AbTehnic Profesional

BLAST FREEZER UNIT COOLERS

BLAST FREEZER UNIT COOLERS

Area of use:

  • Cold rooms specific for either product cooling or fast freezing
Category:
THERMOKEY
BLAST FREEZER UNIT COOLERS

Area of use

  • Cold rooms specific for either product cooling or fast freezing

Performance range:

Performance range: Capacity from 14 to 107 kW (Te = -40 °C, T1 = -35 °C, RH = 90%)

Fans: Diameter Ø 630 mm

Benefits:

  • External static 100 Pa pressure (standard); can reach 400 Pa with special tubular fans
  • Piping in copper or in AISI 304 stainless steel
  • Finned pack available in a wide range of materials
  • Fin spacing: 12 mm
  • Various defrosting systems available
  • Casing: available in aluminium, in AISI 304 stainless steel or RAL 9010 painted

About Thermokey unit coolers

  • Dual Flow Unit Cooler Radial Unit Cooler

ThermoKey offers products equipped with highly-efficient, low-noise fans; also low air-speed dual flow unit coolers are available, preventing direct air-flow onto the operators. Furthermore, for plants using canalized air distribution, ThermoKey provides cooling units equipped with radial fans, whose functioning is guaranteed with additional static pressures of at least 150 Pa, while maintaining low noise levels.


  • Inspectionable, stainless steel units

ThermoKey produces stainless steel unit coolers, whose finned pack heat exchangers are thoroughly accessible thanks to hinged drip trays, covers and easy-to-open fan cowlings.


  • Fruit Cooler

ThermoKey provides cooling units with big surface geometries guaranteeing the expected capacities, with low temperature deltas. Specific units have been developed to preserve fruit and vegetables with blow-through fans, optimising air distribution.


  • Defrosting systems

ThermoKey offers a wide range of defrosting systems to ensure the best solution for every type of application.


  • Blast Freezer

ThermoKey offers Blast Freezer unit coolers equipped with high, external static pressure (from 100 to 400 Pa) fans, wide fin-spacing to minimize defrosting cycles.