General Monitors TA102A Instruction Manual Download

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Model TA102A

Zero Two Series Trip Amplifier

Module For Combustible Gas

Applications

The information and technical data disclosed in

this document may be used and disseminated

only for the purposes and to the extent

specifically authorized in writing by General

Monitors.

Instruction Manual

11/04

General Monitors reserves the right to change

published specifications and designs without

prior notice.

Part No.

MANTA102A-EU

Revision

M/11-04

Summary of Contents for TA102A

Page 1: ...a disclosed in this document may be used and disseminated only for the purposes and to the extent specifically authorized in writing by General Monitors Instruction Manual 11 04 General Monitors reserves the right to change published specifications and designs without prior notice Part No MANTA102A EU Revision M 11 04 ...

Page 2: ...have been removed or altered Except for the express warranty stated above General Monitors disclaims all warranties with regard to the products sold including all implied warranties of merchantability and fitness and the express warranties stated herein are in lieu of all obligations or liabilities on the part of General Monitors for damages including but not limited to consequential damages arisi...

Page 3: ... And b Conforms with the protection requirements of IEC 1010 1 1990 Amd 1 1992 Amd 2 1995 relating to safety by the application of A Technical Construction File No GM 95005 and Competent Body Certificate No 4146 699L 6870 4146 1119 9150 and 4146 1119 9507 issued by ERA Technology Ltd Cleeve Road Leatherhead Surrey KT22 7SB England Tel 44 1372 367000 This declaration shall cease to be valid if modi...

Page 4: ...ty system verify that all signal outputs to and from devices and modules are within the manufacturers specifications Initial calibration calibration checking testing should be performed per the manufacturers recommendations and instructions Proper system operation should be verified by performing a full functional test of all component devices of the safety system ensuring that the proper levels o...

Page 5: ...vices Signaling output devices Accessories connected to field and signaling devices Proper system operation should be verified by performing a full functional test of all component devices of the safety system ensuring that the proper levels of alarming occur Fault Malfunction circuit operation should be verified Calibration intervals should be independently established through a documented proced...

Page 6: ...ssible for calibration checks Ensure that sufficient clearance exists to allow the use of field calibration devices The sensor head should always be pointing down to prevent water build up on the sensing element Remember that some combustible gases are heavier than air however do not rely too heavily on this fact when selecting a sensor position The sensor should be located in areas where leaks ar...

Page 7: ...nnel application The coding strips are pre configured at the factory and the male portion is already on each module The female portion if un mounted must be fastened into position on the mounting strip of the desired chassis channel so as to mate with its counterpart on the module see Figure 1 Male Portion Male Portion 1 2 3 4 5 6 7 8 9 10 11 12 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 Figure 1...

Page 8: ... wire 14 AWG wire may be used if it is properly stripped according to Figure 2 Figure 2 Wire Strip Length CAUTION Contact with PC Board components should be avoided in order to prevent damage by static electricity To connect wires to the terminal block on the Model TA102A loosen the desired screw insert the stripped end of the wire and tighten For the rear terminal designations refer to Figure 3 b...

Page 9: ...and closed A2 alarm relay contacts while the unit is on power Figure 5 A2 Alarm Relay Contacts 1 5 2 A1 Alarm The terminal designations for the A1 Alarm outputs are Label Term Description A1 C1 2z Relay Common 1 2 A1 1 4z Relay Contact A1 2 6z Relay Contact A1 3 8z Relay Contact A1 4 10z Relay Contact A1 C2 12z Relay Common 3 4 A1 OC 14z Open Collector OC LA1 24d OC Logic for A1 LED Figure 6a A1 A...

Page 10: ...Fault outputs are SPDT relays 1 open collector output F OC that follows the logic of the relays and 1 open collector output FUA dedicated to new fault indications NOTE If the Backward Compatible configuration is ordered the FUA will not be present pin 32d will be for 24VDC Input The Fault outputs are always normally energized when power is applied to the module The contact ratings for the A2 A1 al...

