17
Output data circuit protectors:
Design of the output bytes per circuit protector is as follows:
Sample configuration:
In the sub-module circuit protectors, 8 REX with 16 channels are configured. This results in 80 byte input bytes for status information
and measuring values as well as 16 byte output data.
Addressing of the output data is corresponding to the REX sequence.
circuit protector 1: channel 1.1 control input byte address[0]
circuit protector 1: channel 1.2 control input byte address[1]
circuit protector 2: channel 2.1 control input byte address[2]
circuit protector 2: channel 2.2 control input byte address[3]
circuit protector 3: channel 3.1 control input byte address[4]
…….
Addressing of the input data data is corresponding to the REX sequence.
circuit protector 1: channel 1.1 status: address [0], load current: address [1..2], load voltage: address [3..4]
circuit protector 1: channel 1.2 status: address [5], load current: address [6..7], load voltage: address [8..9]
circuit protector 2: channel 2.1 status: address [10], load current: address [11..12], load voltage: address [13..14]
circuit protector 2: channel 2.2 status: address [15], load current: address [16..17], load voltage: address [18..19]
…….
byte
type
range
description
Control
channel 1
0
byte
0 ... 255
bit 0 = load output ON/OFF
bit 1 = reset load output (only responds to rising edge 0 -> 1)
bit 2 = reserve
bit 3 = reserve
bit 4 = reserve
bit 5 = reserve
bit 6 = reserve
bit 7 = reserve
»True« means the status is active.
Control
channel 2
1
byte
0 ... 255
bit 0 = load output ON/OFF
bit 1 = reset load output (only responds to rising edge 0 -> 1)
bit 2 = reserve
bit 3 = reserve
bit 4 = reserve
bit 5 = reserve
bit 6 = reserve
bit 7 = reserve
»True« means the status is active.
fig. 13: Output data circuit protector
Summary of Contents for ControlPlex CPC12 T Series
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