SpeedPRO Raceway System

Transcription

1 SpeedPRO Raceway System Installation and Planning Guide Issue 2, October

2 Planning Guide Issue 2, October CommScope, Inc. All Rights Reserved. The copyright laws of the United States and other countries protect this material. It may not be reproduced, distributed, or altered in any fashion without the expressed written consent of CommScope. Notice Every effort has been made to ensure that the information in this document is complete and accurate at the time of printing. However, information is subject to change. How to Contact Us To find out more about CommScope products, visit us on the web at For technical assistance: Within the United States, contact your local account representative or technical support at Outside the United States, contact your local account representative or PartnerPRO Network Partner. Within the United States, report any missing/damaged parts or any other issues to CommScope Customer Claims at Outside the United States, contact your local account representative or PartnerPRO Network Partner. Acknowledgments Developed by CommScope, Inc CommScope, Inc. All rights reserved

3 Planning Guide Issue 2, October 2014 Table of Contents Planning an Installation... 1 Customer Needs... 1 Site Survey The Raceway Path... 1 The Raceway Plan... 2 Establish a Bill of Materials (BOM)... 2 The Construction Plan... 3 The Quote... 3 Site Preparation On Arrival at Installation Site... 3 Status Checks / Variations... 3 Delivery Status and Parts Availability... 4 Installation... 4 Raceway Path... 4 Acceptance Procedures... 4 Complete the Quality Checklist... 4 Appendix A... 5 Isometric View of Raceway Layout... 5 Appendix B... 6 Raceway Drop Solutions... 6 Raceway Mounting Solutions Tools and Accessory Items Adapters for Competitor s Systems Appendix C Fiber Optic Cable Capacity G Copper Cable Capacity Page i of i

4 1 Planning SpeedPRO Raceway System Installation and Planning Guide an Installation Customer Needs Ensure you speak to the right person in the organization and establish the actual customer. Consult the person who specified and ordered the work, and if possible the person who will operate the completed installation. Determine the required capacity and plan for the future (an additional 50% is recommended), as retrofitting is more expensive than initial additional capacity. See Appendix C for fiber optic and copper cable capacities of raceways. Agree on the layout and timing schedules. Confirm the working area available when on site. Site Survey The Raceway Path Establish the equipment and termination locations. Establish a clear path between equipment locations and check for obstructions along the entire path. Note the height of the best path. Establish the method of entry to the equipment racks. Page 1 of 23

5 Note the steelwork available for raceway mounting. Determine if it is Unistrut (square channel), square section, circular section, ladder rack, or other type. Establish the best method of attaching the raceway. The Raceway Plan Prepare a scale drawing of the horizontal raceway path and record the path height above the equipment racks as shown below. Draw the vertical paths and entry to the racks. Prepare an isometric view of the raceway layout (horizontal and vertical paths). An example is shown in Appendix A. Establish a Bill of Materials (BOM) List all the horizontal raceway channels, brackets, and the mounting brackets that attach them. Allow one mounting point for each meter of channel and a mounting point for each drop or access point. List all the horizontal raceway components including ones for drops and feeds into racks. Review the items listed in the two raceway illustrations; scale plan view and isometric view. Include extra joiners (5%), channel brackets, mounting hardware, and extra nuts and bolts. Include glue for subfloor mounting brackets, if no drilling is allowed on site. Page 2 of 23

6 2 Site The materials, kits, and tools listed in Appendix B will assist in putting together the BOM. An example BOM is shown below. Material ID Description Quantity Channels SRS-STHT-NUNU-YL-B Straight, main & hinge cover, 220mm x 100mm (Yellow) 133 SRS-JOAP-NUNU-YL-B Joiner, any-point, Yellow, 220mm x 100mm 111 Transitions SRS-TEKT-HRNU-YL-B Tee, main & cover, horizontal, 220mm x 100mm (Yellow) 10 SRS-ELKT-HR90-YL-B Elbow, main & cover, horizontal, 90, 220mm x 100mm (Yellow) 18 SRS-ECST-NUNU-YL-B End cap, snap-together, 220mm x 100mm (Yellow) 30 SRS-ECST-46NU-YL-A End cap, snap-together, 2 x 46mm dia. holes, 100mm x 100mm (Yellow) 66 Drop Drop solution, express drop kit, snap-together raceway, vertical, 100mm (Yellow) Drop solution, tube, round, 50mm, 2M (Yellow) 23 Mounting Mounting solution, suspension kit, 400mm, 12mm threaded rod, 220mm Mounting solution, ladder rack and Unistrut mounting kit, L-bracket, 100mm/220mm Tools Tooling, foot operated slotting tool, 100mm, 100mm L, 220mm, 300mm Tooling, cutout tool, 150mm Tooling, cutout tool, miter box, 100mm, 100mm L, 220mm, 300mm The Construction Plan Confirm the site availability and access. Establish available working hours and verify any site requirements, such as whether passes are required or if alarms are present. Establish all schedules, such as for material delivery, etc. Site specific requirements, such as power tools, union tickets, and induction courses. The Quote Materials Establish the material costs from BOM and relevant price lists. Labor Confirm the raceway path length and allow about 5 meters of raceway per man hour. Overhead Include travel, accommodation, meals, etc. Agree on the final specification and cost. Submit the quote, with a plan and parts list, and agree with the customer on its suitability or any variations or special conditions. Delivery Confirm product availability and delivery schedule. Preparation On Arrival at Installation Site Status Checks / Variations Ensure that nothing has changed from the agreed specification. Confirm that access and worksite areas are still available as planned. Page 3 of 23

7 3 Installation 4 Acceptance Delivery Status and Parts Availability Confirm all the components have arrived. Check the Bill of Materials against the delivery docket /packing list. The packing list itemizes all the individual components supplied. Raceway Path Confirm the raceway path is clear, as per the plan and that the mounting positions remain the same. Fit the appropriate mounting hardware (ensure heights are level). Break the job into manageable sections that can be easily assembled and lifted into place. Start, where possible, from one end and work along raceway path snapping the channels and components together. Lay out the first section on the floor below the mounting brackets to confirm the assembly dimensions. Measure and mark the channel lengths and drop positions required, allowing 5mm for joiners. Cut the channel to length using a miter box to ensure a square cut. Cut the channel covers to length. To save time, cut covers when cutting channel lengths and remember to add an extra 5mm to cover lengths to allow for joiners on assembly. Slot the shortened raceway (use of any-point joiners eliminates this action). Where necessary cut out the segments for the drops. Remember, the large cutout tool is used for 100mm drops, etc. Support the channel lengths using C-type mounting brackets. Do not fully tighten the bolts, as this makes it easier to attach the components together. Complete the horizontal raceway installation. Fit the breakouts to the racks and vertical components. Upon completion, tighten all the bolts etc. Ensure all raceways are at the correct levels and that all drop positions are located accurately. Clean the raceway using only Isopropyl alcohol or mild soapy detergent solution. Procedures Complete the Quality Checklist Is the raceway clean? Are the covers fitted securely? Are the mounting brackets tight? Are all the drops located per plan and in the racks? Is the worksite completely clean? Have we obtained client acceptance? Page 4 of 23

