Burkert Type 8056 - Manual (Page 73)

- 73 - RS232_485_ETP_MODBUS_BU_REV02.doc
Addresses(Hex format) Description
0000-0001 Flow rate in % (float)
0002-0003 Flow rate in technical unit (float)
0004-0005 Totalizer for total volume positive T+ (V+ for ML211)
(long)
0006-0007 Totalizer for partial volume positive P+ (V- for ML211)
(long)
0008-0009 Totalizer for total volume negative T- (E+ for ML211)
(long)
000A-000B Totalizer for partial volume negative P- (E- for ML211)
(long)
000C-000D Clock value in seconds (long)
000E-000F Input value AIN1 in technical unit (opt.) (float)
0010-0011 Input value AIN2 in technical unit (opt.) (float)
0012-0013 Thermal power value in % (ML211) (float)
0014-0015 Thermal power value in technical unit (ML211) (float)
0016-0017 Delta T value in technical unit (ML211) (float)
0018-0019 Temperature value T1 in technical unit (ML211) (float)
001A-001B Temperature T2 value in technical unit (ML211) (float)
001C-001D Set-point value in % (ML212) (float)
001E-001F Output value in % (ML212) (float)
0020-0021 Deviation value in % (ML212) (float)
0022
Process flags:
Bit 0 (LSB) = excitation is too fast for the sensor
connected / temperature error ML211
Bit 1 = max alarm is active
Bit 2 = min alarm is active
Bit 3 = flow rate exceeds the scale range, overflow
Bit 4 = too many impulse to emit
Bit 5 = measurement signal is disturbed or sensor
disconnect
Bit 6 = empty tube
Bit 7 = coils not working or sensor disconnect
Bit 8 = second measurement scale is active
Bit 9 = flow rate is lower than the cut-off threshold
Bit10 = flow rate negative
Bit11 = new measurement value is available for the
display
Bit12 = counter block signal is active
Bit13 = batch in progress
Bit14 = calibration cicle in progress
Bit15 (MSB) = flow rate simulation in progress
0023 Input Flags AIN1/2:
Bit 2 = input error AIN1
Bit 3 = input error AIN2
(bit 0-1 e 4-15 not used, value = 0)
0024
Flags ML211:
Bit 0 (LSB) = max alarm thermal power
Bit 1 = min alarm thermal power
Bit 2 = max alarm delta T