up of 50mm X 50mm squshould be CRCA pipe section and should be worked as the support structure for the table top. The complete leg system should be Powder Coated to microns to approved colour. All CRCA material confirm to should be 513 CR Table Top :- The table top should be made up of 25mm thick prelam particle board with 2mm PVC edge banding on the exposed edges. The prelam particle board should be conforming to should be : Interior Grade.

56 LIB3 Periodic Display Units Providing and placing in position Periodical Display Rack with should be width of 290mm of Main Unit & 290 mm of add-on unit, having height of 1890mm (inclusive of 85mm skirting) and depth of 400mm. It should have rigid knock down construction with prime quality CRCA steel - panels of 0.8 mm thickness and side panels of 25mm particle board with laminate on both sides. The add-on units should be stackable width wise to form a bank of racks having common side panel. Periodical display should having 5 level racks per unit. Each of 5 level should have a behind storage shelf having uniformly distributed Load Capacity of MINIMUM 25 Kg maximum. All metal components should be Epoxy Polyester Powder coated. ST1 ST 1.1 ST 2 Glass Door Sliding Storages STORAGES Metal/Wooden/Optmizers The Stoarges should be knock down should be made up of CRCA having shelves. The storage system should be with 2 doors having 4 mm thick toghned glass. The storage should have equally divided 4 nosshelves with 5 loading levels. Each storage door system should have flush handle locking with foldable keys.the storage should be made of concealed hindges without brackets. The top of the Stoarge should be made up of 0.8mm thick CRCA duly powder coated to aproved finish. The caracass should made of 0.8 mm thk CRCA and shelf should be made up of 0.7mm CRCA Duly Powder Coated. The skirting should be made up of 0.8 mm CRCA duly powder coated to the approved finish. The storage shelf should be adjustable with load carring capacity of 40 kg UDL. The storage should have levelers. The storage system to have 4mm thick clear toughened glass with a duly powder coated aluminium frame.the powder coating should be with pre treated with iron phosphating with of microns. Size 900 mm w x 450mm D x 2015 mm H Openable Metal Storage with Glass Door The Stoarges should be knock down should be made up of CRCA having shelves. The storage should have equally divided shelves. Each storage door system should have an individual locking mechanism pre-fitted to it. The top of the Stoarge should be made up of 0.8 mm thick CRCA duly powder coated to aproved finish. The caracass and shelf should be made up of 0.8mm CRCA Duly Powder Coated. The skirting should be made up CRCA duly powder coated to the approved finish. The shelf should come with a stiffner with a thickness of 15mm duly tested for 40Kg UDL. The doors should be made of 0.8mm thick CRCA with stiffeners for support. The powder coating should be of microns. ST H x750 w x 450 D St H x900 W x450d ST Hx1200 W x450 D ST Hx750 Wx450 D ST H x900 W x450 D ST H x1200 Wx450 D Sliding Metal Storage Without Glass door The Stoarges system should be knock down should be made up of CRCA having shelves. The storage system should be with 2 doors having 4 mm thick toghned glass. The storage should have equally divided 4 nosshelves with 5 loading levels. Each storage door system should have flush handle locking with foldable keys.the storage should be made of concealed hindges without brackets. The top of the Stoarge should be made up of 0.8mm thick CRCA duly powder coated to aproved finish. The caracass should made of 0.8 mm thk CRCA and shelf should be made up of 0.7mm CRCA Duly Powder ST 3 Coated. The skirting should be made up of 0.8 mm CRCA duly powder coated to the approved finish. The storage shelf should be adjustable with load carring capacity of 40 kg UDL. The storage should have levelers. The powder coating should be with pre treated with iron phosphating with of microns. ST 3.1 ST 3.2 ST 3.3 St 3.4 ST H x750 w x 450 D 715 H x900 W x450d 715 Hx1200 W x450 D 1200 Hx750 Wx450 D 1200 H x900 W x450 D

57 ST H x1200 Wx450 D Vertical Filing Cabinet Vertical Filing Cabinets :- The Stoarges system should be knock down should be made up of CRCA having shelves.the storage system should come with 2/ 4 Filing Drawers. The storage should have equally divided shelves. The complete storage system has a centralized locking mechanism pre-fitted to it. The storage should have anit tilt mechanism which prevents toppling of the storage.the cabinet should come with smooth full extension bball bearing runners with 40 kg load bearing capacity.the cabinet should come with individual index folder for each compartment. The top of the Stoarge should be ST 4 made up of 0.8mm thick CRCA duly powder coated to aproved finish. The caracass and shelf should be made up of 0.8mm CRCA Duly Powder Coated. The shelf should come with a stiffner with a thickness of 15mm duly tested for 40Kg UDL. The drawers should have double extension ball bearing slides. The powder coating should be of microns. ST 4.1 ST 4.2 ST 5 ST 5.1 ST 5.2 ST 5.3 ST H x 465 w x 620 D 1320 H x465 w x 620 D Lateral Filing Cabinet Lateral Filing Cabinets :- The Stoarges should be made up of CRCA having shelves.the storage system should come with 2/3/ 4 Filing Drawers. The storage should have equally divided shelves. The complete storage system should have a centralized locking mechanism pre-fitted to it. The storage should have anit tilt mechanism which prevents toppling of the storage.the cabinet should come with smooth full extension bball bearing runners with 40 kg load bearing capacity.the cabinet should come with individual index folder for each compartment. The cabinet should be designed in such a way to arrange files in side way as well as front to back filing.the top of the Stoarge should be made up of 0.8mm thick CRCA duly powder coated to aproved finish. The caracass and shelf should be made up of 0.8mm CRCA Duly Powder Coated. The shelf comes with a stiffner with a thickness of 15mm duly tested for 40Kg UDL. The drawers have double extension ball bearing slides. The powder coating should be of microns. 715 H x900 W x450 D 1035 Hx900 W x450 D 1340 Hx900 Wx450 D WOODEN STORAGES Storage Unit : Storage body should be made of 18mm thick pre laminated partical Board should be : Interior Grade, The back of the unit should be made from 9mm prelaminated board. All the exposed edges should be with 2mm PVC egde banding & sealed edges should be with 0.8mm thick PVC edge banding. The top, side and hinged shutters should be sealed with 2mm thick PVC edge banding. The units should be assembled by knock down fittings. All the hardware and Hinges should be of good quality. PVC edge banding should be of good quality. ST 7 Storewel Plain Storwel plain should have an overall size of with welded construction. It should have the shelf thickness of 0.7 mm, Back thickness of 0.8mm, Door thickness of 0.8mm (high yield strength) and all other components should have a thickness of 0.9mm. These components should be made of CRCA D grade high yield strength as per IS:513. The Storwel Plain should have a Mazak handle and Three way locking mechanism with Shooting Bolts. It should have a height wise adjustable shelf mounting which should have a Uniformly Distributed Load Capacity of max 40 Kg. It should also have a M10 Screw type Leveller with Hex plastic base. The finishing should include Epoxy powder coated to the thickness of 50 microns (+/- 10). Plenty of colour options and shelving options should be available. There should be 5 loading levels in storewel plain. ST 7.1 ST 7.2 ST H x900 W x450 D 1035 Hx900 W x450 D 1340 Hx900 Wx450 D

58 ST 7.4 ST H x 916 W x 450 D OPTIMIZER Compact Height from ground should be 2100 mm (1985 body + 75 mm undercarriage + 40 mm channel system). Width of each bay will be 900 mm. Depth of each bay will be 412 mm for Single & 632 mm for double Bay. Contruction: Complete construction of system should be on knock down design for easy handling of material on site Rigid Upright frame should be made out of 1.2 mm thick CRCA Steel box Pipe.Upright with 25 mm x 50 mm rectangular slotted Pipe. Each block should consists of 1 Main unit & then Add-on units (0, 1,2,3,4,5 - depending on no. of bays 1, 2, 3, 4, 5 & 6). Body units should be bolted to undercarriage. Scalability: Bays can be added Depth wise or width wise subsequently, if the need for additional filing should be there. Powder coating All metal component should be given antirust surface treatment & should be powder coated with epoxy polyester powder It involves 8 Tank treatment consisting of Degreasing, water rinse, phosphating & dry off oven treatment. Final finish should consists of epoxy polyester powder coating with a Dry Film Thickness of minimum 60 microns. The testing of paint should be done for various physical & chemical properties as per IS: 101. The material should be then oven baked with a controlled temperature of 180 deg.c to 200 deg.number of shelves Each unit should have 5 loading levels formed by 4 nos. adjustable shelves. 438 mm depth should be available for storage of box file as well any odd size folders. Shelf thickness 0.8 mmcrca thickness with 40 kg UDL ( Uniformally Distributed Load) Shelf Optional 0.8 mm CRCA with stiffner with 80 kg UDL ( Uniformally Distributed Load) Shelves should be mounted on support brackets & shelf level can be adjusted at 25 mm pitch. Upright : Rigid construction should be made out of 1.2 thk. CRCA Steel upright with 25 mm x 50 mm rectangular Pipe. Clading ; 0.7 mm CRCA sheet metal panels. Optional Doors Optional doors with lock on each bay can be provided. Trolley material Steel pipe 1.6 mm thickness with smooth ball bearing wheel for load & guide wheel for anti tipping. Track material:aluminium track makes base of the compacta system rust proof against water contact. Platform for walkway 25 mm Laminated Particle board Platform for easy & safe entry exit from the walkways. Sloping ramp Aluminium Sloping ramp for easy trolley access & reduce tipping hazard. Levelers Easily Adjustable levelers to keep platform & track parallel on uneven surfaces. Installation of Track No Hacking of floor should be required for easy dismantling & relocation of the system in case required. Assembly of track Complete track assembly should be on self suspended design, suitable for any surface like cement, tiles, carpet etc Mechanism Pulley Belt mechanism results in noise less & Oil free operation. Handle Ergonomic Plastic handle with inbuilt safety lock mechanism. Lock Central Locking on the last unit which will lock entire assembly. ST 9 PERSONAL UNIT LOCKERS Overall size of 4 - Door PLU + Lkr (Base) should be 380mm(W)x450mm(D)x1830mm(H). DMX Drg.- PL 13-A ,R1-4 Sheets(Cam Lock) DMX Drg.- PL-13-A ,R1-4 Sheets(Hasp.) Stackability should have add - on units that can be stacked width wise to form bank of lockers having common side panel. Locking should have 10 Lever cam lock with lock lever plus option of hasp arrangement. Material should be CRCA 0.6 mm thickness. Construction should be Rigid Knockdown construction, shelf should be uniformly distributed load capacity per each shelf level should be 35 Kg maximum. Finish should be epoxy polyester powder coated to the thickness of 50 microns. Handle/Label holder should be Aesthetically appealing Snap fit ABS plastic handle. Ventilation should be attractive punched pattern for ventilation. PLU should be available in single door, double door, four door & six door lockers Classroom Furniture for Stepped Rooms CLASSROOM FURNITURE

