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SMC HRSH150-AN-20-AK HRSH Series Thermo-chiller Inverter Type Air-cooled 200 V Type

SMC HRSH150-AN-20-AK HRSH Series Thermo-chiller Inverter Type Air-cooled 200 V Type

SMC
SKU:
HRSH150-AN-20-AK
$17,550.00
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Condition:
New
Current Stock:
Description

HRSH Series Thermo-chiller Inverter Type Air-cooled 200 V Type

  • Complete with energy-saving triple inverter!;
  • Outdoor installation, Splashproof type (IPX4);
  • Max. ambient temperature: 45;
  • Temperature stability: ±0.1 (When a load is stable);
  • Space saving and lightweight: 280 kg (25 kW type);
  • Compliant with UL Standards, CE-marking

    The SMC HRSH150-AN-20-AK Thermo-chiller is a high-performance, air-cooled unit designed for efficient temperature control in various industrial applications. Equipped with an energy-saving triple inverter, this chiller ensures optimal performance while minimizing energy consumption. Its robust design allows for outdoor installation, featuring a splashproof construction with an IPX4 rating, making it suitable for diverse environments. The unit operates effectively in ambient temperatures up to 45°C, maintaining a precise temperature stability of ±0.1°C when the load is stable. Despite its powerful 25 kW capacity, the HRSH150-AN-20-AK is space-saving and lightweight, weighing only 280 kg. It meets international safety and quality standards, being compliant with UL Standards and CE-marking, ensuring reliable and safe operation. Ideal for applications requiring larger capacities, this thermo-chiller is part of the HRS090 series and beyond, offering advanced cooling solutions for your industrial needs.

    • Additional Information
    Cooling Capacity:
    15.7kW
    Cooling Method:
    Air-cooled Refrigeration
    Pipe Thread Type:
    NPT (With Rc-NPT Conversion Fitting)
    Power Supply:
    3-Phase 200 VAC (50 Hz),3-phase 200 To 230 VAC (60 Hz)
    Option a:
    With Caster Adjuster-foot
    Option b:
    None
    Option c:
    With Water Fill Port
    Option d:
    None
    Option e:
    None
    Option f:
    With Unit Switching Function