13300 Current Master ID
Real-time. Shows current peer-to-peer master.
13301 Reserved Register
Debug only.
13302 Transaction #1 - Slave ID 13303 Transaction #1 - Read / Write 13304 Transaction #1 - Source Index 13305 Transaction #1 - Number of Points 13306 Transaction #1 - Destination Index
13307 Transaction #2 - Slave ID to
13311 Transaction #2 - Destination Index
13312 Transaction #3 - Slave ID to
13316 Transaction #3 - Destination Index
13317 Transaction #4 - Slave ID to
13321 Transaction #4 - Destination Index
13322 Transaction #5 - Slave ID to
13326 Transaction #5 - Destination Index
13327 Transaction #6 - Slave ID to
13331 Transaction #6 - Destination Index
13332 Transaction #7 - Slave ID to
13336 Transaction #7 - Destination Index
CAUTION!
Flow computer configuration data is especially critical to the correct operation of the flow computer. Any
modifications to this data while operating the flow computer could cause unpredictable results which could cause measurement or control errors. Users are encouraged to consult with OMNI Flow Computers, Inc. before manipulating
configuration data directly via a serial port or
programmable variable statements.
INFO - These short integers are accessed using Modbus function code 03 for reads, 06 for single writes and 16 for multiple register writes.
13337 Transaction #8 - Slave ID to
13341 Transaction #8 - Destination Index
13342 Transaction #9 - Slave ID to
13346 Transaction #9 - Destination Index
13347 Transaction #10 - Slave ID to
13351 Transaction #10 - Destination Index
13352 Transaction #11 - Slave ID to
13356 Transaction #11 - Destination Index
13357 Transaction #12 - Slave ID to
13361 Transaction #12 - Destination Index
13362 Transaction #13 - Slave ID to
13366 Transaction #13 - Destination Index
13367 Transaction #14 - Slave ID to
13371 Transaction #14 - Destination Index
13372 Transaction #15 - Slave ID to
13376 Transaction #15 - Destination Index
13377 Transaction #16 - Slave ID to
13381 Transaction #16 - Destination Index
Application Revision 21/25.73+ - This database corresponds to Application Revision 21/25.73+ for Orifice/Differential Pressure Liquid Flow Metering Systems.
13382 Next Master ID
A non zero entry here turns on peer-to-peer mode.
13383 Last Master ID In Sequence 13384 Retry Timer
Number of 50 msec ticks between retries; default=3.
13385 Activate Redundancy Mode
0=single unit; 1=dual flow computer system.
13386 Number of Decimal Places for Gross or Net Totalizer
13387 Spare
13388 Number of Decimal Places for Mass Totalizer
13389 Spare
13390 Number of Decimal Places for Factors on Batch Report
13391 Spare to
13393 Spare
13394 Select Averaging Method
0=Time weighted; 1=Flow weighted.
13395 Spare
13396 Override Code - Auxiliary Input #1 13397 Override Code - Auxiliary Input #2 13398 Override Code - Auxiliary Input #3 13399 Override Code - Auxiliary Input #4
13400 Meter Run #1 - Differential Pressure Low Range Damping Factor 13401 Meter Run #1 - Differential Pressure High Range Damping Factor 13402 Meter Run #1 - Temperature Damping Factor
13403 Meter Run #1 - Pressure Damping Factor
13404 Meter Run #1 - Density Temperature Damping Factor 13405 Meter Run #1 - Density Pressure Damping Factor
13406 Meter Run #2 - Differential Pressure Low Range Damping Factor to
13411 Meter Run #2 - Density Pressure Damping Factor
13412 Meter Run #3 - Differential Pressure Low Range Damping Factor to
13417 Meter Run #3 - Density Pressure Damping Factor
CAUTION!
Flow computer configuration data is especially critical to the correct operation of the flow computer. Any
modifications to this data while operating the flow computer could cause unpredictable results which could cause measurement or control errors. Users are encouraged to consult with OMNI Flow Computers, Inc. before manipulating
configuration data directly via a serial port or
programmable variable statements.
