Danfoss
4622-271
This product has been discontinued.
The product is no longer available for purchase, but you can still find information about it, including service manuals, drawing etc.
4622-271
Product specifications
Characteristic | Value | Description |
|---|---|---|
| Application | Construction, Agriculture, Truck and Bus, Oil and Gas, and other mobile applications | |
| Brand | Danfoss | |
| Charge Pressure Relief Valve Setting | 24 bar | |
| Charge Pump Displacement | 27.9 cm³/rev | |
| Charge Pump Options | None | |
| Charge Pump Special Features | None | |
| Configuration | Single | |
| Control | Hydraulic Remote Control With 5-15 Bar [73-218 PSI] | |
| Control Orifice Lower Servo Diameter | .044 in | |
| Control Orifice Upper Servo Diameter | .044 in | |
| Control Supply Orifice Diameter | .057 in | |
| Design code | A | |
| Design type | None | |
| Displacement | 75.28 cm³/rev | |
| Drive Shaft Seal Configuration | Single | |
| Feature | Proven reliability in demanding applicationsMultiple control optionsPro-FX ready | |
| Flow at Rated Speed and PSI | 301 l/min | |
| High Pressure Relief Valve Setting Port A | 310 bar | |
| High Pressure Relief Valve Setting Port B | 414 bar | |
| Identification | Standard | |
| Main Port Orientation | Radial | |
| Main Port(s) | [1.00] - Code 62 Per SAE J518 same side location | |
| Maximum Input Torque | 303 Nm | |
| Minimum Working Pressure | 430 bar | |
| Model Code | ACL07514R3ERRUU00HAGDD04D0C0A0 | |
| Mounting Flange Location | Standard J744 | |
| Paint | Finish Black | |
| Pressure Override Setting Port A | 276 bar | |
| Pressure Override Setting Port B | 276 bar | |
| Product Height | 9.6 in | |
| Product Length/Depth | 14.934 in | |
| Product Type | Heavy Duty Closed Circuit Pump | |
| Product Volume | 1571.296 in³ | |
| Product Weight | 128 lb | |
| Product Width | 10.96 in | |
| Shaft rotation | Right | |
| Sub-brand | None | |
| Trade Name | Series 2 | |
| Type | Variable Displacement | |
| Valve Plate | Quiet Valve Plate | |
| Working pressure - max | 500 bar |