8 5 Appendix A Isometric View of Raceway Layout Page 5 of 23

9 6 Appendix B Raceway Drop Solutions Catalog No. Material ID Description Application Image XDROP-VT- ST-SP-100- YL Express drop kit, vertical to 100mm x 100mm snap-together raceway (Yellow) The vertical express drop kit (with slot) for fiber cords allows individual cords to exit anywhere along a length of straight 100mm, 220mm & 300mm (4, 8 & 12 ) channel. The unit simply fits along the edge of the channel. This drop can fit 300 to 400, 2.4mm cables. XDROP-VT- AP-SP-100- YL Express drop kit, vertical to 100mm x 100mm raceway (Yellow) The vertical express drop kit for fiber cords allows individual cords to exit anywhere along a length of straight 100mm, 220mm & 300mm (4, 8 & 12 ) channel. The unit simply fits along the edge of the channel. This drop can fit 300 to 400, 2.4mm cables. XDROP-HR- ST-SP-100- YL Express drop kit, horizontal to 100mm x 100mm snap-together raceway (Yellow) The horizontal express drop kit, with slot for fiber cords, allows individual cords to exit anywhere along a length of straight 100mm, 220mm & 300mm (4, 8 & 12 ) channel. The unit simply fits along the edge of the channel. This drop can fit 300 to 400, 2.4mm cables. XDROP-HR- AP-SP-100- YL Express drop kit, horizontal to 100mm x 100mm raceway (Yellow) The horizontal express drop kit for optical fiber cords, allows individual cords to exit anywhere along a length of straight 100mm, 220mm & 300mm (4, 8 & 12 ) channel. The unit simply fits along the edge of the channel. This drop can fit 300 to 400, 2.4mm cables. BREAKOUT- 100-YL High capacity breakout, vertical to 100mm x 100mm raceway (Yellow) The 90 down elbow assembly, incorporating the duct breakout component, is used to provide a safe exit for fiber cords to equipment, at any point in a 100, 220 or 300mm (4, 8 or 12 ) raceway system. It allows fiber cords to feed vertically down to a rack. The elbow clips straight into a cutout, one cut wide x 75mm deep, made by the cutout tool (Part No CUT-OUT- TOOL-KIT-150MM). The cut down is made to the top of the channels, highest, longitudinal rib. This Page 6 of 23

10 BREAKOUT- KT-100-YL BREAKOUT- 220-YL BREAKOUT- KT-220-YL High capacity breakout kit, vertical to 88mm tube, 2M tube included (Yellow) High capacity breakout, vertical to 220mm x 100mm raceway (Yellow) High capacity breakout kit, vertical to dual 88mm tube, 2 x 2M tube included (Yellow) 100mm x 100mm (4 x 4 ) channel elbow (90 down) can accept any standard 100mm x 100mm (4 x 4 ) channel item, using a standard or slotless joiner. It can also accept an end cap (Part No. SRS-ECST-88NU-YL-A), that allows one large diameter flexible tube to be connected to it. The tube is 88mm (Part No TUBE-RD-88-2M-YL). With a prepared square end, the tube screws into the mating outlet port. The 90 down breakout has a snap-fit, removable cover. Accessories/other items available separately (no end cap or flexible tubes). The breakout kit is used to provide a safe exit for optical fiber cords to equipment, at any point in a 100, 220 or 300mm (4, 8 or 12 ) raceway system. It allows optical fiber cords to feed vertically down to a rack. The breakout unit clips straight into a cutout, one cut wide x 75mm deep, made using the cutout tool (Part No CUT-OUT-TOOL-KIT-150MM). The cut down is made to the top of the channels highest longitudinal rib. This 100mm x 100mm (4 x 4 ) channel (90 down) breakout kit has one large diameter flexible tube exiting the unit. The tube is 88mm (Part No TUBE-RD-88-2M- YL). With a prepared square end, the tube screws into the mating outlet port. The 90 down breakout has a snap-fit, removable cover. The 90 down elbow assembly, incorporating the duct breakout component, is used to provide a safe exit for fiber cords to equipment at any point in a 100, 220 or 300mm (4, 8 or 12 ) raceway system. It allows fiber cords to feed vertically down to a rack. The elbow clips straight into a cutout, two cuts wide x 75mm deep, made by the cutout tool (Part No CUT-OUT- TOOL-KIT-150MM). The second cut down is made to the top of the channel s highest, longitudinal rib. This 220mm x 100mm (8 x 4 ) channel elbow (90 down) can accept any standard 220mm x 100mm (8 x 4 ) channel item using a standard or slotless joiner. It can also accept an end cap (Part No. SRS-ECST-D8NU- YL-B) that allows two large diameter flexible tubes to be connected to it. Each tube is 88mm (Part No TUBE-RD-88-2M-YL). With a prepared square end, each tube screws into the mating outlet port. The 90 down breakout has a snap-fit, removable cover. Accessories/other items available separately (no end cap or flexible tubes). The breakout kit is used to provide a safe exit for optical fiber cords to equipment, at any point in a 100, 220 or 300mm (4, 8 or 12 ) raceway system. It allows optical fiber cords to feed vertically down to a rack. The breakout unit clips straight into a cutout, two cuts wide x 75mm deep, made using the cutout tool (Part No CUT-OUT-TOOL-KIT-150MM). The second cut down is made to the top of the channel s highest longitudinal rib. This 220mm x 100mm (8 x 4 ) channel (90 down) breakout kit has two large diameter flexible tubes exiting the unit. Each tube is 88mm (Part No TUBE-RD-88-2M- YL). With a prepared square end, each tube screws into the mating outlet port. The 90 down breakout has a snap-fit, removable cover. Page 7 of 23

