Need help?Do you have a question about the HIMA HIQuad H41X and is the answer not in the manual?
General| Brand | HIMA |
|---|---|
| Model | HIQuad H41X |
| Category | Power distribution unit |
| Language | English |
Explains the meaning of signal words (Warning, Caution, Notice) and their risks.
Describes the intended use of the HIQuad X system for process automation.
Provides instructions for personnel working with ESD-sensitive components.
Describes design for safety-related applications and compliance with SIL 3.
Details the modular structure and rack configuration of the H51X system.
Explains the safe signal processing in a mono structure of the H51X system.
Describes redundant operation with two processor modules for increased availability.
Details the modular structure and extension rack capability of the H41X system.
Explains safe signal processing in a mono structure of the H41X system.
Describes redundant operation with two processor modules for increased availability.
Recommends components for supply and power distribution of the H51X base rack.
Recommends components for supply and power distribution of the H41X base rack.
Explains how the system monitors temperature and defines thresholds for states.
Describes the 24 V power supply requirements and connection methods.
Details the 24 V mono power supply connection for the H51X base rack.
Details the redundant 24 V power supply connection for the H51X base rack.
Explains structuring redundancy for I/O processing modules and I/O level.
Details the 24 V mono power supply connection for the H41X base rack.
Details the redundant 24 V power supply connection for the H41X base rack.
Describes the redundant system buses A and B and their operation.
Describes the function of the I/O watchdog for shutdown options.
Describes the CPU operating system and its tasks.
Lists the tasks performed by the CPU operating system.
Lists the available I/O modules and their specifications.
Describes communication via modules and supported protocols.
Explains configuring redundancy for processor modules for high availability.
Distinguishes between module and channel redundancy for I/O modules.
Defines variables and explains the advantages of using symbolic names.
Defines system variables and parameters used for configuration and information.
Details system parameters that determine controller behavior during operation.
Explains forcing as a procedure to replace a variable's current value.
Explains organizing user groups, accounts, and permissions for projects.
Describes using the SILworX Hardware Editor for diagnosing module failures.
Guides the user through powering up the system after hardware installation.
Outlines requirements and steps for starting up the PES with F-CPU 01 modules.
To Next Page