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Omniflex C1180, User Manual

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Omniflex C1180 User Manual Download Page 40

 

         

 

Omni8/16C/Omni8P User Manual 

UMC1480R24.pdf 

40 

© Omniflex 2021 

4.8

 

Power Requirements 

The standard Omni8/16C is 24 Volt dc powered. 
The table below gives the maximum current requirement of each of the products in the range. 
If any of the options are fitted, then these must be added to the base consumption to determine the total 
consumption of the product. 

 

Table 4-1 – Omni8C/8P/16C Power Consumption 

Model 

Max Current 
Consumption at 
24 Volts dc 

C1180 

0.1 Amps 

Note1

 

C1181 

0.1 Amps 

Note1

 

C1182A 

0.1 Amps 

Note1

 

C1184 

0.1 Amps 

Note1

 

C1185 

0.1 Amps 

Note1

 

C1427 

0.6 Amps 

C1428 

0.6 Amps 

C1429 

1.1 Amps 

C1478 

0.1 Amps 

Note1

 

C1479B 

0.1 Amps 

Note1

 

C1480B 

1.1 Amps 

C1481B 

0.6 Amps 

C1482B 

2.0 Amps 

C1483B 

1.1 Amps 

C1484B 

0.6 Amps 

C1485B 

2.0 Amps 

C1486A 

1 Amp 

C1487A 

0.6 Amps 

C1488A 

0.6 Amps 

C1489A 

2 Amps 

C1490B 

0.6 Amps 

C1491B 

0.3 Amps 

Summary of Contents for C1180

Page 1: ...Omni8C 16C Omni8P Series Alarm Annunciators Serial Displays User Manual Revision 24...

Page 2: ...2 Omni8P version added to the manual Nov 2006 13 Modbus Addressing enhanced from V8 02 firmware Aug 2009 14 Non Spark EXN annunciator added Dec 2010 15 Updated to reflect changed operation of Repeat R...

Page 3: ...nput Remote Logic Unit Ribbon Header O P Figure 1 3 C1185 Omni16C Serial Input Remote Logic Unit Lamp Driver O P Figure 1 3 8 Point Panel Mount Integral Alarm Annunciators C1490B Omni8C annunciator wi...

Page 4: ...from patent or other protective rights of Omniflex or others 3 Although every intention is made to ensure that performance figures and data are accurate the company reserves the right to alter withou...

Page 5: ...ount Mechanical Dimensions 19 3 3 Introduction to Panel Mounting 19 3 4 Panel Mounting Multiple Units in a single cut out 20 3 4 1 Mounting Procedure 20 3 4 2 Multiple Unit Cut Out Size 21 3 4 3 Examp...

Page 6: ...he Common Service Relay Contacts 46 4 11 1 Switch Set Mode 47 4 12 Connecting Control Pushbuttons 47 4 12 1 Controlling a single Omni8 16C with internal pushbuttons 47 4 12 2 Controlling a single Omni...

Page 7: ...ettings 63 5 10 Changing the operation of the Repeat Outputs 65 6 Operation 66 6 1 Power up 66 6 2 Normal Operation 66 6 3 Test Functions 66 6 3 1 Overview of the Test Functions 66 6 3 2 Pressing the...

Page 8: ...3 5 Jacking Bar location slots 20 Figure 3 6 Vertical Stacking Arrangement 21 Figure 3 7 Omni16C Ex ic Version in protective housing 23 Figure 3 8 Omni16C IP65 Front Cover Mechanical Mounting 24 Figu...

Page 9: ...Connecting the internal Omni8P Audible Device 50 Figure 4 16 Connecting Omni8P Audible to Omni16C s 50 Figure 4 17 Connecting the optional C1169 Lamp Driver Board 51 Figure 4 18 Ribbon Header Pin Layo...

Page 10: ...es holding and maintenance are significantly enhanced Standard 8 and 16 point modules allow integral systems from 8 to 256 points to be constructed by the user Panel mounted display options include lo...

Page 11: ...e field wiring when also connecting inputs to other systems A Software Configuration Utility for more advanced customisation Figure 1 1 The Omni8C Panel Mount 8 point Alarm Annunciator Display Figure...

