28
fig. 33: Dynamic information
byte
type
range
description
reason for
trip
4
byte
0…255
0 = no trip
1 = short circuit
2 = overload
3 = device temperature too high
4 = internal device failure
min. load
voltage
5 HighByte
6 LowByte
Int
Contains the highest measured voltage of the channel since the last reset.
A standardised 16-bit-value with a resolution of 10 mV is made available.
Example for calculation of the measuring value:
Value (2512): 100 = 25.12 Volt
max. load
voltage
7 HighByte
8 LowByte
Int
Contains the highest measured voltage of the channel since the last reset.
A standardised 16-bit-value with a resolution of 10 mV is made available.
Example for calculation of the measuring value:
Value (2512): 100 = 25.12 Volt
medium
value load
voltage
9 HighByte
10 LowByte
Int
Contains the mean voltage value of the channel since the last reset.
A standardised 16-bit-value with a resolution of 10 mV is made available.
Example for calculation of the measuring value:
Value (2512): 100 = 25.12 Volt
min.
load current
11 HighByte
12 LowByte
Int
Contains the lowest measured current of the channel since the last reset.
A standardised 16-bit-value with a resolution of 10 mA is made available.
Example for calculation of the measuring value:
Value (150): 100 = 1.50 Ampere
max.
load current
13 HighByte
14 LowByte
Int
Contains the highest measured current of the channel since the last reset.
A standardised 16-bit-value with a resolution of 10 mA is made available.
Example for calculation of the measuring value:
Value (150): 100 = 1.50 Ampere
medium
value load
current
15 HighByte
16 LowByte
Int
Contains the mean current value of the channel since the last reset.
A standardised 16-bit-value with a resolution of 10 mA is made available.
Example for calculation of the measuring value:
Value (150): 100 = 1.50 Ampere
supply volt-
age
17 HighByte
18 LowByte
Int
shows the operating voltage of the channel
A standardised 16-bit-value with a resolution of 10 mV is made available.
Example for calculation of the measuring value:
Value (2512): 100 = 25.12 Volt
Temperature
19 HighByte
20 LowByte
Int
The device temperature is shown directly.
Example: 25 corresponds to 25 °C
diagnostic
information
of channel
21
byte
0…255
0 = OK
1 = available device type does not match the configured type
2 = no device detected
144 = device parameters not plausible
145 = no bar chart
146 = slide switch is in OFF position
147 = detected undervoltage
148 = detected excess temperature
149 = reset command required
150 = command was processed correctly
151 = parameterisation required
152 = Internal failure detected
153 = unknown command
154 = set length error
155 = rated current available, check sum error
156 = current rating selector switch was actuated
Summary of Contents for ControlPlex CPC20
Page 1: ...User Manual ControlPlex CPC20PN Controller...
Page 31: ...31 Notes...