INFO - These short integers are accessed using Modbus function code 03 for reads, 06 for single writes and 16 for multiple register writes.
13418 Meter Run #4 - Differential Pressure Low Range Damping Factor to
13423 Meter Run #4 - Density Pressure Damping Factor
13424 Station - Density Temperature Damping Factor 13425 Station - Density Pressure Damping Factor
13426 Spare to
13432 Spare
13433 Auxiliary Input #1 - Damping Factor 13434 Auxiliary Input #2 - Damping Factor 13435 Auxiliary Input #3 - Damping Factor 13436 Auxiliary Input #4 - Damping Factor
13437 Spare to
13449 Spare
13450 Insert Batch Stack - Meter #1 13451 Insert Batch Stack - Meter #2 13452 Insert Batch Stack - Meter #3 13453 Insert Batch Stack - Meter #4 13454 Insert Batch Stack - Station
13455 Delete Batch Stack - Meter #1 13456 Delete Batch Stack - Meter #2 13457 Delete Batch Stack - Meter #3 13458 Delete Batch Stack - Meter #4 13459 Delete Batch Stack - Station
13460 Remote Key Press 13461 Beep Counts
13462 Redundancy - Master PID #1 - Valve Mode
Slave keeps copy of primary unit‟s sett ings in points 13462-13469 in case it becomes master.
13463 Redundancy - Master PID #1 - Setpoint Mode 13464 Redundancy - Master PID #2 - Valve Mode 13465 Redundancy - Master PID #2 - Setpoint Mode 13466 Redundancy - Master PID #3 - Valve Mode 13467 Redundancy - Master PID #3 - Setpoint Mode 13468 Redundancy - Master PID #4 - Valve Mode 13469 Redundancy - Master PID #4 - Setpoint Mode
Application Revision 21/25.73+ - This database corresponds to Application Revision 21/25.73+ for Orifice/Differential Pressure Liquid Flow Metering Systems.
13470 Redundancy - Slave PID #1 - Valve Mode 13471 Redundancy - Slave PID #1 - Setpoint Mode 13472 Redundancy - Slave PID #2 - Valve Mode 13473 Redundancy - Slave PID #2 - Setpoint Mode 13474 Redundancy - Slave PID #3 - Valve Mode 13475 Redundancy - Slave PID #3 - Setpoint Mode 13476 Redundancy - Slave PID #4 - Valve Mode 13477 Redundancy - Slave PID #4 - Setpoint Mode
8.1.6.
Serial Port 5 and 6 Configuration 16-Bit Integer
Data
13478 Serial Port #5 - Baud Rate 13479 Serial Port #5 - Data Bits 13480 Serial Port #5 - Stop Bits 13481 Serial Port #5 - Parity
13482 Serial Port #5 - Transmit Delay 13483 Serial Port #5 - Modbus or Node ID 13484 Serial Port #5 - Protocol Type
0=Modbus RTU; 1=Modbus ASCII; 2=Modbus RTU Modem (Relaxed Timing).
13485 Serial Port #5 - Enable CRC Checking 13486 Serial Port #5 - Modicon
13487 Spare 13488 Spare
13489 Serial Port #5 - Baud Rate 13490 Serial Port #5 - Data Bits 13491 Serial Port #5 - Stop Bits 13492 Serial Port #5 - Parity
13493 Serial Port #5 - Transmit Delay 13494 Serial Port #5 - Modbus or Node ID 13495 Serial Port #5 - Protocol Type
0=Modbus RTU; 1=Modbus ASCII; 2=Modbus RTU Modem (Relaxed Timing).
13496 Serial Port #5 - Enable CRC Checking 13497 Serial Port #5 - Modicon
13498 Reserved 13499 Reserved Application Revision 21/25.73+ - This database corresponds to Application Revision 21/25.73+ for Orifice/Differential Pressure Liquid Flow Metering Systems.
Compatible