Det-Tronics Eagle Quantum 95-8470-05 Instructions Manual Download

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A-4

UV Arc Rejection

Short duration electrical arcs

Mounting

Q9001L swivel mount for EQ2200UV; Q9001B swivel mount for C7050B.

MODEL EQ2200UVIR SERIES UV/IR FLAME DETECTOR

• Explosionproof for Class I, Division 1, Groups B, C, & D Hazardous (Classified) Locations per FM 3615.

• Dust-ignitionproof for Class II, Division 1, Groups E, F, & G, Class III Hazardous (Classified) Locations per FM

3615.

• Non-incendive for Class I, Division 2, Groups A, B, C and D; Class II, Division 2, Groups F and G; Class III;

Temperature Code T4A Hazardous (Classified) Locations per FM 3611.

• Enclosure Rating NEMA Type 4X per ANSI/NEMA 250.

• Operating Temperature Limits –40°C to +75°C.

• Storage Temperature Limits –55°C to +85°C.

• Relative Humidity Range: 5 to 95% RH.

• National Fire Alarm Code Performance verified per ANSI/NFPA 72-1996.

• Automatic Fire Alarm Signaling Performance verified per FM 3260. A Model EQ2200UVIR with UV Module

DE1888B2 and IR Module DE5600-002 was verified to comply with the following performance criteria:

Summary of Contents for Eagle Quantum 95-8470-05

Page 1: ...8470 05 Eagle Quantum Fire and Gas Detection Releasing System Detector Electronics Corporation 6901 West 110th Street Minneapolis Minnesota 55438 USA Tel 952 941 5665 or 800 765 3473 Fax 952 829 8750...

Page 2: ...Devices EQ2200IDC SERIES INITIATING DEVICE CIRCUIT IV 1 Description IV 1 EQ2200UV UV FLAME DETECTOR IV 1 Description IV 1 Software Selectable Options IV 2 EQ2200UVHT Hi Temp UV FLAME DETECTOR IV 4 De...

Page 3: ...I 32 Section VIII Switch Setting GATEWAY VIII 1 LOGIC CONTROLLER VIII 3 ISOLATION MODULE VIII 3 LON SLC DEVICE ADDRESS SWITCH SETTING VIII 3 Section IX System Startup PRE COMMISSIONING CHECKLIST IX 1...

Page 4: ...ing 3 To prevent unwanted actuation alarms and extinguishing devices must be secured prior to performing system tests Section I System Overview SYSTEM DESCRIPTION The Eagle Quantum System serves multi...

Page 5: ...stallation requirements MAJOR COMPONENT DESCRIPTIONS The system consists of three basic components see Figure I 1 INTELLIGENT FIELD DEVICES ON LOCAL OPERATING NETWORK SIGNALING LINE CIRCUIT LON SLC Th...

Page 6: ...ode it will annunciate a trouble condition If a Fire Alarm is detected by a Flame Detector or Initiating Device Circuit IDC the affected node will send a special Acknowledged Exception Report AER dire...

Page 7: ...nication with the field devices even if there is a LON SLC short circuit directly adjacent to the LCU FIELD DEVICES WITHOUT POWER All Eagle Quantum field devices are designed so that a pass through ci...

Page 8: ...of the LON SLC wiring by isolating shorts and monitoring for ground faults It also provides electrical isolation for the two serial communication ports between the gateway and host devices OPTIONAL L...

Page 9: ...d bar graph will track the status of each address where activity is occurring by sequencing through each event by order of address DEVICE ADDRESS All three digits are on and the decimal point for each...

Page 10: ...and Ground Fault F10 Fault F11 Low Voltage Fault F12 oi Fault F13 290 Volt Fault F20 Not Communicating Com 1 or Com 2 fault F60 Invalid Configuration or Unable to Configure cps Counts Per Second Displ...

