Extreme High Capacity Recirculating Chillers
Product information "Extreme High Capacity Recirculating Chillers"
Vapor Compression Chillers; 21, 50 kW @+20 °C; 1" FPT; Coolant Temperature +5 to +30 °C
Lytron’s series of extreme high capacity recirculating chillers are designed to cool high heat loads while still maintaining tightly controlled output temperatures.
These high capacity chillers can be designed with either centrifugal pumps for temperature control within ±0.5 °C or turbine pumps, which have a higher compressor capacity that enables the highest level of cooling of up to 50 kW. Pumps have dual voltage options, which allows chillers to be easily switched from 50 to 60 Hz.
By using field tested and enduring components, extreme high capacity recirculating chillers offer high reliability in even the most demanding applications. Lytron’s high capacity recirculating chillers use either water, Propylene Glycol based water solutions (PGW) or Ethylene Glycol based water solutions (EGW).
Lytron and AMS Technologies engineering teams work with specific customer requirements to accommodate different process fluids, performance specifications, electronics and controls, dimensional and hardware specifications for integration as well as regulation and certification compliance. Please get in touch with the AMS Technologies thermal technology experts to discuss your customized recirculating chiller solution!
Key Features:
- Cooling Capacities: 21,50 kW
- Compressor Pump: Centrifugal or Turbine Pump
- Temperature Stability: ±0.5 to ±1 °C
- Process Fluid: Clean Water EGW PGW
- Fluid Connections: 1” FPT
- Coolant Temperature Range: +5 to +30 °C
Applications: Analytical & Laboratory Equipment; Factory Machinery Cooling Systems; Plastic Injection & Molding Equipment; Chemical Processing Temperature Control; Food and Beverage Processing; Electric Discharge Machining (EDM); Laser Cutting; Induction Heating and Ovens; Diode Pumped Lasers; Medical Imaging Equipment; MRI Machines; Dental Equipment; Lasers & Optical Equipment; Power Supplies; Power Generation Stations