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SMC HRZ004-W1S-CFN HRZ-F Series EU F-Gas Regulation-compliant Thermo-chiller Pump Inverter And Compressor Inverter Type

SMC HRZ004-W1S-CFN HRZ-F Series EU F-Gas Regulation-compliant Thermo-chiller Pump Inverter And Compressor Inverter Type

SMC
SKU:
HRZ004-W1S-CFN
$26,685.00
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Condition:
New
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Description

HRZ-F Series EU F-Gas Regulation-compliant Thermo-chiller Pump Inverter And Compressor Inverter Type

  • More effective energy-saving is achieved through use of a DC inverter compressor and an inverter pump;
  • Energy saving; The inverter controls the number of motor rotations of the compressor and pump according to the load from the user ’s application; Power consumption: Max. 65% reduction; Facility water: Max. 67% reduction;
  • High performance; Temperature stability: ±0.1 °C (When a load is stable); Cooling time: Max. 46% reduction (SMC comparison);
  • Refrigerant: R410A (HFC)/R448A (HFC/HFO)

    The SMC HRZ004-W1S-CFN HRZ-F Series Thermo-chiller is designed to comply with EU F-Gas regulations, offering an advanced solution for energy-efficient cooling. This model features a DC inverter compressor and an inverter pump, which work together to optimize energy usage by adjusting motor rotations based on the user's application load. This results in a maximum power consumption reduction of 65% and a facility water reduction of up to 67%. The thermo-chiller ensures high performance with a temperature stability of ±0.1 °C when the load is stable, and it significantly reduces cooling time by up to 46% compared to previous models. It uses environmentally friendly refrigerants R410A (HFC) and R448A (HFC/HFO), making it a sustainable choice for your cooling needs.

    • Additional Information
    Cooling Capacity:
    4kW
    Circulating Fluid Type:
    Circulating Fluid Type:Ethylene Glycol Aqueous Solution
    Type:
    Pump Inverter And Compressor Inverter Type
    Option 1:
    Analog Communication
    Specifications:
    EU F-Gas Regulation-compliant
    Option a:
    NPT Fitting
    Option b:
    None
    Option c:
    None
    Option d:
    None