Page 11: ...tion of the gateway LON SLC diagnostics check for shorts and opens in the LON SLC wiring In the event of a problem the fault is annunciated in the gateway status word and the gateway fault relay is ac...

Page 12: ...hbutton switches and nine LEDs See Figure II 2 KEY SWITCH The key switch on the front panel of the logic controller is used to select from four operating modes Normal Acknowledge Silence Enable Reset...

Page 13: ...ching and must be cleared by resetting with the key switch Det Tronics configuration software should be used to determine the specific problem POWER FAULT Yellow Indicates that a power supply fault ha...

Page 14: ...buzzer will again turn on NOTE If a trouble condition has been acknowledged and the condition exists for more than 24 hours the buzzer will again sound EQ2100IM ISOLATION MODULE FEATURES Ground fault...

Page 15: ...k devices the power supply monitor utilizes a unique patented technique for detecting network wiring problems This feature minimizes the possibility of a communication breakdown in the event of a wiri...

Page 16: ...when the Reset button is pressed or a fault occurs Pressing the Reset button resets the microprocessor on the card causing it to re initialize At this time the Trouble light on the LCU is also turned...

Page 17: ...e sequence The agent release output circuit is rated for 24 vdc control devices Each release output can supervise and activate up to two solenoid control heads Tables III 1 and III 2 identify the devi...

Page 18: ...amperes at 24 vdc enough to meet the power requirements of today s ADA UL 1971 signaling appliances The Signal Audible Module is located in the LIOU and is supervised by the LCU In the event of modul...

Page 19: ...to the gateway at the rate determined at the time of configuration When programmed for response to a fire alarm condition a special Acknowledged Exception Report AER is immediately sent to the Logic...

Page 20: ...arcs or electrostatic discharge while maintaining the ability to reliably detect the UV given off by a flame The arc rejection mode is not recommended unless these false alarm sources are present wit...

Page 21: ...mode If the fire signal meets the programmed arc rejection requirements the time delay begins A fire output is generated if the fire signal continues for the duration of the time delay Standard mode A...

Page 22: ...ned to provide reliable fire protection in applications where the use of either ultraviolet UV or infrared IR detectors alone can result in false alarms When used alone a UV detector can respond to so...

Page 23: ...t types of logic that can be used for processing fire signals either standard or arc rejection ARC REJECTION MODE The arc rejection mode recommended enables the detector to prevent nuisance fire alarm...

Page 24: ...oblem Repeat configuration UV fault Defect in UV module See extended status IR fault Defect in IR module See extended status Power up Detector in power up time delay Solution Wait for detector to exit...

Page 25: ...fire output is generated if the fire signal continues for the duration of the time delay Automatic or Manual oi The EQ2200UVIR is equipped with the Optical Integrity oi feature The oi test is perform...

Page 26: ...d whenever power is applied During normal operation only the green LED is illuminated The red LED is used to indicate a calibration power up fault or alarm condition The flashing rate of the red LED i...

Page 27: ...Solenoids Initiators The releasing output devices listed in Table IV 6 are recommended for use with the Agent Release Module The solenoids listed in Table IV 7 are compatible with the Agent Release M...

Page 28: ...d by setting switches on an eight position DIP switch valid address range is 5 to 250 Status LEDs Three LEDs located at the center of the circuit board provide a visual indication of device status con...

Page 29: ...igning a system it is important to realize that increasing the number of nodes on the communication loop can result in an increase in the amount of time required for a status change message from a det...

Page 30: ...let component of solar radiation UV radiation generated by periodic lightning or sparks in the area can be effectively ignored by the detector using the arc rejection feature or time delay UV detector...

Page 31: ...however it should be noted that if these steady state infrared sources are hot enough to emit adequate amounts of infrared radiation in the response range of the IR sensor and if this radiation becom...

Page 32: ...the designated hazardous area to reduce the likelihood of picking up radiation from distant sources See Figure 1 Detectors should be located in positions best suited for covering the area to be protec...

