T6WZP02 Series Explosion-Proof Platinum Resistance Thermometer

Position: Home > > Measurement instrument > Temperature measuring instrument > thermometer > T6WZP02 Series Explosion-Proof Platinum Resistance Thermometer

T6WZP02 Series Explosion-Proof Platinum Resistance Thermometer

Product ID：CLWDwdj018

Price: Please inquire PDF Format

Supply Ability:50SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberT6WZP02 series

Brand NameXAXIAXI

Payment TermsTT，PAYPAL，Alibaba.com Pay

T6WZP02 Series Explosion-Proof Platinum Resistance Thermometer

Product Introduction
The T6WZP02 Series Explosion-Proof Platinum Resistance Thermometer is an industrial temperature sensor designed for reliable temperature measurement in demanding operating environments. Featuring fast thermal response, high sensitivity, good stability, and strong mechanical strength, it supports temperature measurement up to 800°C, depending on the model.
The series offers multiple construction options, including armored, flange-mounted armored, straight armored, and specialized armored configurations, as well as intrinsically safe versions. With customizable insertion lengths, protective tube materials, and installation connections, the T6WZP02 series can be configured for a wide range of industrial temperature monitoring applications.

Performance Features
• Explosion-Proof Design: Available in configurations intended for hazardous industrial environments. Suitability depends on the specific model and its certified protection rating.
• Fast Thermal Response: Detects temperature changes quickly for responsive process monitoring.
• High Sensitivity: Platinum resistance sensing supports precise temperature detection.
• Stable Performance: Designed for consistent measurements during long-term industrial operation.
• Strong Mechanical Construction: Protective armored structures help withstand demanding installation and operating conditions.
• Wide Temperature Range: Model-dependent measurement ranges extend from 0°C to 500°C or 0°C to 800°C.
• Flexible Installation: Supports threaded and welded connections, with various flange standards available.
• Multiple Configurations: Options include armored, flange-mounted, straight armored, specialized armored, and intrinsically safe designs.
• Material Selection: Protective tubes are available in several materials to suit different process environments.

Working Principle
The T6WZP02 series uses a platinum resistance temperature detector (RTD). The electrical resistance of the platinum sensing element changes predictably with temperature. The instrument or connected measurement system measures this resistance and converts it into a corresponding temperature reading.
The platinum sensing element is housed within a protective structure designed to provide mechanical protection and support reliable operation in industrial environments. The selected construction, connection type, and protection configuration should match the process temperature, pressure, and hazardous-area requirements.

Technical Parameters

Parameter	Specification
Product Series	T6WZP02
Product Type	Explosion-Proof Platinum Resistance Thermometer
Sensing Principle	Platinum Resistance Temperature Detection (RTD)
Model Configurations	T6WZP0201/02/04/05; T6WZP02-03/06/07
Temperature Range	0°C to 800°C or 0°C to 500°C, depending on model
Accuracy Class	Class A or Class B
Inner Element / Probe Outer Diameter	Φ3–Φ8 mm
Length	150–3000 mm
Applicable Pressure	≤2.4 MPa
Connection Methods	Threaded fixing or welded connection
Protective Tube Materials	NCF800 (600), GH3030, 316L, 1Cr18Ni9Ti
Thread Options	ZG1/2, M27×2, G3/4, M33×2, ZG1, G1
Flange Standards	SH, JIS, GB, HG, ANSI and other available standards
Structural Options	Armored, flange-mounted armored, straight armored, specialized armored, intrinsically safe versions

Note: Specifications vary by model and configuration. Confirm the exact temperature range, pressure rating, explosion-protection certification, and connection dimensions before ordering.

Application Scenarios
• Chemical and Petrochemical Plants: Temperature monitoring in compatible process equipment and pipelines.
• Oil and Gas Facilities: Industrial temperature measurement where suitable explosion-protection certification is required.
• Industrial Furnaces and Heating Systems: Temperature monitoring in high-temperature processes within the selected model's rating.
• Power Generation: Monitoring temperatures in industrial equipment and thermal systems.
• Pharmaceutical and Process Manufacturing: Temperature measurement in compatible production equipment.
• Industrial Pipelines and Vessels: Threaded, welded, or flange-mounted installation according to system design.
• Hazardous Industrial Areas: Applications requiring an appropriately certified explosion-proof or intrinsically safe temperature sensor.