Page 12: ...s for common group alarm and external audible device control Integral hardware watchdog relay for safety critical applications Removable terminals for easy installation and maintenance Wetting voltage...

Page 13: ...N N Y 0 N N N N A N C1489 N N Y 16 N Y N 0 N N N N A N C1490 Y N Y 8 N Y N 8 Y O O O 3 Y C1491 Y N Y 8 N N Y 8 Y O O O 3 Y C1492 Y N Y 8 Y N N 8 Y O O O 3 Y C1493 Y N Y 8 N Y N 0 O Y O O 3 Y C1494 Y N...

Page 14: ...igure 2 1 Panel Mount Omni16C Front View showing Window Numbers 2 5 Front View of Omni8C Panel Mount Units showing Display Layout and numbering Figure 2 2 Panel Mount Omni8C Front View showing Window...

Page 15: ...11 C NO NO C RR 13 RR 14 NO NO C C NO RR 16 RR 15 C NO C NO INPUT REPEATS LAMP REPEATS Omni16c IP1 IP2 A B IP4 IP3 A B B A IP8 IP7 IP6 IP5 A B B B B A A A IP16 IP15 IP14 IP13 IP12 IP11 IP10 IP9 A A B...

Page 16: ...W1 SW2 RR 4 C C C RL2 NO RL1 C RL3 NO C NO NC RR 1 NO C RR 3 2 C NO NO C PUSH BUTTONS COM NO NC RL4 RES ACK INH SIL TST FS FO EXPAND RR 6 RR 5 NO NO C C NO RR 8 7 C NO C NO RIBBON HEADER LAMP REPEATS...

Page 17: ...ORT 0V 24V Pwr Rx Tx SERIAL PORT SW1 SW2 C RIBBON HEADER C RR 5 RR 2 C SERVICES RL1 NO C OC GND RL2 RR 1 NO NC RL3 NO NC C RL4 RR 3 RR 4 LAMP REPEATS C REPEATS NO C C NO NO NO C HORN IN PUSHBUTTONS AC...

Page 18: ...4 120 0 mm 4 72 120 0 mm 4 72 JACKING BAR SIDEBAR LED VERSION INCADESCENT LAMP OR BACKLIT LED VERSION Cut out Dimensions 280mm 11 02 wide x 112mm 4 41 high 105 0 mm 4 14 Allowed Panel Thickness 1 6mm...

Page 19: ...1 C RLY 3 NO C NO NC RR 1 NO C RR 3 RR 2 C NO NO C PUSHBUTTONS C NO NC RLY 4 RES ACK LT SIL CT FS FO EXPAND RR 6 RR 5 NO NO C C NO RR 7 RR 8 C NO C NO WITH RIBBON HEADER BOARD RR 12 C LAMP REPEATS RR...

Page 20: ...her to form a display annunciator system of up to 256 points These units may be mounted in the same panel cut out as follows 1 Fasten together the multiple units into individual columns of the require...

Page 21: ...N16 x 288 6 mm N8 Number of Omni8C stacks wide N16 Number of Omni16C stacks wide including Omni8P 3 4 3 Example Cut out Size Calculation For example to make a single system of 48 points 8 windows high...

Page 22: ...the following table Table 3 2 Single Unit Mounting Cut out Dimensions Height Width Omni16C 112mm 4 41 280mm 11 02 Omni8C 112mm 4 41 136mm 5 35 3 6 Intrinsically Safe Annunciator Mechanical Mounting 3...

Page 23: ...into panel by drilling the required mounting holes through the panel around the Omni16 The front cover is then tightened against the panel with the gasket supplied providing a good seal against the pa...

Page 24: ...9 Omni8 IP65 Front Cover Mechanical Mounting SECTION A A A A FRONT COVER JACKING BARS TO CLAMP OMNI16C REMOTE DISPLAY TO PANEL OMNI16C REMOTE DISPLAY PANEL CUT OUT GASKET CLOSED CELL RUBBER 3 mm 280 0...

Page 25: ...Internal Pushbutton Station follow this procedure 1 Snap out the right hand bottom window 2 Plug in the Integral Pushbutton Station into the connector visible through the window 3 Snap the Integral P...

