Series Smart Pressure Transmitter

www.tek-trol.com TEK-BAR 3100 Series Smart Pressure Transmitter www.tek-trol.com

2 Introduction The Tek-Bar series of smart transmitters have excellent stability, high accuracy and include features that facilitate easy installation, start up and minimum maintenance thereby lowering process downtime and overall cost of ownership in the long run. These transmitters are equipped with an automatic temperature compensation function integrated into its advanced signal processing circuitry to ensure high reliability and performance corresponding to change of ambient temperature. Working principle of Tek-Bar 3100-D,G,H model The Tek-Bar 3100-D,G,H, A smart pressure transmitter used Capacitance pressure sensors. It consist of two metal plates that are separated by sensing diaphragm. The capacitor plate is filled with silicone oil. The pressure applied deflects the diaphragm and is transferred through the oil onto the sensor. The capacitance characteristics of the sensing element changes. These signal transfer to the electronic circuitry of transmitter that converts the change in capacitance to the output signal. Capacitance transmitters are available are configured for either differential or gauge pressure measurement. Usual outputs are voltage or current. Capacitance can be calculated using the formula: C= ε(a)/(d) Where, C- Capacitance, ε-dielectric Constant A-Area of plate d-distance between capacitor plates Leadwires Sensor module Capacitor Plates Sensing Diaphragm Rigid Insulation Sensor Silicone oil Isolating Diaphragm Welded Seals

3 Available Models Standard SST Housing The Tek-Bar 3100 Smart Pressure Transmitter is a micro-processor based high performance transmitter. Various models are available to measure different pressures. The model Tek-Bar 3100-G measures gauge pressure, Tek-Bar 3100-H measures high line pressure, Tek-Bar 3100-D measures differential pressure and Tek-Bar 3100-A measure absolute pressure. The Tek-Bar 3100 MP is available with multi-planer process connection for vertical installation without separate adaptor. The Smart pressure transmitter can be used as flow meter. It is same as standard model. Only terminal box is different, adding two more terminals for display of pulse output. Features Operator can calibrate device using zero/ button, no handheld calibrator required Digital communication HART protocol Fail-safe mode process function for detecting any abnormal condition occurred High accuracy up to ±0.075% Automatic ambient temperature compensation improve performance of device It can be used as flow meter and should be installed vertically without using additional flanges Various Output: 4-20mA, digital signals The mounting bracket rotated up to 360 C and LCD display up to 270 C EEPROM write protection

4 Functional Block Diagram Functional Block Diagram: The Electronics module consists of a circuit board sealed in an enclosure. There are a MCU module, a power module, an analog module, a LCD module and a terminal module in a transmitter. The MCU module acquires the digital value from the analog module and apply correction coefficients selected from EEPROM. The output section of the power module converts the digital signal to a 4~20 ma output. The MCU module communicates with the HARTbased Configurator. The Power module have a DC-to-DC Power conversion circuit and an Input/output isolation circuit. An optional LCD module plugs into the MCU module and displays the digital output in user-configured unit. Sensor Part AD Conversion EEPROM Sensor High pressure Low pressure User selectable Input DP/GP/HP/AP Measuring Range MCU Part Microprocessor Input Sensor value Engineering Units Re-range (Zero-) Sensor Timing Zero Point Adjustment DA Trimming Damping/Filtering Transfer Function LCD Engineering mode Diagnostics Self Compensation Communications LCD Display Configuration Data 4~20mA DAC HART HART Protocol with Host Sensor Input: The model Tek-Bar 3100-D, G, H is available in a differential pressure sensor of a capacitance type. The capacitance pressure sensor measures differential and gauge pressure and is commonly used in flow and level applications. The sensor module converts the capacitance or the resistance to the digital value. The MCU module calculates the process pressure based on the digital value. The sensor modules include the following features: The software of the transmitter compensates for the thermal effects, improving performance Precise Input Compensation during operation is achieved with temperature and pressure correction coefficients that are characterized over the range the transmitter and stored in the sensor module EEPROM memory EEPROM stores sensor information and correction coefficients separately from MCU module, allowing for easy repair, reconfiguration and replacement

