General Monitors FL3102 Instruction Manual Download

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Model FL3102

3.0

INSTALLATION ..................................................................................... 10

3.1 Upon

Receipt

of Equipment ...................................................... 10

3.2 Choosing

Detector Locations .................................................... 10

3.2.1 Detector Field of View .................................................. 10

3.2.2 Optical Sensitivity Range ............................................. 10

3.2.3 Environmental Factors ................................................. 10

3.3 Detector

Installation................................................................... 11

3.4 Terminal

Connections ............................................................... 15

3.4.1 Alarm Relay .................................................................. 16

3.4.2 Warning Relay .............................................................. 17

3.4.3 Fault Relay ................................................................... 18

3.4.5 Alarm Test Terminal ..................................................... 19

3.4.6 Analog Output............................................................... 19

3.4.7 Power ........................................................................... 20

3.4.8 RS-485 OUTPUT.......................................................... 20

3.4.9 Chassis Ground............................................................ 20

3.5 Switch

Selectable Options......................................................... 21

4.0

MAINTENANCE ..................................................................................... 22

4.1 General

Maintenance ................................................................ 22

4.2 Cleaning

the Lenses.................................................................. 22

4.3 Sensitivity Check ....................................................................... 23

4.4 Storage ...................................................................................... 23

5.0

TROUBLESHOOTING ........................................................................... 24

5.1 Trouble

Shooting Chart ............................................................. 24

5.2 Final

Assemblies ....................................................................... 25

6.0

CUSTOMER SUPPORT......................................................................... 26

7.0

MODBUS COMMUNICATIONS............................................................. 27

7.1 Baud

Rate.................................................................................. 27

7.2 Data

Format............................................................................... 27

7.3

MODBUS Read Status Protocol (Query/Response) ................. 28

7.3.1 MODBUS Read Query Message.................................. 28

7.3.2 MODBUS Read Response Message ........................... 28

7.4

MODBUS Write Command Protocol (Query/Response)........... 29

7.4.1 MODBUS Write Query Message.................................. 29

7.4.2 MODBUS Write Response Message ........................... 29

7.4.3 Function Codes Supported........................................... 29

7.5

Exception Responses and Exception Codes ............................ 30

7.5.1 Exception Responses................................................... 31

7.5.1.1 Function Code Field ......................................... 31

7.5.1.2 Exception Code Field ....................................... 31

7.6

Command Register Locations ................................................... 32

7.6.1 Operational Mode Commands ..................................... 32

7.7

FL3102 Operational Mode Command Register Details ............ 35

7.7.1 Analog .......................................................................... 35

7.7.2 Mode............................................................................. 35

7.7.3 Status/Error .................................................................. 35

7.7.4 Fire Type ...................................................................... 36

7.7.5 Model Type................................................................... 36

Summary of Contents for FL3102

Page 1: ...this document may be used and disseminated only for the purposes and to the extent specifically authorized in writing by General Monitors Instruction Manual 07 08 General Monitors reserves the right to change published specifications and designs without prior notice MANFL3102 Part No MANFL3102 Revision D 07 08 ...

Page 2: ... application or on which the original identification marks have been re moved 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 dama...

Page 3: ...ion of power and any factory specified warm up period to the safety system verify that all signal outputs to and from devices and modules are within the manufacturers specifications Initial 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 e...

Page 4: ...ices 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 detection system ensuring that the proper levels of alarming occur Fault Malfunction circuit operation should be verified Maintenance intervals should be independently established through a documented proc...

Page 5: ...r of the detector see Figure 1 1 2 2 Optical Sensitivity Range The distance at which the detector will respond to a flame is a function of the intensity of that flame The maximum distance is 50 feet 15 2m for a gasoline fire with a surface area of 1 square foot 0 92m2 1 2 3 Environmental Factors Mounting should be as free from shock and vibration as possible and convenient for visual inspection an...

Page 6: ...s The detector s should be mounted in locations which will inhibit people or objects from obscuring the detector s Cone of Vision NOTE Before installing these units please read the warning statement on page 13 of this manual These units must have a conduit seal installed Mounting hardware should be used as shown in Figures 2 and 3 NOTE The swivel 961 003 is rated for Class I Div 1 2 Groups C D Use...

