Hima F7130 Power Distribution Module

The HIMA F7130 Power Distribution Module is an integral component within HIMA’s trusted range of safety and automation systems, specifically designed to distribute and monitor power in critical industrial environments. This module ensures a stable and protected power supply to various components within a safety-related control system. Engineered for high reliability and long-term operation, the F7130 is suitable for deployment in SIL 3 safety applications as per IEC 61508.

This module is typically used in conjunction with HIMA’s HIMax or HIQuad platforms, playing a crucial role in isolating, distributing, and managing the power flow within the rack or system cabinet. The F7130 allows for easy diagnostics and maintenance, reducing system downtime and increasing operational efficiency in high-risk industrial environments.

Technical Specifications

Applications

The HIMA F7130 module is widely used across various industries that demand high levels of safety and uninterrupted power distribution:

• Oil & Gas: Ensures safe and stable power distribution to controllers and I/O systems in hazardous environments.

• Chemical and Petrochemical Plants: Critical for safety-related process automation and emergency shutdown systems.

• Power Generation: Provides redundant power distribution for turbine control and plant safety systems.

• Pharmaceutical Industry: Powers and monitors safety PLC systems in validated, clean environments.

• Manufacturing: Supports distributed safety systems in automated production lines.

• Transportation & Rail: Integrated into safety architectures for signaling and control systems.

Product Advantages

• High Reliability: Designed for continuous operation in critical safety systems.

• Integrated Monitoring: Visual indication of each output’s operational state for rapid troubleshooting.

• SIL 3 Compliant: Suitable for use in high-integrity safety applications.

• Compact Design: Saves space within control cabinets while offering extensive functionality.

• Hot Swappable: Enables replacement without system shutdown, reducing downtime.

• Isolation Protection: Galvanic isolation enhances protection against voltage fluctuations and interference.

• Modular Integration: Easily integrates with other HIMA modules within HIMax and HIQuad systems.

• Robust Construction: Built to withstand industrial temperature and humidity ranges.

• Reduced Maintenance: Diagnostic LEDs and modular design simplify system maintenance and fault detection.

• Global Certification: Certified to international safety standards including ATEX and IEC 61508.

Frequently Asked Questions (FAQ)

1. What is the main function of the HIMA F7130 module?

   The F7130 distributes power to multiple components within a safety automation system and provides visual monitoring for each channel.

2. Is the F7130 compatible with the HIMax platform?

   Yes, the F7130 is fully compatible with both HIMax and HIQuad systems from HIMA.

3. Can the module be hot-swapped during operation?

   Yes, the F7130 is hot-swappable, allowing for replacement without shutting down the system.

4. Does the F7130 provide fused protection for each channel?

   Yes, each power distribution channel includes integrated fuse protection.

5. What certifications does this module hold?

   It is CE marked and certified according to IEC 61508 for SIL 3 applications.

6. What is the power input voltage range for the F7130?

   The nominal input is 24 VDC, with an acceptable range of 18 to 30 VDC.

7. Is the F7130 suitable for use in hazardous environments?

   Yes, it is suitable for ATEX-certified installations, often found in oil & gas and chemical plants.

8. Can the F7130 be used in redundant power systems?

   Yes, it supports redundant configurations for critical system reliability.

9. How is the operational status indicated on the module?

   Each output channel has dedicated multi-color LEDs for clear status indication.

10. What is the installation method for the F7130?

    The module is designed for DIN rail or backplane installation in rack systems.