The Honeywell FC-IOCHAS-0002S is a PLC Chassis Rack designed to house and interconnect Honeywell Series C I/O modules. It provides mechanical support, electrical backplane connectivity, and system integration features for distributed control and safety applications.
Hardware Specifications
Model: FC-IOCHAS-0002S
Brand: Honeywell
Origin: Not specified
Weight: Not specified
Dimensions: Not specified
Operating Temp: Not specified
Product Type: PLC Chassis Rack
System Compatibility: Honeywell Series C PLC / Safety Manager systems
Slots Available: Multiple module slots for CPU, I/O, and communication cards
Power Supply: Supports redundant 24 V DC rack power modules
Cooling: Passive airflow design
Mounting: Standard cabinet/rack installation
Signal Insulation: Module dependent; chassis provides backplane isolation
Withstanding Voltage: 1500 V AC/min (system dependent)
Redundant Architecture
The FC-IOCHAS-0002S supports redundant I/O module configurations, ensuring fault‑tolerant operation in mission‑critical environments. Its backplane design provides stable communication between installed modules and system controllers, while redundancy minimizes downtime by allowing seamless switchover during module or power supply failure.
Frequently Asked Questions (FAQ)
Q: How many modules can be installed in the FC-IOCHAS-0002S? A: The chassis supports multiple slots for Honeywell Series C I/O modules; exact capacity depends on system configuration.
Q: Does the chassis include its own power supply? A: No, it requires installation of redundant 24 V DC rack power modules.
Q: Can modules be hot‑swapped in this chassis? A: Hot‑swap capability is supported at the module level; system redundancy must be verified before replacement.
Field Installation Guidelines
Mount the chassis securely into the designated cabinet or rack.
Align modules properly with backplane connectors before insertion.
Connect wiring to terminal blocks using M4 screws with correct torque.
Maintain shield grounding at a single point to prevent ground loops.
Separate I/O signal wiring from high‑voltage cabling to minimize interference.
Verify redundant power supply installation before commissioning.
