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5.2
DeviceNet polled I/O input data structure
Slave > Master polled I/O input data is as follows:
Table 5-2 Input data structure
Byte
Bit
0
0
Trip
1
1
Warning
2
Running
3
Reserved
4
Ready
5
Control from Net
6
Reserved
7
At reference
1
0 to 7
Status
2
0 to 7
Trip/Warning code
3
0
Initialised
1
Phase sequence
2 to 7
Reserved
4
0 to 7
Motor current (low byte)
5
0 to 7
Motor current (high byte)
6
0 to 7
Current %FLC (low byte)
7
0 to 7
Current %FLC (high byte)
8
0 to 7
% Motor 1 temperature
1
9
0 to 7
% Motor 2 temperature
1
10
0 to 7
% Power factor
1
11
0 to 7
Power (low byte)
1
12
0 to 3
Power (high nibble)
4 to 5
Power scale
6 to 7
Reserved
13
0 to 7
Reserved
1
Only available on Digistart IS soft starters.
8
Function
1 = Soft starter trip
1 = Soft starter warning
0 = Unknown, not ready, ready to start or tripped
1 = Starting, running, stopping or jogging.
0 = Start or stop command not acceptable
1 = Start or stop command acceptable
1 = Always except in Program mode
1 = Running (full voltage at the motor)
0 = Unknown (menu open
2 = Starter not ready (restart delay, thermal delay or run simulation)
3 = Ready to start (including warning state
4 = Starting or running
5 = Soft stopping
7 = Trip
8 = Jog forward
9 = Jog reverse
See trip code table on page 8
1 = Phase sequence bit is valid (bit 1) after 1
1 = Positive phase sequence detected
Current (A)
Current as a percentage of soft starter FLC setting (%)
Motor 1 thermal model
Motor 2 thermal model
Percentage power factor
(100 = power factor of 1)
Power low byte, scaled by power scale
Power high nibble, scaled by power scale
0 = Multiply power by 10 to get W
1 = Multiply power by 100 to get W
2 = Power (kW)
3 = Multiply power by 10 to get kW
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Value
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1
1
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