A 4-Channel Thermocouple to CAN Module, the ultimate solution for precise temperature monitoring and data acquisition in industrial and automotive applications. Designed with accuracy and versatility in mind.

Modular DIY-friendly design.

Open source.

Microcontroller Arduino Nano.

Supply voltage: 7-24 VDC

Power consumption: 0.25 W (20mA @ 12VDC)

Dimensions 108x80x31mm

5-pin M12 A-coded Male connector

Supports type K thermocouple sensors, temperature range -200°C to +1350°C.

Miniature thermocouple connector.

CAN baud rate 250 or 500 kbit/s (selectable via dip-switch)

CAN termination selectable via pin-header jumper.

Key Features:

Four-Channel Thermocouple Input: Monitor up to four independent temperature measurements simultaneously, providing comprehensive insight into your system's thermal performance.

High Accuracy and Precision: With MAX31855 thermocouple sensing technology, this module delivers precise temperature measurements with cold-Junction compensation.

CAN Bus Connectivity: Seamlessly integrate into CAN networks, allowing for easy communication and data exchange with other CAN-enabled devices and systems. This enables real-time monitoring and, enhancing efficiency and productivity. Compact and DIY-friendly design

Easy Installation and Configuration: Simplified setup process ensures hassle-free installation, while intuitive configuration options allow users to tailor settings according to specific requirements, facilitating seamless integration into existing systems.

Wide Temperature Range Support: From extreme cold to high heat environments, our module accommodates a temperature range of -200°C to +1350°C.

Experience the power of precision temperature monitoring with our 4-Channel Thermocouple to CAN Module, engineered to meet the demands of modern industrial and automotive environments. Upgrade your monitoring capabilities today and unlock new possibilities in temperature control and optimization.