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Excavator / Crane 3600 Rpm Hydraulic Closed Pump With 14 T 12/24 DP
The hydraulic closed pump in an excavator serves various important purposes. Here are the primary uses of
the hydraulic closed pump in an excavator:
1 Bucket and Arm Operation: The hydraulic closed pump provides power to control the movement of the
excavator's bucket and arm. It enables the operator to dig, scoop, and dump soil or other materials efficiently.
2 Boom Movement: The hydraulic closed pump is responsible for powering the movement of the excavator's boom.
It allows the operator to raise, lower, and extend the boom for reaching different digging depths and positions.
3 Swing Operation: The hydraulic closed pump drives the swing mechanism of the excavator, enabling it to rotate
horizontally. This functionality enables the excavator to cover a large area without changing the machine's position.
4 Traveling Function: The hydraulic closed pump plays a crucial role in the excavator's traveling function. It provides power to
the hydraulic motors or cylinders that drive the tracks or wheels, allowing the excavator to move forward, backward, and turn.
5 Auxiliary Attachments: Many excavators have hydraulic systems that power auxiliary attachments such as hydraulic breakers,
grapples, or augers. The hydraulic closed pump supplies the necessary hydraulic pressure and control for these attachments
to perform their specific tasks.
In summary, the hydraulic closed pump in an excavator is essential for controlling the bucket, arm, boom, swing,
and traveling functions of the machine. It enables efficient digging, lifting, and maneuvering capabilities, making
the excavator a versatile and powerful construction equipment.
size :
Size | K4VG56 | ||
Displacement | Vg max | cm3 | 56 |
variable pump | |||
boost pump (20 bar) | Vg Sp | cm3 | 11.6 |
Speed | conti. | rpm | 3600 |
maximum Vg max | |||
limited maximum | limited | rpm | 3900 |
intermittent max. | Min. | rpm | 4500 |
nmin | rpm | 500 | |
Flow | l/min | 202 | |
continuous and Vg max | |||
Power | 400 bar | kW | 134 |
continuous Vg max | |||
Torque | 400 bar | Nm | 356 |
at Vg max | 100 bar | Nm | 89 |
Moment of inertia | JGR | kgm2 | 0.0066 |
Angular acceleration | α | rad/s2 | 24000 |
Filling capacity | V | L | 1.5 |
Weight approx. | m | kg | 38 |
Features:
Technical Data
Table of values (theoretical values, without efficiency and tolerances; values rounded)