T6WZP02 vs. Conventional Industrial RTD Sensors

Feature	T6WZP02 Series	Conventional RTD Sensors
Temperature Sensing	Platinum resistance	Depends on sensor type
Hazardous-Area Options	Explosion-proof and intrinsically safe configurations available	Depends on model and certification
Maximum Temperature	Up to 800°C for applicable models	Depends on sensor design
Protective Construction	Multiple armored and flange-mounted options	Varies by model
Probe Length	150–3000 mm	Depends on configuration
Protective Tube Materials	Multiple alloy and stainless steel options	Depends on application
Installation	Threaded, welded, and selected flange connections	Depends on design
Accuracy Classes	Class A or Class B	Depends on sensor specification
Customization	Multiple structures and connection standards	Manufacturer-dependent

Frequently Asked Questions
1. What is the T6WZP02 series platinum resistance thermometer used for?
It is designed for industrial temperature measurement in process equipment, pipelines, heating systems, and other applications requiring a robust platinum RTD sensor.
2. What is the maximum temperature measurement range?
Applicable models support temperatures up to 800°C, while other models have a range of 0°C to 500°C. Select the model according to the required operating temperature.
3. Is the T6WZP02 suitable for hazardous areas?
The series includes explosion-proof and intrinsically safe configurations. Verify the specific model's certification, protection marking, and applicable hazardous-area requirements before installation.
4. What is the maximum applicable pressure?
The stated applicable pressure is up to 2.4 MPa. Confirm the pressure rating of the selected assembly and process connection.
5. What accuracy classes are available?
Class A and Class B options are available. The appropriate class depends on the selected model and measurement requirements.
6. What probe diameters and lengths are available?
The specified probe or inner-element outer diameter range is Φ3–Φ8 mm, with lengths from 150 mm to 3000 mm, depending on the configuration.
7. Which protective tube materials can be selected?
Available materials include NCF800 (600), GH3030, 316L, and 1Cr18Ni9Ti. Material selection should consider temperature, corrosion, pressure, and process compatibility.
8. What installation connections are supported?
Options include threaded fixing, welded connections, and various flange standards, including SH, JIS, GB, HG, and ANSI. Specific thread and flange dimensions depend on the selected configuration.
9. How do I choose the right T6WZP02 model?
Consider the operating temperature and pressure, required accuracy, probe diameter and insertion length, process connection, protective tube material, and hazardous-area certification. Provide these requirements when requesting a quotation.

Frequently Asked Questions
1. What is the T6WZP02 series platinum resistance thermometer used for?
It is designed for industrial temperature measurement in process equipment, pipelines, heating systems, and other applications requiring a robust platinum RTD sensor.
2. What is the maximum temperature measurement range?
Applicable models support temperatures up to 800°C, while other models have a range of 0°C to 500°C. Select the model according to the required operating temperature.
3. Is the T6WZP02 suitable for hazardous areas?
The series includes explosion-proof and intrinsically safe configurations. Verify the specific model's certification, protection marking, and applicable hazardous-area requirements before installation.
4. What is the maximum applicable pressure?
The stated applicable pressure is up to 2.4 MPa. Confirm the pressure rating of the selected assembly and process connection.
5. What accuracy classes are available?
Class A and Class B options are available. The appropriate class depends on the selected model and measurement requirements.
6. What probe diameters and lengths are available?
The specified probe or inner-element outer diameter range is Φ3–Φ8 mm, with lengths from 150 mm to 3000 mm, depending on the configuration.
7. Which protective tube materials can be selected?
Available materials include NCF800 (600), GH3030, 316L, and 1Cr18Ni9Ti. Material selection should consider temperature, corrosion, pressure, and process compatibility.
8. What installation connections are supported?
Options include threaded fixing, welded connections, and various flange standards, including SH, JIS, GB, HG, and ANSI. Specific thread and flange dimensions depend on the selected configuration.
9. How do I choose the right T6WZP02 model?
Consider the operating temperature and pressure, required accuracy, probe diameter and insertion length, process connection, protective tube material, and hazardous-area certification. Provide these requirements when requesting a quotation.