Page 33: ...to a different or new environment calibration should be checked frequently to determine the proper interval between periodic calibrations Before performing calibration the operator should examine the...

Page 34: ...herefore precautions should be taken to ensure that the combustible gas has been cleared before classifying the area as safe V 5 95 8470 ACTIVE ELEMENT REFERENCE ELEMENT THERMAL BARRIER FLAME ARRESTER...

Page 35: ...clogged as a result of painting or house cleaning The routine maintenance procedure should include covering the sensor with a plastic bag when painting or cleaning The bag should be removed as soon a...

Page 36: ...concentrations of combustible gases for extended periods of time can introduce stress to the sensing element and seriously affect its performance After exposure to a high concentration of combustible...

Page 37: ...r to Table VI 1 to determine the minimum wire size needed to prevent excessive voltage drop from power supply to device for a given current load To use Table VI 1 first determine the total current loa...

Page 38: ...iring length should not exceed 1600 feet 500 meters SHIELD GROUNDING Two shield ground terminals are provided inside the junction box of each field device and also at the LCU Connect the shield ends t...

Page 39: ...d to prevent damage to electrical connections caused by condensation within the conduit ELECTROSTATIC DISCHARGE Many system electronic modules contain semiconductor devices that are susceptible to dam...

Page 40: ...UV Detector X 0 120 UV IR Detector X 0 120 DCUEX X 0 160 DCU with H2S X 0 075 DCU with PointWatch X 0 320 ARM X 0 120 SAM X 0 120 Network Extender X 0 090 Power Supply X 0 300 Other X Total Solenoid...

Page 41: ...083 Hours Sum of Standby and Alarm Amp Hours Multiply by 1 1 10 Safety Factor X Total Battery Amp Hour Requirement T0014A FM MINIMUM REQUIREMENT FOR EXTINGUISHING SYSTEMS IS 24 HOURS STANDBY TIME AND...

Page 42: ...nized Test Laboratory NRTL labeled enclosure Refer to the Specifications section for mounting dimensions NOTE Power supplies require unrestricted air flow for proper cooling 2 Securely mount the cabin...

Page 43: ...pply monitor See Figure VII 3 6 Connect the B terminal on the power supply monitor to the negative side of the backup battery Connect a correctly sized circuit breaker or disconnect switch in the batt...

Page 44: ...5 8470 VII 3 1 4 C B AC BREAKER DC BREAKER H N G 24 VDC OUTPUT POWER SUPPLY MONITOR 12 11 10 9 8 7 6 5 4 3 2 1 POWER SUPPLY 12 VDC 12 VDC NRTL CABINET BATTERY CIRCUIT BREAKER POWER DIST CKT 1 POWER DI...

Page 45: ...acts at 3D and 3E To insert the resistor lead into the terminal depress the orange lever Terminals 4 to 6 DC Power EQ2101LCU only Two separate 24 vdc power supplies with common ground are required Con...

Page 46: ...he next device on the link All devices sharing a common RS 485 link must have a common system power return Terminals 10 to 12 Three unsupervised inputs to the Logic Controller These inputs are typical...

Page 47: ...circuit terminals with separate shield connections The LON SLC is polarity sensitive due to ground fault monitoring A23 shield connection for COM 1 A24 B side of signaling circuit for COM 1 A25 A sid...

Page 48: ...daisy chained wiring A terminals are connected to A terminals and B terminals to B terminals of the next device on the link RS 485 A Connect one terminal to A of the previous device on the link and th...

Page 49: ...UBLE LED ON 1 2 1 2 A1862 1 TB1 12 Figure VII 9 Location of Switches on Relay Module Module Switch Position Address S1 2 S2 1 S2 2 1 ON ON ON 2 ON ON OFF 3 ON OFF ON 4 ON OFF OFF 5 OFF ON ON 6 OFF ON...

