Actuator Assembly VL1002 Good Price Normally Closed Pneumatic Valve

Short Description:

Actuator Assembly
WSI Part Number: VL1002
Minimum Order Quantity: 1
Availability: Yes
1-VL1002A Actuator Cylinder,VL1000
1-VL1002B Actuator Retaining Plate, VL1000
1-VL1002C O-Ring, Retaining Plate, VL1000
1-VL1002D Piston, VL1000
1-VL1002E O-Ring, Piston, VL1000
1-VL1002G O-Ring, Push Rod, VL1000
1-VL1002H Spring, VL1000
1-VL1002J End Plate, Top, VL1000
1-VL1002K End Plate, Bottom, VL1000
6-VL1002L SHCS, 10-32 x 1-1/4", VL1000

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Actuator Assembly VL1002 Good Price Normally Closed Pneumatic Valve

The Actuator Assembly VL1002 is a precision-engineered motion control component designed for high-pressure waterjet systems, hydraulic control units, and industrial automation equipment. As a key part of the valve control mechanism, this actuator assembly converts pneumatic or hydraulic energy into precise linear motion, allowing accurate opening and closing of high-pressure valves during cutting operations.

Constructed from high-strength stainless steel, anodized aluminum, and wear-resistant sealing materials, the VL1002 actuator assembly ensures smooth operation, tight sealing, and long-term stability even under extreme pressure and temperature conditions. Every unit is CNC-machined with micron-level accuracy, ensuring a perfect fit and consistent performance during high-speed repetitive cycles.

The Actuator Assembly VL1002 is fully compatible with KUNDA, KMT, FLOW, and OMAX waterjet systems, and integrates seamlessly with Hydraulic Pumps, intensifiers, and servo-controlled valve blocks. Its design allows for quick maintenance and easy replacement, helping reduce downtime and improving system productivity.

This actuator is widely used across various industries — including metal fabrication, stone cutting, ceramic processing, and composite material manufacturing — where precision and reliability are critical. With its robust construction and low-maintenance design, the VL1002 actuator offers unmatched durability and consistent motion control performance in high-pressure environments.