DC12V Electromagnet 8KG

This electromagnet (type KK-P25/20) delivers a powerful, switchable holding force of 8 kg (under ideal conditions). Thanks to its compact design, it is suitable for a wide range of industrial and technical applications, ranging from automation and robotics to creative installations such as escape rooms.

Technical Specifications

• Model: KK-P25/20
• Diameter (D): 25 mm
• Central bore (d): 12 mm
• Total height (H): 20 mm
• Mounting hole (M): 4 mm
• Mounting rim (P): 10 mm
• Cable length (L): approx. 330 mm
• Supply voltage: DC 12V
• Current consumption: 0.13A
• Power: 1.5W
• Holding force: 8 kg (under ideal conditions)
• Recommended minimum material thickness: 3 mm steel

Features

• High-quality housing: Made of electrically pure iron, ensuring optimal magnetic conduction and minimal residual magnetism.
• Reliable wound coil: Made with high-quality copper wire, encased in flame-retardant and reinforced nylon for high temperature resistance.
• Easy installation: The electromagnet is equipped with mounting holes (4 mm) and a central bore (12 mm) for stable and precise attachment.
• Compact design: A diameter of 25 mm and a height of 20 mm make this electromagnet suitable for installations with limited space.

Use and Installation

1. Supply voltage: Connect to 12V DC.
2. Contact surface: A clean, flat, and well magnetically conductive iron surface is essential for maximum holding force.
3. Material thickness: For optimal performance, an iron plate of at least 3 mm thick is recommended.
4. Cooling: For prolonged use or high ambient temperatures, additional cooling (air or water cooling) is recommended.
5. Protection of the suction surface: Damage or contamination on the magnetic contact surface can reduce the holding force.

Applications

• Automation projects, robotics, and warehouse logistics
• Mechanical locks and production lines
• Experience projects, such as puzzle mechanisms in escape rooms

Note: The maximum holding force of 8 kg is only achieved under ideal conditions (for example, a fully contacting and sufficiently thick iron contact surface). In other situations, the actual holding force may be lower.