Page 50: ...elease module in the LIOU must be assigned a unique address 1 to 8 This is accomplished using switches S3 2 S4 1 and S4 2 on the release module circuit board Refer to Table VII 4 to determine the corr...

Page 51: ...ease Module Solenoids Maximum Wire Length in Feet Meters Manufacturer Model 12 AWG 14 AWG 16 AWG 18 AWG Skinner LV2LBX25 800 244 500 152 310 94 200 61 ASCO 8210A107 520 158 325 99 200 61 130 40 ASCO 8...

Page 52: ...le must be assigned a unique address 1 to 8 This is accomplished using switches SW2 2 SW1 1 and SW1 2 on the signal audible module circuit board Refer to Table VII 7 to determine the correct switch po...

Page 53: ...Position Address SW2 2 SW1 1 SW1 2 1 ON ON ON 2 ON ON OFF 3 ON OFF ON 4 ON OFF OFF 5 OFF ON ON 6 OFF ON OFF 7 OFF OFF ON 8 OFF OFF OFF T0019A Table VII 7 Switch Positions for Signal Audible Module Add...

Page 54: ...dress Switch Setting in the Switch Setting section Section VIII of this manual for complete information regarding the switch setting procedure 5 Install the communication module inside the junction bo...

Page 55: ...tion Active indicates a 24 VDC ground fault condition Circuit 2 Active indicates a loss of AC input power Open indicates a loss of battery power EQ2200IDCSC SERIES INITIATING DEVICE CIRCUIT SHORT CIRC...

Page 56: ...feet one meter of the cable run to allow for aiming and alignment of the detector 3 Attach the detector to the swivel mounting bracket 4 Remove the rear housing from the bulkhead 5 Connect the wires t...

Page 57: ...NSOR HOUSING BULKHEAD CONDUIT ENTRY oi RING O RING O RING A1840 A1841 STRAP COVER LOCKING ASSEMBLY BARREL LENS CAP CATCH SCREW CATCH BLIND HOLE SCREW COVER LOCKING CLAMP REAR HOUSING Figure VII 20 EQ2...

Page 58: ...r wires to the appropriate points on the P3 terminal Connect the 24 vdc power wires and the communication network cable to the appropriate points on the P2 terminal See Figure VII 27 for terminal iden...

Page 59: ...space around the swivel to facilitate aiming and wiring of the detector Armored flexible conduit should be used for the final 3 feet one meter of the cable run to allow for aiming and alignment of the...

Page 60: ...ctor A Mount the detector and mounting bracket assembly on the wall or ceiling Observe the following guidelines The mounting surface should be free of excessive heat and vibration Allow adequate space...

Page 61: ...DICATES AN ELECTRONIC MALFUNCTION Figure VII 30 UV IR Detector Junction Box with Cover Removed A1913 JUNCTION BOX oi TEST LAMP 2 O RING IR SENSOR HOUSING IR oi RING UV SENSOR MODULE O RING oi TEST LAM...

Page 62: ...Figure VII 32 and ensure that the oi test lamps are located at the top or side of the sensor module when viewed from the front the opening in the oi ring is at the bottom This will ensure proper opera...

Page 63: ...mmunication module Set the address for the device Refer to Device Address Switch Setting in the Switch Setting section of this manual for complete information regarding the switch setting procedure Ch...

Page 64: ...efer to the PointWatch instruction manual form number 95 8440 for complete installation and application information Refer to Figure VII 36 when wiring a PointWatch IR gas detector and a DCU The wiring...

Page 65: ...o be free of combustible gases or vapors The DCUEX uses the following 1 The terminal wiring board is mounted at the bottom of the junction box 2 The transmitter board is mounted above the terminal wir...

Page 66: ...the device Refer to Device Address Switch Setting in the Switch Setting section of this manual for complete information regarding the switch setting procedure 95 8470 VII 25 1 2 3 4 5 6 7 8 9 10 SIG...

