Ehrler & Beck Vakuum- und Drucklufttechnik GmbH
Ehrler und Beck

How can we help you?
Do you have questions about our products, spare parts or services? Send us your enquiry – our team will get back to you as soon as possible.

info@ehrler-beck.com

General and quotation enquiries

Our staff are available between 08:00 and 16:00.

+49 (0) 7159 / 4085-0

AWD 170 A without motor, Stainless steel fitted (impeller stainless steel SS 316)

Part number: 1951002156 Series: AWD A series Manufacturer: Atlas Copco Technology: Liquid ring vacuum pumps

The Atlas Copco AWD 170 A is a two-stage liquid ring vacuum pump with 176 m³/h at 50 Hz (219 m³/h at 60 Hz) down to 30 mbar. The impeller is made of stainless steel 316; the interconnecting manifold is fitted. Ehrler & Beck supplies it in two material versions.

Request a quote for this product Read more

  • Pumping speed 176 m³/h 50 Hz 219 m³/h 60 Hz
  • Ultimate pressure 30 mbar
  • Rated motor power 6 kW 50 Hz 8 kW 60 Hz
Available variants
Variant Part number
without motor, Stainless steel fitted (impeller stainless steel SS 316) (selected) 1951002156
without motor, entirely in stainless steel SS 316 1951002166

Atlas Copco AWD 170 A – two-stage liquid ring pump of the A range

The AWD 170 A delivers 176 m³/h at 50 Hz and 219 m³/h at 60 Hz and works from atmospheric pressure down to 30 mbar(a). Intended motor power 6 kW (50 Hz) or 8 kW (60 Hz); the pump is supplied without motor. Inlet and outlet DN 40 (1 1/2"), dimensions 644 × 311 × 433 mm (L × W × H), weight 99 kg.

Applications of the range

Atlas Copco lists solvent recovery, distillation, degassing, vacuum forming, sterilisation and condenser air extraction – in the chemical and petrochemical industries, food processing, the plastics, paper and textile industries, mining, metal processing and energy supply.

Variants of the AWD 170 A

Ehrler & Beck supplies the AWD 170 A as a stainless steel fitted version (impeller in stainless steel 316) or entirely in stainless steel 316, in each case without motor.

Features

  • Two-stage with efficient interstage separation for an optimum compression ratio
  • Water as operating liquid: isothermal compression, insensitive to vapour, condensate, liquid carry-over and particles
  • Interconnecting manifold as standard – small footprint
  • Bearing design for tight clearances and better pumping capacity, mechanical seals
  • Low noise and low maintenance
Go to Top