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General| Brand | HIMA |
|---|---|
| Model | HIMax |
| Category | Control Systems |
| Language | English |
Explains how safety notes are represented and their meanings.
Describes the conditions and scope for using HIMax systems.
Details EMC requirements and interference immunity tests for HIMax.
Lists key tests and thresholds for the device's power supply.
Provides essential protective measures against electrostatic discharge.
Advises observing local safety requirements and using protective equipment.
Explains system behavior during controller failure and emergency actions.
Details the power supply requirements for the HIMax system.
Explains the HIMax system's dual redundant system bus architecture.
Explains configuring HIMax systems with mono or redundant processor modules.
Covers redundancy for input and output modules, including channel redundancy.
Explains the use of variables as placeholders for data in programs.
Explains system variables and parameters for controller configuration.
Describes assigning global variables to I/O channels for program use.
Describes the procedure of replacing variable values with force values.
Explains the HIMax system's capability to process up to 32 user programs.
Describes loading project configurations and user programs into the controller.
Details the process of loading operating systems into HIMax modules.
Explains protecting the HIMax controller against unauthorized access.
Explains the role of LEDs on module front plates for status indication.
Explains the LEDs that indicate system, field, and communication faults.
Explains the module's diagnostic history for faults and events.
Describes using the SILworX Online View for diagnosing failures.
Describes the process of installing and connecting HIMax controllers.
Explains how to connect I/O modules to the field zone via various wiring variants.
Details earthing requirements and measures for HIMax controllers and cabinets.
Covers shielding, lightning protection, and cable color standards for connections.
Discusses heat dissipation, device installation, and ventilation importance.
Details operating temperature limits and temperature states evaluation.
Outlines the procedure for starting up the HIMax system hardware.
Describes checks and steps before connecting operating voltage to the control cabinet.
Details the start-up procedure for the Programmable Electronic System (PES).
Explains the safety-critical process of assigning Rack IDs to base plates.
Covers maintenance, repairs, and handling of disturbances in HIMax systems.
States that only HIMA is authorized for repairing HIMax systems.
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