Explosion-proof High-Low Temperature All-in-One Machine

Product features:

This product solves the pain points of traditional temperature control equipment that cannot be used in flammable and explosive environments, which may cause safety accidents. The equipment has passed the national Ex d IIB T4 Gb explosion-proof certification, and the explosion-proof casing can effectively isolate internal electrical components from external explosive gases, avoiding the risk of ignition. The 3500W refrigeration power and 4000W heating power can quickly adjust the temperature from -25℃ to 180℃, meeting the temperature control needs of chemical reaction testing and flammable material performance testing. The intrinsically safe communication interface ensures that data collection and remote control will not generate sparks in explosive environments, and the multi-dimensional safety protection system can automatically cut off the power in case of abnormal conditions, ensuring the safety of equipment and operating personnel. The corrosion-resistant stainless steel housing is suitable for working in harsh industrial environments with corrosive gases.

Product specifications:

External dimensions: 900mm (length) × 800mm (width) × 1200mm (height), net weight: 280kg, refrigeration power: 3500W, heating power: 4000W, temperature control range: -25℃ to 180℃, temperature control accuracy: ±0.2℃, power supply: AC380V 50Hz, circulation flow rate: 40L/min, communication interface: RS485/intrinsically safe USB, explosion-proof grade: Ex d IIB T4 Gb, protection level: IP65, applicable circulation medium: purified water, ethylene glycol solution, silicone oil, applicable tank volume: 20L to 50L, working noise: ≤65dB, refrigerant: R410A environmental protection refrigerant.

Product application:

This product is mainly applicable to chemical plant material testing, oil and gas component performance testing, pharmaceutical workshop explosive material reaction temperature control and other flammable and explosive scenarios. Typical application scenarios include: testing the thermal stability of flammable chemicals, temperature control of oil and gas pipeline simulation tests, reaction temperature regulation of explosive pharmaceutical intermediates, and testing the low-temperature performance of explosive materials. It can meet the professional temperature control needs of flammable and explosive working environments, and ensure the safety of equipment and operating personnel during use.