Positive Displacement pump System


Last availability: Sept. 29, 2021

Listing description

Action Blower Systems
PDGB400-4009-15-4803-AQ GAS BOOST SYSTEM-Positive Displacement Gas Boost System
Positive displacement gas booster used to boost natural gas pressure to a manufacturing plant.

Non-sparking aluminum construction
Hermetically sealed entirely with static seals. No dynamic seals that will wear.
Motor is magnetically coupled to blower with a gas tight barrier in between.
Because motor is not in contact with gas, there is no need for an explosion proof motor.
Motor does not depend on gas flow for cooling, therefore eliminating the need for a heat exchanger.
Virtually maintenance free - no lubrication required.
Motor is easily accessible for wiring and inspection.
UL listed gas booster

This system was built in 2012 and in 2013 the company that purchased it merged with another company making this new old stock.

I have a PDF of all the instruction specs and so on every thing you need to setup and operate this system. I can email a copy upon request.


Please note that this description may have been translated automatically.

Last availability: Sept. 29, 2021

Listing information

Manufacturer Action Blower Systems
Model PDGB400-4009-15-4803-AQ GAS BOOST SYSTEM
Year 2012
Country USA USA
Condition Excellent
Main category Miscellaneous industrial equipment
Subcategory Pumps, Valves & Compressors
ID P10929001

Last availability: Sept. 29, 2021

About the seller

Client type Machinery dealer
On Kitmondo since 2021
Number of listings 1
Country USA USA
Employees 1 - 10
Established 1993
Company description

The company started as a micrographics company as that industry died we moved on to buying and selling equipment of all sorts from micro film scanner new and used Printing equipment all the way to… read more

The company started as a micrographics company as that industry died we moved on to buying and selling equipment of all sorts from micro film scanner new and used Printing equipment all the way to excavators.

Last activity Oct. 16, 2021
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