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Product Description

Parker Two-circuit piston pump F2-53/53-R

When the hydraulic system is properly designed, the dual-circuit pump offers the advantage of three different flow rates at the same engine speed.
The two-circuit pump allows optimisation of the hydraulic system and offers the following advantages:
• Reduced energy consumption
• Reduced risk of overheating
• Low weight
• Easy installation
• Standardised system solutions.

The dual-circuit pump allows two operating functions to be operated independently, allowing faster and more accurate operation. Certain applications require a large and a small flow rate or two equally large flow rates.
The two-circuit pump is the right solution in both cases. It is also possible to use only one flow of the pump at high working pressure. In the event of a pressure drop, the flow of the second circuit can be engaged. This prevents overloading of the auxiliary drive and at the same time achieves optimum function.

Specifications

Brand
Parker
Product Code
3781453
Weight
19kg

Customer Reviews

Parker Two-circuit piston pump F2-53/53-R

Product Code 3781453

Parker Two-circuit piston pump F2-53/53-R

When the hydraulic system is properly designed, the dual-circuit pump offers the advantage of three different flow rates at the same engine speed.
The two-circuit pump allows optimisation of the hydraulic system and offers the following advantages:
• Reduced energy consumption
• Reduced risk of overheating
• Low weight
• Easy installation
• Standardised system solutions.

The dual-circuit pump allows two operating functions to be operated independently, allowing faster and more accurate operation. Certain applications require a large and a small flow rate or two equally large flow rates.
The two-circuit pump is the right solution in both cases. It is also possible to use only one flow of the pump at high working pressure. In the event of a pressure drop, the flow of the second circuit can be engaged. This prevents overloading of the auxiliary drive and at the same time achieves optimum function.