Page 26: ...clear plastic window 2 Grip the LED board on its edges An ideal tool to do this is an IC extractor see the pictures 3 Remove any lamps that may already be installed Backlit LED boards can be installed...

Page 27: ...cedure 1 Start the application program you wish to use 2 Open the appropriate template from the stiffy diskette supplied 3 Fill in your legend details in this template 4 Print the legends created onto...

Page 28: ...ed filters are provided in a kit of assorted colours supplied with the product Each kit of coloured filters contains the following C1163 Colour Filter Kit Contents 16 Red Filters 16 Yellow Filters 16...

Page 29: ...window 3 12 4 To refit a window Step 1 Step 2 Step 3 Line up the window with the display cutout notch Note the window is perfectly symmetrical and can be fitted any way round Insert one side of the w...

Page 30: ...am showing Terminal Numbers 16 15 A 14 13 12 11 10 9 8 7 6 5 4 3 2 1 1 2 C 18 17 D 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 16 15 B 14 13 12 11 10 9 8 7 6 5 4 3 2 1 8 POTENTIAL FREE CONTACT INPUTS COM R...

Page 31: ...T INPUTS COM RES ACK SIL TST INH FS FO RL1 WD RL2 Horn RL3 GA1 RL4 GA2 P Buttons Expand Closed in normal operation Closes to sound audible Settable Group Alarm output Settable Group Alarm output Close...

Page 32: ...T INH FS FO RL1 WD RL2 Horn RL3 GA1 RL4 GA2 P Buttons Expand Closed in normal operation Closes to sound audible Settable Group Alarm output Settable Group Alarm output Close to inhibit inputs 0V Inter...

Page 33: ...TENTIAL FREE CONTACT INPUTS ONLY SUITABLE FOR EX ic COM RES ACK SIL TST INH FS FO RL1 WD RL2 Horn RL3 GA1 RL4 GA2 P Buttons Expand Closed in normal operation Resistive load ONLY Closes to sound audibl...

Page 34: ...ction configurations see section 4 10 A 2 A 2 IP1 A Input 1 Connection Active A 3 A 3 IP2 B Input 2 Connection Excitation A 4 A 4 IP2 A Input 2 Connection Active Input A 5 A 5 IP3 B Input 3 Connection...

Page 35: ...Connection Excitation B 16 IP16 A Input 16 Connection Active 24 Volt power C 1 C 1 24V 24 volt supply to from the Omni8 16C If the optional internal supply is fitted to the Omni16C then 24 volts becom...

Page 36: ...elay 4 Common Services Pushbuttons D 11 D 11 COM Common Connection for external pushbuttons D 12 D 12 RES Connection to an external Reset pushbutton or to another Omni8 16C D 13 D 13 ACK Connection to...

Page 37: ...B 4 RR2 NO Input 2 Repeat Relay contact NO E 5 B 5 RR3 C Input 3 Repeat Relay contact Com E 6 B 6 RR3 NO Input 3 Repeat Relay contact NO E 7 B 7 RR4 C Input 4 Repeat Relay contact Com E 8 B 8 RR4 NO...

Page 38: ...tact Com F 4 RR10 NO Input 10 Repeat Relay contact NO F 5 RR11 C Input 11 Repeat Relay contact Com F 6 RR11 NO Input 11 Repeat Relay contact NO F 7 RR12 C Input 12 Repeat Relay contact Com F 8 RR12 NO...

Page 39: ...s are as follows DB9M Pin RS232 RS485 1 RxD 2 RxD RxD 3 TxD 4 TxD 5 GND GND 6 5V ISO 5V ISO 7 8 9 TxD Figure 4 5 RS232 485 Connector Pin out Omni8C 16C 8P The selection of RS232or RS485 communications...

Page 40: ...mine the total consumption of the product Table 4 1 Omni8C 8P 16C Power Consumption Model Max Current Consumption at 24 Volts dc C1180 0 1 Amps Note1 C1181 0 1 Amps Note1 C1182A 0 1 Amps Note1 C1184 0...