Page 7: ...Model FL3102 Quick Start Guide iii Figure 1 FL3102 Field of View ...

Page 8: ...OUNTING 2 80 71 12 2 80 71 12 4 66 118 4 REF HOLE 4X Ø 26 6 6 4X M6 WASHER BRACKET ASSEMBLY 4X M6 X 14 30 3 75 95 3 5 00 127 0 60 30 Figure 2 Swivel Elbow Drawing Class I Div 1 2 Groups C D Figure 3 Mounting Bracket Drawing Class I Div 1 2 Groups B C D ...

Page 9: ...4 3 5 8 7 9 FIELD TERMINATIONS TB2 TB1 Figure 4 FL3102 Outline Drawing WARNING General Monitors requires that the conduit entry be sealed per the Canadian Electrical Code Handbook Part 1 Section 18 154 Conduit seals prevent water from entering the units housing through the conduit entry Water entering the housing through the conduit entry will damage the electronics and nullify the warranty ...

Page 10: ...inal Block is located on the Base Assembly See Figure 8 and accepts 12 AWG to 22 AWG stranded or solid core wire Each wire should be stripped as shown in Figure 5 Figure 5 Wire Strip Length To connect the wire to the Terminal Block insert the conductor into the connection space as shown in Figure 7 and tighten the corresponding screw terminal Figure 6 Detector Housing and Base ...

Page 11: ...on The connections are to the SPDT ALARM relay ALARM output is time delayed for 2 4 8 or 10 seconds This time delay can be set by RS 485 or DIP switch see Section 3 5 The ALARM output can be normally energized or normally de energized latching or non latching and these options are also set via RS 485 or by DIP switch See Section 3 5 Switch Selectable Options Alarm Relay TB2 Term 2 ALM C Alarm Comm...

Page 12: ...erminal Connections 1 4 2 Warning Relay TB2 Term 5 WARN C TB2 Term 6 WARN 1 TB2 Term 7 WARN 2 Description These connections are to the SPDT WARN relay The WARN output is immediate on the Model FL3102 The WARN output can be normally energized or normally de energized latching or non latching These options are also set via RS 485 or by a DIP switch See Section 3 5 Switch Selectable Options Warning R...

Page 13: ...lay The FAULT output configuration is normally energized and non latching This is the standard output configuration and it cannot be changed The FAULT circuit will be activated during the time out function a low power or loss of power condition and during a failed COPM check During these conditions the FAULT relays will de energize and the analog output signal will drop to 0 mA 2mA for COPM Faults...

Page 14: ...e alarm time delay setting The Alarm Test will activate the WARN and ALARM relay outputs as well as the appropriate analog output The Flame Detector will remain in this state until the switch is released The latching WARN and or ALARM will have to be RESET manually The Auto test feature cannot be daisy chained between two or more FL3102 Flame Detectors 1 4 6 Analog Output TB1 Term 5 0 20mA Analog ...

Page 15: ... Term 2 DATA These are the connections for the RS 485 output The RS 485 connection is used to either query the unit s status or to configure the unit See Section 7 for detailed information on Modbus RTU protocol NOTE If redundant RS 485 output is ordered then the 0 20mA output is not available and the wiring terminals are TB1 Term 5 DATA2 TB1 Term 6 DATA2 1 4 9 Chassis Ground TB2 Term 1 CHAS GND T...

Page 16: ... switch position or the side labeled OPEN Refer to the tables in Figure 13 for the switch assignments The settings for the WARN and ALARM outputs have been covered in section 3 4 The time delay specifies the amount of time a WARN condition persists before an ALARM condition will occur Figure 12 Dip Switch Location OPTION OFF OPEN ON CLOSED 100 Sens 1 sqft 50 ft 1 2 75 Sens 1 sqft 35 ft 2 1 50 Sens...

Page 17: ...fer to the 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 6 748 3488 Fax 65 6 748 1911 United Arab Emirates Phone 971 4 8815751 Fax 971 4 8817927 United Kingd...