59 CL 1 Main table :- The main table should be of size 1500x600x740mm completely should be made up of Prelam particle board conforming to should be : Interior Grade with PVC edge banding. Top should be with 25mm thk boards with 2mm PVC edge banding with enhanced scratch resistance supported on 25mm thk. Wire routing / wire management grommets should be provided on main or side table.legs :- Inspire and Jeffire legs should be made of steel. These should have four main parts Base, Vertical Frame, Top support brackets and Side Covers. Base should be aesthetically formed in steel with rounded edges for safety of users. Vertical frame in twin-tubular steel construction should have provision to carry wires and should also provide for select height adjustment (±20mm) of table top. Levelers should be provided to take should be of any unevenness in the floors. Top support brackets and tube assembly should be in steel chrome plated finish for excellent aesthetics. Side covers should be perforated steel panels with powder coated finish along with base and vertical frame.modesty Panel :- The Modesty Panel should be made of CRCA. The modesty panel should be perforated for enhanced aesthetics. The metal modesty should be duly powder coated to microns. All CRCA material confirm to should be 513 CR CL 2 Classroom Furniture Main table :- The main table should be of size 600x600x790mm completely should be made up of Prelam particle board should be : Interior Grade with PVC edge banding. Top should be with 25mm thk boards with 2mm PVC edge banding with enhanced scratch resistance supported on 25mm thk. Wire routing / wire management grommets should be provided on main or side table. Legs :- Inspire and Jeffire legs should be made of steel. These should have four main parts Base, Vertical Frame, Top support brackets and Side Covers. Base should be aesthetically formed in steel with rounded edges for safety of users. Vertical frame in twin-tubular steel construction should have provision to carry wires and also provides for select height adjustment (±20mm) of table top. Levelers should be provided to take should be of any unevenness in the floors. Top support brackets and tube assembly should be in steel chrome plated finish for excellent aesthetics. Side covers should be perforated steel panels with powder coated finish along with base and vertical frame.modesty Panel :- The Modesty Panel should be made of CRCA. The modesty panel should be perforated for enhanced aesthetics. The metal modesty should be duly powder coated to microns. All CRCA material confirm to should be 513 CR CL 3.1 Classroom Furniture Top should be 25 mm thick, Base material should be 25 mm thick pre-laminated particle board plus 2 mm thick PVC edge banding on straight outer edges. The Modesty should be 18 mm thick its base material should be 16 mm Plain particle board plus post - laminated with 0.6 mm top laminate on either side 2 mm thick and 0.8 mm thick PVC edge banding of matching colour on outer edges of modesty. Legs should be made from 1.6 mm Matt silver anodized aluminiumn extrusion. Legs should be assembeled together with 8 mm thick MS Powder coated plate at top. The base support plate should be having provision for wire entry and glide fixing. The wire carrying should be facilitated through the hollow space between two leg extrusions and the wires should be concealed between removable rigid PVC extrusion in the leg. Max. 20 nos. of Dia 6 wires can be passed through the space between two leg extrusions. Table Support brackets should be powder coated table support brackets should be made from 2 mm thick MS sheet provided for overall product stability. Stopper should be powder coated made from 1.5 mm thick aluminium extrusion fixed with work - surface by powder coated stopper bracket should be made from 3 mm thick MS sheet. Both ends of Aluminium extrusion should be covered with plastic moulded end cap. The Grommet should be made from plastic moulded components to facilitate access electrical / data / voice sockets access from top. The Switch Mounting tray should be powder coated made from 0.8 mm and 2 mm thick MS sheet fitted with modesty through which cables can be passed. Unlearn 2 Seater Laptop size : 1350 W x 600 D x 680 H. Unlearn 3 Seater CPU / Laptop size : 2700 W x 600 D x 680 H. Unlearn 4 Seater Laptop size : 2700 W x 600 D x 680 H. CL W x 600 D X 680 H IN MM

60 CL CL CT W X 600 DX 680 H MM 2700 W x 600 D X 680 H IN MM CAFETERIA FURNITURE Cafeteria Table Table Top : - The table should be made of 18 mm MDF with membrane finish for better abrasion and scratch resistance. All edges should be chemfered. Understructure:- The understructure in stainless steel finish for long durability. CT 2 Cafeteria Table Cantine Table with SS Top and Blue Merit Chair size should be 1180 Width mm x 1492 Depth mm x 750 Height mm. Top should be of Stainless Steel brushed with PLB insert for Durability. Easy to maintain hygiene. The Understructure should be made of 50.8 mm x 50.8 mm 1.2 mm thick powder coated ERW tubes at base which should be welded and fixed to the Top with screws. Tubular stiffeners that should be provided between the two vertical frames. The tubes should be closed with plastic caps. Level adjustment should be provided to take cshould be of unevenness in floor. Cantina Table with SS Top and SS Stools size :1180 W x 1580 D x 750 H. CT 3.1 CT CT CT CF 1 CF 2 CF 3 Cafeteria Table Top should be 25 mm thick base material should be 25 mm MDF board. On top PU painting of minimum 2H hardness with 75% glass.combination color graphics on the centre. Brown Laminate on bottom specially profiled edges for comfort. The Understructure should be having bend pipe structure of MS powder coated. Pipe dia 38 mm, 2 mm thick and it should be fitted with top by SS machine screws. Legs should be of MS powder coated and 38 mm dia. pipe legs should be fixed with inderstructure and table top. Glide should be of Plastic fixed at the understructure to prevent the damage of table top during stacking. Time Out 6 Seater PU Coated size : 1734 W x 1175 D x 750 H. Time Out 8 Seater PU Coated size : 2329 W x 1175 D x 750 H W x 1175 D X 750 H IN MM 1735 W x 1175 D X 750 H IN MM 2329 W x 1175 D X 750 H IN MM Cafeteria Chair Type 1 Seat and back should be made of 12 mm thick moulded plywood reckon veeneer finish. Seat to back rest height should be 410 mm with 400 mm back rest width. Seat Height should be 456 mm width should be 400 mm. depth of seat should be 425 mm. Understructure should be of MS pipe of dia 19x2 ERW pipe with powder coating. At back side given a cut to lift the chair with easy. Cafeteria Chair Type 2 Seat and back should be made of 12 mm thick moulded plywood. Seat to back rest height should be 410 mm with 400 mm back rest width. Seat Height should be 456 mm width should be 400 mm. depth of seat should be 425 mm. Understructure should be of MS pipe of dia 19x2 ERW pipe with powder coating Cafeteria Chair Type 3 Single mould construction should be made of virgin plastic. The material should be tough, high performance plastic Multi Purpose Furniture