11 TUBE-U-RD- 50-KIT-YL Drop kit 50mm tube (Yellow) The drop assembly can be installed anywhere along the length of a 100mm (4 ) high channel to allow 80 pieces of 2mm fiber cords to leave the duct horizontally or vertically, if installed on the floor of straight channel. The assembly snap fits together in a 60mm diameter hole cut into the side of a channel using a hole saw. The hole position is first marked on the channel side wall or floor with a template (this tool is available separately. Part No BIT-KT-60MM). TUBE- 4WAY-RD- 50-KIT-YL TUBE-RD- 50-KIT-YL Drop kit 50mm tube (Yellow) Side drop kit, vertical to 50mm dia. round flexible tube (Yellow) The drop assembly can be installed anywhere along the length of a 100mm (4") high channel to allow up to 80 pieces of 2mm diameter fiber cords to leave the duct in a 90 up/down/left/right bend that has a removable top cover for access. The cord sleeve is a 50mm flexible tube to transfer to other areas in the Exchange or CO. The assembly snap fits together in a 60mm diameter hole cut into the side of the channel using a hole saw (available separately). The hole position is first marked on the channel side wall with a template (Part No BIT-KT-60MM). It is recommended that a hand brace and bit style tool, rather than a power tool, be used to cut the hole if it is cut in the overhead working position. A fiber cords protection unit (Part No FIBER- SPREADER-BK) should be used to protect installed fiber cords as the 60mm diameter hole is cut. This item is available separately. The drop kit is used to provide a safe exit for optical fiber cords to equipment below or above the 100, 220 or 300mm (4, 8 or 12 ) channel. It fits into a cutout provided by the cutout tool (Part No CUT-OUT-TOOL-KIT-90MM). This drop can fit about 80, 2.4mm cables. TUBE-SQ- 50-KIT-YL Side drop kit, vertical to 50mm square flexible tube (Yellow) The drop assembly is used to provide a safe exit for optical fiber cords, at any point, in either: 100, 220 or 300mm (4, 8 or 12 ) channel. It fits into a cutout provided by the cutout tool (Part No CUT-OUT-TOOL-KIT-90MM) and is used in conjunction with RAMP OFF (Part No RAMPUP-90MM-YL), which also clips into the same cutout. It provides a square opening over which a 50mm (2 ) square flexible conduit (Part No TUBE-SQ MM-YL, available separately) can be fitted. This drop can fit 100 to 150, 2.4mm cables. SIDE-DROP- KIT-SP-50- YL Side drop kit, vertical to 50mm x 50mm raceway (Yellow) The breakout kit is used to provide a safe open exit at any point in 100, 220 or 300mm (4, 8 or 12 ) channel to 50mm (2") channel feeding in a vertical plane. It clips straight into a cutout provided by the cutout tool (Part No CUT-OUT-TOOL-KIT-90MM) and provides a 90 down elbow, over which a 50mm (2") slotted channel or straight channel can be fitted using a Page 8 of 23

12 50mm (2") standard joiner. This drop can fit between 100 to 150, 2.4mm cables. SIDE-DROP- KIT-SP- 100L-YL SIDE-DROP- KIT-SP-100- YL TUBE-RD- 50-1M-YL TUBE-RD- 50-2M-YL TUBE-SQ MM- YL Side drop kit, vertical to 100mm x 50mm raceway (Yellow) Side drop kit, vertical to 100mm x 100mm raceway (Yellow) Flexible tube, round, 50mm, 1M (Yellow) Flexible tube, round, 50mm, 2M (Yellow) Flexible tube, square, 50mm x 350mm (Yellow) The kit is used to provide a 100mm (4") wide by 50mm (2") high breakout for either a: 100, 220 or 300mm (4, 8 or 12 ) raceway system. The kit consists of a large breakout ramp-off (Part No RAMPUP-150MM-YL) and a breakout assembly. This kit allows a breakout for optical fiber cords to be quickly and easily installed, anywhere along a length of straight channel after a simple cutout has been made using tool (Part No CUT-OUT-TOOL-KIT-150MM). Other, standard 100mm x 50mm (4" x 2") raceway system components can be fitted to the breakout assembly using a standard joiner (Part No. SRS- JOST-NUNU-YL-G). These items are available separately. The large breakout ramp-off (Part No RAMPUP-150MM-YL) provides a guaranteed radius of 30mm (1.2") for exiting optical fiber cords. This drop can fit 250 to 300, 2.4mm cables. The 90 down elbow kit is a 100mm (4") vertical drop-off with an external lid fitted with an outlet guide (Part No TRUMPET-SP-100- YL) using a standard 100mm (4") joiner (Part No. SRS-JOST-NUNU-YL-A). This outlet guide (eg an outlet trumpet) enables optical fiber cords to be dropped off to a lower channel at a controlled radius of 30mm (1.2"). It has removable lids that allow quick and easy installation of optical fiber cords within the elbow. This is usually installed where optical fiber cords are to be dropped off below. There is one 100mm (4") outlet to connect to other channel items using either: a standard joiner (SRS-JOST-NUNU-YL-A) or a slotless joiner (Part No. SRS-JOAP-NUNU-YL-A), that are available separately. This drop can fit 500 to 600, 2.4mm cables. The flexible tube is used as a flexible take off from any solid channel to equipment located in a lower rack. Using a tubular sheath, it fits to a drop connector (Part No TUBE-RD-50- KIT-YL), which slots into a cutout provided by the cutout tool (Part No CUT-OUT- TOOL-KIT-90MM). These items are available separately. The flexible tube is used as a flexible take-off from any solid channel to equipment located in a lower rack. Using a tubular sheath, it fits to a drop connector (Part No TUBE-RD-50- KIT-YL), which slots into a cutout provided by the cutout tool (Part No CUT-OUT- TOOL-KIT-90MM). These items are available separately. The square flexible tube is used as a flexible takeoff from any solid channel to equipment located in a lower rack. Using a square sheath, it fits to a drop 50mm (2") SQUARE ASSEMBLY (Part No TUBE-SQ-50-KIT-YL), which slots into a cutout provided by the cutout tool (Part No CUT-OUT-TOOL-KIT-90MM). Each 350mm length snap-fits into each other to form any flexible length desired. Page 9 of 23

