Technical Gases and High Pressure

Expertly engineered in Germany, the Sauer line of piston compressors is crafted by specialists at J.P. Sauer & Sohn Maschinenbau GmbH in Kiel. These high-performance, oil-lubricated compressors are designed to handle pressures up to 500 barg and are built for continuous operation. They feature reciprocating designs that can compress in up to five stages, with configurations including up to six cylinders arranged in star, V, or W formations. Ideal for both atmospheric suction pressure operations and as gas-tight boosters with pre-pressures up to 25 barg, these compressors offer versatile and reliable performance.

Mistral

Pressure: 10 – 40 barg
Volume Flow: 8 – 80 m³/h
Rated Power: 3 –18.5 kW
Media: Air, Nitrogen

SAUER Mistral

Compact, Durable, and Dependable

The 2-stage air-cooled compressors from the MISTRAL series have significantly bolstered Sauer Compressors’ reputation for reliability. These machines, renowned for their simplicity and robustness, have been a staple in the product lineup for 75 years, offering exceptional reliability, efficiency, and ease of maintenance.

Key Features:

  • Simple and sturdy design
  • High-efficiency cooling fan
  • Consistent performance even in extreme conditions (up to 55 °C ambient temperature)
  • Heavy-duty, rigid flange connection between the motor and compressor

 

What Gases does Sauer Mistral Compress?

Air, Nitrogen

Included with Each Compressor:

  • Comprehensive final pressure check with a 3.1 inspection certificate
  • Long operational lifespan with guaranteed spare parts availability for at least 25 years

 

TypeStagesFinal Pressure (barg)Max. Volume flow rate @50 Hz (m³/h)Max. volume flow rate @60 Hz (m³/h)
SAUER Mistral WP15L2401113.5
SAUER Mistral WP22 (m3L24017.320.5
SAUER Mistral WP33L2352429
SAUER Mistral WP45L2404352
SAUER Mistral WP65L2405769
SAUER Mistral WP146L210131150
SAUER Mistral WP226L210275330
SAUER Mistral WP33L B4-814053.264
SAUER Mistral WP65L B4-8140135.4163

 

Disclaimer: The performance data provided are general estimates for compressing air or nitrogen. These values may vary based on the type of gas being compressed and the surrounding environmental conditions.

  • Maximum volume flow for air or nitrogen compression is based on ISO 1217 standards at 1.013 bar absolute pressure and 20°C, under the maximum pressure conditions.