Page 11: ...r Output CAL OC 32z CAL Inhibit Mode Output Figure 9 Terminal Designations for Unaccept and Calibration Mode Outputs NOTE If the Backward Compatible configuration is ordered the CAL INH will not be present pin 32z will be for the COM The electrical rating for all open collector outputs is 100mA 35Vdc Figure 10 illustrates some typical open collector external circuits Figure 10 Open Collector Exter...

Page 12: ...0d z DC Common Figure 11 Terminal Designations for Field Device NOTE Only 1 Field Device may be connected to a Model TA102A Figure 12 illustrates the Field Device Controller connections Figure 12 Field Device Controller Connections 1 5 6 Card Test Switch The terminal designation for the Card Test Input is Label Term Description CT 16d Switch Connection Figure 13 Card Test Input ...

Page 13: ...ion The other end is connected to system common To activate the feature simply press and hold the switch for as long as the test time is to be run 1 5 7 Analog Output Signal The terminal designations for the Analog Output Signal are Label Term Description AO 20d Analog Signal plus AO 22d Analog Signal minus Figure 15 Terminal Designations for Analog Output NOTE If the Analog Signal is not used a j...

Page 14: ...of modules in the system as well as the number and type of field devices NOTE If the application of power does not turn ON the unit check fuse F1 on the control board NOTE If the unit displays an F4 condition upon power up first try to clear this condition by calibrating the sensor If this condition persists replace the sensor Figure 17 indicates where the power connections for the chassis are mad...

Page 15: ...e Troubleshooting Section or call the factory direct Worldwide Service is available by calling Lake Forest California Phone 1 949 581 4464 24 hr service Fax 1 949 581 1151 Houston Texas Phone 1 281 855 6000 Fax 1 281 855 3290 Ireland Phone 353 91 751175 Fax 353 91 751317 Singapore Phone 65 6748 3488 Fax 65 6748 1911 United Arab Emirates Phone 971 4 8815751 Fax 971 4 8817927 United Kingdom Phone 44...

Page 16: ...wer xiii 2 0 Introduction 5 2 1 General Description 6 2 2 Features Benefits 7 2 2 1 Microprocessor Based Electronics 7 2 2 2 Setup Mode 7 2 2 3 Password Option 7 2 2 4 Setup Check Mode 7 2 2 5 LED Test 7 2 2 6 Card Test 7 2 2 7 Live Insertion Removal 7 2 3 Applications 7 3 0 Installation 8 3 1 Upon Receipt of Equipment 8 3 2 Control Module Installation 8 3 3 Rear Terminal Connections 9 3 3 1 A2 Al...

Page 17: ...ing the Password 25 5 4 2 Inhibit Mode 26 5 4 3 A2 Alarm Options 27 5 4 4 A1 Alarm Options 29 5 4 6 Fault Inhibit Option 30 5 5 Inhibit Mode 34 5 6 Setup Mode Selection Block Diagram 35 6 0 Appendix 36 6 1 Principle of Operation 36 6 2 Applications and Accessories 37 6 2 1 Smart Sensors 37 6 2 4 Dust Guard Assembly 40 6 2 5 Duct Mounting Plates 41 6 2 6 Calibration Equipment 43 6 2 7 Calibration C...

Page 18: ...Cable Parameters 47 6 6 Environmental Specifications 48 6 6 1 Operating Temperature Range 48 6 6 2 Storage Temperature Range 48 6 6 4 Operating Humidity Range 48 6 7 Engineering Specifications 49 6 7 1 Zero Two System 49 6 7 2 TA102A Control Module 49 Volatile Liquids and Solvents 50 6 9 Engineering Technical Drawings 52 6 9 1 Outline Terminal Connections 52 6 9 2 Final Assembly 53 6 10Zero Two Se...

