GÜDE Expert Power Control 8314, Manual

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Expert Power Control 8316 © 2022 GUDE Systems GmbH
Specifications
KVM Protocol
For compatibility reasons, the KVM protocol can be activated on the serial port. These
binary control sequences can be used for devices with power ports, to turn the relays on
and off individually.
Syntax:
w x y z
·
w prefix 0x80
·
x command (0x31 to turn on, 0x32 for turning off)
·
y port number (0x01 ... )
·
z check byte, must be: \x xor \y
KVM Examples
Port Power On Power Off
1 0x80 0x31 0x01 0x30 0x80 0x32 0x01 0x33
2 0x80 0x31 0x02 0x33 0x80 0x32 0x02 0x30
12 0x80 0x31 0x0C 0x3D 0x80 0x32 0x0C 0x3E
4.9 Modbus TCP
Important : All calculations in this chapter are based on addresses starting at "0".
For some Modbus TCP Utilities, however, the addresses start at 1, in which case a 1
must be added to the addresses in this chapter. Please try both possibilities for tests!
If Modbus TCP is activated in the configuration, the ports (relays, outputs, eFuses) can
be switched and the following data is callable:
Address range overview:
Device Resource Start End Modbus Data Type
Power/Output/eFuse Ports 0x000 0x3ff Coils
DC Inputs 0x400 0x7ff Discrete Inputs
Stop Condition active 0x800 0x800 Discrete Inputs
POE active 0x801 0x801 Discrete Inputs
Status Power Sources 0x1000 0x100f Discrete Inputs
OVP active (Line-Ins) 0x1010 0x101f Discrete Inputs
eFuse Errors 0x1100 0x11ff Discrete Inputs
Info Area 0x000 0x005 Input Registers
CPU Sensor values 0x080 0x083 Input Registers
External Sensors 0x100 0x1ff Input Registers
Fan Level 0x200 0x20f Input Registers
Line Energy Sensors 0x400 0x39ff Input Registers
Port Energy Sensors 0x3a00 0x81ff Input Registers
Bank Energy Sensors 0x8200 0x823f Input Registers
Power Source Sensors 0x8240 0x827f Input Registers