Page 41: ...conjunction with this product Note 2 With all relays energised An optional internal Power Supply may be fitted to the Omni16C This option allows the unit to be directly powered from higher voltage ac...

Page 42: ...mni16C is equipped with reverse polarity protection on these terminals If the 24Volt supply is connected in reverse then a momentary short circuit will exist until the internal resettable fuse opens t...

Page 43: ...ble 4 5 Power Supply Terminals DC Connection 27VDC maximum Terminal Connection P 1 P 2 P 3 Safety Earth 4 9 4 24Vdc Power externally available non Ex versions only With either internal power supply op...

Page 44: ...ting the alarm inputs 4 10 1 With Potential Free Contacts The Omni8 16C is operated with potential free contacts connected to the input terminals Each input is provided with a pair of terminals marked...

Page 45: ...24 Volt wetting voltage from all the alarm inputs in the system For this reason the installation configuration in Figure 4 7 is always preferable Figure 4 7 Input Connection Diagram using Common Retu...

Page 46: ...annunciator interfaces to an Omniflex product with ribbon header outputs However it may also be used to save a card slot in the unit as all 16 inputs are accommodated on one ribbon header input card...

Page 47: ...tput for the Omni8 16C There are various modes of operation of this Group Alarm See Section 5 5 for further details of these modes RL4 Not Used A change over contact is provided from this relay This r...

Page 48: ...l Pushbuttons controlling multiple Omni8 16C s 4 12 4 Controlling multiple Omni8 16C s with an Integral Pushbutton Station Up to 16 Omni8 16C units may be controlled from a Model C1420 Integral Pushbu...

Page 49: ...n Station Omni8 16C units may be controlled by a single Remote Pushbutton Station C1415 Simply wire as shown below Terminal Strip D Pushbuttons 11 12 13 14 15 Teminal Strip 3 4 Terminal Strip D RL2 se...

Page 50: ...dible device that sounds when an alarm occurs on the Omni8P Multiple Omni16C s can be connected to operate this audible device for any alarm in the system Connect the Omni16C HORN relay output contact...

Page 51: ...l C 2 all new alarms are prevented from occurring Repeat outputs when set to follow inputs will be unaffected and input status can still be monitored via the serial link NOTE The Omni8P does not have...

Page 52: ...board are in parallel with internal lamps in the unit The second ribbon cable header provides 16 outputs as repeats of each alarm input in the unit This header may be used for connecting to other equi...

Page 53: ...utput 14 8 Output 13 9 Output 12 10 Output 11 11 Output 10 12 Output 9 13 Output 8 14 Output 7 15 Output 6 16 Output 5 17 Output 4 18 Output 3 19 Output 2 20 Output 1 Figure 4 18 Ribbon Header Pin Lay...

Page 54: ...l units in the system must share a common power supply reference Wire Terminal C 2 on all units together to achieve this 4 22 Electrical Installation Requirements for Intrinsically Safe Annunciators E...

Page 55: ...individually for example the 8 miniature switches on SW1 are referred to as SW1 1 to SW1 8 5 2 Modes of Operation SW1 and SW2 are used to set the operational configuration of the Omni8 16C The Omni8...

Page 56: ...t Out input this bit is READ ONLY Bits 7 15 Reserved No Actuated via terminals at rear of Omni16 Yes Alarm Sequences Select Sequence number from Table 5 3 DIP switches must be set to Sequence 31 on SW...

Page 57: ...t 1 to 4 into First Out Group 1 and inputs 5 to 16 into First Out Group 2 No Single group of 16 Yes System Operation Various System functions can be setup as follows Pushbutton Edge Level Detection de...

Page 58: ...table The input numbers shown in parentheses are for the Omni8C Table 5 2 Selecting the alarm display logic sequences SW1 8 SW2 7 SW1 1 to 5 SW2 1 to 5 SW2 6 to 8 A Off Off Sets sequence for inputs 1...

Page 59: ...OUT MANUAL RESET 1st UP CONTINUOUS FLASH 8 0 0 0 1 0 0 0 0 1 0 1st OUT MANUAL RESET WITH NO SUBSEQUENT ALARM STATE SILENCE PUSHBUTTON F1M 1 INPUTS 9 1 0 0 1 0 1 0 0 1 0 MOMENTARY FLEETING ALARM MANUAL...

