Honeywell TC-IXL062 Thermocouple Input Module 6-Point

Honeywell TC-IXL062 Thermocouple Input Module

Product Introduction

The Honeywell TC-IXL062 is a high-precision thermocouple input module designed for industrial temperature measurement applications. This 6-point module delivers exceptional accuracy and reliability for demanding process control environments. Specifically, it provides 16-bit resolution with 1.4 µV typical sensitivity across the standard range. The module also features a high-resolution range from -12 mV to +30 mV for applications requiring finer measurement detail. Additionally, the TC-IXL062 supports multiple thermocouple types including B, E, J, K, R, S, T, N, C, D, and L, making it versatile for various industrial temperature sensing needs. The module includes two cold junction channels for accurate reference temperature compensation. Furthermore, its 250V channel-to-channel isolation ensures safe operation in electrically noisy industrial settings. This Honeywell thermocouple module integrates seamlessly with Experion PKS systems and other compatible control platforms.

Mechanical and Environmental Parameters

The TC-IXL062 module connects through TC-TBNH 20-position terminal blocks for secure and reliable wiring. The module operates effectively within standard industrial control cabinet environments. Channel-to-channel isolation of 250V protects against signal interference. User-to-system isolation maintains safety between field wiring and control electronics. The module dissipates 4.3 W maximum power during operation. For cold junction reference, the module uses two spare CJR thermistors with model number TC-CJRT02. The compact design allows efficient panel space utilization in Experion PKS system cabinets.

Installation Guide

Installing the Honeywell TC-IXL062 requires proper planning and adherence to manufacturer guidelines. First, verify that the mounting location provides adequate ventilation for the 4.3 W power dissipation. Next, connect the TC-TBNH 20-position terminal block to the module securely. Then, wire the thermocouple inputs according to the supported types B, E, J, K, R, S, T, N, C, D, and L. For cold junction compensation, install the two TC-CJRT02 thermistors in the designated positions. Additionally, ensure all wiring maintains proper shielding to maximize the 160 dB common mode rejection capability. The module supports up to 120 VAC/VDC continuous overvoltage at 25°C, so verify that field wiring does not exceed this limit. Finally, confirm that the backplane current requirements match your system power supply specifications. Always follow local electrical codes and Honeywell installation documentation for safe and reliable operation.

Packaging List

• 1x Honeywell TC-IXL062 Thermocouple Input Module

• 1x TC-TBNH 20-Position Terminal Block

• 2x TC-CJRT02 Cold Junction Thermistors

• 1x Installation Reference Card

• 1x Anti-Static Protective Bag

FAQ

Q1: What thermocouple types does the TC-IXL062 support?
A: The Honeywell TC-IXL062 supports B, E, J, K, R, S, T, N, C, D, and L thermocouple types. However, D and L types require Experion PKS R210 patch 10 or later releases.

Q2: What is the resolution of this thermocouple input module?
A: The module provides 16-bit resolution with 1.4 µV typical sensitivity. Additionally, the high-resolution range achieves 0.70 µV for applications requiring finer measurement precision.

Q3: How many cold junction channels does the TC-IXL062 include?
A: The TC-IXL062 includes 2 dedicated cold junction channels. Moreover, it requires two TC-CJRT02 thermistors for accurate reference temperature compensation.

Q4: What shipping methods are available for this module?
A: We ship the Honeywell TC-IXL062 via Fedex, UPS, and DHL. Furthermore, all orders include proper anti-static packaging to protect sensitive electronics during transit.

Q5: What is the input voltage range of the TC-IXL062?
A: The module accepts -12 mV to +78 mV on the standard range. Besides, a high-resolution range from -12 mV to +30 mV provides enhanced measurement sensitivity for low-level thermocouple signals.