Your Trusted TCT Push Pull Solenoid Supplier in China
TCT push-pull solenoid is an electromagnetic actuator that realizes bidirectional linear motion based on the magnetic effect of current. Its core principle is to generate a magnetic field by energizing the coil, driving the iron core to complete the mechanical action of pushing or pulling. After a power failure, it usually relies on a reset spring to return to the initial position.
TCT Push Pull Solenoid in CHE
Core Components of TCT Push Pull Solenoid
Consists of an electromagnetic coil, a movable slide bar (movable iron core), a static iron core, and a yoke iron.
TCT Push Pull Solenoid Application Scenarios
The actual selection needs to be combined with the customization capabilities of parameters such as voltage, resistance, power-on rate, stroke, and holding force.
Material sorting and pushing, valve control, textile machinery tension adjustment.
Automobile parts assembly, stereo garage vehicle positioning, elevator door control.
Smart door lock tongue extension, vending machine delivery push rod, printer paper feed mechanism.
Inspection instrument sample transfer, laboratory automatic sample loading system.
You have to pay for the samples and the shipping fee.
We usually deliver within 7 days, and the delivery time for customized products needs to be negotiated.
Yes. Customize according to your needs or produce according to your samples.
TCT Push Pull Solenoid Key Parameters
- Rated voltage: DC 3V–266V (it is best not to use too high or too low voltage, as exceeding the range may lead to overheating or insufficient suction).
- Stroke: 3–12mm (optimal performance within 10mm); the shorter the stroke, the more stable the action.
- Holding force: 10N–400N, determined by the number of coil turns, current intensity, and core material.
- Power-on rate: 1%–100%, the proportion of power-on time to the working cycle, directly affects temperature rise and life
- Lifespan: ≥500,000 times (10% power-on rate), temperature rise must be controlled to ≤65℃ (power-on rate 10%) under high-frequency operation.
- Response time: millisecond level, the time from power-on to completion of action, needs to match the requirements of the automation scene.
- The diameter of the standard model ranges from 20mm to 70mm (diameter).