Page 18: ...tallation ii 1 4 Terminal Connections vi 1 4 1 Alarm Relay vii 1 4 2 Warning Relay viii 1 4 3 Fault Relay ix 1 4 4 Alarm Reset Terminal x 1 4 5 Alarm Test Terminal x 1 4 6 Analog Output x 1 4 7 Power xi 1 4 8 RS 485 OUTPUT xi 1 4 9 Chassis Ground xi 1 5 Switch Selectable Options xii TABLE OF CONTENTS 1 TABLE OF FIGURES 5 2 0 INTRODUCTION 7 2 1 General Description 7 2 2 Principle of Operation 8 2 2...

Page 19: ...ESHOOTING 24 5 1 Trouble Shooting Chart 24 5 2 Final Assemblies 25 6 0 CUSTOMER SUPPORT 26 7 0 MODBUS COMMUNICATIONS 27 7 1 Baud Rate 27 7 2 Data Format 27 7 3 MODBUS Read Status Protocol Query Response 28 7 3 1 MODBUS Read Query Message 28 7 3 2 MODBUS Read Response Message 28 7 4 MODBUS Write Command Protocol Query Response 29 7 4 1 MODBUS Write Query Message 29 7 4 2 MODBUS Write Response Messa...

Page 20: ...28 Comm 1 2 Framing Errors 42 7 7 29 Comm 1 or 2 Message Interval 42 7 7 30 Comm 2 Only Total Receive Errors 42 7 7 31 Comm 1 Only SCI Errors 42 7 7 32 Clear Comm 1 2 Errors 42 7 7 33 Comm 2 Address 43 7 7 34 Comm 2 Baud Rate 43 7 7 35 Comm 2 Data Format 44 8 0 APPENDIX 45 8 1 Specifications 45 8 1 1 System Specifications 45 8 1 1 1 Detector Location 45 8 1 1 2 IR Detector center wavelength Figure...

Page 21: ...midity range 47 8 1 5 Modbus RTU Protocol 47 8 2 Approvals 47 8 3 Spare Parts and Accessories 47 8 3 1 Spare Parts 47 8 3 2 TL103 Test Lamp 48 8 3 3 Mounting Swivel Union 48 8 3 4 Mounting Bracket 49 8 3 5 Optical Air Guard 49 ...

Page 22: ...l Elbow Drawing Class I Div 1 2 Groups C D 13 Figure 18 Mounting Bracket Drawing Class I Div 1 2 Groups B C D 13 Figure 19 FL3102 Outline Drawing 14 Figure 20 Wire Strip Length 15 Figure 21 Detector Housing and Base 15 Figure 22 Terminal Block Operation 16 Figure 23 Terminal Connections 17 Figure 24 Relay Contacts 18 Figure 25 Maximum Cable Lengths for 250 Ohm Input 19 Figure 26 Maximum Cable Leng...

Page 23: ... Status Error 35 Figure 43 Model Type 36 Figure 44 EEPROM Override 37 Figure 45 Options 38 Figure 46 Comm 1 Baud Rate 38 Figure 47 Comm 1 Data Format 39 Figure 48 Remote Reset 40 Figure 49 Remote Alarm Test 40 Figure 50 Clear COPM Faults 40 Figure 51 Comm 1 2 Errors 42 Figure 52 Comm 2 Baud Rate 43 Figure 53 Comm 2 Data Format 44 ...

Page 24: ...nfrared Ultraviolet and the Visible Spectral Regions The General Monitors Model FL3102 is a Dual Frequency Infrared DFIR Flame Detector Figure 14 The Model FL3102 detects the Infrared spectral regions of flame to produce a system which is highly immune to false alarms caused by lightning arc welding hot objects and other sources of radiation In addition the FL3102 can see through most smoky type f...

Page 25: ...rporated in the IR circuitry is a flicker discrimination circuit This permits the detector to ignore steady static IR sources such as hot objects The inherent flickering of a flame provides the necessary modulation to activate the IR circuit The Model FL3102 Flame Detector processes these IR signals with a microcomputer and produces the following outputs 0 to 20 Milliampere signal Immediate WARN r...