Page 67: ...r board must be mounted separate from the sensor high temperature applications etc separate the sensor only leaving the transmitter PC board inside the DCUEX enclosure When using this installation opt...

Page 68: ...2 and the initiator between terminals 3 and 4 as shown in Figure VII 40 CAUTION Do not intermix different types of initiators in the release circuit Terminals 5 to 10 LON SLC signaling circuit termina...

Page 69: ...III For convenience in determining the correct positions for address switches refer to the table Address Switch Settings at the back of this manual VII 28 9 10 7 8 5 6 3 4 1 2 13 14 11 12 JP1 JP2 JP3...

Page 70: ...cuit for COM 1 Terminals 11 to 14 24 vdc power input Connect the module power supply to terminals 12 and 13 If an auxiliary output supply is used for powering signaling devices it should be connected...

Page 71: ...uminum enclosure 2 Remove the cover from the network extender enclosure 3 Connect the 24 vdc power lead wires and the communication network cable to the appropriate points on the terminal block See Fi...

Page 72: ...e available from Detector Electronics If the installation uses catalytic type combustible gas sensors it is imperative that lubricants containing silicone not be used since they will cause irreversibl...

Page 73: ...operational 7 External loads are properly connected and EOL resistors are installed 8 DIP switches are set correctly Record this information for future reference 9 Devices are properly installed in t...

Page 74: ...3 10 9 8 7 4 6 5 B A SHIELD SHIELD B A B A SHIELD SHIELD B A SENSOR POWER 4 TO 20 MA IN POINTWATCH CALIBRATE COM 1 COM 2 24 VOLTS DC 24 VOLTS DC TO GAS DETECTOR POWER SUPPLY J3 J4 AUX POWER J5 A B J1...

Page 75: ...1 2 3 10 9 8 7 4 6 5 1 2 3 4 COM 1 COM 2 B A 24 VDC 10 9 8 7 6 SHIELD 5 1 2 3 10 9 8 7 4 6 5 B A SHIELD SHIELD B A COM 1 COM 2 CIRCUIT 2 CIRCUIT 1 B A SHIELD SHIELD B A SENSOR POWER 4 TO 20 MA IN POIN...

Page 76: ...SHIELD SHIELD B A SHIELD B A SHIELD B A COM 1 COM 2 OUTPUT 2 OUTPUT 1 B A SHIELD SHIELD B A COM 1 COM 2 24 VOLTS DC J3 J4 AUX POWER J5 A B J1 J2 RS 485 MAIN AUX EQ2100LCU EQ2200UVIR EQ2500ARM EQ2100L...

Page 77: ...LD 5 1 2 3 10 9 8 7 4 6 5 SHIELD A B SHIELD SHIELD A B SHIELD B A SHIELD SHIELD B A SENSOR POWER 4 TO 20 MA IN POINTWATCH CALIBRATE COM 1 COM 2 COM 1 24 VDC COM 2 24 VOLTS DC TO GAS DETECTOR POWER SUP...

Page 78: ...B1990 3 4 5 6 1 2 10 11 12 7 8 1 2 3 4 COM 1 COM 2 B A 24 VDC 10 9 8 7 6 SHIELD 5 1 2 3 10 9 8 7 4 6 5 SHIELD A B SHIELD SHIELD A B SHIELD B A SHIELD SHIELD B A SENSOR POWER 4 TO 20 MA IN POINTWATCH...

Page 79: ...parity Closed parity enabled 5 Parity type Open odd Closed even 6 Stop bits Open 1 stop bit Closed 2 stop bits PARITY ENABLE OFF NO PARITY ON PARITY ENABLED BAUD RATE BIT 2 MSB BAUD RATE BIT 1 BAUD R...

Page 80: ...1 is recommended 3 Port 1 operation Open Modbus RTU Slave Closed Allen Bradley DF1 Slave 4 Port 2 operation Open Modbus RTU Slave Closed Modbus RTU Master to PLC 5 Select configuration port Open Port...