13 TUBE-RD- 88-2M-YL TUBE-RD- 88-1M-YL TUBE-SQ MM- YL Flexible tube, round, 88mm x 2M (Yellow) Flexible tube, round, 88mm x 1M (Yellow) Flexible tube, square, 30mm x 350mm (Yellow) The flexible tube is used as a flexible take-off from any solid channel to equipment located in a lower rack and may be used as follows: * Attaching onto the end of 100mm (4") channel using an end cap (Part No. SRS-ECST-88NU-YL- A) single tube capacity. * Attaching onto the end of 220mm (8") channel using an end cap (Part No. SRS-ECST-D8NU-YL- B) twin tube capacity. * Attaching to the side of 100mm, 220mm or 300mm (4, 8 or 12 ) straight channel as follows: Single tube capacity using Part No s: BREAKOUT-100-YL and SRS-ECST- 88NU-YL-A. Twin tube capacity using Part No s: BREAKOUT-220-YL and SRS-ECST- D8NU-YL-B. The end cap slots into a cutout provided by the cutout tool (Part No: CUT-OUT-TOOL-KIT-90MM). This tube can be extended by joining it to a smaller size flexible tube that fits inside of it (Part No TUBE-RD-75-2M-YL). A joining length of some 50-75mm is made and the tubes are secured together using a quick release, stainless steel hose clamp. The flexible tube is used as a flexible take-off from any solid channel to equipment located in a lower rack and may be used as follows: * Attaching onto the end of 100mm (4") channel using an end cap (Part No. SRS-ECST-88NU-YL- A) single tube capacity. * Attaching onto the end of 220mm (8") channel using an end cap (Part No. SRS-ECST-D8NU-YL- B) twin tube capacity. * Attaching to the side of 100mm, 220mm or 300mm (4, 8 or 12 ) straight channel as follows: Single tube capacity using Part No s BREAKOUT-100-YL and SRS-ECST- 88NU-YL-A Twin tube capacity, using Part No s BREAKOUT-220-YL and SRS-ECST- D8NU-YL-B The end cap slots into a cutout provided by the cutout tool (Part No CUT-OUT-TOOL-KIT-90MM). This tube can be extended by joining it to a smaller size tube that fits into the inside of it (Part No TUBE-RD-75-2M-YL). A joining length of some 50-75mm is made and the tubes are secured together using a quick release, stainless steel hose clamp. The 30mm (1.2") square flexible tube is used as a flexible take-off from any solid channel to equipment located in a lower rack. It fits into any 30mm (1.2") part using a standard joiner (Part No. SRS-JOST-NUNU-YL-D), which is available separately. Each 350mm length snap-fits into each other to form any flexible length desired. TUBE-RD- 75-2M-YL Flexible tube, round, 75mm x 2M (Yellow) The round tube matches to an 88mm tube as an extension. TUBE-RD- 75-1M-YL Flexible tube, round, 75mm x 1M (Yellow) The round tube matches to an 88mm tube as an extension. Page 10 of 23

14 TUBE-RD- ADPT YL OTUBE-SQ MM- YL TRUMPET- SP-50-YL TRUMPET- SP-100-YL Flexible tube adapter, round, 88mm - 50mm (Yellow) Openable flexible tube, square, 50mm x 350mm (Yellow) Drop accessories, trumpet, 50mm (Yellow) Drop accessories, trumpet, 100mm (Yellow) The flexible tube adaptor kit is used to adapt a 88mm flexible tube to end caps Part No. SRS- ECST-D8NU-YL-B (100mm x 220mm [4" x 8"] dual opening) and SRS-ECST-88NU-YL-A (100mm x100mm [4" x 4"] single opening). The aluminum adapter works using locating pins that match holes only in the two compatible end caps previously mentioned. The locating pins are positioned to avoid incorrect alignment of smaller tube and minimize sharp corners along optical fiber cords flow. Included is a 75mm length of 88mm diameter flexible tube to secure the aluminum plate into position. The flexible tube(s) screws into the aluminum disc. The compatible flexible tube/s, elbow parts and end covers are available separately. The square flexible tube is used as an openable, flexible take-off point or for feeding new optical fiber cords to a rack. It consists of two specially prepared flexible tubes that clip together and separate to allow access to the optical fiber cords within. The tube attaches using a standard joiner (Part No. SRS-JOST-NUNU-YL-C) to any 50mm (2") square channel component. Hook and loop fastening straps are used to secure the two tube halves together. This square flexible tube is typically used with a drop kit, 50mm (2") square (with ramp-off) (Part No TUBE-SQ- 50-KIT-YL), available separately. The breakout assembly is used to provide a safe exit in a horizontal plane, at any point in 50mm (2") channel for optical fiber cords to transmission equipment. It clips straight into a cutout provided by the cutout tool (Part No CUT-OUT- TOOL-KIT-90MM) and provides a square opening over which a 50mm (2") square flexible conduit can be fitted. The breakout assembly is used to provide a safe exit at any point in either a: 100mm, 220mm or 300mm (4, 8 or 12 ) raceway system. It is normally used to provide a breakout in existing raceway systems and clips straight into a cutout provided by the cutout tool (Part No CUT-OUT-TOOL-KIT-150MM). TRUMPET- SP-220-YL TRUMPET- SP-300-YL Drop accessories, trumpet, 220mm (Yellow) Drop accessories, trumpet, 300mm (Yellow) The breakout assembly is used to provide a safe exit at any point in either a: 100mm, 220mm or 300mm (4, 8 or 12 ) raceway system. It is normally used to provide a breakout in existing raceway systems and clips straight into a cutout provided by the cutout tool (Part No CUT-OUT-TOOL-KIT-150MM). The breakout assembly is used to provide a safe exit at any point in either a: 100mm, 220mm or 300mm (4, 8 or 12 ) raceway system. It is normally used to provide a breakout in existing raceway systems and clips straight into a cutout provided by the cutout tool (Part No CUT-OUT-TOOL-KIT-150MM). Page 11 of 23

15 Raceway Mounting Solutions Catalog No. Material ID Description Application Image SUS-MT- 100-KIT- 12MM Suspension kit, 400mm, 12mm threaded rod, 100mm/50mm The suspension mounting bracket kit is used to attach 100mm (4") channel to existing steelwork from above. It is a straight bracket with 2 x M12 threaded rods (12mm x 400mm) and fasteners to enable fitting of a channel mounting bracket from the building ceiling or overhead steelwork. Plastic protection tubes are supplied to prevent entanglement of optical fiber cords during installation and to protect the threaded rod from damage. SUS-MT- 100-KIT- 16MM Suspension kit, 400mm, 16mm threaded rod, 100mm/50mm The suspension mounting bracket kit is used to attach 100mm (4") channel to existing steelwork from above. It is a straight bracket with 2 x M16 threaded rods (16mm x 400mm) and fasteners to enable fitting of a channel mounting bracket from the building ceiling or overhead steelwork. Plastic protection tubes are supplied to prevent entanglement of optical fiber cords during installation and to protect the threaded rod from damage. SUS-MT- 220-KIT- 12MM Suspension kit, 400mm, 12mm threaded rod, 220mm x 100mm The suspension mounting bracket kit is used to attach 220mm (8") channel to existing steelwork from above. It is a straight bracket with 2 x M12 threaded rods (12mm x 400mm) and fasteners to enable fitting of a channel mounting bracket from the building ceiling or overhead steelwork. Plastic protection tubes are supplied to prevent entanglement of optical fiber cords during installation and to protect the threaded rod from damage. SUS-MT- 220-KIT- 16MM Suspension kit, 400mm, 16mm threaded rod, 220mm x 100mm The suspension mounting bracket kit is used to attach 220mm (8") channel to existing steelwork from above. It is a straight bracket with 2 x M16 threaded rods (16mm x 400mm) and fasteners to enable fitting of a channel mounting bracket from the building ceiling or overhead steelwork. Plastic protection tubes are supplied to prevent entanglement of optical fiber cords during installation and to protect the threaded rod from damage. Page 12 of 23

