Electromagnet - P20/15 DC 6V 25N 5.5LB/2.5Kg - 20 x 15mm suction cup round electromagnet 25N 20 x 15mm
Electromagnet - P20/15 DC 6V 25N 5.5LB/2.5Kg - 20 x 15mm Suction Cup Round Electric Magnet
Features Electric lifting magnet; powerful and compact structureSmooth and flat surface; low consumption and reliableApplications: assembly lines, sorting plants, robotic arms, laboratory facilities, etc.The recommended actual force is less than 80% of the suction power shown on the nameplate.Product specificationMaterial: Metal Metal Color: Silver Duty cycle (ED%): 50 percentMotorized time: less than 7 Minutes;Cable Length: 24cm/9. 5 in. Package includes 1 x fixed magnetic coil Precautions The magnetic force will decrease due to long operating time, low voltage and improper adsorption of objects. Light shooting and different monitors may cause the color of the item in the picture to be slightly different from the real thing. The allowable measurement error is +/-1-3 cm.
Product Features
- Input voltage: DC 6 V; Peak force: 25N; Suction power: 2.5kg; Model: KK-P20/15; Dimensions: 20 x 15mm
- [Design]: The use of QA-1/155 paint can withstand high temperatures above 155 C, which is better than the QA-1/152 on the market li>
- [Advantages] - The electric lifting magnet has a flat and smooth surface, excellent workmanship, good electrical conductivity and insulation, small size and large adsorption power. It is a powerful, compact, low-consumption and reliable product.
- [Application] Holding electromagnets are widely used in automation fields such as assembly lines, sorting machines, robot arms, experimental equipment, vending machines, etc.; suitable for transportation equipment, office equipment, household appliances, automatic door locks, etc.
- Note-Due to long-term work, low voltage, improper adsorption of objects, etc., the force decreases. It is recommended that the actual force is less than 80% of the nameplate adsorption force; The electromagnetic conversion of the electromagnet generates a certain amount of heat during operation. The more frequent the power, the higher the temperature, which is a normal phenomenon.