Page 26: ... FL3102 Flame Detector has a built in Alarm Test feature By connecting one contact of a SPST momentary switch to TB1 position 4 and the other contact to DC COM see Section 3 4 Terminal Connections the user can test the alarm outputs of the Flame Detector by activating this switch for one to eight seconds depending on the Alarm Delay Setting The Flame Detector will immediately go into WARN and then...

Page 27: ...ector see Figure 16 3 2 2 Optical Sensitivity Range The distance at which the detector will respond to a flame is a function of the intensity of that flame The maximum distance is 50 feet 15 2m for a gasoline fire with a surface area of 1 square foot 0 92m2 3 2 3 Environmental Factors Mounting should be as free from shock and vibration as possible and convenient for visual inspection and cleaning ...

Page 28: ...ctor s should be mounted in locations which will inhibit people or objects from obscuring the detector s Cone of Vision NOTE Before installing these units please read the warning statement on page 13 of this manual These units must have a conduit seal installed Mounting hardware should be used as shown in Figures 17 and 18 NOTE The swivel 961 003 is rated for Class I Div 1 2 Groups C D Use mountin...

Page 29: ...Model FL3102 12 Figure 16 FL3102 Field of View ...

Page 30: ...80 71 12 2 80 71 12 4 66 118 4 REF HOLE 4X Ø 26 6 6 4X M6 WASHER BRACKET ASSEMBLY 4X M6 X 14 30 3 75 95 3 5 00 127 0 60 30 Figure 17 Swivel Elbow Drawing Class I Div 1 2 Groups C D Figure 18 Mounting Bracket Drawing Class I Div 1 2 Groups B C D ...

Page 31: ... 9 FIELD TERMINATIONS TB2 TB1 Figure 19 FL3102 Outline Drawing WARNING General Monitors requires that the conduit entry be sealed per the Canadian Electrical Code Handbook Part 1 Section 18 154 Conduit seals prevent water from entering the units housing through the conduit entry Water entering the housing through the conduit entry will damage the electronics and nullify the warranty ...

Page 32: ...is located on the Base Assembly See Figure 23 and accepts 12 AWG to 22 AWG stranded or solid core wire Each wire should be stripped as shown in Figure 20 Figure 20 Wire Strip Length To connect the wire to the Terminal Block insert the conductor into the connection space as shown in Figure 23 and tighten the corresponding screw terminal Figure 21 Detector Housing and Base ...

Page 33: ...2 4 8 or 10 seconds This time delay can be set by RS 485 or DIP switch see Section 3 5 The ALARM output can be normally energized or normally de energized latching or non latching and these options are also set via RS 485 or by DIP switch See Section 3 5 Switch Selectable Options Alarm Relay TB2 Term 2 ALM C Alarm Common Normally de energized TB2 Term 3 ALM 1 Normally Closed TB2 Term 4 ALM 2 Norma...

Page 34: ...is immediate on the Model FL3102 The WARN output can be normally energized or normally de energized latching or non latching These options are also set via RS 485 or by a DIP switch See Section 3 5 Switch Selectable Options Warning Relay TB2 Term 5 WARN C Warning Common Normally de energized TB2 Term 6 WARN 1 Normally Closed TB2 Term 7 WARN 2 Normally Open Normally energized TB2 Term 6 WARN 1 Norm...

Page 35: ...output configuration and it cannot be changed The FAULT circuit will be activated during the time out function a low power or loss of power condition and during a failed COPM check During these conditions the FAULT relays will de energize and the analog output signal will drop to 0 mA 2mA for COPM Faults for the duration of the FAULT Fault Relay TB2 Term 8 FLT C Fault Common Normally energized TB2...

Page 36: ...ime delay setting The Alarm Test will activate the WARN and ALARM relay outputs as well as the appropriate analog output The Flame Detector will remain in this state until the switch is released The latching WARN and or ALARM will have to be RESET manually The Auto test feature cannot be daisy chained between two or more FL3102 Flame Detectors 3 4 6 Analog Output TB1 Term 5 0 20mA Analog Output Th...