16 SUS-MT- 300-KIT- 12MM Suspension kit, 1M, 12mm threaded rod, 300mm x 100mm The suspension mounting bracket kit is used to attach 300mm (12") channel to existing steelwork from above. It is a straight bracket with 2 x M12 threaded rods (12mm x 400mm) and fasteners to enable fitting of a channel mounting bracket from the building ceiling or overhead steelwork. Plastic protection tubes are supplied to prevent entanglement of optical fiber cords during installation and to protect the threaded rod from damage. TRAPEZE- 100-KIT Trapeze kit, 100mm x 100mm or 100mm x 50mm Mounting bracket with trapeze plate is used to attach 100mm (4") channel and non-threaded rod. TRAPEZE- 220-KIT Trapeze kit, 220mm x 100mm Mounting bracket with trapeze plate is used to attach 220mm (8") channel and non-threaded rod. TRAPEZE- 300-KIT Trapeze kit, 300mm x 100mm Mounting bracket with trapeze plate is used to attach 300mm (12") channel and non-threaded rod. WALL-MT Metal/Wall mounting kit, right angle, 100mm/50mm The wall mounting bracket is used to attach 100mm (4") channel to any existing structure. It is simply a right angle bracket with slots for fitting to steel work or walls, plus a wall mounting plate to allow 37mm of sideways adjustment. On its horizontal face it accepts a 100mm (4") channel mounting bracket, which is included in the kit. WALL-MT EXTENSION -KIT WALL-MT- 220 WALL-MT Metal/Wall mounting kit, right angle, extension kit, 100mm/50mm/30mm Metal/Wall mounting kit, right angle, 220mm x 100mm Metal/Wall mounting kit, right angle, extension kit, 220mm/100mm This flexible mounting kit is used to provide a means of attaching 30, 50 and 100mm (1.25", 2" and 4") channel to any existing structure. The right angled bracket attaches to any wall or steel work and has a slot that accepts the support bracket. Kit provides extension to 260mm (10") with 100mm (4") channel mounting bracket (mounting brackets are available separately). Part No: BRKT-SP-30, BRKT- SP-50; BRKT-SP-100). The wall mounting bracket is used to attach 220mm (8") channel to any existing structure. It is simply a right angle bracket with slots for fitting to steel work or walls, plus a wall mounting plate to allow 37mm of sideways adjustment. On its horizontal face it accepts a 220mm (8") channel mounting bracket, which is included in the kit. This heavy duty bracket kit is made from 6mm thick mild steel and can be used to install any duct in a horizontal plane. It has two vertical slots suited to wall or Unistrut mounting and provides a single long slot to accept channel mounting brackets up to 220mm (8") size. It is particularly suited to larger channels with high fiber counts. Kit provides extension to 360mm (14") with 220mm (8") channel mounting bracket (mounting brackets are available separately). Part Page 13 of 23

17 RAISED-MT- 30/50-KIT- 12MM Raised mounting kit, 400mm, 12mm threaded rod, 30mm x 30m or 50mm x 50mm No: BRKT-SP-220). The mounting plate comes with 2-part adhesive backed, hook-and-loop fastener pad set for quick and easy attaching to 30mm & 50mm (1.25" & 2") channel. A 1/2 UNC tapped hole is provided on the plate to enable assembly to ½ inch (12mm) diameter x 400mm (15.7") long standard threaded rod, which is included in the kit. Three ½-inch hex nuts and washers are provided for securing the installation and for attaching the kit to existing steel work. A plastic tube is included to protect the threaded rod. RAISED-MT- 100-KIT- 12MM Raised mounting kit, 400mm, 12mm threaded rod, 100mm/50mm The mounting bracket provides an adjustable mounting mechanism for the 100 mm (4") raceway system. It is basically an M12 threaded metal rod and support bracket that connects straight channel to existing building steel work. A plastic protection tube is included to prevent optical fibers catching in the rod thread. RAISED-MT- 220-KIT- 12MM Raised mounting kit, 400mm, 12mm threaded rod, 220mm x 100mm The mounting bracket provides an adjustable mounting mechanism for the 220 mm (8") raceway system. It is basically an M12 threaded metal rod and support bracket that connects straight channel to existing building steel work. A plastic protection tube is included to prevent optical fibers catching in the rod thread. RAISED-MT- 300-KIT-5/8" Raised mounting kit, 300mm, 5/8" threaded rod, 300mm x 100mm This kit consists of a standard 300mm (12") channel support bracket with a welded-on M12 nut that enables the channel support bracket to be bolted to two heavy-duty mounting brackets. This kit is used with 2 x 5/8-inch UNC x 300mm long threaded rods, 8 x 5/8-inch UNC Hendry style split nuts, and 8 x 5/8 inch washers. UNDER- FLOOR-U- BOLT Under floor mounting kit, U-bolt This clamp is a means of attaching either a 220 or 100mm (8" or 4") raceway system up to 30mm (1.2 ) diameter tube or 25mm (1 ) square tube in an under floor system. It consists of a slotted bracket and U-bolt, which fit the standard round or square vertical used in most sub-floor systems. It is attached to the tube by the bracket and U-bolt, which clamp the tube between the bracket and U- bolt (mounting brackets are available separately. Part No: BRKT-SP-100; BRKT-SP-220). Page 14 of 23

