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AS 6065 High-quality Industrial Tubular Push-pull Solenoid Valve.jpg
AS 6065 High-quality Industrial Tubular Push-pull Solenoid Valve.jpg
AS 6065 Tubular Push-pull Solenoid Valve For Precise Linear Motion Control.jpg
AS 6065 Durable tubular push-pull solenoid valve with reliable performance.jpg
AS 6065 High-efficiency tubular push-pull solenoid valve for rapid actuation.jpg
AS 6065 Tubular push-pull solenoid with strong magnetic force.jpg
AS 6065 Tubular push-pull solenoid valve with a long design life.jpg

AS 6065 Innovations in Tubular Push-Pull Solenoid Valve Technology in 2026

 Long-stroke push-pull solenoid: Beyond imagination, it is a step towards the future and precision.

Among the modern automated equipment and precision control systems, there exists a humble-looking but quite important component: the long stroke push-pull solenoid valve. Compared to the eye-catching robot joints or the sensors under highly critical scrutiny, it quietly pushes countless devices into precise operation. Let's dive into the mysteries of this wonderful device and its applications today.

What is a long-stroke push-pull solenoid valve?

A long-stroke push-pull solenoid valve is a type of electromagnetic actuator that converts electrical energy into linear mechanical motion. Compared with other kinds of solenoid valves, its main characteristic is a longer stroke, normally several millimeters to tens of millimeters. Precise bidirectional push-pull motion can be realized through the control of switching and the direction of the current. Operating principle: When the coil is turned on, the magnetic field developed by it interacts with the permanent magnet placed inside or a piece of soft magnetic material; therefore, the armature-plunger makes linear motion on its axis. When the supply is removed, due to the spring force or reverse current, the plunger resets to its initial position.

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    product details

    Product Description

    Brand Dr. Solenoid Model Number AS 6065
    Rated Voltage (V) DC 60V  Rated Power(W) 60 W 
    Work Model Push-PullType Holding Force (N)  60 N
    Stroke(mm) Customized Reset Time(s) 1 S
    Service Life 500 Thousand Times Certification CE,ROHS,ISO9001,
    Material Iron Lead Wire Length(mm) 200
    Install Style screw Tolerance of Dimension  +/-  0.1 MM 
    Water-proof  None Insulation Class B
    Hi-Pot Test AC 600V 50/60Hz 2s Non-excitation Holding Force 0
    Working Temperature -10°C-100°C Duty Cycle 1-100%
    Thread Depth(mm) / Payment Term TT, or LC At Sight  
    Sample Order Yes Warranty 1 Year
    MOQ 1000 PCS Supply Ability 5000 pcs per Week
    Delivery Time 30 Days Port of Loading shenzhen

    Product detail diagram

    AS 6065 General-purpose tubular push-pull solenoid valve suitable for various applicationsAS 6065 Reliable tubular push-pull solenoid valves for automation projectsAS 6065 High-performance tubular push-pull solenoid valveAS 6065 Fast-response tubular push-pull solenoid valveAS 6065 Heavy-duty tubular push-pull solenoid valve suitable for harsh environmentsAS 6065 Tubular push-pull solenoid valve for efficient linear drive

    The High Power Single Stroke Solenoids are designed in a compact pot magnet form for high performance. The armature of the solenoids moves in a highly reliable manner due to the support of maintenance-free precision bearings on both sides. Despite their high output capability, these solenoids have compact size, less power consumption, and the capability to produce strokes of up to two inches.

    The flexibility of possible voltage options has also been improved by providing a basic supply voltage range of 12V DC to 205V DC.

    High Power Solenoids have many applications across different industries. Their versatility and long life have made them the best solution for machine building, packaging machines, automation systems, or any machines that need a strong electromagnet.

    These solenoids have some very important advantages over the conventional pneumatic or hydraulic cylinders. They rely exclusively on electric energy. They need no hoses, no compressors, no filters, or any other auxiliary equipment. Their fast switching abilities benefit them particularly when the application involves letter or package redirection and the processing of items in the packaging industry.

    Other applications involve the recycling industry where the technology helps in rapid and accurate classification of different types of wastes.