How to use the suction cup solenoid?

Suction cup electromagnet generated by suction cup electromagnet core1. Magnetic when energized, no residual magnetism when disconnected.2. Fully glued for waterproof and moisture-proof treatment. Suction cup electromagnet: As the name implies, it is one of the electromagnets. The method of suction cup is to produce a magnetic field on the surface of the charged suction cup. The magnetic field absorbs the object being suctioned, so that a magnetic circuit is created between the shell and the suction cup, so that the object being suctioned is suctioned. The stronger the magnetic field, the larger the object and the heavier the mass. There are two types of suction cup electromagnets commonly used: round and square. There are also other special shapes manufactured according to customer requirements. One. Suction cup electromagnet X620 principle: Suction occurs on the charged suction surface and the object is sucked out. When the power is turned off, the magnetic field of the product disappears and the object spreads. The smaller the gap between the object being sucked and the product, the greater the suction force and the heavier the object that can be sucked. On the contrary, the larger the gap, the smaller the suction force, the maximum gap can not exceed 15mm, after overfilling will not be absorbed. 2. suction cup electromagnet size: suction cup electromagnet products are cylindrical, product size is as follows: size can also be determined according to customer equipment requirements. Diameter 60mm, height 20mm, wall thickness 6mm, center 30mm, device thread M8, depth 15mm (the aperture and depth of the device can be determined according to customer requirements), as shown in Figure 3 below. Suction cup solenoid X620 electrical parameters: voltage: 12-220 volts can be used, generally DC power, such as customers must use communication, the product wiring should be added to the rectifier bridge. Power: Power is related to the power-on rate of the product. If the product is energized for a long time, it can only reduce the power of the product, otherwise it will burn out. Short-term power on the product can be slightly increased. Suction power will also be relatively large. Current: current = power / voltage. In the case of a certain power, the higher the voltage, the smaller the current. Therefore, the user must pay attention to the size of the current when purchasing products to ensure that the load current of the suction cup solenoid power supply circuit is not large enough.