5 Basic Setup Tek-Bar 3100 Pressure transmitter can be easily configured from any host that support the HART protocol. Operational Parameters: 4~20mA Points (Zero/Span) Engineering Units Damping Time : 0.25~60 sec Tag: 8 alphanumeric characters Descriptor: 16 characters Message: 32 characters. Date: day/month/year Calibration and Trimming: Lower/Upper Range (zero/) Sensor Zero Trimming Zero Point Adjustment DAC Output Trimming Transfer Function Self-Compensation Self-Diagnosis and Others: CPU & Analog Module Fault Detection Communication Error Fail-mode Handling LCD Indication Temperature Measurement of Sensor Module Functions Zero and Span Adjustment Limits Zero and values can be set anywhere within the range limits stated in Table 5 Span must be greater than or equal to the minimum stated in Table 5 Output (Analog Current and Digital Data) LCD Display & ENG Mode Two wire 4~20mA user-configurable for linear or square root output, digital process value superimposed on 4~20mA signal, available to any host that conforms to the HART protocol

6 Power Supply & Load Requirement External power supply required. 250 ohm load-- 17.5 Vdc up to a 550 ohm load -- 24 Vdc Max. Loop Resistance = ( E - 12 ) / 0.022 (E = Power Supply Voltage) Voltage Range : 12 to 45 Vdc Voltage Rating : 24 Vdc ±30% Loop Load 0 ~ 1500 ohm -- Operation 250 ~ 550 ohm -- HART Communications EMC Conformity Standards EMI (Emission) EN50081-2:1993 EMS (Immunity) EN50082-2:1995 Failure Mode Fail High : Current 21.1 ma Fail Low : Current 3.78 ma Storage Temperature -40 C to 85 C (without condensing) Process Temperature Limits (Range codes and approval codes may effect limits) -40 C to 120 C ( -104 to 248 C ) Isolation Input/output isolated to 500Vrms (707 Vdc) Working Pressure Limits (silicone oil) Model D & G: 0~13.79 MPa - #3~8 Model G: 0~40.00 MPa - #9 0~75.00 MPa - #0 Model H: 0~31.02 MPa - #4~7 Model A: 0~525 KPa - #4 0~3000 KPa - #5 0~5250 KPa - #6

7 Hydrostatic Test Pressure Model D: 3000 psi (20.7 MPa) Model H: 6750 psi (46.5 MPa) Model G: 2000 psi (13.8 MPa) - #3~8 11600 psi (80 MPa) - #9 11600 psi (80 MPa) - #0 Model A: 101.5 psi (700 KPa) - #4 580 psi (4000 KPa) - #5 1015psi (7000 KPa) - #6 Burst Pressure Model D, G, H: 68.9 MPa G8~9: 50 MPa G0: 80 MPa Model A4: 1050 KPa A5: 4000 KPa A6: 7000 KPa 5 Digit LCD Express all pressure unit and flow unit Use 5 digit. Select decimal place (0 to 4) User define unit function Change main parameter by Button Change Unit Change Upper range value Change Lower range value Change the Damping Second Select the Decimal Place Zero Trim Zero Adjustment Moving within Menu: Zero Moving to below Menu: Span Moving Top Menu: Zero+Span

8 Button Menu tree NORMAL Menu 1 Trim 11 Z-TRIM Zero Trim Zero Zero 12 Z-ADJ Zero Adjustment Zero 2 Setup Zero Zero 21 UNIT 22 U-RNG 23 L-RNG Change Unit Change Upper Range Value Change Lower Range Value 24 DAMP Damping Second 3 LCD Zero 31 LCD-MD 32 DEC-PL Change LCD Mode Decimal Place Exploded drawing of Tek-Bar 3100 Nameplate O-Ring Cover Terminal screw Rear Cover Terminal Board Main Board Housing Terminal block Front Cover LCD Board LCD Cover O-Ring Cover Wave Washer Glass Bolt Tagplate O-Ring O-Ring Flange Flange Plug Drain/Vent Plug Sensor Body Bolt O-Ring Flange Adapter Nut

