NO.SRM-34
SRM-34
Open-type Single-stage Screw Compressor
SRM open-type single-stage Screw Compressors include 6 series totaling 19 models with a displacement of 265 – 10850 m3/h @ 2960 rpm. A large application window caters for a wide range of applications. Whereas all major refrigerants can be used, our compressors are optimized for the natural and environment-friendly refrigerants such as Ammonia R717 and Hydrocarbons like R290, R600 and R1150.
High rotor speeds of up to 6000 rpm for the smallest compressor allow the use of frequency inverters, step-less (10%- 100%) mechanical capacity control and adjustable Vi ensure high efficient operation at varying load and temperature profiles, thus guaranteeing high SEER values.
The robust design and high degrees of obliquity >30° to withstand the rolling and pounding sea allow the use in marine applications.
Applications where this product is suitable
FISHERY
BREWERY
DIARY
LEISURE
LOGISTICS
MARINE
MEAT POULTRY
HEAT PUMP
GAS OIL CHEMICAL
AIR CONDITION
Features of SRM open-type single-stage screw compressor:
- “I”type patented profile, best lobe ratio of 5+7, high efficiency.
- Rotor is made of high- quality forged steel with micron- machining accuracy, high strength, high wear resistance, and long durability.
- The housing is made of high- strength ductile iron, design pressure: 2.8 Mpa.
- Innovative shaft seal. The wear- resistant sealing surface is made of silicon carbide for high reliability.
- High- precision and wear- resistant roller bearings designed for a life span of 100.000 operating hours.
- The internal compression ratio Vi can be adjusted to the existing operating conditions either manually or automatically for highest efficiency, even under varying conditions.
- Stepless capacity control (10-100%) by a mechanical slider.
- Integrated oil channels for secure lubrication of all critical spots within the compressor.
Data Sheet SRM-34 Single-stage Compressor
Large Heat Pump for District Heating
The quest of the district heating complex on the Danish island Fyn is to upgrade the used energy mix to become 100% renewable by 2025.
Tapping into the exhaust stack of the bio-mass incinerator to use this otherwise wasted energy becomes the heat source of the heatpump which operates with nature identical Ammonia.
Two independent heat pumps ensure uninterrupted supply of hot water to the community.
Technical data:
Heating capacity QH: 5100 kW
Evaporation To: +9° C
Condensing Tc: +62° C
COP: 4,74
Installation: 12 / 2020