61 MP 1 The top should be in Stainless Steel brushed finish with PLB insert for Durability. Easy to clean and maintain hygiene. The Understructure should have side frames should be made from 30 mm x 30 mm x 1.5 mm thick MS Powder Coated tubes at base which should be welded and should be fixed to top with screws. The bottom ends should be closed with plastic bottles.ms Shade : S/G Metallic Dark Grey. The Cross Member should be made from 30 mm x 30 mm x 1.5 mm thick MS powder coated tube, which should be welded and bolted to side frames. MP 1.1 REC W x 460 D X 750 H IN MM Reception Table Top should be Laminate with clean Matt PU finish 18 mm thick, inside radius mm, outside radius mm and depth mm. Cork should be 18 mm thick of rubber. Glass should be Frostered 10 mm thick diamond cut finishing on edges, inside radius should be mm, otside radius mm and depth mm. The Modesty Panel should be MS Perforated sheet below worksurface : 0.8 mm (thick) x 665 mm ( height) x 1345 mm (flat length ). Above Worksurface : 0.8 mm (thick ) x 260 mm (height) x 1345 mm (flat length). The legs should be of MS tube 1.6 mm thick diameter 50.8 mm and height 604 mm VC 3 VC 4 VC 5 VISITOR SEATING The seat should be made of moulded Polyurethane foam and 1.2±0.1cm thk The back should be made of MS tubular frame insitu moulded with Polyurethane foam and should be upholstered with fabric cover. The dimensions of back should be 45.0 cm(w) x 47.0cm(H) TYPE 4 The seat should made of injection molded plastic outer and inner in polyproplene talc filled. Plastic inner should be upholstered with fabric and mounted polyurethane foam. The back should be made of injection molded plastic outer in nylon material and inner in polypropelene talc filled. Seat dimensions should be 48.0cm(W) x 51.8cm(D) and back as 49.0cm(W) x 64.6cm(H). High Resilience polyurethane foam should be moulded with density 55+/-2 kg/m ³ and back hardness load 11+/-2 kgf as per IS:7888 for 25% compression and seat hardness load16+/-2 kgf as per IS:7888 for 25% compression. The lumbar support foam insert should made from visco-elastic slow recovery memory foam, moulded with density=60+/-5kg/m ³ and hardness=6.5+/-1.5 at 25% compression and recovery time 12+/-1 sec.the tubular visitor frame should be powder coated(dft microns) cantilever structure and should be made of dia 2.54+/-0.03cm x 0.2+/-0.016cm thick MSERW tube with a connecting M.S spine welded to it. Overall dimensions of Chair should be, Width of Chair cm, Depth of Chair cm as measured from base below. Height from ground -99.6cm. Seat height cm. Dimensions tolerance/variations should be within +/- 1 cm. TYPE 5 The seat and back should be made up of 1.2 ±0.1cm. thick hot-pressed plywood and should be moulded Polyurethane foam, together with moulded seat and back covers. The back foam should be designed with contoured lumbar support for extra comfort. The dimensions of back should be (W)45.0 cm x (H)53.0 Cm and of seat should be 52.0 cm. (W) x 48.0 cm (D). The HR Polyurethane foam should be moulded with density= 45±2.kg/m and Hardness.load 16 ± 2 kgf for 25% compression. The seat cover should be injection moulded in black Co-polymer Polypropylene and back cover should be vacuum formed from black ABS sheets. The armrest should be made of black integral skin polyurethane with Shore 'A' Hardness and reinforced with MS insert. The P.U armrests should be then fixed to black powder coated ( DFT microns ) height adjustable armrest brackets made of 0.5 ± 0.05 cm. thk. HR steel. The-armrest-height should be adjusted upto 7.0 ±0.5cm. in seven steps. The tubular frame should be cantilever type & should be made of dia 2.54 ±0.03cm. x 0.2±0.016cm.thk. M.S. E.R.W. tube and black powder coated (DFT microns). Overall Dimensions of Chair should be Seat Height cm, Height cm, Width & Depth of Chair should be measured from pedestal - Width-59.5 cm and Depth-63.0 cm. TYPE 6

62 VC 6 The seat/back should be made up of 1.2 ±0.1cm thick hot pressed plywood and should be upholstered with fabric and moulded Polyurethane foam together with moulded seat and back covers. The back foam should be designed with contoured lumbar support for extra comfort. The dimensions of back should be-(w)50.0 cm x (H)49.0 Cm and of seat should be-50.0 cm (W) x 46.5cm. (D). The HR Polyurethane foam should be moulded with density 45±2kg/m3-and Hardness load 16 ±2 kgf for 25% compression. The seat cover should be injection moulded in black co-polymer polypropylene and back cover should be vacuum formed from ABS sheets. The tubular frame should be cantilever type & made of ±0.03cm x 0.2 ±0.016cm.thk M.S. E.R.W tube and black powder coated (DFT microns). Overall Dimensions of Chair should be Seat Height -45.0cm, Height -81.5cm, Width & Depth of Chair should be measured from pedestal - Width-52.5 cm and Depth-63.0 cm. VC 7 TYPE 7 The seat should be made of moulded Polyurethane foam and 1.2±0.1cm thk Recycled composite board and upholstered with replaceable fabric cover. The back should be made of MS tubular frame insitu moulded with Polyurethane foam and should be upholstered with fabric cover. The dimensions of back should be 45.0 cm(w) x 47.0cm(H) and of seat should be 45.0 cm. (W) x 50.5 cm. (D). The HR polyurethane foam should be moulded with density= 45 +/-2 kg/cu.m and Hardness load for back foam should be 12.0 Kgf +0/-2 and Hardness load for seat foam should be 16 Kgf ± 2 as per should be 7888(for 25% compression). Armrest should have a two piece construction and should be mounted on to the tubular frame structure. It should be injection moulded in talc filled PP. The powder coated (DFT microns) tubular frame structure should be made of 4.8 ±0.03cm x 1.85 ±0.02cm x 0.25 ±0.02cm thk M.S. ERW oblong tube. Overall Dimensions of Chair should be Seat Height -48.1cm, Height cm, Width & Depth of Chair should be measured from pedestal - Width-61.7 cm and Depth-56.6 cm. VC 8 TYPE 8 The seat and back should be made up of 1.2 ±0.1cm. thick hot-pressed plywood and upholstered with fabric and moulded Polyurethane foam, together with moulded seat and back covers. The back foam should be designed with contoured lumbar support for extra comfort. The dimensions of back should be (W)45.0 cm x (H)53.0 Cm and of seat should be 52.0 cm. (W) x 48.0 cm (D). The HR Polyurethane foam should be moulded with density= 45±2.kg/m and Hardness.load 16 ± 2 kgf. The seat cover should be injection moulded in black Co-polymer Polypropylene and back cover should be vacuum formed from black ABS sheets. The armrest should be made of black integral skin polyurethane with Shore 'A' Hardness and reinforced with MS insert. The P.U armrests should be then fixed to black powder coated ( DFT microns ) height adjustable armrest brackets made of 0.5 ± 0.05 cm. thk. HR steel. The-armrest-height should be adjusted upto 7.0 ±0.5cm. in seven steps. The tubular frame should be cantilever type & made of dia 2.54 ±0.03cm. x 0.2±0.016cm.thk. M.S. E.R.W. tube and black powder coated (DFT microns). Overall Dimensions of Chair should be Seat Height cm, Height cm, Width & Depth of Chair as measured from pedestal - Width-59.5 cm and Depth-63.0 cm. VC 9 TYPE 9 Supplying and placing the visitor chaor with SEAT/BACK ASSEMBLY: : The S contoured back and Lumbar support should be fully profiled to fit snugly to the back to offer maximum support. The back should be made up of a two piece injected moulded frame in S shape framework. The inner side should be upholstered with high tensile and elastic Mesh fabric to bear the pressure and weight of the back while sitting. The seat should be made up of moulded PU foam, upholstered with mesh fabric having high tensile strength. The back should have an adjustable lumbar support which should provide an ergonomic solution irrespective of the person s height. 2) POLYURETHANE FOAM: The polyurethane foam for seat should be moulded having high density. 45 +/- 5 kg/m3. and hardness of 14+/-2. at 25% compression3) LEG FRAME ASSEMBLY (9M12): The Cantilever base Leg frame welded assembly should be made from MS ERW round tube with base plate for seat fixing.8) Overall size : Sub Assembly Seat size = 52.5 cm Width, 51 cm Depth. Sub Assembly Back size= 48.5 cm Max Width, 64.5 cm Ht. Effective Back Ht from Seat = 49.5 cm

63 VC 10 TYPE 10 Supplying and placing the visitor chaor with SEAT/BACK ASSEMBLY: : The S contoured back and Lumbar support should be fully profiled to fit snugly to the back to offer maximum support. The back should be made up of a two piece injected moulded frame in S shape framework. The inner side should be upholstered with high tensile and elastic Mesh fabric to bear the pressure and weight of the back while sitting. The seat should be made up of moulded PU foam, upholstered with mesh fabric having high tensile strength. The back should have an adjustable lumbar support which should provide an ergonomic solution irrespective of the person s height. 2) POLYURETHANE FOAM: The polyurethane foam for seat should be moulded having high density. 45 +/- 5 kg/m3. and hardness of 14+/-2. at 25% compression3) LEG FRAME ASSEMBLY (9M12): The Cantilever base Leg frame welded assembly should be made from MS ERW round tube with base plate for seat fixing.8) Overall size : Sub Assembly Seat size = 52.5 cm Width, 51 cm Depth. Sub Assembly Back size= 48.5 cm Max Width, 64.5 cm Ht. Effective Back Ht from Seat = 49.5 cm BR 1 BR 02 Book rack doubble sided Overall Dimensions of Double Sided Steel Book Rack Base Unit should be 900mm(W)x590mm(D)x1890mm(H). Rigid Knockdown construction. Back panel up to the bottom of third rack for additional rigidity. Racks, Back panel & Skirting : CRCA 0.8 mm thickness. Side panels : 25 mm thick pre laminated particle board (PLB) with laminate on both sides. Stackability should have add-on units width wise to form a bank of racks having common side panel. Bottom plus four fixed racks plus 10 storage levels. Each rack should be provided with stiffener at bottom for strength. Uniformly distributed load capacity per each full shelf should be 80 Kg maximum. Rack back stiffener should be there at the rear side of the racks back stiffener s should be provided. These should be to support books on the rear side. Label Holder on each main unit to insert labels for identification. Finish should be Epoxy polyester powder coated to the thickness of 50 microns. stand for duubble sided book rack Overall Dimensions of Stand For Double Sided For Steel Unit Only should be 900mm(W)x600mm(D)x125mm(H). Optional stand should be of 125 mm height with levelling screws. WS WORK STATION Desk based system built for simplicity and flexibility. It should be designed such that it looks minimal yet takes should be of every little detail. The understructure of the system should comprises of leg assemblies and cross connectors. Over this matrix of legs and cross connectors, the work surfaces and wire carriers should be fixed. The work surfaces should provide support to the other ancillary elements like partial width screen, power-box and access flap. 1. LEG ASSEMBLY: 1.1 MAIN LEG ASSEMBLY/ MAIN LEG DOUBLE ASSEMBLY The main legs should be used in the entire system should be fabricated by CO2 welded MS tube of section 50.8mm x 50.8mm x 1.2mm thick (as per IS: 7138 ERW). This should be powder coated with average 50 to 60 micron thickness of epoxy powder coating, as per approved shade. This should be connected to the cross members & to the work surface with screws. 1.2 SHshould bed LEG ASSEMBLY/SH should bed LEG DOUBLE ASSEMBLY The shshould be d legs used in the entire system should be fabricated by CO2 welded MS Tube of section 50.8mm x 50.8mm x 1.2mm thk with the base of the MS tube should be fitted with a glide plate of 47x47x5mm (IS:2062 5MM HR) over which an M8 Leveler should be fitted, which allows for adjustment of the height by 50mm. Sh should be d leg brackets should be made from MS (IS: , 2.5MM CRMS). It should be welded on top side of shshould bed leg for fixing two tops in sh should be d condition.