9 Hazardous Location Certifications (option) KOSHA Approvals K1 Code: KOSHA: Korea Occupational Safety & Health Agency Flameproof for Class I, Zone 1: Ex d IIC T6, IP67 Ambient Temperature : -20 to 60 C Max. Process Temperature : 80 C Power Supply : Max. 45 Vdc Output : 4 to 20 ma + HART, Max. 22 ma ATEX Approvals E1 Code: CE 0344 II 2 G Ex d IIC T6, T5 or T4 Operating Temperature: -20 C Tamb +60 C T6 for process 85 C ; T5 for process 100 C T4 130 C Tek-Bar 3100 ATEX Certification is according to the below standards : EN 60079-0 : 2006 EN 60079-1 : 2007 KTL Certification K2 Code: Intrinsic Safety: Ex ia IIC T5 Ambient Temperature: -20 to 60 C Max. Process Temperature: Max. 100 C Entity Parameter: U max =40Vdc, I MAX =165mA, P max = 0.9W FM and FM Canada Approvals F1 Code: FM: Factory Mutual explosion proof FM Canada: Canadian requirements Explosion proof for Class I, Division 1 Groups A, B, C and D Dust-ignition proof for Class II/III, Division 1, Groups E, F and G Non incendive for Class I, Division 2, Groups A, B, C & D; Class II, Division 2, Groups E, F & G; and Class III, Division 1, Enclosure: indoors and outdoors, NEMA Type 4X

10 Connection Diagram of Signal, Power, HHT for Transmitter Field Control Room -+ Local test or Remote Indicator (Low impedance) + - 250~550 Ohm - + + - Power Supply or Analog Module of Controller PWR TEST COMM TEST HHT HART modem (HART/USB) HHT(HART Communicator) or PC Configurator may connected at any termination point in the signal loop. HART Communication requires a loop resistance between 250 and 550 ohm @ 24 Vdc Power Supply Voltage Range : 12 to 45 Vdc Voltage Rating : 24 Vdc ±30% Tek-Bar 3100-MP (Multi-planer process connection) Conventionally, in the case where the pressure transmitter should be vertically installed irrespective of the orientation of the fluid inflow lines, modified flanges are required in addition to the basic flanges. As a result, the modified flanges must be additionally provided. Multi-planar pressure transmitter has been made in an effort to solve the problems occurring in the related art, and an object of this multi planar is to provide a pressure transmitter, capable of being vertically installed without separate adaptor or various types of brackets regardless of the position of each fluid inflow line.

11 Tek-Bar 3100 as a flowmeter The Tek-Bar 3100 pressure transmitter can be used as flowmeter. The flowmeter model has an added the totalizing function. It is available to check the flow rate and total flow. Measuring & Express Flow rate and Total flow Pulse output by accumulation of total flow APT3100F measures the flow rate by using differential pressure so it is not compensated the temperature and static pressure Wiring External Appearance The shape of transmitter is same as standard device. Only terminal box is different, adding two more terminals for display of pulse output. Pulse Output Pulse Output