18 UNDER- FLOOR-C- BRKT SIDE-MT- BRKT Under floor mounting kit, C-bracket Under floor mounting kit, side mount bracket The under floor mounting bracket enables raceway components to be quickly and simply glued to a clean, dust-free, concrete floor. The bracket eliminates the need to have to drill into a concrete floor to install fasteners. An M12 threaded nut is welded on the underneath edge at the top of the bracket. The M12 nut accepts M12 threaded rods that support under floor ducting. This side mounting bracket is used to install & secure 300mm (12") channel in a straight run. This bracket is typically spaced at 0.9 meters or less to make a rigid & strong installation. The channel is mounted in the mounting bracket, which in turn is bolted to the side mounting bracket using the M12 (1/2 ) x 20mm long hex bolt & washer included. The side mounting bracket is secured at the desired height to 5/8 UNC threaded rod using 2 x 5/8 UNC hex. nuts & washers (mounting brackets are available separately. Part No: BRKT-SP-300). C-BRKT Ladder rack and Unistrut mounting kit, C-bracket, 40mm C-BRKT-2IN Ladder rack and Unistrut mounting kit, C-bracket, 2" This bracket fits over 40mm (1.6") square structural steel beams to provide a location for 300, 220 and 100mm (12", 8" and 4") channel mounting brackets. Mounting brackets are available separately. Part No: BRKT- SP-100; BRKT-SP-220; BRKT-SP-300). This bracket fits over a 2-inch (50mm) square Unistrut section to provide a location for: 300, 220 and 100mm (12", 8" and 4") channel mounting brackets. It is used with ½-inch diameter threaded rod. Mounting brackets are available separately. Part No: BRKT-SP-100; BRKT-SP-220; BRKT-SP- 300). LADDER- RACK-MT-S- KIT LADDER- RACK-MT- KIT Ladder rack and Unistrut mounting kit, L-bracket, 30mm/50mm Ladder rack and Unistrut mounting kit, L-bracket, 100mm/220mm This clamp is a means of attaching either 30 or 50mm (1.25" or 2") raceway systems to 1-½ and 2-inch ladder racks. It is attached to the rack by a plate and two screws, which clamp the rack between the plate and clamp body. Multiple holes provide vertical adjustment in 21mm increments. It is used in conjunction with 30 and 50mm (1.25" and 2") channel mounting brackets (mounting brackets are available separately. Part No: BRKT-SP-30, BRKT-SP- 50). This clamp is a means of attaching either 100 or 220mm (4" or 8") raceway systems to 1 ½ and 2 inch ladder racks. It is attached to the rack by a plate and two screws, which clamp the rack between the plate and clamp body. Multiple holes provide vertical adjustment in 21mm increments. Use in conjunction with 220 and 100mm (8" and 4") channel mounting brackets (mounting brackets are available separately. Part No: BRKT-SP-100, BRKT-SP-220) Page 15 of 23

19 LADDER- RACK-MT-L- KIT DUAL-MT- KIT Ladder rack and Unistrut mounting kit, L-bracket, 100mm/220mm/300mm Ladder rack and Unistrut mounting kit, dual channel mounting bracket This clamp is a means of attaching either 100, 220 or 300mm (4", 8" or 12") raceway systems to 1 ½ and 2 inch ladder racks. It is attached to the rack by a plate and two screws, which clamp the rack between the plate and clamp body. Multiple holes provide vertical adjustment in 21mm increments. Use in conjunction with 300, 220 and 100mm (12", 8" and 4") channel mounting brackets (mounting brackets are available separately. Part No: BRKT-SP-100; BRKT-SP-220, BRKT-SP- 300). The dual level mounting bracket is used to mount three raceway systems at two different heights on a common bracket to allow cross over between the three raceway systems. Typically, optical fiber systems are in one level with data and electrical systems in the others, so that crossover is achieved between the separate ducted services with minimum difficulty. It fits to standard Unistrut steel work, and is provided with a bolt, clamping nut and spring for that system (mounting brackets are available separately. Part No: BRKT-SP-100, BRKT-SP-220). BRKT-SP Mounting hardware, duct mounting bracket, 30mm BRKT-SP Mounting hardware, duct mounting bracket, 50mm This assembly consists of a standard 30mm (1.25") channel support bracket with a captive M12 nut and bolt set that enables the channel support bracket to be bolted to any other mounting bracket. This assembly is used where the channel is directly mounted to flat brackets with 13mm (1/2 inch) diameter clearance holes. This assembly consists of a standard 50mm (2") channel support bracket, with a captive M12 nut and bolt set that enables the channel support bracket to be bolted to any other mounting bracket. This assembly is used where the channel is directly mounted to flat brackets with 13mm (1/2 inch) diameter holes. BRKT-SP- 100 BRKT-SP- 220 BRKT-SP Mounting hardware, channel mounting bracket, 100mm Mounting hardware, duct mounting bracket, 220mm Mounting hardware, duct mounting bracket, 300mm This assembly consists of a standard 100mm (4") channel support bracket with a captive M12 nut and bolt set that enables the channel support bracket to be bolted to any other mounting bracket. This assembly is used where the channel is directly mounted to flat brackets with 13mm (1/2 inch) diameter clearance holes. This assembly consists of a standard 220mm (8") channel support bracket with a captive M12 nut and bolt set that enables the channel support bracket to be bolted to any other mounting bracket. This assembly is used where the channel is directly mounted to flat brackets with 13mm (1/2 inch) diameter clearance holes. This assembly consists of a standard 300mm (12") channel support bracket with a captive M12 nut and bolt set that enables the channel support bracket to be bolted to any other mounting bracket. This assembly is used where the channel is directly mounted to flat brackets with 13mm (1/2 inch) diameter clearance) holes. Page 16 of 23

20 MT-BRKT-KT Mounting hardware, mount bracket kit This is simply a bracket with a threaded stud and two screws that can be fixed to the channel and any existing building. For 30mm (1.25") channel, the plate is mounted along the channel length and for 50mm (2") channel the plate is mounted across the channel. This allows simple adjustment, while providing adequate strength for the loads associated with the smaller raceway systems. Mounts to wall mount bracket, which is available separately (Part No: MT- BRKT-KT). MT-BRKT-L- KT Mounting hardware, mount bracket kit, right angled This kit is a simple and adjustable means of attaching/mounting either 50 or 30mm (2" or 1.25") channel in either a vertical or horizontal plane. It is generally used to mount 50mm (2") channel at the front of a rack. The kit consists of a pair of adjustable 90 mounting brackets, a small mounting plate (with stud, nut & washer); and adhesive backed hook-and- loop mounting/fastening pad. Tools and Accessory Items Catalog No. Material ID Description Application Image ST-SL-TOOL Tooling, foot operated slotting tool, universal Through its ergonomic design this tool is safer and can improve installation efficiency compared to the hand slotting tool. This tool is used to make a slot in the bottom and both sides at the ends of 300, 220 or 100mm (12", 8" or 4") channel for connection to other standard parts using a snaptogether joiner. ST-SL- HAND-100- TOOL ST-SL- HAND-100- HEAD Tooling, hydraulic hand held slotting tool, 100mm, 200mm, 300mm Tooling, hydraulic hand held slotting tool, 100mm, 200mm, 300mm, head The hand-held hydraulic channel slotting tool is a revolutionary design that takes the stress and effort out of slotting channel. This tool is used to make a slot in the bottom and both sides at the ends of 300, 220 or 100mm (12", 8" or 4") channel for connection to other standard parts using a snap-together joiner. Slotting head for hydraulic hand-held slotting tool ( ). Page 17 of 23