Page 19: ...A2 Alarm Relay Contacts 11 Figure 24 Terminal Designations for A1 Alarm Outputs 11 Figure 25 A1 Alarm Relay Contacts 11 Figure 26 Terminal Designations for Fault Outputs 11 Figure 27 Recommended Relay Protection Circuits 12 Figure 28 Terminal Designations for Unaccept and Calibration 12 Figure 29 Open Collector External Circuits 13 Figure 30 Terminal Designations for the Field Device connections 1...

Page 20: ...igure 66 Splash Guard Picture 40 Figure 67 Dust Guard Picture 40 Figure 68 Dust Guard Assembly Kit Picture 40 Figure 69 Duct Mounting Plate Assembly Drawing 41 Figure 70 IR2100 Duct Mounting Plate 42 Figure 71 Portable Purge Calibrator 43 Figure 72 3 Liter Chamber 43 Figure 73 Recommended Maximum Cable Lengths Between Module Field Device 47 Figure 74 Maximum Allowable Cable Lengths Between Analog ...

Page 21: ...ure 18 is a single channel Combustible Gas detection Control Module designed for use in Zero Two Series Gas and Flame Detection Systems This Module connects to the wires from a field mounted General Monitors Catalytic Bead Sensor and monitors the presence of combustible gases and vapors The Model TA102A is electrically and physically compatible with the other gas detection flame detection and syst...

Page 22: ... 5 LED Test Tests the integrity of each LED and each segment of the digital display on the front panel 2 2 6 Card Test Tests the functionality of the card through the microprocessor ramping the signal from 0 to full scale 2 2 7 Live Insertion Removal Allows the user to insert or remove a module while power is applied to the system without damage to any of the components in the system 2 3 Applicati...

Page 23: ...a complete checkout is necessary upon initial installation and start up to ensure system integrity 3 2 Control Module Installation A rack or panel mounted chassis will be required when installing any Zero Two Series Module These chassis should be mounted in non hazardous weather protected locations and should be subjected to minimal shock and vibrations The rack and panel mounted chassis are avail...

Page 24: ... expect in the presence of Radio Frequency Electromagnetic Field per EN50082 2 1995 is If the installation is subjected to a strong Radio Frequency Electromagnetic Field 10V m 27 1000Mhz the Control Module may respond with a display deviation of 10 FSD This deviation will disappear following removal of the field Functionality is otherwise unaffected 3 3 Rear Terminal Connections All wire connectio...

Page 25: ... Outputs The A2 alarm outputs are DPDT relays 1 open collector output A2 OC that follows the logic of the relays and 1 open collector output LA2 that follows the blinking pattern of the front panel LED The A2 C1 designation is common for A2 1 A2 2 The A2 C2 designation is common for A2 3 A2 4 The normally open NO and normally closed NC contacts depend on a user selectable option see Chapter 5 The ...

Page 26: ...e relays and 1 open collector output LA1 that follows the blinking pattern of the front panel LED The A1 C1 designation is common for A1 1 A1 2 The A1 C2 designation is common for A1 3 A1 4 The normally open NO and normally closed NC contacts depend on a user selectable option see Chapter 5 The table below refers to the proper open and closed A1 alarm relay contacts while the unit is on power User...

Page 27: ...e loads can generate voltage spikes in excess of 1000 volts Spikes of this magnitude may cause false alarms and contact damage Figure 27 shows recommended relay protection circuits for AC and DC loads respectively Figure 27 Recommended Relay Protection Circuits 3 3 4 Other Open Collector Outputs The terminal designation for the Unaccept and the Discrete Calibration outputs are Label Term Descripti...

Page 28: ... External Circuits 3 3 5 Field Device Connections The terminal designations for the Field Device connections are Term Description 26d z Signal IN analogue 28d z VDC Out 24VDC 30d z DC Common Figure 30 Terminal Designations for the Field Device connections NOTE Only 1 sensor may be connected to a Model TA102A ...

