Magnetic Coupler Permanent Magnet Coupling Energy-Saving Overload Protection for Big Fan Pump

• Customization: Available
• Standard Or Nonstandard: Standard
• Product Name: Magnetic Coupler
• Model NO.: ZJ1001
• Authentication: ISO9001
• Trademark: AZEJIA
• Origin: Wuxi, Jiangsu, China
• HS Code: 8483900090
• Production Capacity: 9999

Product Description

Magnetic couplers and permanent magnet couplers are efficient and energy-saving transmission equipment, with multiple advantages such as energy saving, low maintenance costs, and overload protection.

The main features of magnetic couplers and permanent magnet couplers include:

Significant energy-saving effect: Magnetic couplers and permanent magnet couplers can achieve energy-saving effects of 25% to 66%, especially under different load types and system technology requirements for speed regulation, which can achieve up to 66% energy-saving effect. This energy-saving effect is very effective in reducing overall operating costs.

Low maintenance cost: These devices are almost maintenance free, with minimal maintenance workload and extremely low maintenance costs, greatly reducing users' operating costs.

Overload protection: They have overload protection function, completely eliminating the damage caused by overload to the system and improving the reliability of the entire system.

Easy installation: allows for a large installation alignment error, up to 5mm, simplifying the installation and debugging process.

Long service life: The design life is 30 years, providing long-term stable operation guarantee.

The working principle of magnetic coupling and permanent magnet coupling is based on magnetic transmission, which achieves soft connection between input shaft and output shaft through the action of magnetic field, thereby eliminating the disadvantages of traditional couplings, such as equipment vibration and damage caused by hard connection. This technology is particularly suitable for application scenarios that require smooth speed regulation and energy saving, such as drive systems for large fans and pumps. By using these devices, the efficiency and reliability of the system can be effectively improved, while reducing energy consumption and maintenance costs