Reciprocating Compressors

Semi-hermetic and open-drive reciprocating compressors from BITZER are universal. They boast high refrigerating capacities and optimal efficiency even in part load. Optimised versions are available for natural refrigerants including CO₂, NH₃ and hydrocarbons. The IQ MODULE provides intelligent control and capacity control.

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Semi-hermetic

Universal and environmentally friendly: ECOLINE reciprocating compressors offer high cooling capacity with minimal energy requirements and are optimised for HFC, HFO and low-GWP refrigerants. The optional VARISTEP mechanical capacity control offers high part-load efficiency in medium and low temperature application.

For standard refrigerants

For subcritical CO₂ application

For transcritical CO₂ application

For hydrocarbons

For R410A

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Semi-hermetic with innovative motor technology

The ECOLINE+ series is a further-developed version of the proven reciprocating compressors. By using the refrigerant CO₂, innovative line-start permanent-magnet motors and optional intelligent electronics, the series achieves the highest energy efficiency values possible.

For transcritical CO₂ application

ECOLINE+ transcritical

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Semi-hermetic 2-stage

The 2-stage reciprocating compressors are designed for an extensive application range and boast an optimised drive gear and efficient motor. The highly reliable semi-hermetic series is designed to be robust and suitable for a variety of refrigerants.

For standard refrigerants

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Open

Open drive reciprocating compressors are available in two model series: for (H)CFC/HFC refrigerants and ammonia. Due to the open drive design, standard motors can be attached to the compressor via coupling housing or belt drive. Reliability and easy maintenance have made them popular options for years.

For standard refrigerants

For NH₃

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Open 2-stage

The open drive, 2-stage reciprocating compressors are optimised for the low temperature refrigeration range. With the optional liquid subcooler, they significantly increase the cooling capacity and efficiency of the entire system. Standard motors can be attached to the compressor via coupling housing or belt drive.

For standard refrigerants