Page 81: ...ill report on that address The status word will show the latest update which could be from any of the reporting modules at that address NOTE Logic controllers utilize two consecutive LON SLC addresses...

Page 82: ...he EPROM after any change is made Changes to the logic controller also require downloading via the key switch Chassis ground stud must be connected to earth ground Check RS 485 connections and polarit...

Page 83: ...tween regularly scheduled recalibrations can vary from one installation to the next In general the more frequently a system is checked the greater the reliability IMPORTANT 4 to 20 ma devices not manu...

Page 84: ...d 1 Open the junction box cover and press the sensor replacement switch 2 The calibrate LED on the communication module flashes at a 1 Hz rate indicating it is ready for the zero input 3 Replace the s...

Page 85: ...ues The red LED will blink at a 4 Hz rate The calibration will be logged as aborted Sensor Replacement Combustible Gas NOTE When replacing a sensor compare part numbers to be sure that the correct rep...

Page 86: ...o zero due to removing the sensor In addition the calibration will not be aborted if the calibration procedure is not completed within 12 minutes 3 Replace the sensor 4 Wait at least 5 minutes for the...

Page 87: ...H POINTWATCH Routine Calibration 1 Apply the zero gas 2 Activate the reed switch for at least 4 seconds The red LED blinks at a 2 Hz rate for 3 seconds while the reed switch is activated 3 The calibra...

Page 88: ...If the detector responds indicating a fire when no fire has occurred check the area to see if UV sources are present If possible remove the sources or reposition the detectors so that the sources fal...

Page 89: ...sensor and also check the oi ring opening for proper orientation If the fault does not clear or fault reoccurs a faulty sensor or electrical problem is indicated First replace the UV sensor module If...

Page 90: ...either a Modbus RTU slave or an Allen Bradley DF1 slave Port 2 can be either a Modbus RTU slave or master Two 78 5 kb LON SLC ports provide the start and end of the communication loop for the detectio...

Page 91: ...0 60 50 40 30 20 10 RELAY 2 RELAY 3 RELAY 4 FAULT RESET EAGLE QUANTUM GATEWAY DET TRONICS LON INSOLATOR EAGLE QUANTUM LON ISOLATOR GROUND FAULT GROUND FAULT POWER POWER COM 2 COM 1 DET TRONICS SLOT 1...

Page 92: ...Q2200UV Operating 40 F to 167 F 40 C to 75 C Storage 67 F to 185 F 55 C to 85 C EQ2200UVHT Electronic Module 40 F to 167 F 40 C to 75 C UV Detector 40 F to 257 F 40 C to 125 C Storage 67 F to 185 F 55...

Page 93: ...and Figure X 6 electronic module 5 25 13 3 2 5 6 4 MOUNTING BASE 1 2 INCH NUT USED TO ADJUST ELBOW TO DESIRED ANGLE 1 3 8 INCH NUT USED TO ROTATE SWIVEL DETECTOR ASSEMBLY TO DESIRED POSITION 3 4 INCH...

Page 94: ...8 6 A1844 CONDUIT CABLE ENTRY 2 Figure X 4B Dimensions of EQ2200UV Detector in Inches Millimeters 0 32 0 81 OVAL SLOT MOUNTING TYPICAL FOUR PLACES 3 39 8 6 4 66 11 8 5 20 13 21 0 28 0 71 2 69 6 83 A18...

Page 95: ...is utilized While this setting is required to reliably detect certain types of fires care must be taken to minimize the possibility of false alarms RESPONSE TIME Selectable for a 0 to 7 second time de...

Page 96: ...Very High High 85 65 50 IR Low 40 65 40 Medium 55 75 45 High 65 90 55 Very High 90 100 60 Typical response time less than 5 seconds NOTE Sensitivity level determines maximum response distance and is s...

