H1 160cm3 Bent Axis Motor

MOTOR-VAR-DISPL H1B160

83044376

Model code: H1-B-160-A-A-T1-AD-N-B-TB-VN-DN-N-B-40-NN-100-Z-30-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.: H1B bent axis variable motors


Tools

Product specifications

Characteristic
Value
Description
SeriesH1H1 - Series
Product typeBBent-axis variable motor
Frame Size160Displacement 160 cc/rev at maximum angle
A:RevisionAProduct version A of H1B series
Z:PortAPort configuration: inch according to ISO 11926-1
B:ControlT1Electric 2 position 12V, Deutsch DT 04-2P connector, de-energized = minimum displacement, with pressure compensator override
C:PCOR,BPDADWith pressure compensator override, pressure compensator override active at Port A, without brake pressure defeat, use with “P*”“T*” controls
D:Threshold SettingNNot applicable
E:OrificesB0.8mm diameter orifices M4 and M5
F:Endcap Type & PortsTBEndcap for 2 position and pressure compensator controls, side ports ISO 6162 Type 1 (metric), use with “E*”, “F*”, “T*”, “P*” and“H*” controls
G:Flange & HousingVNSAE-flange motor housing (ISO 3019 / 1), no speed sensor port
H:Shaft & Speed RingDN27 tooth 16/32 pitch ANSI 92.1 1970 class 5, no speed ring
J:SensorNNo speed sensor
K:Loop Flushing Shuttle SystemBLoop flushing, 12.5 bar shuttle shift pressure, used with 40/50 LPM flushing flows
Loop flushing relief valve4040 l/min, non adjustable, 16 bar cracking pressure
M:Special Hardw FeatureNNStandard hardware feature 2 position standard
N:Minimum Displacement100100 cc/rev minimum displacement setting
P:Maximum DisplacementZ100% maximum displacement, non adjustable, use with "E*", "F*", "T*","P*" & "H*"
Q:PCOR Setting30Pressure compensator override pressure setting 300 bar
R:Paint and NametagNNNDanfoss nametag

General specifications

Characteristic
Value
Proposition 65Cancer and Reproductive Harm