Page 29: ...tions 3 3 6 Card Test Switch The terminal designation for the Card Test Input is Label Term Description CT 16d Switch Connection Figure 32 Terminal Designation for Card Test Input Figure 33 is a block diagram that shows the switch connections for the Card Test feature Figure 33 Switch Connections for Card Test Feature ...

Page 30: ...e Label Term Description AO 20d Analog Signal plus AO 22d Analog Signal minus Figure 34 Terminal Designations for Analog Output NOTE If the Analog Signal is not used a jumper must be placed between 20d 22d If required to test card at full load add 300ohm 1 resistor between AO and AO Figure 35 is a diagram of the Analog Signal connections 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 d z AO AO Load T...

Page 31: ...ly on this fact when selecting a sensor position The sensor should be located in areas where leaks are suspected i e near valves pipe connections etc The sensor should not be placed where it may be coated by contaminating substances may coat it 3 5 Sensor Poisons Sensors may be adversely affected by prolonged exposure to certain atmospheres The more important poisons are Prolonged exposure to Hydr...

Page 32: ...es should be segregated from power and other noisy cables Avoid proximity to cables associated with radio transmitters welders switch mode power supplies inverters battery chargers ignition systems generators switchgear arc lights and other high frequency or high power switching process equipment In general maintain a separation of at least 1m between instrument and other cables Greater separation...

Page 33: ...the Password is disabled periodic checks of the setup parameters should be performed 4 2 Electrical Inputs There are two electrical inputs to the Model TA102A They are the General Monitors Field Device and Card Test input Both of these input connections sensor and card test are made to the rear terminal block see Chapter 3 for more detailed installation information The Smart Sensor or Point IR Det...

Page 34: ...t is 0mA the display on the TA102A will indicate F4 field device error When the Model TA102A enters into a fault condition a 0mA signal is generated by this output During a fault the display will indicate a fault code F followed by a digit If the sensor attached to the Model TA102A is seeing gas in excess of 100 of full scale this output will generate a signal between 20 and 21 7mA not proportiona...

Page 35: ...reset automatically A latched alarm output needs to be reset manually Resetting latched alarm outputs is accomplished with the Master Reset Button located on the Facilities Module FM002A Pressing the Master Reset Button will reset any latched conditions that are no longer valid NOTE Latched alarm conditions cannot be Reset until they have been Accepted see Section 4 4 Whenever the Model TA102A rec...

Page 36: ...t LED on the front panel the Model TA102A provides a fault code on the digital display whenever a fault condition occurs The Fault Codes that can appear on the digital display are summarized below 4 8 1 F1 F2 F5 F9 Are not used at this time These codes have been reserved for future use 4 8 2 F3 Software checksum error This fault occurs during initial power up of the unit If this fault occurs remov...

Page 37: ... this page when the fault occurs the FUA output is activated Pressing the ACCEPT button on the Facilities Module FM002A will acknowledge the fault de activate the FUA output and the fault LED will stop flashing and remain ON until the fault is corrected ...

Page 38: ...erfaces Figure 38 consist of a digital display status indicators and a Mode Select switch The digital display provides the user with the gas concentration at the sensor site fault diagnostic codes calibration prompts and setup parameters The status indicators provide the user with an indication of the current mode of operation alarm fault ready calibration and setup The Mode Select switch provides...

Page 39: ...e is the same for most of the options Pressing the Mode Select Switch toggles the available choices When the display has indicated a choice for five consecutive seconds without the operator pressing the Mode Select Switch the Setup routine will accept that selection and move on to the next option available NOTE Before entering the Setup Mode to make changes the user should fill out the form and be...

Page 40: ... Mode Select switch until the first number of your password is displayed and then wait about five seconds The left digit of the display will then blank out and a 0 will appear in the right digit on the display Figure 48 Press the Mode Select switch until your correct password number is displayed then wait about five seconds If the password is correct the unit will proceed to the inhibit option If ...

