Honeywell TC-IXL061 Thermocouple Input Module

Honeywell TC-IXL061 Thermocouple Input Module

The Honeywell TC-IXL061, also cataloged as the TC-IXL061 Thermocouple Input Module, operates as a dedicated hardware component for thermocouple signal acquisition within Honeywell process control systems. The module provides six isolated input channels for direct connection of multiple thermocouple types, supporting temperature measurement, signal conversion, and controller data acquisition functions.

Hardware Specifications

Cold Junction Compensation and Channel Isolation

The TC-IXL061 is designed for direct thermocouple measurement applications requiring multiple independent temperature input channels. The module supports common industrial thermocouple standards including J, K, T, E, C, R, S, and B types.

The measurement architecture incorporates channel isolation between field inputs and the control system backplane. This isolation structure assists in reducing ground loop effects and electrical interference between connected measurement points. Thermocouple input modules of this class utilize cold junction compensation techniques to maintain temperature measurement accuracy across varying ambient conditions.

Frequently Asked Questions

Q: How many thermocouple channels are available on the module?
A: The TC-IXL061 provides six independent thermocouple input channels.

Q: What thermocouple sensor types are supported?
A: The module supports J, K, T, E, C, R, S, and B thermocouple types.

Q: Does the module provide electrical isolation?
A: Yes. The module provides 1500 VAC isolation between field-side signals and system electronics.

Field Installation Guidelines

• Use the correct thermocouple type configuration for each channel.
• Route thermocouple wiring separately from power conductors.
• Maintain polarity throughout field wiring connections.
• Ground cable shields according to site instrumentation practices.
• Verify terminal tightness before energizing the system.
• Check cold junction compensation settings during commissioning.