XIQI Electric CG-WZPT-03 PT100 Thermocouple Sensor, 0-800°C, M12 Thread, 2m Cable

Name: XIQI Electric CG-WZPT-03 PT100 Thermocouple Sensor, 0-800°C, M12 Thread, 2m Cable
Brand: XIQI Electric
SKU: SENS-3699
Price: 469.00 INR
Availability: OutOfStock

₹469.00 (Inclusive of all taxes)

Out of Stock

The XIQI Electric CG-WZPT-03 is a PT100 RTD thermocouple temperature sensor with an M12 threaded stainless steel probe, designed for industrial temperature controllers and PLC systems. It provides a wide 0°C to 800°C measurement range with ±1.5°C accuracy via a standard 2-wire PT100 output.

Features

PT100 RTD sensor with 0°C to 800°C measurement range.
Stainless steel M12 threaded probe (7mm x 50mm) for robust installation.
±1.5°C accuracy ensures reliable temperature monitoring.
Includes a 2-meter cable for flexible system integration.
Designed for ovens, furnaces, kilns, and industrial process control.

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Description

The CG-WZPT-03 is a resistance temperature detector (RTD) utilizing a PT100 platinum element, offering stable and linear resistance change versus temperature. Its stainless steel housing and M12 threaded connection provide secure mounting and protection in high-temperature industrial environments up to 800°C.

The sensor outputs a resistance signal corresponding to temperature, compatible with standard temperature controllers, data loggers, and PLC analog input modules designed for 2-wire RTD input. The integrated 2-meter cable facilitates connection to control panels located at a distance from the measurement point.

Key Features

Industrial-grade PT100 RTD element for precise temperature sensing.
Stainless steel M12 threaded probe ensures mechanical durability and easy installation.
Wide operating temperature range from 0°C to 800°C.
Specified accuracy of ±1.5°C for reliable process control.
2-meter integrated cable provides installation flexibility.
Compact 7mm diameter x 50mm length probe design.
Optimized for integration with industrial temperature controllers and PLC systems.

Applications

Industrial oven and furnace temperature monitoring and control.
Kiln and heat treatment process temperature profiling.
Plastic extrusion and injection molding machine barrel temperature sensing.
Food processing and packaging equipment thermal management.
Laboratory and test bench high-temperature measurement setups.

Technical Specifications

Model Number	CG-WZPT-03 (WZPT-03)
Sensor Type	PT100 RTD (2-wire)
Temperature Range	0°C to 800°C
Accuracy	±1.5°C
Probe Material	Stainless Steel
Probe Dimensions	7 mm diameter x 50 mm length
Connection / Thread	M12
Cable Length	2 meters
Output Signal	Resistance (PT100)

Frequently Asked Questions

What is the output signal of this CG-WZPT-03 sensor?

This sensor is a PT100 Resistance Temperature Detector (RTD). It outputs a variable resistance signal that corresponds directly to temperature, following the standard PT100 resistance vs. temperature curve (e.g., 100Ω at 0°C). It requires connection to a temperature controller, transmitter, or PLC input module configured for 2-wire PT100 input.

What is the maximum temperature this sensor can measure?

The specified operating temperature range for the CG-WZPT-03 is 0°C to 800°C. Do not exceed 800°C to avoid damaging the PT100 element and compromising accuracy. Ensure the installation environment and media are compatible with stainless steel at these elevated temperatures.

How do I install this M12 threaded temperature probe?

The probe features a standard M12 male thread. Install it by screwing it into a corresponding M12 threaded mounting hole in your tank, pipe, or process vessel. Use an appropriate sealant or washer if required for pressure or leak prevention. Ensure the probe tip is fully immersed in the medium for accurate measurement.

Can I extend the 2-meter cable on this sensor?

Yes, the integrated cable can be extended, but it is critical to use shielded, twisted-pair cable suitable for RTD signals to maintain accuracy and minimize electrical noise. Keep extensions as short as possible and use proper connections to avoid introducing additional resistance errors, which are critical for PT100 measurement.