Page 41: ...t password has been entered the display will indicate In for five seconds Figure 49 Pressing the Mode Select switch while In is displayed will cause the unit to enter the Inhibit mode by inhibiting the alarm outputs As the unit enters the Inhibit mode the Model TA102A will automatically return to normal operation If it is desired to enter the Setup Mode do not press the Mode Select switch for the ...

Page 42: ...FLASHING A2 LED FLASHING for SETUP CHECK MODE STEADY FOR SETUP MODE Figure 50 A2 Energized De Energized Alarm Option The A2 LED on the front panel will be flashing while the latching non latching option is displayed Figure 51 The display will indicate the current selection nL or LA Press the Mode Select Switch to toggle the selection Latching is the factory default for this selection TA102A 0 100 ...

Page 43: ... A2 alarm set point appears on the display 60 is the factory default for this selection TA102A 0 100 LEL READY SETUP SETUP LED ALARM SETPOINT A2 FLASHING A2 LED FLASHING for SETUP CHECK MODE STEADY FOR SETUP MODE SELECT MODE GENERAL MONITORS Figure 52 A2 Alarm Set Point Option NOTE The A2 set point cannot be set lower than the current A1 set point To accomplish this you will need to go through Set...

Page 44: ...ASHING A1 LED FLASHING for SETUP CHECK MODE STEADY FOR SETUP MODE Figure 53 A1 Energized De Energized Alarm Option The A1 LED on the front panel will be flashing while the latching non latching option is displayed Figure 54 The display will indicate the current selection nL or LA Press the Mode Select Switch to toggle the selection Non Latching is the factory default for this selection TA102A 0 10...

Page 45: ...NERAL MONITORS ALARM SETPOINT A1 FLASHING A1 LED FLASHING for SETUP CHECK MODE STEADY for SETUP MODE Figure 55 A1 Set Point Option 5 4 6 Fault Inhibit Option Next the user will select the Fault Inhibit option The FAULT LED on the front panel will be flashing while the display indicates Ac or nA Figure 57 An Ac selection specifies that the Model TA102A will activate the Fault circuit while the unit...

Page 46: ...ons 5 4 7 Card Test Options After the Fault Inhibit option has been selected the user will select the ramp time 3 or 10 seconds and whether or not the alarm outputs will activate during a Card Test The display will indicate ct for about five seconds Figure 57 followed by the ramp up time 3 or 10 during the card test Figure 58 3 is the factory default for this selection FLASHING for SETUP CHECK MOD...

Page 47: ... during a Card Test as either Ac active or nA not active Figure 59 Not Active is the factory default for this selection TA102A 0 100 LEL SETUP MODE SELECT GENERAL MONITORS TA102A 0 100 LEL READY READY SETUP SELECT MODE MONITORS GENERAL SETUP LED FLASHING for SETUP CHECK MODE STEADY FOR SETUP MODE Figure 59 Alarm Output During A Card Test NOTE Selecting nA option for the Card Test will not inhibit ...

Page 48: ... If the Password is disabled the unit will return to normal operation If the Password is enabled the user will be able to enter a new password Figure 61 The unit will display the left digit of the existing Password flashing on the display The right digit will be blank until the left digit has been selected Press the Mode Select switch repeatedly until the desired value is displayed Once the left d...

Page 49: ... exiting Inhibit mode remove gas from sensor and ensure sensor is seeing clean air i e display shows zero NOTE Any latched alarms must be reset before exiting the Inhibit Mode There is a user selectable option that will place the unit in Fault every time the Inhibit Mode is entered If the user does not select this option the Fault circuit will function normally during the Inhibit Mode While the un...

Page 50: ...he Latching LA Non Latching nL Option Set the A2 alarm set point from 10 to 60 in increments of 5 Set the Energized En De Energized dE Option Set the Latching LA Non Latching nL Option Set the A1 alarm set point from 10 to 60 in increments of 5 The A1 Set Point cannot be higher than the A2 Set Point Set the calibration level LEL from 25 to 90 in increments of 1 Set the Fault Activate Ac or not nA ...

