The Honeywell 900C75‑0360‑00 is a high‑capacity C75 CPU module for HC900 hybrid controllers, providing fast logic execution, expanded memory resources, advanced networking, and robust diagnostics for large‑scale industrial applications.
Specifications
Manufacturer: Honeywell
Model: 900C75‑0360‑00
Module Type: HC900 C75 CPU Processor Module
System Compatibility: Honeywell HC900 hybrid controller
Processor Performance: High‑speed industrial CPU for large and complex control strategies
Control Functions: Logic, sequencing, advanced PID, process control
Memory Resources: Expanded program and data memory for high‑density applications
Communication Ports: Dual Ethernet ports for HC900 networking and peer‑to‑peer communication
Diagnostics: Continuous monitoring of CPU load, network status, and system health
Power Supply: 24 VDC via HC900 rack
Operating Temperature: 0 °C to +60 °C
Installation: Rack‑mounted module with hot‑swap capability
Application: High‑availability automation, hybrid process control, large‑scale industrial systems
Features
High‑Speed Execution: Supports demanding logic and fast control cycles
Expanded Memory: Ideal for large configurations and advanced control strategies
Dual‑Ethernet Networking: Enables rapid communication and system integration
Advanced Diagnostics: Real‑time monitoring enhances reliability and maintenance efficiency
HC900 Architecture Support: Fully compatible with HC900 I/O, redundancy modules, and engineering tools
Hot‑Swappable: Allows module replacement without shutting down the system
FAQ
What_is_the_main_function_of_900C75‑0360‑00 It executes logic, PID control, sequencing, communication, and diagnostics within HC900 systems.
Is_it_compatible_with_all_HC900_racks Yes, it is designed for HC900 hybrid controller racks.
Does_it_support_redundancy It can operate within HC900 redundant architectures when paired with redundancy modules.
Can_the_CPU_be_hot_swapped Yes, the module supports hot‑swap replacement.
What_communication_protocols_are_supported Ethernet‑based HC900 networking and peer‑to‑peer communication.
