Semi-Hermetic Top Outlet Split Cold Room 17-STC104

Model: 17-STC104

Semi-Hermetic Top Outlet Split Cold Room 17-STC104 is outfitted with an intelligent defrosting control mode. It has a storage temperature in the range from -20 °C to 10 °C. It features a R404A refrigerant. It is widely used for air-conditioning purpose in various industrial and commercial organizations. Its hermetic scroll compressor prevents leakage.

$6,629.00 $ 5524

Semi-Hermetic Top Outlet Split Cold Room 17-STC104 - Specifications

Evaporating temperature -15 °C
Refrigerant R404A
Nominal working condition power 2010 W
Suitable storage temperature -20 °C to 10 °C
Power 220 V/1P/50 Hz
Control mode Intelligent defrosting
Throttle modes Electronic expansion valve fuzzy control
Compressor Hermetic scroll
Dimensions 750 × 482 × 925 mm
Weight 50 kgs

Semi-Hermetic Top Outlet Split Cold Room 17-STC104 - Key Features

  • Storage temperature -20 C to 10 C supports chilled and frozen storage
  • Single-phase power 220 V/1P/50 Hz for flexible installation
  • Hermetic scroll compressor with R404A refrigerant system
  • Electronic expansion valve with fuzzy throttling control
  • Intelligent defrosting with automatic water evaporation system

Semi-Hermetic Top Outlet Split Cold Room 17-STC104 - Applications

FunctionImplementation
Retail cold storageSingle-phase supply suits small facilities
Food preservationStable low temperature for perishables
Industrial workshopsRegulated cooling for materials storage
Electronics assemblyControlled environment for component handling
Chemical storage roomsManaged cold conditions for sensitive products

Semi-Hermetic Top Outlet Split Cold Room 17-STC104 - Catalog

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Lab Expo Semi-Hermetic Top Outlet Split Cold Room supports controlled low-temperature storage where uniform cooling and precise temperature regulation are required for sensitive materials. This cold room freezer operates with semi-hermetic compressors and digitally regulated controls to maintain stable setpoints. A top outlet airflow design ensures even temperature distribution, while durable build and integrated monitoring support consistent, controlled storage performance for continuous preservation use.