12 Pulse specification Scaled Pulse : A Single pulse is output for a specified flow amount. Pulse Width : 10ms, 50ms, 100ms selectable (Negative going pulse) Duty Cycle : 49 Pulse/sec. Max. Output Type : Open Collector, 30V, 500mA Max Technical Details PARAMETER PERFORMANCE SPECIFICATION DESCRIPTION Accuracy for range 2 Process Temperature Limits Ambient Temperature Effect Ambient Temperature Humidity Limits Power Supply Effects Mounting Position Effect Working Pressure Limits (Silicon oil) Failure Mode for range 3 for ranges 4 to 0 Model D & G Model G Model H Model A ±[0.24 + (0.008 x (URL/))]% of Span for 0.05URL Span < 0.1URL ±0.075% of Span for 0.1URL Span URL ±[0.025 + (0.005 x (URL/))]% of Span for 0.02URL Span < 0.1URL ±0.075% of Span for 0.1URL Span URL ±[0.025+(0.005 x (URL/))]% of Span for 0.01URL Span 0.1URL -40 C~+120 C ±[0.019%URL+0.125% Span] / 28 C -40~+85 C 5% ~ 100% RH ±0.005% of Span per Volt Zero Shift up to 350Pa No Span Effect 0~13.79 MPa (For range 3 to 8) 0~40.00 MPa (For Range 9) 0~75.00 MPa (For Range 0) 0~31.02 MPa (For Range 4 to 7) 0~525 KPa (For Range 4) 0~3000 KPa (For Range 5) 0~5250 KPa (For Range 6) Fail High : Current 21.1 ma Fail Low : Current 3.78 ma

13 ELECTRICAL SPECIFICATION PARAMETER Power Supply HART loop resistance Output Signal Isolation DESCRIPTION 12 to 45 VDC 250~550 ohm 4~20 ma DC/ HART 500 Vrms (707 VDC) PHYSICAL SPECIFICATION PARAMETER DESCRIPTION Wetted Material Isolating Diaphragm SST 316L Drain & Vent Valve SST 316 Flange & Adapter SST 316 O-ring Viton, PTFE Non-wetted materials Fill Fluid Silicone oil or Inert fill Paint Epoxy-Polyester or Polyuret Mounting Bracket 304SST with U-bolt (304SST) for 2-inch pipe Nameplate 304 SST Electronic Housing Aluminum (Option:316L SST) Bolts & Bolting Flange SST 304 Process Connection Size ¼ - 18 NPT (Adapter Option) ½"~14" NPT Electrical Connections ½ 14 NPT with M4 Weight (excluding Option Items) Angle or Flat type Housing Class Waterproof (IP67), 4X APPROVALS Korea Standards Approval Flameproof Approval : Ex d IIC T6 (KOSHA) Intrinsic Safety Approval : Ex ia IIC T5 (KTL) Overseas Standards Approval CSA Explosion proof Approval FM Explosion proof Approval ATEX Flame proof Approval

14 Measuring Range Limit For Tek-Bar 3100-D/F/G/H (Rangeability: #2=20:1/ #3=50:1/ #4~0=100:1) GENERAL SPECIFICATION Range code Calibrated Span (kpa) DP / GP / HP / F Upper Lower range (kpa) Range (URL)(kPa) D.P. G.P. H.P. Calibration (kpa) 2 0.075~1.5-1.5-1.5-1.5 NA NA NA 3 4 5 6 7 8 9 0 Unit Conversion Range code 0.15~7.5 7.5-7.5-7.5 NA NA NA A.P. Range (kpa) 0.373~37.3 37.3-37.3-37.3-37.3 2.5~250 2.5~250 1.865~186.5 186.5-186.5-100 -186.5 15~1500 15~1500 6.9~690 690-690 -100-690 25~2500 25~2500 20.68~2068 2068-2068 -100-2068 NA NA 68.95~6895 6895-6895 -100 NA NA NA 206.8~20680 20680 NA -100 NA NA NA 413.7~41370 41370 NA -100 NA NA NA Calibrated Span (kpa) GENERAL SPECIFICATION DP / GP / HP / F Upper Lower range (kpa) Range (URL)(kPa) D.P. G.P. H.P. Calibration (kpa) 2 0.075~1.5-1.5-1.5-1.5 NA NA NA 3 4 5 6 7 8 9 0 0.15~7.5 7.5-7.5-7.5 NA NA NA A.P. Range (kpa) 0.373~37.3 37.3-37.3-37.3-37.3 2.5~250 2.5~250 1.865~186.5 186.5-186.5-100 -186.5 15~1500 15~1500 6.9~690 690-690 -100-690 25~2500 25~2500 20.68~2068 2068-2068 -100-2068 NA NA 68.95~6895 6895-6895 -100 NA NA NA 206.8~20680 20680 NA -100 NA NA NA 413.7~41370 41370 NA -100 NA NA NA

