H1 115cm3 Pump AC with wire

PUMP-VAR-DISPL CCW H1PV115

83046079

Model code: H1-P-115-L-B-A-F2-C2-D-D3-G-G3-NN-F-03-F-03-A-M-26-P1-NNN-NNN

The product is no longer available for purchase, but you can still find information about it, including service manuals, drawing etc.

If you're looking for a similar product, you can check out other options within the same product type by visiting the product type page.: H1P axial piston pumps


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Product specifications

Characteristic
Value
Description
SeriesH1H1 - Series
Product TypePVariable pump
Frame size115115cc/rev max/variable displacement
RotationLLeft hand - counterclockwise
Product versionBProduct version B
Configuration of portsAANSI O-ring boss port configuration
ControlF2Fan drive control, 24V Deutsch DT04-2P connector, side C1 solenoid
OrificesC2P = none, A+B = 1.3mm, TA+TB = none
Displacement limitationDAdjustable externally advanced control/non-feedback proportional electric (nested springs)
Endcap typeD3Twin port, code 62 metric 4 bolt flange, integral pressure filter
Mounting flangeGSAE D 4 bolt flange
Input shaftG313 tooth, 8/16
Auxiliary padNNNo auxiliary pad
Protection type side AFPressure limiter, high pressure relief valve, for fan drive control
High pressure setting side A03150 bar pressure limiter / 350 bar high pressure relief valve (PL are field adjustable from 150 bar to 300 bar)
Protection type side BFPressure limiter and high pressure relief valve designed for fan drive control
High pressure setting side B03150 bar pressure limiter/ 350 bar high pressure relief valve, (pressure limiter are field adjustable from 150 bar to 300 bar)
Charge pumpA26cc/rev
FiltrationMIntegral full flow with filter bypass sensor
Charge relief pressure setting2626 bar charge pressure relief valve
Special hardware featuresP1Automative control /non-feedback proportional electric/fan drive control valve plate
Paint and nametagNNNBlack paint, Danfoss tag A
SettingsNNNDefault, no special settings

General specifications

Characteristic
Value
Proposition 65Cancer and Reproductive Harm