64 2. CROSS CONNECTORS These should be the supporting members which span across the leg assemblies and form the understructure of workstation. These should be fabricated by CO2 welded MS tube of section 50.8mm x 50.8mm x 1.2mm thick (as per IS: 7138 ERW) with two 100 x 55 x 5mm L-shaped connector brackets (IS: mm HR) on either ends, which will have 3. SPACERS These spacers should be used to give the floating effect of worktop. This should maintain a gap of 20mm between the understructure and the worktop, should be connected from bottom. These should be plastic molded with nylon WORKSURFACES: 4.1 WORKTOP 25 MM THICK PRELAMINATED (with PVC edge band) Work top should be made of 25mm thick prelaminated particle board interior grade. Bottom should have a backing laminate of minimum 0.6mm thickness. All the edges of work surface should be provided with machine pressed 2 mm thick PVC Edge band glued with hotmelt EVA glue. Underside of the worksurface should be screwed to cross connectors and leg assembly. These worktops should be provided with the slot for access flap, as per requirement. 5. SCREENS: Screens should be offered to provide sitting privacy, space for display papers & messages, space for screen mounted accessories. Screen should be connected to the clamping plate and then worksurface with screen holding brackets. Screens should be of two types: 1. Partial Screens: These screens should cover the worktop width partially. Gap of 150 mm should be there between two adjacent screens. 2. Full width screens: These screens should cover the worktop width from end to end. 5.1 PARTIAL PLAIN SCREENS: FABRIC MAGNETIC SCREEN: The fabric magnetic screen should comprise of GI sheet pasted on the PPB and then should be cladded with the fabric. DECORATIVE LAMINATE SCREEN: These screens should be made from pre-laminated board with 2mm thick PVC edge band on all sides. 5.1 PARTIAL PLAIN SCREENS: FABRIC MAGNETIC SCREEN: The fabric magnetic screen should comprise of GI sheet pasted on the PPB and then should be cladded with the fabric. DECORATIVE LAMINATE SCREEN: These screens should be made from pre-laminated board with 2mm thick PVC edge band on all sides. 5.2 PARTIAL FRAMED SCREENS(SCREEN WITH ALUMINUM EXTRUSION FRAME): These screens should be available with single block and double block. The blocks should be fitted in the frame of 4 types of aluminium extrusion sections i.e. top trim, end trim, horizontal, vertical. These sections should be made from aluminium extrusions (HE-9 IS: 63400), the top edges of top and end trim terminate with end caps which should be made of aluminium die-cast on either sides. These type of

65 5.2 PARTIAL FRAMED SCREENS(SCREEN WITH ALUMINUM EXTRUSION FRAME): These screens should be available with single block and double block. The blocks should be fitted in the frame of 4 types of aluminium extrusion sections i.e. top trim, end trim, horizontal, vertical. These sections should be made from aluminium extrusions, the top edges of top and end trim terminate with end caps which should be made of aluminium die-cast on either sides. 5.3 FULL WIDTH SCREENS (END TO END SCREENS) These screens should be available with double block and 3 blocks. The blocks should be fitted in the frame of 4 types of aluminum extrusion sections i.e. top trim, end trim, horizontal, vertical. These sections should be made from aluminum extrusions (HE-9 IS: 63400), the top edges of top and end trim terminate with end caps which should be made of aluminum die-cast on either sides. These type of screens should be available with a combination of blocks finishes of Fabric, Fabric Magnetic, Glass or decorative laminate finish only. The different types of full width screens should be: HALF SCREEN HALF RETURN SCREEN DOUBLE BLOCK SCREEN 3 BLOCK SCREEN The construction of the different finished blocks for these screens should be: FABRIC MAGNETIC SCREEN BLOCK: A GI sheet should be stuck to the PPB. On thshould be composite panel of PPB & GI fabric should be upholstered. DECORATIVE LAMINATE SCREEN BLOCK: These blocks should be made of pre-laminated board or plain particle board. DL should be pasted on either side. GLASS SCREEN BLOCK: 4mm thick non-toughened glass with PVC gasket all around should be fitted with the glass extrusion with the help of glass screen connector bracket. SCREEN BRACKETS: Brackets should be used for holding different types of screens according to the offering. This bracket should be powder coated as per specification. 6. MODESTY/ SCREEN HOLDER BRACKET: Brackets should be used for holding different types of screens according to the offering. This bracket should be powder coated as per specification.this bracket should be formed of two types of component in 3mm thick MS plate which should be fabricated by welding. This bracket should be powder coated to the color scheme. 9. ACCESS FLAP: This should provide access to the power box under the work surface. This should be made from aluminium extrusion. The flap should be connected with 90 opening hinge which should be fitted on the inside edge of the aluminium extrusion making them discreet. This should be connected to the worksurface in the slot provided with the help of screws. 10. WIRE CARRIER ASSEMBLY: This should be used to carry data & electrical wires through the length of the workstation cluster. A wire carrier should be made with a combination of dia 3mm and dia 5mm MS rod along with 5mm thick MS plates. It should be constructed as a light frame that will facilitate easy pulling and laying cable. MS wire tray and holders should be powder coated. This should be connected to the cross connectors.

66 MPC 11. WIRE MANAGEMENT: 11.1 POWER BOX: This should be offered for fitting different type of switches and managing cables UNDER TABLE WIRE CARRIER: Under table wire carrier should be a modular component. This should be made of ABS used with conference tables. Overall size of the wire manager should be 120.0w x 100.0d x 26.2mm CABLE POLE: Cable pole should act as a wire carrier to take wires vertically up. Cable pole assembly should be made up of 705.0L x W x 0.8mm thk. Fixing bracket 2 no should be made of 112.7W x 50.0W x 1.2mm thk and divider angle (to separate data cable from power cable) should be made of L x 83.5 W x 0.8mm thk should be spot welded with cable pole. Cable pole assembly should be coated with minimum 45 micron thickness of epoxy powder coating. Cable pole cover section should be made of 705.0L x 347.5W x 0.8mm thk (IS: , 0.8mm CRMS). It should be coated with minimum 45 micron thickness of epoxy powder coating. 12. STORAGE: The nova range of free-standing full height and now low height partitions should be offered with the system. All drawers should be with double extension precision ball slide. For opening of the drawer, side wise tapered recess should be provided in shell behind drawer fronts. The castors should be provided in the 4 corners at the base. The fifth roller should be provided for anti-tipping of the pedestal. 13. MODESTY PANELS FOR CABIN MODULE: 13.1 METAL MODESTY PANEL: This should be made of 0.8mm thick CRMS sheet. Vertical stiffeners should be spot welded with the metal modesty. Modesty assembly should be coated with epoxy powder coating. All design should be made asper actual requirement at site.

