HIMA HIQuad X User Manual

Diagnostics System
Page 90 of 110 HI 803 211 E Rev. 1.01.00
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The diagnostic entries can be lost if a power outage occurs just before they could be saved into
non-volatile memory.
SILworX can be used to read the histories of the individual modules and represent them so that
the information required to analyze a problem is available:
Example:
 Mixing the histories from various sources
 Filtering by time period.
 Printing out the edited history
 Saving the edited history
For additional functions, see the SILworX online help.
7.2.1 Diagnostic Messages
A diagnostic message for I/O modules is structured as follows:
IO ERROR >> slot S I/O module type: MMMM status[Mod: mm OUT: AAAA IN: EEEE]
channel[OUT:aaaa IN:eeee] <<
The following table describes the data fields in the message.
Data field
Format
Description
S
Decimal
Slot number of the I/O module
MMMM
Hexadecimal
Module type
mm
Hexadecimal
Status of the module
AAAA
Hexadecimal
Code for faults in the module's outputs
EEEE
Hexadecimal
Code for faults in the module's inputs
aaaa
Hexadecimal
Code for channel faults in the output channels
eeee
Hexadecimal
Code for channel faults in the input channels
Table 32: Data Field of Diagnostic Message
For further details on the error codes, refer to the corresponding manuals. If multiple channels
are faulty, the data field aaaa / eeee contains an OR gate with 0x8000, e.g., the most
significant bit is set to 1 in addition to the error code.
The module type can be determined in the Hardware Editor.

HIMA HIQuad X Specifications

General

Brand	HIMA
Model	HIQuad X
Category	Power distribution unit
Language	English