Danfoss Pump model # PAH 2 Axial Piston pump

Danfoss Pump PAH 2

Danfoss # PAH 2

Danfoss catalog # PAH 2, Catalog #180B0024, PAH 2 series Axial Piston pump with 1/2 inch threaded BSPP Inlet port, 1/4 inch threaded BSPP Outlet port, and is rated for a maximum flow of 0.6 GPM, and maximum outlet pressure of 2030 psig.

Price : $ 2797.49

Qty :

Same Day (1 in stock)

 

Product Information :

The Danfoss Pump PAH 2 is an Axial Piston pump with 1/2 inch threaded BSPP Inlet port, 1/4 inch threaded BSPP Outlet port, and is rated for a maximum flow of 0.6 GPM, and maximum outlet pressure of 2030 psig. Danfoss PAH series high-pressure pumps are designed to supply water flow under high-pressure for a variety of tap water applications. Danfoss PAH pumps are positive displacement pumps, with axial pistons that move a fixed amount of water in each cycle. Flow is proportional to the number of input shaft revolutions (rpm). Unlike centrifugal pumps, they produce the same flow at a given speed no matter what the discharge pressure. All components are designed to provide long service life with a constantly high efficiency and minimum service required. Efficient design and all-stainless steel construction ensure exceptionally long lifetime. The highly efficient axial piston design provides the lowest energy consumption of any comparable pump on the market.


Parts and Accessories for Danfoss model PAH_2


Shaft Seal :

Catalog # 180B4100, Seal and screw kit, used in PAH 4, PAH 2, PAHT 6.3, PAHT 4, PAH 6.3, PAHT 2, and PAHT 3.2 pumps.

Price: $ 442.88

Qty :

Can Ship : Same Day (3 in stock)

Applications

Typical applications for the PAH 2 include Stationary and mobile hydraulic systems, Highpressure systems, Fire fighting, Flushing and cleaning processes, Humidification systems. This pump does not require a pulsation dampener due to extremely lowpressure pulsation. It can be powered by an electric motor or a combustion engine. It is suitable for both boosted inlet pressure and water supply from a tank. There is no need for cooling circuits due to very high mechanical efficiency.