120°C Heat Pump – Ultra High Temp Heat Pump – Co-Therm

Capacity

1,200,000 BTU/h 64TR

Type

Water source

Chilled Water Temperature

120°C hot water, 7°C cold water

Compressor

Screw

Refrigerant

R-410

Voltage

460V/F/60Hz

Capacities (TR)

Hot water: 1,036,000 BTU/h, Cold water: 64TR

Model

Co-Therm UHTHP

Co-Therm Ultra High Temp Heat Pump: Ultra high-temperature heat pump manufactured by Grupo TECSIR in Mexico with the highest quality standards and with U.S. Patent Pending. Designed to simultaneously produce hot water at 120 °C and cold water at 7 °C, with a capacity of 1,200,000 BTU/h for hot water and 64 TR for cold water. It is the ideal solution for industrial processes that require extremely high hot water temperatures along with cooling, offering a more efficient and sustainable alternative to traditional high-pressure boiler systems.

Features

  • Screw compressors
  • Dual-refrigerant system: high stage R-1233ZD, low stage R-134a or R-1234YF
  • Shell-and-tube evaporator (Cu)
  • Shell-and-tube condenser (Cu)
  • Hot water 120 °C / cold water 7 °C
  • Flanged carbon steel 150# connections
  • Star–delta starter (ΥΔ)
  • Control PLC, 120V/1F/60Hz
  • Voltage 460V/3Ph/60Hz

U.S. Patent Pending #63/852,461

Specialized equipment for critical industrial applications where very high-temperature hot water is required for sterilization, chemical processes, or production, along with simultaneous cooling for other stages of the process. Its advanced technology and patented design allow achieving high temperatures with energy efficiency and reduced emissions.

Applications and industries:

  • Chemical and petrochemical processes requiring extreme temperatures for reactions or material treatment
  • Pharmaceutical industry (equipment sterilization and high-temperature processes)
  • Hospitals and specialized medical centers (high-level sterilization and industrial laundry)
  • Food industry (processes requiring water above 100 °C such as sterilization and advanced pasteurization)
  • Manufacturing plants combining cooling and ultra high-temperature hot water
  • Beverage industry (thermal treatment and advanced sanitization)
  • Metallurgical and surface-treatment processes (high-temperature cleaning and preparation)
  • Facilities replacing high-pressure boilers to reduce energy consumption and carbon footprint