Page 51: ... reference bead and the other bead is the active bead Figure 62 Environmental factors can also influence the temperature of the catalytic beads Because the beads are matched pairs they will respond to changes in ambient temperature humidity and pressure equally By connecting one end of each catalytic bead together a series circuit is formed This circuit is supplied with a constant current The volt...

Page 52: ...equipment by means of a screened and armoured cable The S4100C is designed to measure and display concentrations of combustible gases in the range of 0 100 Lower Explosive Level LEL but will continue to display concentrations up to 120 LEL Figure 63 S4100C Smart Sensor The Model S4000C figure 64 is an Intelligent Sensor for the detection of combustible gases and vapors The microprocessor based ele...

Page 53: ...del IR2100 Infrared Point Detector is a microprocessor based hydrocarbon gas detector figure 65 The General Monitors Model IR2100 is calibrated at the factory and needs no routine field calibration The Model IR2100 Infrared Point Detector continuously monitors combustible gases below the Lower Explosion Level LEL range and provides a 4 to 20mA analogue signal proportional to the 0 100 LEL concentr...

Page 54: ...een designed for use on all General Monitor s combustible gas and hydrogen sulfide gas sensors Figure 66 In addition to the Splash Guard a Test Gas Applicator TGA 1 is available for delivering a test gas to remotely located sensors P N 10460 2 The Splash Guard prevents water from rain or equipment wash downs from being forced into the sensor cavity and affecting the response of the sensing element...

Page 55: ...cessory is specifically designed to prevent dust and particulate matter from reaching the sensor flame arrestor Such debris can plug the screen and limit the amount of gas reaching the active surface of the sensor Figure 67 Dust Guard Picture The Dust Guard is also available in a kit with twelve replaceable screens Figure 68 It can also be used as an effective windscreen and is recommended for cor...

Page 56: ... on the duct and cut out a hole large enough for the Sensor to be inserted into the duct Place the O Ring over the Sensor threads against the 1 inch hex on the wiring side of the sensor Insert the wiring side of the Sensor through the Gasket and Cover Screw the Lock Nut onto the wiring side of Sensor Use the four screws to attach the mounted Sensor to the duct The Sensor should be oriented so that...

Page 57: ...Model TA102A 42 Figure 70 IR2100 Duct Mounting Plate ...

Page 58: ...e 72 is explained below The 3 Liter Chamber is used when the TA102A is calibrated with liquid or solvent vapors Before the Model TA102A is calibrated with any solvent or volatile liquid consult the listing in Appendix B to determine the volume of solvent liquid required to produce a 50 LEL concentration in the 3 Liter Chamber However if the user specified calibration level is not 50 LEL consult th...

Page 59: ...alibration Chamber 2 As the sensor begins to respond to the combustible vapor in the chamber the concentration will begin flashing on the display 3 The reading will stabilize after one or two minutes 4 Remove the sensor from the chamber and allow it to see clean air When the display has stopped flashing and indicates a few LEL and then zero 0 the Model TA102A has returned to normal operation 6 2 8...

Page 60: ...ith 50 LEL Butane Gas 1400155 B with 50 LEL Ethane Gas 1400155 E with 50 LEL Ethylene Gas 1400155 EY with 50 LEL Propane Gas 1400155 P 6 2 10 3 Replacement Parts Small Calibration Cup 1400152 1 Large Calibration Cup 1400154 Pressure Gauge Regulator 922 009 Methane Gas 50 LEL 140155 M Hydrogen 50 LEL 140155 H Butadine Gas 50 LEL 140155 BD Butane Gas 50 LEL 140155 B Ethane Gas 50 LEL 140155 E Propan...

Page 61: ...n 5 of span per year 6 3 7 Stability Card Sensor Adheres to FM Class 6310 Class 6320 and CSA 22 2 No 152 M1984 Stabilization occurs in approximately two 2 minutes 6 3 8 Response Time Card Sensor with CH4 gas T50 10 seconds with 100 LEL LFL concentration of gas applied T90 30 seconds with 100 LEL concentration gas applied 6 3 9 Storage Place the TA102A in the original storage container that was shi...

