Testing CHT 20 (-45...+130°C)
Product number:
CHT20
Product information "Testing CHT 20 (-45...+130°C)"
Chill Plus series cooling systems have their own cooling circuit and a large cooling capacity range from 200 to 1000 kW. They are established as central systems in all industrial sectors. Highest quality and process reliability charaterise the open and contamination-free systems, which can be designed with numerous options for special performance requirements and operating conditions.
General
- Rugged, powder coated sheet steel housing in RAL 7035
- Air-cooled condensers
- Suitable for outdoor operation
- High quality materials and cpmponents
- Buffer tank made of stainless steel as open system
- Refrigerant R410A
- Water temperature setting range +6 to +20 °C
- Nominal power at +10 °C water temperature and ambient temperature +38 °C
- Final pimp pressure 4,0 bar
- Max. ambien temperature +45 °C for air cooling version
- Microprocessor controller with text display, with remote operation and collective fault message
- Efficient power control
- Refrigerant R134a or on request and depending on feasibility R290 (propane)
- Remote data monitoring via modem
- Integrated free cooler to save operating costs
- Use of frequency-controlled turbo compressors for optimum adjustment of power requirements and energy cost optimization
- High pressure pumps
- Closed hydraulic circuits as pressure tank system with expansion tank
- Heat recovery equipment
- Minimization of sound pressure level to below 40 dB(A)
- Tank-pump units with free cooling systems with and without glycol separation
- Connection for digital electrical interface RS485
- Installations und service around refrigeration technology
File | Category | Size | Filetype | Prio |
---|---|---|---|---|
Prospekt Prüfstände D | Produkt-Downloads | 4.95 MB | ||
Datenblatt CHT 20 Testing D | Produkt-Downloads | 60.64 KB | ||
Data Sheet Testing CHT 20 | Produkt-Downloads | 59.86 KB | ||
Brochure Test Benches GB | Produkt-Downloads | 3.24 MB |
The illustrations and drawings, size, weight, consumption, performance, chemical and physical data are always approximate.