Page 97: ...TO SECURE DETECTOR BRACKET TO SWIVEL MOUNT JUNCTION BOX MOUNTING BRACKET ATTACHES WITH TWO ENCLOSED FLATHEAD SCREWS 2 1 2 64 MM DIA 0 25 6 4 MM DIA 3 120 2 2 2 00 50 8 MM DIA B1303 B1303 Figure X 9 Q...

Page 98: ...40 C to 75 C Storage 67 F to 185 F 55 C to 85 C HUMIDITY RANGE 0 to 95 RH non condensing VIBRATION Meets MIL SPEC 810C method 514 2 curve AW DIMENSIONS See Figure X 2 EQ2500ARM AGENT RELEASE MODULE RE...

Page 99: ...ting 40 F to 167 F 40 C to 75 C Storage 67 F to 185 F 55 C to 85 C HUMIDITY RANGE 5 to 95 RH non condensing VIBRATION Meets MIL SPEC 810C method 514 2 curve AW DIMENSIONS See Figure X 2 EQ2400NE NETWO...

Page 100: ...6 amps at 120 208 240 VAC EQ2175PS 24 15 12 amps at 120 208 240 VAC Specify 50 Hz or 60 Hz OUTPUT CURRENT EQ2110PS 10 amperes at 24 VDC EQ2130PS 30 amperes at 24 VDC EQ2175PS 75 amperes at 24 VDC POW...

Page 101: ...OUTPUTS PER SYSTEM 32 maximum LIOU RELEASE MODULE RELEASE OUTPUT RATING 2 amperes at 24 vdc SUPERVISORY CURRENT 2 5 ma each circuit SIGNAL OUTPUT RATING 2 amperes at 24 vdc MODULES PER SYSTEM 8 maxim...

Page 102: ...MICAL SENSORS Refer to the Electrochemical Gas Sensor Specification Data sheet form 90 1079 for specifications Electrochemical sensors available from Det Tronics include Hydrogen Sulfide Oxygen Carbon...

Page 103: ...ype combustible gas sensors FLAME DETECTOR MAINTENANCE The flame detector requires no periodic calibration However to maintain maximum sensitivity the viewing window must be kept clean at all times To...

Page 104: ...external or faceplate reset switch is held closed Gateway Fault LED is on and F50 or F51 is displayed A fault was detected on one of the LON communication boards Replace the gateway Gateway Fault LED...

Page 105: ...1 xxx EQ22XXUVIR UV IR Flame Detector 006607 xxx EQ22XXDCU Digital Communication Unit specify gas 006733 xxx EQ25XXARM Agent Release Module 006738 xxx EQ25XXSAM Signal Audible Module 006941 xxx EQ24XX...

Page 106: ...Air Shield Assembly 004483 001 W8066 UV Test Lamp 004404 005 Swivel Mount 003240 202 Sensor Module 006598 001 Electronic Module 002507 001 Window cleaner kit 002519 001 oi Ring 107427 040 O Ring larg...

Page 107: ...erified per ANSI NFPA 72 1996 Combustible Gas Performance verified for 0 to 100 LFL methane in air atmospheres per FM 6320 H2S Toxic Gas Performance verified 0 to 20 50 or 100 ppm per FMRC requirement...

Page 108: ...I Division 1 Groups B C and D Hazardous Classified Locations per FM 3615 Dust ignition proof for Class II Division 1 Groups E F and G Class III Hazardous Classified Locations per FM 3615 Non incendive...

Page 109: ...atic Fire Alarm Signaling Performance verified per FM 3260 A Model EQ2200UV with B2 Module was verified to comply with the following performance criteria Response Characteristics SENSITIVITY FUEL SIZE...

Page 110: ...ive for Class I Division 2 Groups A B C and D Class II Division 2 Groups F and G Class III Temperature Code T4A Hazardous Classified Locations per FM 3611 Enclosure Rating NEMA Type 4X per ANSI NEMA 2...

