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Engine Testing Thermocouple Manufacturers in India by Sense Thermo Instruments

Sense Thermo Instruments India pvt. Ltd. is trusted Engine Testing Thermocouple manufactures, suppliers, and exporters in India, Khopoli, Patalganga, Pen, Taloja, Rabale, Turbhe, Ambernath, Chakan, Gurgaon, Raipur, Mumbai, Navi Mumbai, PCMC, Pimpri Chinchwad Ranjangaon, Nashik, Manesar, Boisar, Chennai, Coimbatore, Hyderabad, Sanaswadi, Shikrapur, Roha, Satara, Nagpur,and Aurangabad. We provide top quality of innovation, safety, and reliability in engine development and diagnostics. Measurements of temperature should be carried out to judge engine performance, fuel economy, and thermal stresses on parts: Hence the Engine Testing Thermocouples-fitted sensors that perform at very high levels and designed to measure extreme temperatures under dynamic conditions and to access real-time data that invigorates


What is Engine Testing Thermocouple

It is a temperature sensor meant for engine testing and designed for extreme use and proper functioning in high temperatures found within the combusting gases of internal combustion engine, jet engine, or performance engine. All these sensors would work and experience quick temperature variations, heavy shaking, and very high pressure while outputting fast and accurate results.

Usually these are mounted on exhaust manifolds, cylinder heads, turbochargers, pistons, or the like, where temperatures are projectively important to the performance or life of the part. Whether for research and development, on-going quality assurance, or live-testing situations, these thermocouples will be an integral part of any advanced engine diagnostics system.


Technical Specifications Engine Testing Thermocouple:

Parameter Specification
Temperature Range -40°C to 1250°C (Type K up to 1700°C for Type R/S)
Accuracy ±1.5°C or ±0.4% of reading standard (higher accuracy on request)
Response Time < 1 second dependent on probe type and sheath diameter
Probe Diameter 0.5 mm to 6.0 mm customizable
Sheath Material Inconel 600, Stainless Steel, Ceramic, or Platinum Alloy
Junction Type Grounded, Ungrounded, or Exposed Junction
Mounting Options Compression fitting, threaded (NPT/BSP), flange, or custom bracket
Cable Type Fiberglass, Teflon, or high-temperature braided cable
Cable Length Standard 1 to 5 meters; custom lengths available
Connector Type Miniature/Standard Thermocouple Plug, Bare Leads, or Custom Terminals
Insulation Resistance ≥100 MΩ at 500 VDC typical
Ambient Temperature Range -20°C to 150°C for the head/cable assembly

Features of Engine Testing Thermocouple:

  • High Temperature Range: Capable of measuring from -40°C to 1250°C, perfect for exhaust and combustion zone applications.
  • Fast Response Time: Immediately detects changes in temperature, vital for performance tuning and safety.
  • Vibration-resistant: Rugged construction allows it to withstand engine vibrations and shock loads.
  • Custom Design: Suited for various engine makes/models and test conditions with different sheath materials, probe diameters, and configurations.
  • Data Compatibility: Compatible with any form of data acquisition, PLC, or testing software.

Applications of Engine Testing Thermocouple:

  • Automotive Engine R&D,
  • Motorsport Performance Testing
  • Aerospace Jet Engine Validation
  • Heavy-Duty Diesel Engine Evaluation
  • Thermal Mapping in Combustion Chambers
  • Regulation Compliance and Emission Testing

Sense Thermo Instruments India pvt. Ltd. is a best Engine Testing Thermocouple manufacturers, suppliers, and exporters in India. We tailor the Engine Testing Thermocouples to be suitable to last long, move fast, and be accurate-all in consideration of the worst conditions in testing environments. With decades of experience and a thorough understanding of thermal measurement, we are able to give you the kind of solutions customized to your specific engine configuration. Our sensors are made from high-quality material, subjected to rigorous testing, and backed with technical know-how to give the best possible performance consistently.