Page 62: ...c for A1 A2 Fault UA FUA CAL OC LA1 LA2 6 5 5 Cable Parameters Recommended 3 wire screened or screened and armoured per BS5308 Part V Type 2 or equivalent Maximum cable lengths allowable between module and the Field Device with 24VDC nominal at the sensor detector mm2 AWG Feet Meters 2 5 14 4500 1372 1 5 16 2250 685 1 0 18 1600 488 75 20 1100 335 25 22 750 228 Figure 73 Recommended Maximum Cable L...

Page 63: ...6 1 Operating Temperature Range TA102A 0 F to 150 F 18 C to 66 C 6 6 2 Storage Temperature Range TA102A 40 F to 150 F 40 C to 66 C 6 6 3 EMC Susceptibility EN50082 2 1995 10V m Max 6 6 4 Operating Humidity Range 5 to 100 Relative Humidity non condensing ...

Page 64: ...equirements of CSA 22 2 No 152 M1984 FM Classes 6310 6320 It shall be capable of monitoring 0 to 100 LEL concentration of combustible gases vapors The control module shall have an interface panel providing a mode select switch and the following indications 2 discrete alarm threshold level indicators a fault or malfunction indicator a ready indicator a calibration mode indicator a setup mode indica...

Page 65: ...Acetaldehyde 136 Acetic Acid 140 Acetone 112 Acetonitrile 96 Acrylonitrile 120 Amyl Acetate 100 Amylamine 156 Benzene 65 Butyl Acetate 137 Butyl Acrylate 148 Butyl Alcohol 78 sec Butyl Alcohol 95 tert Butyl Alcohol 138 Butyl Cellosolve 88 Butyraldehyde 102 Cyclohexane 86 Decane 95 Diethyl Ketone 103 Diisobutyl Ketone 82 Dimethylformamide 104 p Dioxane 104 Dodecane 83 Ethyl Alcohol Ethanol 118 Ethy...

Page 66: ... 120 JP 4 Jet Fuel 183 Laktane 76 Methanol 148 Methyl Ethyl Ketone MEK 76 Methyl Metacrylate 111 Naptha Petroleum Ether 96 Octane 99 Pentane Normal 105 Propanal Propionaldehyde 114 2 Propanol IPA 93 Propyl Acetate 106 Propylamine 103 Propylbenzene 68 Propylene Oxide 98 Styrene 63 Tetrahydrofuran 99 Tetrahydrofurfuryl Alcohol 89 Toluene 78 Triethylamine 102 Vinyl Acetate 152 Vinyl Ethyl Ether 99 o ...

Page 67: ...Model TA102A 52 6 9 Engineering Technical Drawings 6 9 1 Outline Terminal Connections Reference Drawing 11281 1 Figure 75 Outline Terminal Connections ...

Page 68: ...Model TA102A 53 6 9 2 Final Assembly Reference Drawing 11280 1 TA102A A2 A1 CAL READY FAULT SETUP 0 100 LEL MODE SELECT GENERAL MONITORS Figure 76 Final Assembly ...

Page 69: ...flexible multipurpose module for a variety of GM products Model FM002A Zero Two Series Facilities Module Performs Common Functions for Zero Two Systems Model RL002 Zero Two Series Relay Module Provides Extra Output Capacity for Zero Two Systems Model ZN002A Zero Two Series Zone Control Module Performs Zoning and Voting Functions for Zero Two Systems Model MD002 Zero Two Series Driver Card for Moni...

Page 70: ...____________________________________________________________ General Monitors Sales Order No _______________________________________________________ Please tick appropriate box Yes No 1 Was the equipment the correct option 2 Are sensors correct type and range 3 Is mechanical assembly good everything proper fit and tight 4 Did you receive the necessary accessories to commission the equipment 5 Has ...

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