Page 111: ...nch 40 Ft Low Standard Low Methane 30 inch 40 Ft Medium Arc Rej Low Propane 30 inch 30 Ft Medium Standard Medium Propane 30 inch 30 Ft Medium Arc Rej Medium Methanol 1 Sq Ft 40 Ft High Standard Low Me...

Page 112: ...de T4A Hazardous Classified Locations per FM 3611 Non incendive for Class II Div 2 Groups F and G Class III Temperature Code T4A Hazardous Classified Locations per FM 3611 For use with sensor separati...

Page 113: ...ode T4A Hazardous Classified Locations per FM 3611 For use with sensor separation kit EQ22EMDCUEX non incendive for Class I Div 2 Groups A B C and D Temperature Code T4A Hazardous Classified Locations...

Page 114: ...use with the following automatic deluge and pre action solenoids Manufacturer Model Skinner LV2LBX25 ASCO 8210A107 ASCO 8210G207 Skinner 73218BN4UNLVNOC111C2 Skinner 73212BN4TNLVNOC322C2 Skinner 71395...

Page 115: ...umidity Range 5 to 95 RH National Fire Alarm Code Performance verified per ANSI NFPA 72 1996 and gas performance verified per FM 6310 6320 OPTIONS An optional EQ2101LCU with EQ2101MR Mounting Rack is...

Page 116: ...Figure A1 A 10...

Page 117: ...Limits 55 C to 85 C Relative Humidity Range 5 to 95 RH Combustible Gas Performance verified for 0 to 100 LFL methane in air atmospheres per CSA C22 2 152 MODEL EQ2100LCUPS LOCAL CONTROL UNIT POWER SU...

Page 118: ...Groups B C and D Hazardous Locations per CSA C22 2 30 Dust ignitionproof for Class II Division 1 Groups E F and G Class III Hazardous Locations per CSA C22 2 25 Non incendive for Class I Div 2 Groups...

Page 119: ...s Locations per CSA C22 2 30 Dust ignition proof for Class II Division 1 Groups E F and G Class III Hazardous Locations per CSA C22 2 25 For use with Sensor Separation Kit Non incendive for Class I Di...

Page 120: ...Accuracy 3 LFL from 0 to 50 LFL 5 LFL from 51 to 100 LFL NOTE The high temperature characteristic has NOT been CSA verified above 75 C SENSOR SEPARATION KITS 226365 106 Combustible Aluminum 3 4 inch N...

Page 121: ...C22 2 30 Dust ignition proof for Class II Div 1 Groups E F G Class III Hazardous Locations per CSA C22 2 25 Non incendive for Class I Div 2 Groups A B C and D Class II Div 2 Groups F and G Class III...

Page 122: ...Figure B1 B 6...

Page 123: ...solated when a flammable atmosphere is present Cable glands or the conduit entries to be used with this apparatus shall be EEx d approved by a notified body relevant to the threads found with the encl...

Page 124: ...manner as to protect the lens from mechanical damage UV IR FLAME DETECTOR Standard Temperature Version EEx d IIB H2 T6 Tamb 40 C to 75 C EEx d IIB H2 T5 Tamb 40 C to 90 C IP66 Extended Temperature Ver...

Page 125: ...APPENDIX D D 1 95 8470...

Page 126: ...O O O X O 68 O O X O O O X O 69 X O X O O O X O 70 O X X O O O X O Node Rocker Switch Address 1 2 3 4 5 6 7 8 71 X X X O O O X O 72 O O O X O O X O 73 X O O X O O X O 74 O X O X O O X O 75 X X O X O O...

Page 127: ...X X O X 192 O O O O O O X X 193 X O O O O O X X 194 O X O O O O X X 195 X X O O O O X X 196 O O X O O O X X 197 X O X O O O X X 198 O X X O O O X X 199 X X X O O O X X 200 O O O X O O X X 201 X O O X...

Page 128: ...LON is a registered trademark of Echelon Corporation Modbus is a registered trademark of Modicon Inc...

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