HIMA F60MI24014 982400006 | HIMatrix Input Module

Description

Core Product Summary

The HIMA F60MI24014, associated with order number 982400006, is identified with the HIMatrix F60 MI 24 01 family of safety-related input modules. Designed for the modular HIMatrix F60 system, the module provides 24 configurable channels for analog current measurement or digital signal acquisition from supported proximity switches and contacts.

Each channel is configured for its intended input mode rather than operating as both analog and digital simultaneously. Analog inputs support current measurement in the 0/4–20 mA range, while digital input configurations support compatible proximity switches and resistor-wired contacts. The module’s safety-related signal processing includes diagnostic information that the application program must evaluate when determining fault responses.

Key Technical Specifications

Engineering Selection Highlights

• 24 configurable input channels: Supports signal acquisition across multiple field devices. Confirm the number of channels required and the intended configuration of each channel.
• Analog current measurement: The module supports 0–20 mA measurement, including 4–20 mA instrumentation loops. Check transmitter output range and configured thresholds before commissioning.
• Digital input capability: Compatible proximity switches and resistor-wired contacts can be used in the appropriate configuration. Verify the field device’s electrical characteristics and switching thresholds.
• Selectable field-device supply: The module provides 8.2 VDC or 26 VDC supply options by channel group. Match the selected supply to the connected device requirements.
• Safety-related diagnostics: Channel and module error information supports application-level fault handling. The user program must evaluate relevant diagnostic codes rather than relying solely on the measured value.
• Modular F60 integration: The module installs in slots 3–8 of the HIMatrix F60 subrack. Confirm the rack configuration and available slot before installation.
• Engineering-tool dependency: Programming-tool compatibility depends on the operating system of the F60 processor. Confirm the existing engineering environment before modifying or replacing hardware.

F60MI24014 982400006

F60MI24014 982400006

System Compatibility & Integration Requirements

Dimensions, Mounting & Connection Notes

The module is designed for installation in the modular HIMatrix F60 subrack. The designated installation positions are slots 3 through 8, leaving the reserved power supply and CPU positions available for their intended components.

Installation considerations include:

• Confirm the module designation and order number against the physical label.
• Switch off power before inserting or removing the module.
• Use shielded, twisted-pair cables for analog and digital input circuits.
• Separate signal cables from power cables where necessary to reduce electrical interference.
• Apply the prescribed shielding and grounding arrangement.
• Configure each channel for analog or digital operation in the engineering software.
• Verify input thresholds, transmitter supply selection, and fault-handling logic before returning the system to service.

Detailed Product Overview

Configurable analog and digital input processing

The HIMatrix F60 MI 24 01 combines analog and digital input functions within a 24-channel module. Each channel can be configured for its intended operating mode, allowing the module to acquire current-loop measurements or supported digital signals. Analog and digital modes are alternatives for an individual channel, not simultaneous functions.

For analog applications, the documented measurement range is 0–20 mA, which includes standard 4–20 mA instrumentation signals. The engineering configuration determines how measured values are interpreted and which thresholds trigger diagnostic conditions.

For digital applications, the module can process signals from compatible proximity switches or contacts wired with resistors. Correct switching thresholds depend on the field-device type and the selected configuration.

Safety diagnostics and fault handling

The module provides diagnostic information for analog inputs and module-level faults. When a channel or module fault is detected, the relevant error information must be considered by the user program. The application logic determines the appropriate safety response in accordance with the system design.

This distinction matters during commissioning: a plausible analog value does not necessarily establish that the complete input circuit is healthy. Diagnostic codes, configured limits, and fault reactions must be assessed together.

Field-device supply and wiring

The module provides transmitter or proximity-switch supply options of 8.2 VDC and 26 VDC, selectable by channel group. The selected supply must be suitable for the connected instruments and their electrical requirements.

Input wiring should use shielded, twisted-pair cables. Cable routing and shield termination should follow the applicable installation documentation to reduce interference and maintain the intended signal integrity.

Integration and maintenance

The module is installed in the HIMatrix F60 subrack and configured through the engineering environment supported by the installed processor operating system. Before replacement, compare the complete module designation, order number, hardware identification, channel configuration, and existing project settings.

Module replacement should follow the prescribed shutdown and safety procedures. The controller must be returned to service only after the hardware configuration, field wiring, diagnostics, and application behavior have been checked.

Applications & System Role

The HIMA HIMatrix F60 MI 24 01 serves as a field-signal acquisition module within a modular safety-control system. Its role is to receive analog current signals or supported discrete field-device signals and make the resulting channel information available to the controller’s application logic.

For analog instrumentation, the module can acquire current-loop signals from compatible transmitters. These measurements may represent process variables such as pressure, temperature, level, or flow when the connected instrumentation and configured application use those signals. These are functional examples rather than claims about specific installations.

For digital acquisition, the module supports compatible proximity switches and contacts wired with resistors. This allows the controller to process discrete field states within the configured safety application.

The module’s diagnostic capabilities are relevant when designing fault responses. A measured value alone may not fully describe the condition of an input circuit; the application program must also account for the corresponding error information. Channel configuration, signal conditioning, wiring, and the overall safety logic therefore form part of the engineering design.

FAQ

What is the HIMA F60MI24014 982400006?

It is a product designation associated with the HIMA HIMatrix F60 MI 24 01 safety-related input module. The module provides 24 configurable channels for analog current measurement or supported digital input functions.

How many input channels does the HIMA MI 24 01 have?

The module has 24 configurable input channels. Each channel is configured for analog or digital operation as required by the application.

Does the module support 4–20 mA signals?

Yes. Its documented analog input range is 0–20 mA, which includes 4–20 mA current-loop signals.

Can the module accept digital signals?

Yes. It supports compatible proximity switches and resistor-wired contacts when the channels are configured for the appropriate digital input function.

Which HIMatrix system does the module fit?

The MI 24 01 is designed for the modular HIMatrix F60 system and installs in subrack slots 3–8.

Which engineering software is required?

The module can be configured using SILworX or ELOP II Factory, depending on the operating system installed on the HIMatrix F60 processor.

What should be checked before replacing this module?

Check the complete type designation, order number, installed hardware configuration, field wiring, channel modes, transmitter supply settings, and engineering project. Confirm that the replacement matches the existing system configuration before commissioning.