21 ST-SL- HAND-100- KIT Tooling, hydraulic hand held slotting tool, 100mm, 200mm, 300mm, Kit The hand-held hydraulic channel slotting tool is a revolutionary design that takes the stress and effort out of slotting channel. This tool (with tool box) is used to make a slot in the bottom and both sides at the ends of 300, 220 or 100mm (12", 8" or 4") channel for connection to other standard parts using a snap-together joiner. ST-SL- HAND Tooling, mechanical hand held slotting tool, 50mm x 50mm The slotting tool is used to make a small slot in the bottom and both sides at the ends of 50mm (2") channel for connection to other standard parts using a snap-together joiner. ST-SL- HAND Mechanical hand held side slotting tool, 100mm x 50mm The slotting tool is used to make a small slot in both sides at the ends of 100 mm x 50 mm (4" x 2") channel for connection to other standard parts using a snap-together joiner. CUT-OUT- TOOL-90MM Tooling, cutout tool, 90mm The cutout tool is a simple mechanical means of providing an opening in 300, 220, 100, or 100 x 50mm (12", 8", 4" or 4" x 2") channel to suit a 50mm (2") breakout. CUT-OUT- TOOL-KIT- 90MM Tooling, cutout tool kit with wrench, fiber spreader and toolbox, 90mm The cutout tool kit (with wrench, fiber spreader and toolbox) is a simple mechanical means of providing an opening in 300, 220, 100, or 100 x 50mm (12", 8", 4" or 4" x 2") channel to suit a 50mm (2") breakout. CUT-OUT- TOOL- 150MM Tooling, cutout tool, 150mm The cutout tool is a simple mechanical means of providing an opening in 300, 220, 100, or 100 x 50mm (12", 8", 4" or 4" x 2") channel to suit a 100mm (4") breakout. CUT-OUT- TOOL-KIT- 150MM Tooling, cutout tool kit with wrench, fiber spreader and toolbox, 150mm The cutout tool kit (with wrench, fiber spreader and toolbox) is a simple mechanical means of providing an opening in 300, 220, 100 or 100 x 50mm (12", 8", 4" or 4" x 2") channel to suit a 100mm (4") breakout. CUT-OUT- JIG SpeedPRO Cutout jig This cutout jig is used to quickly and neatly prepare the side of a new channel length, to make a cutout for quickly installing a drop-off or a breakout guide (outlet trumpet). The jig is centrally located about a center mark on the top of the channel edge. It is clamped in position and two quick cuts are made using a hand saw to the full depth of the marked slots for the item to be installed. Next a utility knife is run (2 or 3 times) along the bottom of the jig s straight edge, between saw cuts, to make a straight longitudinal cut in the channels side. The cutout jig is unclamped and removed from the channel and the prepared piece of channel is removed using light finger pressure. The utility knife is used to clean the channels edges and the nominated item Page 18 of 23

22 MITRE-BOX- SP BIT-KT- 60MM RADIUS- GUIDE- 10PK-YL RADIUS- GUIDE-U-YL RADIUS- GUIDE- PIGTAIL- 10PK-YL RAMPUP- 150MM-YL RAMPUP- 90MM-YL Tooling, cutout tool, miter box, 100mm, 100mm, 220mm, 300mm Tooling, circular drill bit 60mm dia Radius guide, 10pk, (Yellow) Radius guides, universal radius (Yellow) Radius guides, pigtail radius, 10pk, (Yellow) Ramp-up for 150mm cutout, (Yellow) Ramp-up for 90mm cutout, (Yellow) is fitted into the prepared cutout. This miter box is a simple mechanical means of preparing a shortened length of 300, 220, 100 or 100 x 50mm (12", 8", 4" or 4" x 2") channel for connection to another standard part (elbow, cross connector, etc.) The miter box ensures that a true 90 cut is achieved with a panel saw on each of these channel sizes. This kit uses the 60mm diameter hole saw with 6.3mm diameter guiding drill bit to cut a 60mm diameter hole in the side of the channel. It is recommended that a manual drill, rather than a power tool, be used to cut the hole if it is cut in the overhead working position. An optical fiber cord protection unit (Part No: FIBER- SPREADER-BK) should be used to protect installed optical fiber cords as the 60mm diameter hole is cut. This item is available separately. This radius guide (outlet trumpet) allows patch cords to enter and leave the optical fiber raceway system in an organized manner, while maintaining the 30mm (1.2") minimum fiber bending radius. It is fitted in the slot of either 100mm, 100 x 50mm, 50mm and 30mm (4", 4" x 2", 2" and 1.25") raceway system where it snaps into place to provide organized, low stress fiber access. This guide is used where pigtails and patch cords are routed around 90 corners. It is a simple means of providing a 30mm (1.2") radius guide that eliminates fiber stress through bending. The guide is basically a curved surface with a clip at one end that enables it to be clipped to any flat surface of a thickness between 1.6mm and 3.0mm. It can also be clipped into itself, both length and sideways to extend the guide angle or increase the surface area available. The pigtail radius guide kit is used to ensure that fiber remains stress-free when it is bent around corners (ie. When laid out in a building or equipment racks). It is basically a preformed 90 bend that provides a 70mm (2.7") diameter trough into which a pigtail can be clipped to provide protection against kinking. The guides are interlocking so that many can be joined to form U- turns, circles, and spirals as required. The ramp-up is used in conjunction with the 100mm x 50mm (4" x 2") breakout (Part No: SIDE-DROP-KIT-SP-100L-YL) to prevent stressing fiber by maintaining a safe bending radius for the fiber being dropped off or leaving 300mm, 220mm or 100mm (12", 8" or 4") channel. It does this simply by providing a curved ramp-up on which fiber is able to form a 30mm (1.2") radius. The channel side is prepared using item (Part No: CUT-OUT-TOOL-KIT- 150MM), available separately. The ramp-up is used in conjunction with the 50mm x 50mm (2" x 2") breakout to prevent stressing fiber by maintaining a safe bending radius for the fiber being dropped off or leaving: 300mm, 220mm or 100mm (12", 8" or 4") channel. It does this simply by providing a curved ramp-up on which fiber is able to form a 30mm (1.2") radius. The channel side is prepared using Page 19 of 23

23 FIBER- SPREADER- BK Fiber spreader for cutout, (Black) item (Part No: CUT-OUT-TOOL-KIT- 90MM), available separately. The fiber spreader/protector physically separates installed optical fiber cords in a channel as the channel wall is being prepared to install a new drop. This item protects installed optical fiber cords from damage during the cutout. The protector should be used whenever the side of a raceway system housing optical fiber cords is being prepared for a new drop installation. Remarks for CUT-OUT-TOOL-150MM Cutout for TRUMPET-SP-220-YL Cutout for TRUMPET-SP-300-YL Page 20 of 23

