Honeywell CC-TUIO41 Universal I/O Module | Redundant Coated

Honeywell CC-TUIO41 Redundant Universal I/O-2 Module

The Honeywell CC-TUIO41 is a versatile and robust universal I/O module designed for maximum reliability. It features a protective conformal coating, full hardware redundancy, and supports a wide range of analog and digital signals for demanding industrial applications.

Technical Specifications

• Brand & Model: Honeywell, CC-TUIO41
• Product Type: Universal I/O-2 Module, Redundant
• Key Feature: Circuit board with protective conformal coating
• Redundancy: 1:1 hardware redundancy (active/standby)
• Signal Support: Configurable for AI, AO, DI, DO, RTD, TC
• Channel Count: 16 universal channels per module
• Isolation: Channel-to-channel and channel-to-system isolation
• Hot Swap: Fully hot-swappable without system shutdown
• Update Rate: ≤ 50 ms per channel (typical)
• Operating Temp: -40°C to +70°C (coated for harsh environments)

Installation & Packaging

• Installation: Install primary and backup CC-TUIO41 modules in paired redundant slots. Connect field wiring to the front terminals. The conformal coating provides extra protection against dust and condensation.
• Packaging: Each CC-TUIO41 module ships individually in protective, anti-static packaging. We ship via FedEx, UPS, or DHL.

FAQ

• Q: What is the purpose of the conformal coating?
  A: The conformal coating on the CC-TUIO41 protects the electronic circuitry from harsh environments. It provides resistance to moisture, dust, chemical vapors, and fungal growth, increasing reliability in challenging industrial settings.
• Q: What does "Universal I/O" mean?
  A> “Universal I/O” means each channel on the CC-TUIO41 can be individually configured via software to accept different signal types. This eliminates the need for dedicated modules and provides tremendous wiring and spares flexibility.
• Q: How is redundancy managed between modules?
  A> The two CC-TUIO41 modules operate in a synchronized active/standby pair. The control system continuously monitors both. Upon a fault in the active module, it executes a bumpless transfer to the standby module, ensuring uninterrupted process control.