Page 60: ...AS MRF REFLASH 1 1 sense is as follows SW2 TIMERS SEQUENCE 9 16 0 When SW1 8 is OFF SW2 sets functions as shown in this table 1 switch in on position SW2 SERIAL PORT SETTINGS 1 When SW1 8 is ON SW2 s...

Page 61: ...operator in clearing the problem If a fleeting alarm sequence is chosen the relay will remain de energised until the operator clears the display even though the input contact may have already returned...

Page 62: ...a timer associated with each alarm point These timers are used with special Timer sequences A large T in the sequence diagram in Section 9 identifies these sequences There are two methods of selectin...

Page 63: ...running the timer is allowed to continue timing When an alarm point moves from a state where the timer is running to a state where the timer is stopped the timer is put into the timed out stopped stat...

Page 64: ...Modbus Slave Address 3 1 1 0 0 Modbus Slave Address 4 0 0 1 0 Modbus Slave Address 5 1 0 1 0 Modbus Slave Address 6 0 1 1 0 Modbus Slave Address 7 1 1 1 0 Modbus Slave Address 8 0 0 0 1 Modbus Slave...

Page 65: ...ty 8Data 1Stop 1 1 0 5 10 Changing the operation of the Repeat Outputs It is possible to change the operation of the Repeat Output relays should the application require it In most applications it the...

Page 66: ...ection 5 4 Section 9 provides detailed block diagrams for the function of each alarm sequence When an alarm condition occurs and the horn sounds the operator should depress the relevant pushbuttons wh...

Page 67: ...fault This test routine begins by activating the horn output circuit for approximately one second The operator should therefore check that the horn sounds for this short period Immediately after this...

Page 68: ...OFF during Blank display period Window No 1 has lamp failure or output circuit fault 2 FLASHING during Marching Sequence ACK pushbutton held down or stuck in ON state this condition must have been pre...

Page 69: ...quence DIP switches are set all OFF Note This is a special factory test mode If the acknowledge button is pressed in this mode then the marching light sequence will stop and other factory tests will b...

Page 70: ...activates General Alarm GA output in the form of relay contacts and Audible alarm also in the form of relay contact These contacts can be connected to the next logic device in the safety loop Alarms c...

Page 71: ...ust be installed in panels in such a way that access to configuration switches and connections at the back is not possible in normal operation thus preventing unauthorized configuration changes 7 4 Fu...

Page 72: ...SU Safe Undetected TI Proof Test Interval SD Safe Detected MTBF Mean Time Between Failures DU Dangerous Undetected MTTR Mean Time To Repair DD Dangerous Detected 7 5 Diagnostics There are two methods...

Page 73: ...cuit Test by holding down the Silence button and pressing the Test button The unit will start the marching sequence all windows flashing consecutively in order 1 16 b After one marching sequence is co...

Page 74: ...Silence Ack etc must be wired to normally open contacts which close to ground COM on Omni16C terminals when activated by an operator Check that sequence selected is suitable and correct for the type o...

Page 75: ...ax closed circuit current 5mA per input circuit Max Loop Resistance to detect closed contact 200 ohms Min Loop Resistance to detect open contact 100 kohms Input Scan Rate 4 milliseconds with 8millisec...

Page 76: ...ombined Lamp Circuit Test Window Display Types Backlit LED Sidebar LED Incandescent Lamp Window Size 24mmx64mm 21mmx51mm 24mmx64mm Legend Area 21mmx60mm 20mmx40mm 21mmx60mm Legend Type User printed on...

Page 77: ...ty of less than 40 RH recommended Weight Unpacked 1 8kg approx Packed 2 2kg approx Compliance to Standards Ingress Protection I P IP42 front only CE Meets requirements for CE marking Safety EN 60950 1...

Page 78: ...C1172 Omni 8 16C 8 Channel Isolated 19 60Vdc Inputs C1170 Omni 8 16C 8 Channel Isolated 90 150Vac dc Inputs C1174A Omni8 16C Ribbon Header Input Board C1169 Omni8 16C 16 Channel Lamp Driver Board C142...

