AS 7042 Tubular Push-Pull Solenoid – 24 V / 12 V Linear Actuator
Product Description
| Brand | Dr. Solenoid | Model Number | AS 7024 |
| Rated Voltage (V) | DC12V or 24V | Rated Power(W) | 140W |
| Work Mode | Push and Pull | Holding Force (N) | 15--25N |
| Stroke(mm) | 10--17 MM Customized | Reset Time(s) | 1 S On，3 S OFF |
| Service Life | 200 Thousand Times | Certification | CE,ROHS,ISO9001, |
| Material | Superior Magnet Iron | Lead Wire Length(mm) | 200 MM |
| 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 7042 Tubular Push-Pull Solenoid
A push-pull solenoid operates based on the electromagnetic field generated when current flows through a coil. The magnetic field drives the movable plunger to perform linear motion, producing either a pushing or pulling force depending on the design. Its core principle is derived from the leakage magnetic flux of the helical coil. When the coil is energized, the magnetic field pulls the plunger toward the center of the coil; when power is removed, a spring or external force returns it to the original position.
In typical designs, the distance between the moving plunger and the fixed iron core is about 50–100 mm. By adjusting the number of coil turns, current level, and magnetic circuit structure, the output force and power can be precisely controlled.
Key features include:
Compact structure suitable for installation in limited spaces
DC operation with rapid startup and low risk of coil burnout
High operating frequency, often exceeding 3,800 cycles per hour
Fast response and quick reset, ideal for rapid switching mechanisms
2. Application Industries of Push-Pull Solenoids
Push-pull solenoids are widely used across various industrial automation fields due to their reliability, fast response, and long service life. Common industries include:
Power equipment: actuator mechanisms, switchgear control
Petrochemical industry: valve control and inspection devices·
Machinery and hardware equipment: automatic feeding and locking systems
Packaging machinery: high-frequency mechanisms in automated processes
Office and consumer equipment: latches and electromagnetic actuators
Their ability to perform frequent and rapid operations makes them suitable for both simple mechanisms and complex automated workflows.
3. Duty Cycle (Operating Rate)
The duty cycle indicates how frequently a solenoid can be energized within a given period. Common classifications include:
100% Duty Cycle – Continuous energization
50% Duty Cycle – Energized 1 second / off 1 second
25% Duty Cycle – Energized for one-quarter of the operating cycle
10% Duty Cycle – Short, intermittent energization
A lower duty cycle allows higher instantaneous force, but prolonged energization at low duty cycles can cause overheating. Therefore, selecting the correct duty cycle is essential to ensure safe and reliable operation.
4. Summary
Push-pull solenoids are widely used due to their simple structure, quick actuation, and high reliability. Understanding their working principle, application fields, and duty cycle classifications helps ensure correct selection and optimal performance in industrial applications. For more specific model recommendations or technical guidance, consulting a professional supplier or technical team is recommended.