67 The Multi-purpose chair café Chair (M.S. UIS). café Chair (S.S. WS). -chair with Arms (M.S. U/S). -chair with Desklet (MS. U/S). -chair 3 seater on Beam (MS. U/S). -chair Cushion Upholstery Cover. 1. SEAT/BACK (CAFE / ARM I DESKLET / LOUNGE) : The Seat and Back-should be rnade up of injection moulded high impact strength PolyPropylene polymer compound with indoor grade UV resistance * SEAT SIZE : 52.5 cm. (W) x 53.2 cm. (D) * BACK SIZE : 51.6 cm. (W) x 40.5 cm. (H) 2. M.S. POWDER COATED UNDERSTRUCTURE FOR CAFE / ARMREST I DESKLET :The powder coated ( DFT 50±10 microns ) welded tubular frame should be made from ± 0.03 cm x 0.16 ± cm and 3.5 ± 0.03 crn x 1.5 ± 0.03 cm x 0.16 ± cm M.S. E.R.W tube. 3. S.S. UNDERSTRUCTURE OPTION FOR CAFE CHAIR : The tubular welded frame should be made from Dia 2.22 ± 0.03 cm x 0.12 ± cm and 3.5 ± 0.03 cm x 1.5 ± 0.03 crn x 0.12 ± cm Stainless Steel 202 grade tube.the tubes should be buff polished to give shiny finish. 4. POWDER COATED BEAM STRUCTURE FOR LOUNGE :The powder coated ( DFT 50±10 microns ) welded Beam M.S. Structure should be made from 5.08 ± 0.03 cm x 5.08 ± 0.03 cm x 0.16 x cm. The ± cm thk HR steel plate should be welded to beam for fixing seat and back frame. The powder coated ( DFT 50±10 microns ) welded Leg M.S. Structure should be made from 5.08 ± 0.03 cm x 5.08 ± 0.03 cm x 0.16 x cm and 5.08 ± 0.03 cm x 2.45 ± 0.03 cm x 0.16 ± cm. 4. SHOE : The shoes should be made of high impact strength PolyPropylene polymer compound with indoor grade UV resistance and pressed fitted with tubular frame. 5. ARMREST The Armrest should be made of high impact strength PolyPropylene polymer compound with indoor grade UV resistance and assembled over the tubular frame. 6. DESKLET: The 'L' shape desklet should be made of 1.8 ±0.05cm. thk. pre-laminated particleboard with 0.2 ± 0.05cm. thk. injection moulded PolyPropylene all around. Desklet has Front and back adjustment of 4.4cm ±0.5 cm OUTER DIMENSION: 31.5±0.1 cm. (W) X 47.0±0.1 cm. (D) 7. PAPER TRAY: The paper tray should be made of cm. M.S. rod which should be spot welded to form a mesh-type structure. it should be powder coated ( DFT 50± 10 microns ). SIZE: 40.1cm. (W) X 36.1cm. (D) X 22.0 cm (H). 8 UPHOLSTRY- An upholstry cover can be retro fitted on to seat and back. The seat cover should be made from High abrasion resistance fabric with foam lamination and 2.5 cm PU Foam insert. The back cover should be made from High abrasion resistance fabric with foam lamination and 0.1 cm PU Foam insert. * NOTE: Dimensions should be product out (extreme point) on components in knockdown condition, variations within +1-1 cm.

68 The Lounge chair should be a flexing-back lounge seating system standing on beam with side frame assemblies. it should be available in different models: LC Mc 1- seater. 2-seater, 3- seater, 1. SIDE FRAME ASSEMBLY: The side frame assembly should be fitted to the two ends of the connecting beam assembly to form the leg-cum-armrest assembly. It should be made cm.x cm thick MS. E.R.W. tube and powder coated (DFT microns). The ends should be fitted with ABS moulded end caps. 2. TIE MEMBER : it should be the connecting beam assy. which holds the two side frames to each other. 2 nos. tie members should be used to connect the side frames. The tie-member should be made of cm. x cm. thick MS. E.R.W. tube and powder coated (DFT microns). The seat/back assemblies should be mounted on one of the tie-member which has cm. x cm x cm thk cm long MS. std angles welded to mount the seat and back. 3. SEATREST ASSEMBLY: The seat rest assembly should consists of a fabricated inner-frame assembly insitu-moulded High Resilience (HR) Polyurethane foam having density = 45+/2Kg/m3 with Hardness load 25+2kgf as per IS for 25% compression of the foam. The complete moulded seat rest assembly should be covered with a replaceable fabric upholstery cover * SEAT SIZE : 52.0cm. (W) x 50.0cm. (D) X 6.0cm. (T) 4. BACKREST ASSEMBLY: The backrest assembly should be flexing type and consists of a fabricated inner-frame assembly insitu-moulded with High Reilience (HR) Polyurethane foam having density = 45+/2 Kg/m3 with Hardness load 14+2 kgf for 25% compression of the foam. The complete moulded backrest assembly should be covered with a replaceable fabric upholstery cover. * BACK SIZE; 52.cm. (W) 59.06cm. (H) x 6.0cm. (T) 5. ADJ. GLIDES: The adj, glide should be injection moulded in black Nylon & fitted to the front end of side frame assembly along with ABS moulded adj. base to take should be or unleveled floor surface. 3 Seater cm 70.0 cm 78.5 cm, 2 Seater 113 cm 70.0 cm 78.5 cm,1 Seater 60 cm 70.0 cm 78.5 cm Multi chair 1. TUBULAR FRAME: The powder coated (DFT microns) tubular frame of chair should be made of cm. x thk. MS ERW tube and 0.8+0/ cm & 1.0+0/ cm MS rods as connecting members. 2. SEAT/BACK ASSEMBLY: The seat and back should be Plastic injection moudled and fixed with tubular frame with self tapping screws. The seat and back should be available in 3 colors-pink, blue and Green BACK SIZE: 35.3 cm (W) x 25.0 cm (H) SEAT SIZE: 47.7 cm. (W) x 44.2 cm. (D) 3. SHOE: The shoes should be made of nylon and fixed with bottom side of the tubular frame with self tapping screws.

69 Hospital Furniture 1 Description Fowler without Castor Bed Overall Sizes (L)2158 mm X ( W)915 mm X (H) 560 mm Description It should be a two function bed which have adjustable backrest and upperleg rest.it should have fixed height of 560 mm. Bed FrameMS ERW RECT Tube and MS ERW Round tube should be made of 30mm X Material Specifications 60mm and Ø 25.4 mm Section respectively of 1.6mm thickness. Under Structure should have a high diameter tube which should provide a sturdy understructure. Lead Screw: Thread Rolled En8 Lead Screw, with ACME threads and 6mm pitch should give good strength, with ease of operation. Handle: Snap locking Handle lever of PPCO with handle body keep it in folding position when not in use. Head Board & Leg Board: should be made of SS 202 Tube bow, SS Sheet & PLT Ø31.75 mm tube1.2 mm thk.tube,18mm thk. Board Head / Leg Board should be made of a bent SS tube on the periphery & a PLT panel in the centre. bed legs should be fitted with Neoprene leg soes and inserted with metal washer. Lying surface area should be 1 mm thick, made of CRCA consists of mattress retainer to define the position of the mattress. All metal components should be pre treated with zinc phosphating in 9 tank porcess and then powder coated with anti Finish Specifications microbial epoxy polyster powder coating. 1. All powder coated parts in RAL white. 2. Other plastic parts in Pantone Cool Grey 8C. 3. Head / Leg board SS tubes with buffed mirror finish. 4. User instruction stickers in Pantone Cool Grey 8C. Performance Specifications Maximum patient load should be 135 kg.backrest Elevation 70 ±2. Knee Rest Elevation 24 ±2 packing goods should be supplied in knocked down construction to reduce carbon emission. Certifications The manufacturer should compliant with ISO 9001, 14001,13485, OHSAS 1800 and CE certification. Net Unit price 2 Fixed height IV pole Mattress Fixed height IV pole should be made of SS tubes with 2 saline hooks at top end. It should have a fixed height of 960mm. Bottom adapter should have 12.8mm thickness with MS type. Fixed height SS 304 tube with section 19mm dia & thickness of 1.63mm should be used. Hook of 8mm dia ss hook arm should be used for saline bag holding. Non corrosive with good aesthetics hooks to be used. Mattress should have 2 section 100 mm mattress and made of 40 density pu foam. The mattress should have high end heavy hellium cover which is water resistant, x ray permeable, fire retardant. 3 Paediatric sheet bed Page 1

70 Hospital Furniture Dimension Head board & foot board Bed frame Under Structure Lying surface side rail Leg shoe Maximum weight Finish Specifications Overall dimension: (L) 1570 mm X 830 mm (W) x 630 mm (H) till the bed surface Head and foot board should be made of 15.8 and mm dia 1.6 mm & 1.2 mm thick ERW tube. ERW round & rectangular tubes should be used with thickness of 1.6 mm. Sleek base frame with large clear space & improved ground clearance with long base structure provides greater stability. ERW round tubes should be used with thickness of 1.6mm with section 32mm Lying surface must be made of CRCA sheet with thickness of 1 mm & must be powder coated with anti microbial & anti rust coating. It should consists of embossed holes to give more stability and load bearing capacity. The bed should be provided with drop down type full side rails which should made of 15.9 dia and 19 mm dia and 1.6 mm thick ERW tube. Nylon6 made Leg shoe must be provided for avoiding wear & tear Maximum safe working load must be 135 kg. All metal components should be pre treated with zinc phosphating in 9 tank porcess and then powder coated with anti microbial epoxy polyster powder coating. 1. All powder coated parts in RAL white. 2. Other plastic parts in Pantone Cool Grey 8C. Performance Specifications Maximum patient load should be 135 kg. packing goods should be supplied in knocked down construction to reduce carbon emission. Certifications The manufacturer should compilant with ISO 9001, 14001,13485, OHSAS 1800 and CE certification. Mattress Mattress should have single section 70 mm mattress and made of 40 density pu foam. The mattress should have high end heavy hellium cover which is water resistant, x ray permeable, fire retardant. 4 Crib on Trolley Crib for infant should be made of wire mesh crib on ms trolley. Dimension Overall size should be 892 mm (L) x 536 mm (W) x 1008 mm (H). The crib should be made of 16 mm & 5 mm dia 1.6 mm thick ERW tube. The mesh should be designed to accommodate the Crib baby to provide ventilation and visibility. Base frme The base frame should made of 25 mm and 10 mm dia 1.6 mm thick ERW tube with 125 mm individual locking castor. Maximum weight The maximum load bearing capacity should be 20 kg. All metal components should be pre treated with zinc phosphating in 9 tank porcess and then powder coated with anti Finish Specifications microbial epoxy polyster powder coating. 1. All powder coated parts in RAL white. 2. Other plastic parts in Pantone Cool Grey 8C. Performance Specifications Maximum patient load should be 135 kg. packing goods should be supplied in knocked down construction to reduce carbon emission. Certifications The manufacturer should compilant with ISO 9001, 14001,13485, OHSAS 1800 and CE certification. Mattress the mattress should be provided as 40 density and 30 mm thick mattress with washable, xray permeable and fire retardant mattress cover. Page 2