Page 79: ...LAMP ON 1 2 3 4 5 6 7 8 ON SEQUENCE SWITCH SETTING STATE 1 LAMP OFF HORN OFF HORN OFF Sequence 2 Momentary Fleeting Alarm Manual Reset Timer option off STATE 4 STATE 3 RESET WHILE NORMAL ABNORMAL LAMP...

Page 80: ...y No Lock in Auto Reset Timer option off STATE 4 STATE 3 RETURN TO NORMAL ABNORMAL LAMP ON HORN OFF 1 2 3 4 5 6 7 8 ON SEQUENCE SWITCH SETTING STATE 2 STATE 1 LAMP OFF HORN OFF SIL ACK LAMP FAST FLASH...

Page 81: ...TO NORMAL ABNORMAL ACK WHILE NORMAL ACK WHILE ABNORMAL Sequence 4 Momentary Fleeting Alarm Manual Reset with Ringback Timer Delay on inputs RESET ABNORMAL 1 2 3 4 5 6 7 8 ON SEQUENCE SWITCH SETTING S...

Page 82: ...SH HORN ON FIRST OUT ACTIVE LAMP ON FIRST OUT INACTIVE RESET WHILE NORMAL Sequence 6 Momentary Fleeting Alarm First Out Manual Reset Auto Reset on subsequent Alarms RETURN TO NORMAL ABNORMAL SUBSEQUEN...

Page 83: ...INACTIVE FIRST OUT INACTIVE FIRST OUT INACTIVE HORN ON FIRST OUT ACTIVE LAMP ON FIRST OUT INACTIVE RESET WHILE NORMAL ACK ACK WHILE ABNORMAL LAMP SLOW FLASH FIRST OUT ACTIVE LAMP ON LAMP ON LAMP FAST...

Page 84: ...Reset Re alarm after time out if still abnormal RESET WHILE NORMAL ABNORMAL LAMP ON 1 2 3 4 5 6 7 8 ON SEQUENCE SWITCH SETTING HORN OFF STATE 1 STATE 2 STATE 3 STATE 4 LAMP OFF HORN OFF LAMP FAST FLA...

Page 85: ...OFF TIMER RUNNING TIME OUT LAMP FAST FLASH HORN ON TIMER OFF SIL LAMP FAST FLASH HORN OFF TIMER OFF ACK HORN OFF TIMER OFF T ACK LAMP SLOW FLASH Sequence 12 Momentary Fleeting Alarm Auto Reset with Ti...

Page 86: ...ABNORMAL RETURN TO NORMAL ABNORMAL RETURN TO NORMAL TIME OUT TIME OUT ACK WHILE ABNORMAL SIL ACK WHILE NORMAL ACK WHILE ABNORMAL ACK WHILE NORMAL RESET WHILE ABNORMAL RESET WHILE NORMAL LAMP FAST FLAS...

Page 87: ...OFF TIMER OFF LAMP OFF HORN OFF TIMER RUNNIN G TIME OUT LAMP FAST FLASH HORN ON TIMER OFF SIL LAMP FAST FLASH HORN OFF TIMER OFF ACK HORN OFF TIMER OFF T ACK WHILE ABNORMAL ACK WHILE NORMAL LAMP ON Se...

Page 88: ...RMAL ACK WHILE ABNORMAL ACK WHILE NORMAL LAMP ON LAMP ON LAMP FAST FLASH LAMP FAST FLASH LAMP ON FIRST OUT INACTIVE Sequence 23 Momentary Fleeting Alarm First Out Single Group Auto Reset First Out Con...

Page 89: ...eset Auto Silence after Time Delay RETURN TO NORMAL ABNORMAL LAMP ON 1 2 3 4 5 6 7 8 ON SEQUENCE SWITCH SETTING HORN OFF STATE 1 STATE 2 STATE 3 STATE 4 LAMP OFF HORN OFF LAMP FAST FLASH HORN ON SIL L...

Page 90: ...E ABNORMAL ACK WHILE NORMAL LAMP SLOW FLASH ACK WHILE NORMAL ACK WHILE ABNORMAL Sequence 27 Momentary Fleeting Alarm Auto Reset for Motor Alarms with Time Delay on Inputs RETURN TO NORMAL ABNORMAL LAM...

