About Transition Type Thermocouples
We are offering our valuable clients an extensive range of Temp Sensors that are widely used in various industries to identify the temperature of several applications & surfaces. Our expert engineers manufacture these products in compliance with the set industry standards using high quality raw material. Our offered products are highly appreciated by our clients as these give accurate results with ultra fast responses. Our clients can avail the offered Temp Sensors in different specifications at economical rates.
Features:
- Heat resistance
- High tensile strength
- Light weight
Versatile Configurations for Every ApplicationDesigned to meet industrial and commercial requirements, our transition type thermocouples can be tailored for optimal performance. Efficient configuration options include various sheath materials, diameters, insulation types, and connection styles, ensuring seamless integration across different systems and environments while maintaining compliance with international standards.
Rugged and Reliable ConstructionManufactured with high-grade stainless steel (SS304/SS316) and robust insulation (fiberglass, PVC, PTFE), these thermocouples withstand harsh conditions up to 800C. The IP65 ingress protection and up to 95% ambient humidity tolerance make them reliable even in demanding environments. Each unit features guaranteed accuracy and rapid response time, minimizing downtime and maximizing productivity.
Precision Measurement With Easy InstallationOffering both standard and custom calibrations, our thermocouples exhibit exceptional sensitivity and resolution for precise monitoring. Flexible cable lengths, simple mounting options (threaded or compression fitting), and variety in connectors allow for quick, hassle-free setup. Their self-powered operation ensures no auxiliary power is required, reducing installation complexity.
FAQs of Transition Type Thermocouples:
Q: How do I select the right sheath diameter and material for my thermocouple application?
A: Choose sheath diameter based on required response time and mechanical strength (available options: 1.5mm to 8mm). For environments demanding corrosion resistance, select SS316; otherwise, SS304 is suitable for standard usage. Assess process media and installation constraints when deciding.
Q: What junction types are available, and how do they affect performance?
A: We offer ungrounded, grounded, and exposed junction types. Ungrounded provides electrical isolation and stability in noisy environments, grounded ensures faster response time, and exposed delivers highest sensitivity when direct element contact is needed.
Q: Where can transition type thermocouples be installed, and what mounting options are provided?
A: These thermocouples are suitable for industrial and commercial installations, such as process control, machinery, and HVAC systems. Mounting options include threaded and compression fittings, allowing flexible integration into different equipment designs.
Q: What calibration and accuracy options are available with this product?
A: Thermocouples come with standard calibration, but custom calibration services are available to match your applications requirements. Accuracy is typically 1.5C or better, with a resolution of 0.1C, meeting IEC and ANSI standards.
Q: How does the thermocouple output and operation process work?
A: The thermocouple generates a millivolt analog signal proportional to the measured temperature, which can be wired directly into controllers or monitoring systems. No external power is required for operation, simplifying installation and maintenance.
Q: When is it beneficial to choose fiberglass or PTFE cable insulation?
A: Fiberglass insulation is ideal for high-temperature environments and mechanical robustness, while PTFE offers excellent chemical resistance and flexibility. PVC is suitable for general applications where cost efficiency is prioritized.
Q: What advantages does this thermocouple offer for industrial temperature sensing and process control?
A: With rugged construction, fast response, high accuracy, and compliance with major standards, these thermocouples ensure optimal temperature measurement vital for process efficiency, equipment safety, and quality control in industrial settings.