71 Hospital Furniture 5 Semi-fowler bed without castors Dimension Overall dimension: (L) 2158 x (W) 910 x (H) 560mm Functions One function bed with adjustable backrest 70deg Head board & foot boarbent SS tube of thickness 1.6mm & PLT panel at centre of 18mm thick board ERW round & rectangular tubes should be used with thickness of 1.6 mm. Sleek base frame with large clear space & Bed frame improved ground clearance with long base structure provides greater stability. Under Structure ERW round tubes should be used with thickness of 1.6mm with section 32mm Lying surface must be made of CRCA sheet with thickness of 1 mm & must be powder coated with anti microbial & anti rust Lying surface coating. It should consists of mattress retainer to define the mattress position. Mechanism Leg shoe Maximum weight All functions should be operated with lead screw mechanism, ACME threaded EN8 made 6mm pitch for easy in movment Nylon6 made Leg shoe must be provided for avoiding wear & tear Maximum safe working load must be 135 kg. Handle PPCO made snap locking foldable handle place at 90deg minimizes the pressure on the wrist & makes it easily operational. All metal components should be pre treated with zinc phosphating in 9 tank porcess and then powder coated with anti Finish Specifications microbial epoxy polyster powder coating. 1. All powder coated parts in RAL white. 2. Other plastic parts in Pantone Cool Grey 8C. 3. Head / Leg board SS tubes with buffed mirror finish. 4. User instruction stickers in Pantone Cool Grey 8C. Performance SpecificationMaximum patient load should be 135 kg.backrest Elevation 70 ±2. 6 Fixed height IV pole Mattress Overall dimension: Head board & foot board Lying surface Bottom frame Understructure Top frame Fixed height IV pole should be made of SS tubes with 2 saline hooks at top end. It should have a fixed height of 960mm. Bottom adapter should have 12.8mm thickness with MS type. Fixed height SS 304 tube with section 19mm dia & thickness of 1.63mm should be used. Hook of 8mm dia ss hook arm should be used for saline bag holding. Non corrosive with good aesthetics hooks to be used. Mattress should have 2 section 100 mm mattress and should be made of 40 density pu foam. The mattress should have high end heavy hellium cover which is water resistant, x ray permeable, fire retardant. Sheet bed (L) 1998 x (W) 914 x (H) 560mm Bent SS tube of thickness 1.6mm & PLT panel at centre of 18mm thick board Lying surface must be made of CRCA sheet with thickness of 1 mm & must be powder coated with anti microbial & anti rust coating. It should consists of mattress retainer to define the mattress position. ERW round & rectangular tubes should be used with thickness of 1.6 mm. Sleek base frame with large clear space & improved ground clearance to be given with long base structure to provide greater stability. ERW round tubes should be used with thickness of 2mm with section 32mm HR MS flat sheet of thickness 1mm should be used Page 3

72 Hospital Furniture All metal components should be pre treated with zinc phosphating in 9 tank porcess and then powder coated with anti Finish Specifications microbial epoxy polyster powder coating. 1. All powder coated parts in RAL white. 2. Other plastic parts in Pantone Cool Grey 8C. 3. Head / Leg board SS tubes with buffed mirror finish. 4. User instruction stickers in Pantone Cool Grey 8C. Performance Specifications Maximum patient load should be 135 kg. packing goods should be supplied in knocked down construction to reduce carbon emission. Certifications The manufacturer should compilant with ISO 9001, 14001,13485, OHSAS 1800 and CE certification. Mattress Mattress should have single section 100 mm mattress and made of 40 density pu foam. The mattress should have high end heavy hellium cover which is water resistant, x ray permeable, fire retardant. 7 Folding wheel chair with cushion Overall dimension: Frame structure Rear wheel Hand rim Front wheel Arm rest Calf rest & seat Footrest Push handle Brakes Foot press Finish safe working load 8 locker unit Dimension Product Drawer Cabinet (L) 790 x (W) 600 x (H) 870mm Foldable frame structure should be made of section 22x1.2mm A3 carbon steel with chrome finish. Cross bar should be made of A3 carbon steel with section 25.4 x 1.2mm. 24 inch Solid mag wheels with alloy in the rim Integrated handrim provide to drive the wheel chair of section 16x1.2mm A3 carbon steel with chrome finish 8 inch HUB should be made of PA polymer and outer with solid rubber PU molded arm rest & base should be made of ABS for better arm support Leatherite strap for calf rest & leatherite cushion for seat Adjustable alluminimum die cast foot rest with updown & swivel type mechanism Handles should be made of moulded rubber grip to push the wheelchair Hand brakes should be provided to lock the wheelchair at desired location. Extended base with molded plastic for better grip Anti rust chrome finsh 100kg overall dimensions should be 400W x 420 Dx 840mm H The Locker should have one drawer unit and one cabinet unit fitted with Cam lock. Gap should be provided between the drawer and Cabinet unit for storage The locker top should be of 0.8mm thick SS 304 Grade sheet. The SS sheet should be finished in buff-matt finish The top should have raised border of 10mm hieght on three sides Drawer should made 1 mm thick CRCA sheet. It should be fitted ball slides for smooth drawer movement. It should be provided with recess to serve as handle. It should be fitted with lock Cabinet should made 1 mm thick CRCA sheet. It should be fitted with hinge door and lock. The dooor should have louvers for ventilation. It should be provided with recess to serve as handle. Back of the locker should be provided with vertical spacer made of nylon. it should have uniformaly distributed total load bearing capacity of 20 kg. Page 4

73 Hospital Furniture welding To ensure qood quality welding " Co2 Argon" process should be adhered to. powder coating All metal components should be pre treated with zinc phosphating in 9 tank porcess and then powder coated with anti microbial epoxy polyster powder coating. proof loading test, cycle tests, impact test, horizontal & vertical load tests for side rails, salt spray test, castor break test, pull test for head and foot board. 9 stretcher on trolley overall dimensions 2005mm(L)X666mm(W)X827mm(H) trolley The trolley should be made of and 25.4 mm dia 1.6 mm thick ERW tube. Holder for stretcher hollder for stretcher should be made up of mild steel Caster wheel Castor should be of 200 mm dia, diagonal locking castor. stretcher stretcher should be made up of ERW tube of dia 25.4 mm and thickness 1.6 mm stretcher top sheet Top sheet should be made of CRCA sheetof thickness 1.2 mm with contour shape to accommodate patient. IV pole holder IV pole holder should be made of MS Maximum patient load Maximum safe work load should be 135 kg welding To ensure qood quality welding " Co2 Argon" process should be adhered to. powder coating All metal components should be pre treated with zinc phosphating in 9 tank porcess and then powder coated with anti microbial epoxy polyster powder coating. proof loading test, cycle tests, impact test, salt spray test, castor break test, Page 5

74 TECHNICAL SPECIFICATIONS FOR LABORATORY FURNITURE AND FUME HOODS SR. NO. DESCRIPTION 1 TECHNICAL SPECIFICATIONS LABORATORY FURNITURE 2 TECHNICAL SPECIFICATIONS FUME HOODS LABORATORY FURNITURE Scope of Work Supply and Installation of Laboratory Workbenches/Storage units including granite worktops and other supporting structures/hardware s based on the specified Make List. This includes delivery to the site, unloading the consignment and transporting it from the place of storage to the installation site. Supply & Installation of all utility service outlets and accessory fittings, electrical receptacles, plumbing and electrical switches & fittings identified on drawings as mounted on the laboratory furniture. Supply & Installation of all laboratory sinks, bottle traps, drain troughs etc. Supply & Installation of service structures where specified and setting in place reagent shelves of the type shown in the drawings. Removal of debris, dirt and rubbish accumulated as a result of installation/commissioning of the laboratory furniture and accessories and leaving the premises broom clean and orderly. Basis of Work It is the intent of this specification to use specified make list as the standard of construction for steel laboratory furniture. The construction standards of this product line shall provide the basis for quality and functional installation. The institutereserves the right to reject qualified or alternate proposals and to award based on product value where such action assures the owner greater integrity of product. Participants in the quotation process have the option of clarifying deviations to the specified design, construction or materials. Without such clarifications, sealed quotations to the institutewill be construed as being in total conformance to the requirements of the specification. Quality Assurance The steel laboratory furniture manufacturer shall provide work tops and casework all manufactured & shipped with proper packing & should take the full responsibility of the entire Scope of Works as specified in the tender. General Performance: Furniture shall meet the performance requirements and should follow SEFA 8 guidelines Submittals Manufacturer's Data: Submit installation instructions for each type of casework. Samples: Samples if called for will be reviewed for color, texture, and pattern only. Shop Drawings Submit shop drawings for furniture assemblies showing the required details. Products/Manufacturers The selected manufacturer must warrant for a period of one-year starting (date of acceptance or occupancy, whichever comes first that all products sold under the contract referenced above shall be free from defects in material and workmanship. The institutewill retain the above samples of the successful manufacturer or owner to insure that material delivered to jobsite conforms in every respect to the samples submitted if need be.

