Electromagnets - Magnetic Solenoids

This electromagnetic push actuator allows a force of 0.8N to be exerted and has a pitch length of 10mm.
It is powered by 12VDC and has a consumption of 420mA.
This supply is used in industrial automation systems. Characteristic: - Input voltage: 12VDC - Thrust length: 10mm
- Holding force: 0.8N
- Operating temperature: -5 ° C to 40 ° C without condensation
- Humidity of operating environment: 45% to 85% non-condensing
- Push bar diameter: 0.8 cm / 0.3 "
- Material type: Metal
- Model: ZYE1-0837Z
- Actuator size: 3.7x2x2.5 cm / 1.5x0.8x1 "

This electromagnetic push actuator allows a force of 0.8N to be exerted and has a pitch length of 10mm.
It is powered by 24VDC and has a consumption of 420mA.
This supply is used in industrial automation systems. Characteristic: - Input voltage: 24VDC - Thrust length: 10mm
- Holding force: 0.8N
- Operating temperature: -5 ° C to 40 ° C without condensation
- Humidity of operating environment: 45% to 85% non-condensing
- Push bar diameter: 0.8 cm / 0.3 "
- Material type: Metal
- Model: ZYE1-0837Z
- Actuator size: 2.6x2x6.35 cm / 1.02x0.79x2.5 "

High quality clamping electromagnet. Its supply voltage is 12V. The lifting capacity of up to 20 kg. The temperature limit reaches 130 degrees centigrade. Retention electromagnets are most often used for electric / magnetic locking of doors, flaps, and others. Use metal plates with a thickness starting from 3mm, this will ensure maximum retention force on the locking element. It is important to remove heat from the housing. The maximum force decreases as the coil temperature increases. This electromagnet will meet the expectations of even the most demanding user.

High quality clamping electromagnet. Its supply voltage is 12V. The lifting capacity of up to 2 kg. The temperature limit reaches 130 degrees centigrade. Retention electromagnets are most often used for electric / magnetic locking of doors, flaps, and others. Use metal plates with a thickness starting from 3mm, this will ensure maximum retention force on the locking element. It is important to remove heat from the housing. The maximum force decreases as the coil temperature increases. This electromagnet will meet the expectations of even the most demanding user.

Easy to install for the electric door lock or other automatic door lock systems with the mounting board.