H1 250cm3 Pump

PUMP-VAR DISPL, CW H1PV210

11154007

Model code: H1-P-210-R-A-A-E7-C3-N-J1-C-G2-E7-L-45-K-42-Z-F-32-PN-NNN-GAL

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


Tools

Product specifications

Characteristic
Value
Description
SeriesH1H1 - Series
Product typePVariable pump
Frame Size210210cc/rev max/variable displacement
S: ROTATIONRRight hand - clockwise
B: Product VersionAProduct version A
Z: Configuration of PortsAANSI O-ring boss port configuration
D: ControlE7Electrical displacement control, 12V, Deutsch DT04-2P connector, control cut off, Deutsch DT04-2PC connector
F: OrificesC3P = none, A+B = none, TA+TB = none
E: Displacement LimitationNNo limiters electrical displacement control/forward neutral reverse control
G: Endcap TypeJ1Twin port, code 62 metric 4 bolt flange, integral pressure filter, integrated speed limitation, double charge pump, limited thrudrive
H: Mounting FlangeCSAE E 4 bolt flange
J: Input ShaftG227 tooth, 16/32
K: Auxiliary PadE715 tooth B pad, only for G00J1
M: Protection Type Side ALPressure limiter, high pressure relief valve
M: High Pressure Sett Side A45450 bar
N: Protection Type Side BKHigh pressure relief valve and pressure limiter plugs
N: High Pressure Sett Side B42420 bar
S: Charge PumpZ68cc/rev, special for use with aux pad G00J1
T: FiltrationFIntegral full flow filter without bypass and bypass sensor
V:Charge Relief Pressure Sett3232 bar charge pressure relief valve
W: Special Hardware FeaturesPNElectrical displacement control/forward neutral reverse control/ manual displacement control valve plate, without handle
X: Paint and NametagNNNBlack paint, Danfoss tag A
Y: SettingsGALIntegrated speed limitation pressure setting 140 bar, 4.4mm, increased flow

General specifications

Characteristic
Value
Proposition 65Cancer and Reproductive Harm