75 TECHNICAL SPECIFICATIONS C-FRAME SYSTEM All C-Frames assemblies should be manufactured from standard hollow metal sections; confirming to I.S. Code 7138:1973 (Indian Standard specification for steel tubes for furniture) and all sheet metal components should be of CRCA confirming to IS Code 513:1994. The suspended under-bench welded units should be supported on heavy-duty steel frames fully carrying the load of worktops. Its superior strength combined with aesthetically appealing end caps shall give maximum flexibility and modularity while making a layout. C-frame should be constructed from a rectangular pipe with a cross section of 60mm x 30mm and should be 2 mm thick and should be without a vertical front leg to give a clean look. This shall provide more knee space or leg space and would facilitate uninterrupted lateral movement of the under-bench units within the bench run. The C-frame legs should be supplied with adjustable feet (tolerance from -5mm to +20mm) to correct the unevenness of flooring. The tubular enclosed type construction shall discourage dust accumulation and unwanted development of bacteria & fungus. Drainage gradient should be well adjusted throughout the length of table and should have horizontal supports for drainage systems. The structure should have a removable back panel to provide access for maintenance throughout the length of table. The C-frame shall also have skirting at back bottom side. It should be suitable for sitting and standing nominal heights of 750mm & 900mm respectively. The nominal table depths should be 620 mm, 770 mm and 920 mm for wall side and 1240mm, 1540mm, 1840mm for Island tables. The Corner Units shall fit well with 770mm & 920mm table depths. All frame-work is should be pre-treated with superior pure epoxy powder coated finish. The C-Frames should be for suspended storage cabinets or for cabinets that can slide through-and-through from one end of the workbench to the other through C-Frames (configuration depends upon the Schedule of Quantities) HORIZONTAL MEMBERS These should be made from rectangular pipes of 2mm thickness. Cross-sectional dimensions of the pipe should be 60 x 30 x 2 mm. They should be made of CRCA MS and coated with pure epoxy powder. These connect two C-Frames together as shown using C-clamps/U-clamps. Together with the C-Frames and Horizontal Members connected together, the skeletal structure of the work-bench is formed on which the worktop can be placed and the hanging-type storage cabinets can be suspended. Horizontal Members determine the width of the lab workbench as they form the member (distance) between two adjacent C- Frames. They should be available in various widths of 600, 750, 900, 1050, 1200, 1350, 1500, 1650, and 1800

76 Removable Back Panels These cover panels cover the service lines that run behind them. These should be easily removable (unclipped) and the service line be accessed for maintenance. This allows the equipment on workbench to remain undisturbed They should be made of CRCA MS with pure epoxy powder coating and are of 1mm thickness

77 COVER PANELS All side cover panels and back panels, filler panels should be made from CRCA MS panels of 1.0mm thickness with pure epoxy powder coating MASTER UPRIGHT Master Upright should be of the dimensions: 300 x 150 x 1.2 mm. It should be made from 1.2mm thick CRCA MS with pure epoxy powder coating. It should have an open-able door for easy service maintenance and should extend till the false ceiling VERTICAL UPRIGHT The Upright system will form the back-bone for internal distribution of GDS, Electrical supply systems Shelves and Top Units and should be constructed from 16 gauge CRCA formed steel panels with removable covers. Shelf height should be adjusted with an increment of 1inch / 25mm. Upright should also provide support to Top Units for hanging thus eliminating the danger of fixing the Top Units on non-rigid partition wall / panels. Uprights should be supplied with adjustable feet from -5mm to +20mm. ADJUSTABLE REAGENT SHELVES Depending upon BOQ requirement, height adjustable shelves should be provided between uprights with 1 of height adjustability. Complete modular design consisting of 2 stage horizontal storage shelves. The ends and intermediate vertical supports should be 2mm thick aluminum extrusion with MS brackets of 2 mm thick.toughened glass should be put-on over these shelves for taking care of bottle marks/corrosion. The depth of the shelf should be at least 300mm. Sliding mechanism of reagent shelves will not be acceptable as their stability reduces over a period of time, only positive catching of the shelves on uprights will be acceptable REAGENT SHELF Fixed-Type reagent shelves should be provided. It should be complete modular design consisting of 2 stage horizontal storage shelves made of CRCA MS with pure epoxy powder coating and having cutouts for electrical switches and sockets. It should have provision for placing Granite pieces as per requirement Horizontal Service Boom - Horizontal service boom shall be made out of 18-gauge CRCA steel panels and shall span the length between uprights and will be provided with removable service panels. Electrical and GDS supplies shall be supplied through this horizontal service boom. Boom shall be supplied with factory fitted combinations of switch & sockets with 15amps standard grade. WELDED UNDER-BENCH STORAGE CABINETS Welded cabinet body should be of flush face construction with intersection of vertical and horizontal members like LH and RH side panel along with front horizontal channel, back panel and bottom panel.knock-down design off storages will not acceptable as their strength is not as good as that of thewelded cabinets.it should be relocated anywhere easily as it is an independent unit. Cabinet should be of square non-sharp edge construction. Doors should be assembled with SS-304 hinge assembly. Removable back panel should be provided to easily access the service lines running behind the cabinet benches. Intermediate horizontal channels should be provided between door and drawer. Shelf should be eight bend panel with 20mm height. Drawer tray should be of single piece construction. Drawer should be well supported on LH and RH ball slide suspension system. Steel door and drawer front is of double wall construction with sound dampening material filled inside. Doors should be easily removable and hinges should be easily replaceable. Knee space panel should be in 22 gauge construction. Storage Units to be of the following types:

78 1. Suspended Type 2. Sliding Type 3. Castor-based Mobile Type (Depending upon the requirement in the schedule of quantity) Dimensions: W=300/450/600/750/900 mm, D = 530mm, H = 635/485 mm. Configurations: 1 Shutter/ 2 Shutters + No Drawer/1 Drawer/2 Drawers/3 Drawers, MOC: MSCRCA: IS 513 (1994), Thickness: LH/RH side panels, shutter front, Bottom panel, Top front, Drawer separator, shelf, Alignment channel should be of 1.2mm thk. Removable Back panel, Shutter cover, Fr. Rack strip, Top cover panel should be of 0.8mmthk. Finish: Powder coating pure epoxy, thickness microns. Handle: Anodized Aluminum Recessed-Type, CTC: 160.0mm. Lock: Units have a locking facility with 180 and 10 lever cam lock mechanism (except for sink and corner unit). Hinge: Knuckle-butt type SS Hinge. Screw: SS304. Shutter should be of twin-type construction with sound dampening effect using profeel. Shutter cover should be equipped with Bump on for sound dampening. Ball Slide: 500mm Length (required only for drawer unit). Shutter should have provision of roller catch WELDED OVER-HEAD STORAGE CABINETS The construction should be the same as the under-bench cabinets. Knock-down design off storages will not acceptable as their strength is not as good as that of the welded cabinets.the height of these cabinets should be around 635mm while the depth should be around 340mm. The shutters should be available in two options: Metal shutters and Metal frame with inserted glass. There should be one heightadjustable shelf inside each cabinet. Other construction should be similar to under-bench cabinet SERVICE FITTINGS AND ACCESSORIES Service fittings should be laboratory grade, and water faucets and valve bodies should be cast red brass alloy or bronze forgings, all fittings should be powder plated unless specified otherwise.service Indexes: Fittings should be identified with service indexes in the color coding as per DIN ELECTRICAL TRUNKING Used for housing electrical switches and sockets, data and voice points, its top panel, bottom panel of the trunking should be made from 1.0 mm thick CRCA MS panel. It should be available in both, single sided and double sided configurations. It should be made from CRCA MS with pure epoxy powder coating. The front surface that houses the electrical points should have a slope

79 LABORATORY SINK AND ACCESSORIES Polypropylene Molded Sinks: Made up of 5 mm thick high density and elastic poly propylene with good resistance to organic solvents. Standard bowl size (L x W x D) is 500 x 400 x 300 mm. BALANCE TABLE The table consists of following parts: Tubular frame - Completely modular type tubular frame, which carries the load of kadappa and granite, kept on it. High-tension Pan head M6 Zinc black-coated screws (for better corrosion resistance) are used for the fastening. The material used is: 40Sq x 1.6 mm thick ERW tube and the overall load carrying capacity of tubular frame is 250 kgs of uniform distributed load. Cover Panels They are 0.8 mm thick CRCA MS sheet and pre-treated and epoxy powder coated for better corrosion resistance. The thickness of powder coat is microns which passes the test of Salt Spray for 1000 Hours and having the Scratch Hardness of 3 Kgs. Kadappa - 25mm thick Kadappa acts as the shock-dampening component. Work Surface granite Vibration Isolating Rubber pads - The objective of using these rubber pads is to absorb the pulsating vibrations coming from the floor.the pads are made up from combination of nitrite rubber, cork particles and cross linked polyester fiber. This high-grade compound material possesses all the physical and mechanical properties required to minimize the dampening effect. Levelling screws - The Tubular frame has the provision for 4 height adjusters or Levelling Screws that take care of all levelling aspects. Size: (Width: 600/900mm, Depth: 600mm, Height: 750/900mm) CHEMICAL STORAGE CABINETS It is used for storages of corrosive chemicals and is provided with a ventilation system to enable exhaust of localized fumes emanating from the chemicals stored. The material should be is 1.2 mm CRCA MS with pure Epoxy Powder coating. It must be fitted with a float glass to enable visibility inside the cabinet. It should also has louvers/perforations for air supply. The overall dimensions are 1000 x 486 x 1800 mm (W x D x H). The chemical storage cupboard must always be connected to exhaust to prevent corrosion from fumes emanating from acid containers PEG BOARDS These should be Single faced high grade stainless steel pegboard having a tray hole for water drainage and detachable pegs. The essence should be made up of I mm thick stainless steel (SS 304) whereas the pegs should be made up of polypropylene and should be adjustable with a minimum 10mm distance between each peg WORKTOP It should be 19mm (+/- 2mm) thick Jet Black Granite worktop. The exposed edges of the worktop should be chamfered and smoothened. The bottom of the worktop should be polished and there should be a V-groove throughout the length of the exposed edges to protect the cabinets from coming in contact with the spillages. The overhang on the storage cabinet is 25 mm at the front side and 30 mm at the sides. The backing material used is a neoprene mat of 6 mm thickness. A representation the worktop edges is shown as under

