Scientific and standardized model selection and ordering specifications are the basic prerequisites to ensure the perfect matching operation and optimal performance release of salt bath furnace thermocouples. Our salt bath furnace thermocouple series has complete product models and diversified size combination specifications, which can adapt to different furnace body structures, temperature ranges and production working conditions. Users must follow standardized ordering guidelines to select models according to actual on-site working conditions, furnace body parameters and production process requirements, so as to avoid equipment model mismatch, performance waste, insufficient parameter configuration and other problems, and ensure the long-term stable and efficient operation of temperature measuring equipment.
The first core parameter that must be confirmed during ordering is the product model and thermocouple graduation number. Our salt bath furnace thermocouple series includes two core mainstream models: WRPG-1323 and WRPG-5323, both adopting industry-standard S-type platinum-rhodium graduation number. The S-type graduation number is specially optimized for medium and high-temperature salt bath furnace working conditions of 0-1350℃, with ultra-high temperature measurement accuracy, stable thermoelectric conversion performance and excellent high-temperature durability. Users need to select the corresponding model according to the actual furnace body structure and on-site installation mode to ensure that the equipment model fully matches the working condition requirements and avoid performance failure caused by wrong model selection.
The second key ordering specification is the protection tube size parameter, including the total length and effective insertion depth of the thermocouple, which directly affects the accuracy of temperature measurement and installation stability. The product has multiple standard size combinations, including single straight lengths of 300mm, 500mm and 1000mm, and composite matching sizes of 500×500mm, 750×750mm and 1000×1000mm. Users need to reasonably select the total equipment length and effective insertion depth according to the actual depth of the salt bath furnace, molten salt liquid level and fixed installation position. Excessively short insertion depth will lead to inaccurate temperature induction, while excessively long size will cause installation redundancy and structural waste.
In the actual model selection and ordering process, users need to comprehensively consider multiple core factors such as furnace body maximum temperature range, molten salt medium type, daily continuous production time and thermal shock cycle frequency. For conventional BaCl2 molten salt medium and 0-1350℃ medium and high-temperature conventional working conditions, the standard S-type series products can fully meet the production and temperature measurement needs. For special working conditions with frequent temperature cycle switching and long-term high-load continuous production, it is recommended to prefer high-specification models to ensure longer service life and higher operational stability of the equipment.
Standardized ordering and scientific model selection can maximize the service performance and service life of salt bath furnace thermocouples, ensure the accurate matching of temperature measuring equipment and industrial working conditions, and effectively avoid various operational faults and quality problems caused by incorrect selection. Our company provides professional one-on-one technical model selection support, which can recommend the most suitable thermocouple model and size according to users' actual equipment parameters and process needs, helping users obtain the highest cost-effective temperature measurement solution and providing solid and reliable technical guarantee for long-term stable production of industrial salt bath furnaces.
The first core ordering parameter is the product model and分度号. The salt bath furnace thermocouple series has two core models: WRPG-1323 and WRPG-5323, both adopting standard S-type platinum-rhodium分度号. The S-type分度号 is specially suitable for medium and high-temperature salt bath furnace working conditions of 0-1350℃, with high temperature measurement accuracy and stable thermoelectric performance. Users need to confirm the model according to the furnace body structure and installation mode to ensure that the model matches the equipment working condition, and avoid performance mismatch caused by wrong model selection.
The second key ordering specification is the protection tube size, including the total length and insertion depth of the thermocouple. The product has multiple standard size combinations, including single straight lengths of 300mm, 500mm, 1000mm and composite sizes of 500×500mm, 750×750mm, 1000×1000mm. Users need to reasonably select the total length and insertion depth according to the actual depth of the salt bath furnace and installation position. Excessively short insertion depth will lead to inaccurate temperature measurement, and excessively long size will cause installation redundancy and structural waste.
In the actual selection process, users need to comprehensively consider core factors such as furnace body temperature range, molten salt medium type, continuous production time and thermal shock frequency. For conventional BaCl2 molten salt medium and 0-1350℃ medium and high-temperature working conditions, the standard S-type series products can fully meet the demand. For frequent temperature cycle and high-load continuous production scenarios, it is recommended to give priority to high-spec models to ensure longer service life and higher stability.
Standardized ordering and selection can maximize the product performance and service life, ensure the accurate matching of temperature measuring equipment and industrial working conditions, and avoid various operational faults caused by incorrect selection. Our company provides professional one-on-one model selection technical support, according to user equipment parameters and process needs to recommend the most suitable thermocouple model and size, to ensure that users obtain the highest cost-effective temperature measurement solution, and provide reliable guarantee for industrial salt bath furnace production.