Page 37: ...TA These are the connections for the RS 485 output The RS 485 connection is used to either query the unit s status or to configure the unit See Section 7 0 for detailed information on Modbus RTU protocol NOTE If redundant RS 485 output is ordered then the 0 20mA output is not available and the wiring terminals are TB1 Term 5 DATA2 TB1 Term 6 DATA2 3 4 9 Chassis Ground TB2 Term 1 CHAS GND This conn...

Page 38: ...sition or the side labeled OPEN Refer to the tables in Figure 28 for the switch assignments The settings for the WARN and ALARM outputs have been covered in section 3 4 The time delay specifies the amount of time a WARN condition persists before an ALARM condition will occur Figure 27 Dip Switch Location OPTION OFF OPEN ON CLOSED 100 Sens 1 sqft 50 ft 1 2 75 Sens 1 sqft 35 ft 2 1 50 Sens 1 sqft 25...

Page 39: ...ee cloth tissue or cotton swab should be used to apply the cleaning solution Do not touch the lenses or light rods with fingers 1 Wet the window with the solution 2 Rub with a dry unsoiled cloth until the window is clean 3 Completely dry the window 4 Repeat steps a b and c for the light rods See figure 29 Take care only to clean the uncoated non aluminum areas of the light rods WARNING Dirty or pa...

Page 40: ...d or the ALARM TEST function see section 2 2 Principle of Operation Alarm Test should be used See Section 8 3 Spares Accessories for details on test lamps 4 4 Storage These Flame Detectors should be stored in a clean dry area and within the temperature and humidity ranges quoted in Section 8 1 4 Environmental Specifications ...

Page 41: ...might send the unit into alarm if an alarm condition will create problems NOTE If the equipment is under warranty any repairs performed by persons other than General Monitors authorized personnel may void the warranty Please read the warranty statement carefully PROBLEM POSSIBLE CAUSE CORRECTIVE ACTION No output signal and green LED in window is off No DC power to the Unit Be sure that the 24VDC i...

Page 42: ...Model FL3102 25 5 2 Final Assemblies Figure 31 FL3102 DFIR Final Assembly ...

Page 43: ... Heather Close Lyme Green Business Park Macclesfield Cheshire United Kingdom SK11 0LR Phone 44 1625 619583 Fax 44 1625 619098 Email info generalmonitors co uk IRELAND Ballybrit Business Park Galway Republic of Ireland Phone 353 91 751175 Fax 353 91 751317 Email service gmil ie SINGAPORE No 2 Kallang Pudding Rd 09 16 Mactech Building Singapore 349307 Phone 65 6 748 3488 Fax 65 6 748 1911 Email genm...

Page 44: ...mmended to have both Comm 1 and Comm 2 channels active simultaneously If the dual Comm option is ordered the Analog output will not be available 7 1 Baud Rate The Baud Rate is a selectable setting via the MODBUS Communications Interface The selectable baud rates are 19 2K 9600 4800 or 2400 bits per second 7 2 Data Format The Data Format is a selectable setting via the MODBUS Communications Interfa...

Page 45: ...igure 33 MODBUS Query Messages NOTE Address 0 is reserved for broadcast mode and will not be supported at this time NOTE Start Address can be a maximum of 9999 Address Locations 0000 270E 7 3 2 MODBUS Read Response Message Byte MODBUS Range Referenced to FL3100 FL31001 1st Slave Address 1 247 Decimal FL3102 ID Address 2nd Function Code 03 Read Holding Registers 3rd Byte Count 02 No of Data Bytes 4...

Page 46: ...99 Address Locations 0000 270E 7 4 2 MODBUS Write Response Message Byte MODBUS Range Referenced to FL3102 1st Slave Address 1 247 Decimal FL3102 ID Address 2nd Function Code 06 Preset Single Register 3rd Register Address Hi 00 Not used by FL3102 4th Register Address Lo 00 FF Hex FL3102 Command Registers 5th Preset Data Hi 00 FF Hex FL3102 Hi Byte Command Data 6th Preset Data Lo 00 FF Hex FL3102 Lo...

Page 47: ...rom occurring the typical response times for the FL3102 are listed below Baud Rate bps Query From Master msec Unit Response Delay Time to Query msec Response From Unit msec Master Response Delay Time Between End of Unit Response and Next Master Query msec Total Response Time msec 19 2K 4 4 4 100 120 112 132 9600 8 5 8 100 120 121 141 4800 16 6 16 100 120 138 158 2400 32 8 32 100 120 172 192 Figure...