Page 91: ...5 LAMP ON HORN OFF STATE 6 HORN OFF STATE 3 HORN OFF STATE 4 LAMP ON LAMP ON T TIMER OFF LAMP OFF TIMER RUNNING LAMP OFF HORN OFF TIMER RUNNING HORN ON TIMER OFF TIMER OFF LAMP FAST FLASH HORN OFF TI...

Page 92: ...le Coil Modbus Function 6 Write Single Holding Register Modbus Function 16 Write Multiple Holding Registers Notes 1 Maximum Number of Holding Registers to read or write 4 2 16 coils or input status to...

Page 93: ...LSB R 3 N A 2 Kernel Version Number Version number of the Omni8 16C Kernel The value is stored in BCD format with major revision number in the MSB and minor revision in the LSB R 4 N A 3 Supported Ser...

Page 94: ...olding Input Reg Coil Input Status DIT No Description Read Write 7 N A 6 User Tag 3 R 8 N A 7 User Tag 4 R 9 23 N A 8 22 Reserved 24 N A 23 Alive Counter Counter incremented frequently by the Omni8 16...

Page 95: ...etc Note that any Change of State to 1 will remain latched until read by a Modbus Poll This will ensure that any fleeting abnormal input is never missed by the Modbus Master These status bits can also...

Page 96: ...RES Reset input Bit 5 FS Flash Sync input this bit is READ ONLY Bit 6 FO First Out input this bit is READ ONLY Bits 7 15 Reserved NOTE The SIL ACK and RES bits are automatically reset to 0 after 3 se...

Page 97: ...0 RL1 Relay 1 output Bit 1 RL2 Relay 2 output Bit 2 RL2 Relay 3 output Bit 3 RL2 Relay 4 output Bits 4 15 Reserved R 105 N A 104 Lamp Status Lamp 2 high byte Lamp 1 low byte The current lamp status fo...

Page 98: ...tus Lamp 12 high byte Lamp 11 low byte R W 111 N A 110 Lamp Status Lamp 14 high byte Lamp 13 low byte R W 112 N A 111 Lamp Status Lamp 16 high byte Lamp 15 low byte R W 113 115 N A 112 114 Reserved 11...

Page 99: ...ting is written into these registers the relevant sequence is set to Sequence 1 R W 202 N A 201 Setup Sequence Number Input 4 high byte Input 3 low byte R W 203 N A 202 Setup Sequence Number Input 6 h...

Page 100: ...t setting is 10 which makes is a seconds counter Fast timer example To delay Input 1 by 20 seconds enter 200 or C8 hex Slow timer example If DIT 135 is set to 10 then to delay Input 1 by 20 seconds en...

Page 101: ...Sense 65535 All Lamps Normal Sense 0 All Lamps Reversed Sense Note This setting only applies when SW1 8 is ON R W 230 N A 229 First Out Group Split Enter a number between 1 and 16 to decide the split...

Page 102: ...ration The bit map is as follows Bit 5 4 3 1 1 1 Repeat Relay Follows Input Normally Open Bit 5 4 3 1 0 1 Repeat Relay Follows Input Normally Closed default Bit 5 4 3 1 1 0 Repeat Relay Follows Alarm...

Page 103: ...233 Setup Common Relay Operation Common Relay 3 high byte Common Relay 4 low byte R W 235 236 N A 234 235 Reserved R W 237 N A 236 Setup Repeat Relay GA Operation Repeat Relay 1 high byte Repeat Rela...

Page 104: ...Input 1 is the least significant bit For example to map inputs 1 to 6 to Common Relay 1 set the corresponding binary value 0000000000111111 for DIT register 244 R W 246 N A 245 Setup Common Relay Inpu...

Page 105: ...259 N A 258 Setup Repeat Relay Input Members Repeat Relay 11 R W 260 N A 259 Setup Repeat Relay Input Members Repeat Relay 12 R W 261 N A 260 Setup Repeat Relay Input Members Repeat Relay 13 R W 262...

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