15 Accessories 2-Way Manifold Isolation Valve 1/2"NPT(M) Prosses Conn. 1/2"NPT(M) Instrument Conn. 1/4" VENT PLUG VENT 115 3-Way Manifold ISOLATE 86 54 ISOLATE 60 41,3 4-12 HOLES INSTRUMENT MOUNTING Inst. Connection DIN 19213 Form B1 86 INSTRUMENT SIDE 5-Way Manifold INSTRUMENT SIDE EQUALISE VENT ISOLATE 4 Nos.Ø12 HOLES INSTRUMENT MOUNTING ISOLATE Inst. Connection DIN 19213 Form B1 236

16 Dimension Installation with Mounting bracket Standard Model 86 Electric Connection o 1:1/2-14NPT(F) o 1:1/2-14NPT(F) Optional o None o Digital Indicator 112 S FIELD TERMINALS 113 Optional o None o Side Drain / Vent Valve 192.5 79.5 Process Connection Standard o 1/4-18NPT Optional (Adapter) o 1/2-14NPT Multi-planer Model 86 112 S FIELD TERMINALS 113 227.5 XXX j CF8M 316 89.5 94

17 2 Pipe Mounting Bracket Model Angle Type Standard Model 112.0 250.2 122.0 220 110.0 MP Model 86.0 112.0 S FIELD TERMINALS XXX j CF8M 316 122 202.5 324.5 110.0 101.3

j 18 2 Pipe Mounting Bracket Model Flat type Standard Model 86 112.0 S FIELD TERMINALS MP Model 86 112 S FIELD TERMINALS XXX CF8M 316 210.0 210.0 324.5 324.8 104.7 94 94 99.5

19 Intrinsically Safe Model 86.0 Electric Connection o 1:1/2-14NPT(F) o 2:G1/2 Optional o None o Digital Indicator 119.0 S FIELD TERMINALS 113 Optional o None o Side Drain / Vent Valve 79.5 192.5 Installation Process Connection Standard o 1/4-18NPT Optional (Adapter) o 1/2-14NPT Liquid Flow Measurement Place taps to the side of the line to prevent sediment deposits on the transmitter s process isolators Mount the transmitter beside or below the taps so gases can vent into the process line Mount drain/vent valve upward to allow gases to vent Gas Flow Measurement Place taps in the top or side of the line Mount the transmitter beside or above the taps so liquid will drain into the process line Steam Flow Measurement Place taps to the side of the line Mount the transmitter below the taps to ensure that the impulse piping will stay filled with condensate In steam service above 250 F (121 C), Fill impulse lines with water to prevent the steam from contacting the transmitter directly and to ensure accurate measurement start-up Gas or Liquid Gas Steam Flow Note: Flow For steam or other elevated temperature services, it is important that temperatures at the process connection do not exceed the transmitter s process temperature limits Flow

Customer Service & Support TEKMATION LLC reserves the right to change the designs and/or materials of its products without notice. The contents of this publication are the property of TEKMATION and cannot be reproduced by any other party without written permission. All rights reserved. Copyright 2016 TEKMATION LLC TEKMATION LLC DOC # TEK/AK/170705/TEK-BAR/A www.tekmationllc.com TEKMATION LLC 796 Tek Drive Crystal Lake, IL 60014 USA Tel : +1 847 857 6062 Fax : +1 847 655 6062 Email : tektrol@tek-trol.com TEKTROL is a fully owned subsidiary of TEKMATION LLC. We offer our customers a comprehensive range of products and solutions for process, power and oil & gas industries. Tektrol provides process measurement and control products for Flow, Level, Temperature & Pressure measurement, Control valves & Analyzers systems. We are present in 15 locations globally. We are known for our knowledge, innovative solutions, reliable products and global presence. TEK-BAR 3100 Series Smart Pressure Transmitter www.tek-trol.com