Page 48: ...ld which was requested in the query from the master In an exception response the FL3102 returns an exception code in the data field which describes the FL3102 condition that caused the exception Below is a list of exception codes that are supported by the FL3102 Code Name Description 01 Illegal Function The function code received in the query is not an allowable action for the FL3102 02 Illegal Da...

Page 49: ...Model FL3102 32 7 6 Command Register Locations 7 6 1 Operational Mode Commands See section number listed below and reference Section 7 7 for details of each register ...

Page 50: ...ndicates present Data Format Comm 1 8N 1 8E 1 8O 1 8N 2 Value 0 3 R W 000C 4013 7 7 12 Not Used 000D 4014 Fire Window COPM Fault Total Indicates No of Fire Channel Window Photodiode Faults Value 8 Bit R 000E 4015 7 7 13 Fire Sensor COPM Fault Total Indicates Total No of Fire Channel Detector COPM Faults Value 8 Bit R 000F 40416 7 7 14 Sun COPM Fault Total Indicates Total No of Sun Channel Window D...

Page 51: ... 2 Framing Errors Total of Framing Errors Comm 1 2 Value 8 Bit R 0029 40042 7 7 28 Comm 1 2 Message Interval Indicates Comm 1 or 2 Message Interval in Milli seconds Value 8 Bit R 002A 40043 7 7 29 Comm 2 Only Total Receive Errors Total of Comm 2 Only Receive Errors Value 8 Bit R 002B 40044 7 7 30 Comm 1 Only SCI Interrupt Errors Total of Serial Comm Interface Errors Comm 1 Only Value 8 Bit R 002C ...

Page 52: ...cimal Value Power up Delay 1 Warn Non latching Only 2 Warn Alarm Non Latching 3 Warn Latching Only 4 Alarm Latching Only 5 Warn Alarm Latching 6 Ready State No Fire 7 Alarm Test 10 COPM Fault Detected 11 Figure 41 Mode 7 7 3 Status Error A read returns the errors that are occurring now which are indicated by bit position Byte Function Bit Position EPROM Checksum 8 EEPROM Checksum 7 RAM Test 6 Low ...

Page 53: ...un COPM Fault The Fire Window COPM indicates that the Fire window is dirty and needs to be cleaned or that there is a hardware problem with the Sun Channel detection circuitry Fire Window COPM Fault 01 Lo Data Byte Sun COPM Fault 02 Lo Data Byte Fire Sensor COPM Fault 04 Lo Data Byte High Data Byte Not Used 7 7 8 EEPROM Override A read indicates the status of the EEPROM Override bit A write comman...

Page 54: ...roximately10 seconds at which time the ALARM TEST input can be released from ground 7 7 9 Options A read returns the status of the settings for the Detector Sensitivity Relay Delay Relay Latching Non Latching and Relay Energized Non Energized features either from the Options DIP switch or the EEPROM depending on the setting of the EEPROM Override bit listed above A write command changes the settin...

Page 55: ...ve Device Failure is returned NOTE By grounding the RESET input during the first 10 seconds of the 2 minute power up cycle the FL3102 Address will default to 1 The red and green LED s will flash simultaneously while the RESET input is grounded The address will be set to a default of 1 when the red and green LED s flash alternately after approximately 10 seconds at which time the RESET input can be...

Page 56: ...t has changed therefore the master will have to change its data format to the slave s new data format in order to restart or provide proper communications Data Parity Stop Format Low Data Byte Access 8 None 1 8 N 1 00 Read Write 8 Even 1 8 E 1 01 Read Write 8 Odd 1 8 O 1 02 Read Write 8 None 2 8 N 2 03 Read Write Figure 47 Comm 1 Data Format This function is indicated on the Low Data Byte and the ...

Page 57: ...ing used Function Bit LSB Access Enable 1 Read Write Disable 0 Read Write Figure 48 Remote Reset 7 7 17 Remote Alarm Test Writing a 1 to the bit activates the Remote Alarm Test function that activates the Warn and Alarm relay turn on along with the Analog current status Once the Alarm Test is complete the function should be disabled by writing a zero to Remote Alarm Test and then resetting the Ala...

