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Heschen DC Solenoid Electromagnet, Push Pull Type, HS-0530B, DC12V 1.7A, 10mm Stroke, Initial Force 0.5N, Max Keep Force 5N, Open Frame, Linear Motion in Kuwait Heschen DC Solenoid Electromagnet, Push Pull Type, HS-0530B, DC12V 1.7A, 10mm Stroke, Initial Force 0.5N, Max Keep Force 5N, Open Frame, Linear Motion in Kuwait Heschen DC Solenoid Electromagnet, Push Pull Type, HS-0530B, DC12V 1.7A, 10mm Stroke, Initial Force 0.5N, Max Keep Force 5N, Open Frame, Linear Motion in Kuwait Heschen DC Solenoid Electromagnet, Push Pull Type, HS-0530B, DC12V 1.7A, 10mm Stroke, Initial Force 0.5N, Max Keep Force 5N, Open Frame, Linear Motion in Kuwait Heschen DC Solenoid Electromagnet, Push Pull Type, HS-0530B, DC12V 1.7A, 10mm Stroke, Initial Force 0.5N, Max Keep Force 5N, Open Frame, Linear Motion in Kuwait Heschen DC Solenoid Electromagnet, Push Pull Type, HS-0530B, DC12V 1.7A, 10mm Stroke, Initial Force 0.5N, Max Keep Force 5N, Open Frame, Linear Motion in Kuwait Heschen DC Solenoid Electromagnet, Push Pull Type, HS-0530B, DC12V 1.7A, 10mm Stroke, Initial Force 0.5N, Max Keep Force 5N, Open Frame, Linear Motion in Kuwait Heschen DC Solenoid Electromagnet, Push Pull Type, HS-0530B, DC12V 1.7A, 10mm Stroke, Initial Force 0.5N, Max Keep Force 5N, Open Frame, Linear Motion in Kuwait Heschen DC Solenoid Electromagnet, Push Pull Type, HS-0530B, DC12V 1.7A, 10mm Stroke, Initial Force 0.5N, Max Keep Force 5N, Open Frame, Linear Motion in Kuwait

Heschen DC Solenoid Electromagnet, Push Pull Type, HS-0530B, DC12V 1.7A, 10mm Stroke, Initial Force 0.5N, Max Keep Force 5N, Open Frame, Linear Motion

KWD 2.500
– 1 +

Special Features

  • Rated Voltage: DC12V; Rated Current: 1.7A; Stroke: 10mm; ED%=5%; Push Pull Type
  • Initial Force: 0.5N; Max Keep Force: 5N (Only after the coil is attracted can a force of 5N be achieved.)
  • The item is easy to install, use copper coil and operates stably.
  • Electromagnets heat up when energized, making them unsuitable for prolonged operation; they require periodic switching on and off of power.
  • Push-pull electromagnets have high power consumption after operation, and power supplies with power lower than the item power may cause them to malfunction.

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