80 EMERGENCY SHOWER AND EYEWASH GENERAL - Provide emergency eye, eye/face wash, safety stations and drench hose units with spray-type outlet heads to deliver a soft, wide, high volume spray of water. Outlet heads should have an internal selfregulating flow control, a reticulated polyurethane filter, a threaded spray cover and a hinged swing-away dust cover. Hinged cover should be permanently attached to outlet head body with a stainless steel pin. All wearing components should be located inside spray head for ease of service. All emergency eye wash and shower equipment should be third-party certified to comply with ANSI Z DECK-MOUNTED ONE-WAY EYE-WASH - Deck mounted drench hose units should have a single outlet head with a rubber protective collar and should deliver an aerated flow of water. The valve should be forged brass self-closing type with a stainless steel squeeze handle. Units should be furnished with a deck flange and an 8 ft. reinforced PVC hose FLOOR BASED PVC EMERGENCY SHOWER CUM EYE-WASH FLOOR BASED PVC EMERGENCY SHOWER CUM EYE-WASH Corrosion resistant, combination eye wash/shower safety station with ABS plastic shower head, ABS plastic bowl, cast aluminium powder coated flag handle, PVC floor flange, 2 IPS Schedule 80 PVC pipe and fittings, 1 IPS and ½ IPS U.S. made PVC coated brass stay open ball valves, and polished stainless steel pull rod. Unit shall have (2) polypropylene spray heads with integral dust covers, filters, and 1.8-GPM flow control orifices mounted on a PVC coated brass head assembly. Unit shall include ANSI compliant sign SPOT EXTRACTORS General description - Extractor arms mainly for use in chemical environments, where an extended resistance against chemical substances is a demand. All aluminium parts should have a double anodized surface protection Arm sections Thin walled anodized aluminium sections with a very good corrosion resistance. Swivel Swivel with 360 degree rotation. Add reduction for correct connection diameter. Joints The adjustment knobs on the friction joints should be supported by ball-bearings. The first joint should be supported by a spring (not Ø ). 360 degree rotation where indicated. Mini hood The Mini hood should be supplied together with the arm and is also interface to the multipurpose and metal hood. Mounting The arms can be mounted on ceilings, walls and floors or fixed to tables. By using an extension profile the arm s operational reach must be increased. Other All the arms should be provided with dampers, tight down to an under pressure of 3500 Pa. Air temperature -10 C to 70 C. Material recovery: 99% by weight. Components to be provided:spot Extractor arm, Bracket for Spot Fume Extractor, Multi-purpose hood (380mm x 460mm), Aluminium Extension Profile 1100mm Length, Reducer FR Spot Fume

81 DIMENSIONS Connection Direction Diameter (mm) A (mm) B (mm) C (mm) D (mm) Length (mm) Up MATERIALS Flange Tubes Joints Plastic rings Axial locking rings Adjustment knobs Threaded shaft inside joints Damper blade Damper adjustment handle Internal spring Bearings swivel Swivel Rivets PP Aluminium, surface HM-White PP with glass fibre reinforcement PP with glass fibre reinforcement PP with glass fibre reinforcement PP with glass fibre reinforcement screws in stainless steel Stainless steel Thermo Plastic Elastomer Aluminium, anodized Stainless steel PP with glass fibre reinforcement Aluminium Stainless steel Recommended airflows Ø 50 Ø 75 Ø m3/h m3/h m3/h ANTI-VIBRATION TABLE The table should consists of following parts: Tubular frame - Completely modular type tubular frame, which carries the load of kadappa and granite, kept on it. High-tension Pan Head M6 Zinc black-coated screws (for better corrosion resistance) should be used for the fastening. The material used is: 40Sq x 1.6 mm thick ERW tube and the overall load carrying capacity of tubular frame should be 250 kgs of uniform distributed load. Cover Panels They should be 0.8 mm thick CRCA MS sheet and pretreated and epoxy powder coated for better corrosion resistance. The thickness of powder coat should be microns which should pass the test of Salt Spray for 1000 Hours and having the Scratch Hardness of 3 Kgs. Kadappa - 25mm thick Kadappa acts as the shock-dampening component. Work Surface granite Vibration Isolating Rubber pads - The objective of using these rubber pads is to absorb the pulsating vibrations coming from the floor.the pads should be made up from combination of nitrite rubber, cork particles and cross linked polyester fiber. This high-grade compound material should possesses all the physical and mechanical properties required to minimize the dampening effect Leveling screws - The Tubular frame should havev the provision for 4 height adjusters or Leveling Screws that take care of all leveling aspects. Size: (Width: 900mm, Depth: 600mm, Height: 900mm)

82 TECHNICAL SPECIFICATIONS - FUME HOODS Superstructure Frame It should be a free-standing rigid panel structure of steel (G.I.) Interior Walls - Double wall ends, not more than 6 wide, should be provided to maximize interior working area. The area between the double wall ends should be closed to house the remote control valves. Cutouts should be provided inside the fume hood for service line accessibility. The same to have a cover with a fastener free design. The vertical fascias shall contain the required service controls, electrical switches and receptacles. Airfoil - A streamlined airfoil should be integral at the bottom of the hood opening on bench and distillation hoods. This foil shall provide a nominal 20mm open space between the foil and the top front edge of the work surface to direct an air stream across the work surface to prevent back flow of air. The sash should be provided with a separate handle which also provides for air flow when in completely closed position. The foil should be of 1.2mm steel to resist denting and flexing. Baffles - A stable, non-adjustable baffle with a single slot on the back baffle to aid in distributing the flow of air into and through the hood. The baffle should be spaced out from the back liner and should be removable for cleaning. It should have 3 point suction for low, medium and high density fume suction Autosash: Fume Hood should be equipped with autosash features and the system should have 2 modes: Auto mode The system should sense user presence and open the sash to safe working height if user is present and close the sash after a delay of 60 seconds when user moves out of the sensing range If user returns to the Fumehood while the sash is closing, the sash should reopen to safe working height. If any obstacle is detected during the automatic movement of sash, sash should stop and the system should give an alarm and indication. At any time, the user can operate the sash by hand Manual Mode Sash can be moved UP and DOWN using respective touch switches. All sensors should be de-activated in Manual Mode The controls should be via a touch panel for fume hoods with Autosashas shown in the image with touch buttons for various controls of Blower, Lights and Mode control. It should also have visual indicators for User Present and Obstacle present Duct Collar - A 8-10 diameter polyethylene funnel shaped rectangular duct collar should be located in the top of the hood plenum chamber. Lighting- Two LED Lights of Philips or equivalent make should be provided in the fume hood. The lighting fixture should be completely outside the fume hood area. The luminosity on the work surface should be average 600 Lux Sash - A vertical moving sash should be provided having 5mm toughened clear glass. The bottom of the sash frame should have a full length metal handle. The sash track has minimum protrusion to avoid any kind of turbulence. The sash should be counterbalanced with a weights to prevent

83 tilting and binding during operation. The glass panels should be 5mm toughened glass mounted in a levelled channel with roller for smooth operation. Plumbing Services - Utility services likenitrogen, Compressed Air & Raw water (as per Schedule of Quantity) shall consist of remote control valves as selected located within the end panels, controlled by in and out facility with flexible hose passing through the side panels of the hood, with color coded plastic handles. Interior fitting for gases and water should be with powder coated brass. All gas valves for regular lab gases to have standard needle valve and push and turn type arrangement for all burning gases should be supplied. All supplied valves to clear the following pressure test conditions: Gas Fittings 7 bar, Water fittings 10 bar. Electrical Services The hood superstructure should be fully wired and should have a control box with MCB blower starter all safety devices like trip etc. Inlet should be of 3 phase power supply and the whole electrical should be of plug and play type. It also has 4 nos. electrical sockets and switches of Northwest make (230V, 5/16 A, 50 Hz) Electric Hatch There should be two hatches, one in each vertical front side of the fume hood near worktop level which will allow passage of the electric wires of the equipment being used in the chamber to be guided through and connected to the electric power points Liner Interior liner panels should be 6 mm thick Phenol resin based industrial laminate. Lattice Rod Assemblies - 12mm dia solid SS rods should be clamped with the PP clamps to form a lattice arrangement to hold the test samples and rotors within the fume hood. Centrifugal Blower Silent high efficiency remote blower consisting of continuous rating motor and chemical resistant impellar. The blower should be designed to give a face velocity at safe working height as per the international safe velocity norms. (ANSI/AIHA Z9.5). The blower body should be polypropylene UV treated, high density and chemical (corrosion) resistant and mounted on a metallic stand. Ducting Rigid Ducting of PP (Polypropylene) + FRP (Fibre Reinforced Polyester) and flexible ducting with flanges, bends, damper transitions, clamps etc. Flexible joint should be provided in the ducting in order to avoid transmitting the blower vibrations to the hood. A weather proof rain cowl is provided at the outlet of blower.