Page 58: ...eive Errors A read indicates the total MODBUS Comm 1 Only Receive Errors that occurred in the slave device The maximum count is 255 and then the counter will rollover to zero and begin counting again 7 7 24 Comm 1 2 RXD CRC Lo Errors A read indicates the number of Comm 1 2 RXD CRC Lo Byte Errors that occurred in the slave device The maximum count is 255 and then the counter will rollover to zero a...

Page 59: ...cated is 255 7 7 30 Comm 2 Only Total Receive Errors A read indicates the total MODBUS Comm 1 Only Receive Errors that occurred in the slave device The maximum count is 255 and then the counter will rollover to zero and begin counting again 7 7 31 Comm 1 Only SCI Errors A read indicates the number of Comm 1 Only SCI Serial Communications Interface Errors that occurred in the slave device The maxim...

Page 60: ...m 2 baud rate of the FL3102 A write changes the baud rate to the requested baud rate After the baud rate has been changed to the addressed unit the MODBUS communications will cease because the baud rate has changed Therefore the master will have to change its baud rate to the slave s new baud rate in order to restart the communications Baud Rate Low Data Byte Access 19 2K 03 Read Write 9600 02 Rea...

Page 61: ... the master will have to change its data format to the slave s new data format in order to restart or provide proper communications Data Parity Stop Format Low Data Byte Access 8 None 1 8 N 1 00 Read Write 8 Even 1 8 E 1 01 Read Write 8 Odd 1 8 O 1 02 Read Write 8 None 2 8 N 2 03 Read Write Figure 53 Comm 2 Data Format This function is indicated on the Low Data Byte and the High Data Byte is not u...

Page 62: ...lame Detector with a 1 square foot gasoline fire One cup of unleaded gasoline on top of a one inch layer of water was ignited for each test These are typical values and different results may occur depending on the variation of each fire 8 1 1 6 Sensitivity 50 feet 15 2m Maximum distance for a 1 square foot 092m2 gasoline fire to be reliably detected For settings see Section 3 5 Switch Selectable O...

Page 63: ...dc Range 20 to 36Vdc Maximum supply current 150mA Maximum output signal load 600 Ohms 24 VDC Output signal range 0 to 20mA FAULT signal 0 to 0 2mA COPM fault signal 2 0 mA 0 2mA Ready signal 4 0 0 2mA WARN signal 16 0 0 2mA ALARM signal 20 0 0 2mA 8 1 3 2 Relay Contact Ratings 8A 250VAC 8A 30VDC Resistive MAX 8 1 3 3 RS 485 Output Modbus RTU 128 units in series MAX 247 units with repeaters 8 1 3 4...

Page 64: ...2 Approvals CSA approved Cenelec CE Marking pending 8 3 Spare Parts and Accessories 8 3 1 Spare Parts When ordering Spare Parts and or Accessories please contact your nearest General Monitors Representative or General Monitors directly and give the following information 1 Part Number 2 Description 3 Quantity Item Description Part 1 Lamp IR Source 70596 2 2 IR Detector CO2 71064 1 3 IR Detector Sun...

Page 65: ...e response of the flame detector to the lamp If the system is operating normally the control module will go into a WARNing condition after a few flashes of the Test lamp If the lamp remains ON for the period set by the Time Delay Adjustment the controller will go into ALARM To conserve charge do not operate the Test Lamp longer than is necessary to test each channel When the battery level drops be...

Page 66: ...ting bracket design allows for optical alignment adjustments for the Model FL3102 when installed to a fixed installation 8 3 5 Optical Air Guard An optical air guard is available for applications such as paint spray booths which require a method to keep detector optics clean This air guard mounts at the front of the FL3102 and has a connection for shop air The air when turned on creates an air wal...

Page 67: ...EE regulations For further General Monitors product WEEE disposal information please visit www generalmonitors com customer_support faq_general html All other countries or states please dispose of in accordance with existing federal state and local environmental control regulations ADDENDUM Product Disposal Considerations ...

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