24 Adapters for Competitor s Systems Catalog No. Description Application Image SRS-ADKT- RFNU-NU-F SRS-ADKT- GFNU-NU-F SRS-ADKT- G6LH-YL-B SRS-ADKT- G6RH-YL-B SRS-ADKT- R6LH-YL-B SRS-ADKT- R6RH-YL-B Adapter for competitive system, FR12, 300mm x 100mm Adapter for competitive system, FGS12, 300mm x 100mm Adapter for competitive system, main & cover, FGS6,left hand, (Yellow) 220mm x 100mm Adapter for competitive system, main & cover, FGS6, right hand, (Yellow), 220mm x 100mm Adapter for competitive system, main & cover, FR6, left hand, (Yellow), 220mm x 100mm Adapter for competitive system, main & cover, FR6, right hand, (Yellow), 220mm x 100mm The adapter kit is used to join existing 12 x 4 Panduit plastic duct to 300mm x 100mm (12 x 4 ) raceway system. The kit consists of four adapters complete with nuts and lock washers. An adaptor unit is positioned on outside of Panduit duct. Nuts and washers are installed to secure four brackets and ducts together. The adapter kit is used to join existing 12 x 4 inch ADC plastic duct to 300mm x 100mm (12 x 4 ) raceway system. The kit consists of four adapters complete with locking tabs and 6mm diameter studs, clamping bracket; nuts, and lock washers. An adaptor unit is positioned into the molded lugs on the ADC duct, with the clamping bracket placed on the stud to the outside of ADC duct. The adaptors locking tabs are positioned into slots made in the end and sides of the channel using slotting tool (Part No: ST-SL-HAND- 50), available separately. A nut and washer are installed to secure the four brackets and ducts together. This left hand adapter allows interconnection between 220mm (8 ) raceway system and 6 inch ADC ducting. If viewed from the 6 inch side, the 220mm (8 ) end is offset to the left. It comes complete with adaptor brackets to firmly fix the 6 inch ADC ducting and uses either: the standard 220mm (8 ) joiner (Part No: SRS-JOST-NUNU- YL-B) or the 220mm (8 ) slotless joiner (Part No: SRS-JOAP-NUNU-YL-B) to connect to 220mm (8 ) raceway system. This right hand adaptor allows interconnection between 220mm (8 ) raceway system and 6 inch ADC ducting. If viewed from the 6 inch side, the 220mm (8 ) end is offset to the right. It comes complete with adaptor brackets to firmly fix the 6 inch ADC ducting and uses either the standard 220mm (8 ) joiner (Part No: SRS-JOST-NUNU- YL-B) or 220mm (8 ) slotless joiner (Part No: SRS-JOAP-NUNU-YL-B) to connect to 220mm (8 ) raceway system. This left hand adapter allows interconnection between 220mm x 100mm (8 x 4 ) raceway system and 6 x 4 inch Panduit ducting. If viewed from the 220mm (8 ) side, the 6 inch end is offset to the left. It comes complete with adaptor brackets to firmly fix the 6 inch Panduit ducting and uses either the standard 220mm (8 ) joiner (Part No: SRS-JOST-NUNU-YL-B) or the 220mm (8 ) slotless joiner (Part No: SRS-JOAP-NUNU- YL-B) to connect to 220mm (8 ) raceway system. This right hand adaptor allows interconnection between 220mm (8 ) raceway system and 6 inch Panduit ducting. If viewed from the 6 inch side, the 220mm (8 ) end is offset to the right. It comes complete with adaptor brackets to firmly fix the 6 inch Panduit ducting and uses either the standard 220mm (8 ) joiner (Part No: SRS-JOST-NUNU- YL-B) or 220mm (8 ) slotless joiner (Part No: SRS-JOAP-NUNU-YL-B) to connect to 220mm (8 ) raceway system. Page 21 of 23

25 SRS-ADKT- G6LH-YL-A Adapter for competitive system, main & cover, FGS6, left hand, (Yellow), 100mm x 100mm This left hand adapter allows interconnection between 100mm (4 ) raceway system and 6 inch ADC ducting. As viewed from the 6 inch side the 100mm (4 ) end is offset to the left. It comes complete with adaptor brackets to firmly fix the 6 inch ADC ducting and uses either the standard 100mm (4 ) joiner (Part No: SRS-JOST-NUNU- YL-A) or the 100mm (4 ) slotless joiner (Part No: SRS-JOAP-NUNU-YL-A) to connect to 100mm (4 ) raceway system. SRS-ADKT- G6RH-YL-A Adapter for competitive system, main & cover, FGS6, right hand, (Yellow), 100mm x 100mm This right hand adaptor allows interconnection between 100mm (4 ) raceway system and 6 inch ADC ducting. If viewed from the 6 inch side, the 100mm (4 ) end is offset to the right. It comes complete with adaptor brackets to firmly fix the 6 inch ADC ducting and uses either the standard 100mm (4 ) joiner (Part No: SRS-JOST-NUNU- YL-A) or the 100mm (4 ) slotless joiner (Part No: SRS-JOAP-NUNU-YL-A) to connect to 100mm (4 ) raceway system. SRS-ADKT- GLXD-YL-A SRS-ADKT- R4NU-NU-A Adapter for competitive system, main & cover, FGS4/6/12, (Yellow), express drop to SpeedPRO 100mm x 100mm Adapter for competitive system, FR4, 100mm x 100mm This vertical and down express drop kit for optical fiber cords allows individual cords to exit, vertically down, anywhere along a length of straight 4 inch, 6 inch, or 12 inch ADC duct. The unit simply fits along the edge of the duct (ie the side of the duct is not specially prepared or cut). The vertical and down express drop kit is securely clamped in position using two small clamping brackets installed in side grooves of the ADC duct. The exiting optical fiber cords are guided through an MBR of 30mm while completing this change of direction. The drop curve has no ribs (ie there is nothing to restrict the naturally occurring free flow of optical fiber cords). The drop guide can be connected to 100mm (4 ) raceway system using either a standard joiner (Part No: SRS-JOST- NUNU-YL-A) or a slotless joiner (Part No: SRS- JOAP-NUNU-YL-A), which are available separately. The adapter kit is used to join existing 4 Panduit plastic duct to 100mm (4 ) raceway system. The kit consists of one base adaptor and two side adapters with locking tabs and nuts. SRS-ADKT- G4NU-NU-A Adapter for competitive system, FGS4, 100mm x 100mm The adapter kit is used to join existing 4 ADC ducting to 100mm (4 ) raceway system. Page 22 of 23