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SKU: F6205

HIMA F6205 Relay Control Module for H41q/H51q Systems

The HIMA F6205 is a professional 16-channel relay control module for H41q and H51q safety systems. Featuring 16 SPST relays rated at 10A/24VDC, this German-engineered module provides robust galvanic isolation and reliable switching for high-power industrial actuators in safety-critical applications.

Product Overview

The HIMA F6205 operates as a high-reliability relay control module designed specifically for the H41q and H51q safety-related automation systems. This module provides a secure interface between the low-level logic of the safety controller and high-power field actuators. By utilizing mechanical relay isolation, the F6205 ensures complete galvanic separation, which protects the central processing unit from electrical noise and potential surges present in industrial field environments.

Operational Capabilities and Design

Each module features a high-density configuration of 16 Single Pole Single Throw (SPST) relays. These relays are rated to handle substantial electrical loads, supporting up to 10A at 24VDC per channel. This capacity makes the F6205 an essential component for controlling solenoids, motor starters, and large signal lamps. The hardware employs a compact, rack-mountable architecture that maximizes cabinet space efficiency while maintaining high thermal stability across broad industrial temperature ranges.

Key Technical Characteristics

  • Manufacturer: HIMA
  • Model Series: H41q / H51q Safety Systems
  • Functional Type: 16-Channel Relay Control Module
  • Contact Configuration: 16 SPST (Single Pole, Single Throw) Relays
  • Switching Capacity: 10A at 24VDC per channel
  • Galvanic Isolation: High-level isolation between internal logic and field contacts
  • Physical Dimensions: 20 mm x 190 mm x 130 mm
  • Net Weight: 0.14 kg
  • Country of Origin: Germany
  • System Integration: Standard DCS / Safety Instrumented System (SIS) integration

Industrial Applications

The F6205 Relay Module is frequently deployed in mission-critical applications where fail-safe switching is mandatory. Typical use cases include:

  • Interfacing safety logic with high-current emergency shutdown valves
  • Controlling heavy-duty alarm sirens and visual beacons in hazardous areas
  • Isolating field signals in power generation and distribution facilities
  • Managing motor control circuits in petrochemical processing plants
  • General-purpose high-load switching within SIL 3 rated safety loops