The product introduction of Solidot's remote I/O XB6S temperature acquisition module

The XB6S-A40TM/XB6S-A80TM are Solidot's XB6S series 4/8-channel temperature acquisition modules, supporting sensors such as thermistors and thermocouples. Compatible with the XB6S series coupler, these modules occupy minimal space and offer high practicality, providing assurance for users in high-speed data acquisition, system configuration optimization, simplified field wiring, and improved system reliability.

Measurement Types: Supports thermocouples, thermistors, and resistors.
Sensitivity: 0.1℃, supports single-channel filtering settings.
Temperature Sensor: Supports disconnection detection.
Configurations: Supports 50Hz, 60Hz, 10Hz, and noise suppression configurations.

I. Application Example

In the steel template forming equipment for bridges and roads, temperature is a key parameter that determines the quality of steel templates. Taking the heating and cooling process of the steel template as an example, temperature sensor data is collected in real-time through the XB6S-A40TM/XB6S-A80TM, allowing the control system to precisely manage the temperature. Through a feedback control mechanism, the module compares the collected temperature data with the set values, enabling the control system to adjust the power of the heating or cooling equipment based on the deviation, thus maintaining temperature stability.

The XB6S-A40TM/XB6S-A80TM is widely used in the steel template forming equipment for infrastructure construction, such as bridges, tunnels, and highways, effectively avoiding equipment failures and production accidents while also improving production efficiency.

Steel Template Forming Equipment for Bridges and Roads

On-site Application of XB6S Temperature Acquisition Module

II. Wiring Diagram

XB6S-A40TM/XB6S-A80TM / Wiring Diagram

III. Parameter Overview

The parameters for the XB6S-A40TM/XB6S-A80TM related products are as follows:

Note [1]: Sensor codes C, L, N, R, T, U, Ni120, Ni200, Ni500, 15Ω～150Ω, 15Ω～300Ω, 15Ω～600Ω are not currently supported, but can be added upon request.
Note [2]: Fahrenheit (℉) = 32 + T (℃) × 1.8; Thermodynamic temperature (K) = T (℃) + 273.15.
Note [3]: 4-wire sensors need to be converted to 2-wire or 3-wire connections.