Placid magnetic particle clutches, also called magnetic powder clutches, provide a wide operating Torque Range. The torque is smooth and repeatable, thereby allowing for accurate control independent of the speed.

Magnetic particle brakes and clutches have built-in safety features that prevent the system from overheating or failing in case of a power failure. This improves overall system reliability and reduces the risk of accidents and downtime.

» Application Notes » How Magnetic Particle Clutches Work The output disk/shaft does not touch the rotor. The gap in between is filled with a fine, dry stainless steel powder.

Placid Industries offers a wide range of magnetic particle clutches and brakes, and hysteresis brakes for your specific application.

KC5 Magnetic Particle Clutch KC-5 Magnetic Particle Clutch Configuration: Shaft on two sides Shaft on two sides Torque Range: 0.5 – 38 lb.-ft. 0.5 – 38 lb.-ft. Coil: 24 VDC, 9.5 Ω, 2 amps 24 VDC, 9.5 Ω, 2 amps Data Sheets Technical Drawings Application Assistance Request Quote

2023年9月11日 · Placid Industries’ magnetic particle clutches are trusted by industry leaders who require the most precise motion control available. Some of the common applications these magnetic particle clutches are used in include bottle capping, rewinding, feedback control in flight applications, and testing of motors and power tools.

POC-400F Magnetic Particle Clutch POC-400F Magnetic Particle Clutch with Removable Feet Configuration: Shaft on two sides Shaft on two sides Torque Range: 4 – 300 lb.-ft. 4 – 300 lb.-ft. Coil: 24 VDC, 6.9 Ω, 3.5 amps 24 VDC, 6.9 Ω, 3.5 amps Data Sheets Technical Drawings Application Assistance Request Quote

2021年7月9日 · Magnetic particle clutches can provide an adjustable tension for rewinding the same. Simple, effective tensioning systems can easily be built when each are teamed with a D.C. power supply and follower arm potentiometer or ultrasonic sensor for measuring the roll size.

2021年1月15日 · Magnetic particle and hysteresis type brakes & clutches are used for precision torque & tension control. Brakes - When energized, the shaft becomes coupled to the brake’s housing. Typical applications: Brakes can provide adjustable torque for unwinding (payout) of webs, such as wire, foil & paper.

» Application Notes » How Magnetic Particle Brakes Work The output disk/shaft does not touch the body. The gap in between is filled with a fine, dry stainless steel powder.