Pump Unit

On-and-off pressure sensors
Easy pressure adjustment
Energy efficient
Convenient automated operations
Safe die clamping even during power cuts or when system pressure drops


Pump Unit Introduction

The hydraulic pump ensures tight and stable die clamping and allows the system to maintain clamping pressure on the die even when there is a power failure or when air pressure drops. Forwell’s hydraulic pump units also feature an easy to adjust air pressure valve to effectively control the systems air pressure. 

These hydraulic pumps are highly energy efficient, because once the outlet pressure reaches the intended hydraulic pressure the pump will automatically stop pumping air and maintain air pressure. Furthermore these hydraulic pumps also consist of advanced on-and-off pressure sensors and an automatic shut off valve should air pressure become dangerously high.


Hydraulic pump output readings


Pump Unit Diagram


Specifications

FP63 Pump

Model Total Circuits A B Reservoir Capability
FP63口 口 U 1 353 393 6
FP63口 口 U 2 353 393 6
FP63口 口 U 3 423 463 7.5
FP63口 口 U 4 493 533 9
Model Available Capability ( ) Weight KG Lubricant
FP63口 口 U 4.7 23 ISO VG32-VG68
FP63口 口 U 4.7 27 ISO VG32-VG68
FP63口 口 U 5.9 35 ISO VG32-VG68
FP63口 口 U 7.1 43 ISO VG32-VG68

Drive Fluid Air
Air Pressure 2~6 kg / c㎡ (2~6bar)
Operating Temperature - 5°~60° C
Lubricant Standard hydraulic oil
(ISO VG32-VG68)
Weight 4kg
(1)Air consumption MAX=0.35Nm3/ min.
(2)Please refer to instructions for large air flow.
(3)Specifications are subject to change, please contact us to confirm values.


FP100 Pump

Model Total Circuits A B Reservoir Capability
FP10口 口 U 1 353 393 6
FP10口 口 U 2 353 393 6
FP10口 口 U 3 423 463 7.5
FP10口 口 U 4 493 533 9
Model
Available Capability

Weight KG

Lubricant
FP10口口U 3.8 30 ISO VG32-VG68
FP10口口U 3.8 34 ISO VG32-VG68
FP10口口U 4.8 42 ISO VG32-VG68
FP10口口U 5.8 50 ISO VG32-VG68

Drive Fluid Air
Air Pressure 2~6 kg / c㎡ (2~6bar)
Operating Temperature - 5°~60° C
Lubricant ISO VG32-VG68
Weight 11kg
(1) Air consumption MAX=0.8Nm3/ min.
(2) Please refer to instructions for large air flow.
(3) Specifications are subject to change, please contact us to confirm values.

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