99
Expert Power Control 8316
© 2022 GUDE Systems GmbH
Specifications
4.9.1
Sensor Tables
Important
: All calculations in this chapter are based on addresses starting at "0".
With some Modbus TCP utilities the addresses start at 1. In this case a 1 must be ad-
ded to the addresses in this chapter. Please try both possibilities for tests!
External sensors addresses (Input Register)
Sensor field
Port 1
Port 2
Temperature
0x100
0x108
Humidity
0x101
0x109
Digital input
0x102
0x10a
Air Pressure
0x103
0x10b
Dew Point
0x104
0x10c
Dew Point Difference
0x105
0x10d
A value of 0x8000 means that no sensor is plugged into the corresponding port or the
corresponding field in the sensor is not available.
Line-In Energy Addresses (Input Register)
Offset
Sensor Field
Line 1
0
Absolute Active Energy
0x400
1
Power Active
0x402
2
Voltage
0x404
3
Current
0x406
4
Frequency
0x408
5
Power Factor
0x40a
6
Power Angle
0x40c
7
Power Apparent
0x40e
8
Power Reactive
0x410
9
Absolute Active Energy Resettable
0x412
10
Absolute Reactive Energy
0x414
11
Absolute Reactive Energy Resettable
0x416
12
Reset Time - sec. since Reset
0x418
13
Forward Active Energy
0x41a
14
Forward Reactive Energy
0x41c
15
Forward Active Energy Resettable
0x41e
16
Forward Reactive Energy Resettable
0x420
17
Reverse Active Energy
0x422
18
Reverse Reactive Energy
0x424
19
Reverse Active Energy Resettable
0x426
20
Reverse Reactive Energy Resettable
0x428
21
Residual Current Type A
0x42a
22
Neutral Current
0x42c
The measured values of the energy sensors are returned as signed 32-bit integers. On
the even address are first the high-order 16-bit, then follow on the odd address the low-
order 16-bit.
Summary of Contents for Expert Power Control 8314
Page 2: ...2 Expert Power Control 8316 2022 GUDESystems GmbH ...
Page 5: ...Device Description ...
Page 12: ...Operating ...
Page 23: ...Configuration ...
Page 51: ...Specifications ...
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Page 105: ...Support ...