XIQI Electric CG-WRNT-01 K-Type Compression Spring Thermocouple Sensor - M12 Thread, 1m Cable

Name: XIQI Electric CG-WRNT-01 K-Type Compression Spring Thermocouple Sensor - M12 Thread, 1m Cable
Brand: XIQI Electric
SKU: SENS-3720
Price: 99.00 INR
Availability: OutOfStock

₹99.00 (Inclusive of all taxes)

Out of Stock

The XIQI Electric CG-WRNT-01 is a K-type compression spring thermocouple sensor with an M12 threaded connection and a 1-meter cable, designed for direct integration into industrial temperature controllers, PLCs, and process monitoring systems for reliable measurements from 0°C to 600°C.

Features

K-Type (Chromel-Alumel) thermocouple with a measurement range of 0°C to 600°C.
Compression spring-loaded probe ensures consistent surface contact for accurate readings.
M12 threaded stainless steel housing for robust and secure industrial mounting.
±1.5°C accuracy ensures reliable process monitoring and control.
Includes a 1-meter high-temperature resistant cable for flexible installation.

Out of stock

Get Notified When Available

Description

The CG-WRNT-01 is a dedicated industrial-grade temperature sensor utilizing a K-type thermocouple element. The compression spring mechanism maintains positive pressure between the probe tip and the measured surface, minimizing thermal contact resistance and improving measurement accuracy in dynamic or vibrating environments. Its stainless steel construction and M12 threaded body provide durability and easy integration into control panels, machinery, and heated enclosures.

This sensor outputs a millivolt-level signal proportional to temperature, which is compatible with standard thermocouple input modules on temperature controllers, data loggers, and PLC systems. It is engineered for stability in high-temperature industrial settings such as ovens, furnaces, and kilns, where reliable thermal monitoring is critical for process safety and efficiency.

Key Features

K-Type thermocouple (Chromel-Alumel) for wide temperature range capability.
Compression spring probe design for optimal thermal contact and vibration resistance.
Stainless steel M12 threaded housing ensures mechanical robustness and IP-rated sealing potential.
High-temperature rated cable (1m length) with appropriate insulation for the 0-600°C range.
Designed for direct compatibility with industrial temperature controllers and PLC analog inputs.
Optimized performance-to-cost ratio for industrial process monitoring applications.

Applications

Temperature monitoring and control in industrial ovens, furnaces, and kilns.
Process temperature sensing for plastics molding, food processing, and heat treatment equipment.
Surface temperature measurement on machinery, motors, and heat exchangers.
Integration into building management systems (BMS) for HVAC and boiler control.
Laboratory and test bench thermal profiling and data logging.

Technical Specifications

Model Number	CG-WRNT-01
Sensor Type	K-Type Thermocouple
Temperature Range	0°C to 600°C
Accuracy	±1.5°C
Probe Material	Stainless Steel
Mounting / Connection	M12 Thread
Cable Length	1 Meter
Probe Style	Compression Spring
Output Signal	Thermocouple (mV)

Frequently Asked Questions

What type of output signal does this CG-WRNT-01 sensor provide?

This is a passive K-type thermocouple sensor. It outputs a small millivolt (mV) signal that varies with temperature. This signal must be connected to a dedicated thermocouple input on a temperature controller, PLC, or data logger equipped with cold-junction compensation and appropriate signal conditioning to provide an accurate temperature reading.

Can I extend the 1-meter cable on this thermocouple sensor?

Yes, but it must be done correctly to maintain accuracy. You must use extension wire specifically rated for K-type thermocouples, which matches the thermoelectric properties of the sensor wire. Using standard copper wire will introduce significant measurement errors. Ensure all connections are clean, tight, and kept at a stable, similar temperature.

Is this sensor suitable for measuring air temperature or only surface temperature?

The compression spring design is primarily optimized for surface temperature measurement, as it ensures good mechanical and thermal contact. For air or gas temperature sensing, a different probe style (like an exposed junction or sheathed probe in a thermowell) is typically more appropriate. However, it can be used in high-velocity air streams if mounted properly.