SMC HRR024-AN-20-U Thermo-chiller, Rack Mount, Single-phase 200/230 VAC

SMC
SKU:
HRR024-AN-20-U
Availability:
Factory stock: 10
$5,980.00
Condition:
New
Current Stock:
The SMC HRR024-AN-20-U HRR Series Thermo-chiller is a precision-engineered, rack-mountable cooling solution designed for industrial applications requiring reliable temperature control. This single-phase unit operates at 200/230 VAC, making it compatible with global power standards, and is ideal for environments where space efficiency and ease of maintenance are paramount. Engineered for seamless integration into a 19-inch rack, the HRR024-AN-20-U allows for multiple units to be mounted, optimizing space utilization in your facility. Its front-access design ensures that all filters and drainage systems are easily reachable, facilitating straightforward control, service, and maintenance without the need to remove the unit from the rack. With a robust cooling capacity ranging from 1.1 to 5.1 kW at 60 Hz, this thermo-chiller is capable of maintaining precise temperature stability within ±0.1°C, ensuring optimal performance of your sensitive equipment. This level of precision is critical for applications in semiconductor manufacturing, laser processing, and other high-tech industries where temperature fluctuations can lead to costly downtime or product defects. Although this model has been discontinued due to refrigerant regulations, SMC offers a range of low global warming potential chillers as alternatives. For more information on these environmentally friendly options, please visit the SMC Low GWP Chillers page. For engineers and manufacturing professionals seeking a reliable, space-saving cooling solution, the SMC HRR024-AN-20-U represents a pinnacle of design and functionality, ensuring your operations run smoothly and efficiently.
Cooling Capacity:
Cooling Capacity 2000W/2400W 50/60Hz)
Cooling Method:
Air-cooled Refrigeration
Pipe Thread Type:
NPT (With Rc-NPT Conversion Fitting Set)
Power Supply:
Single-phase 200 to 230 VAC (50/60 Hz)
Option 1:
Conforming To UL Standards
Option 2:
None