Electromagnetic Clutch Types
MIC Electromagnetic Clutch
Torque Range: 0.226 to 0.79 Nm / 2 to 7 in-lbs.
Small clutches for use in copy machines, printers, and other peripheral devices. This one-piece assembly features a custom-molded gear or timing pulley designed to your specifications. Most clutches use a permanent magnet to disengage the armature when it is not in use. All clutches are bi-directional.
AMC Electromagnetic Clutch
Torque Range: 2.7 to 7.9 Nm / 20 to 70 in-lbs.
Clutch designed for general industrial use. Clutches are designed with zero backlash armatures and a double ball bearing field support to provide longer life and better performance versus bushing style units. AMC-E version now available – Newer E version is lower in cost, lighter in weight, is RoHS compliant and has a reduced wattage so energy consumption is lower, but still has equivalent performance to the AMC clutches.
VC Electromagnetic Clutch
Torque Range: 5.4 to 59.7 Nm / 4 to 44 ft-lbs.
Clutch designed for general industrial applications. Units come standard with zero backlash armature. Units are normally produced in a high torque version but a lower torque is also available which reduces the overall length of the clutch by 15%. Options for this unit include an automatic air gap that adjusts as the clutch wears, a quiet armature option that reduces clutch engagement noise for application in hospitals or offices and a 1 piece designed option that simplifies mounting.
Electromagnetic Clutch Types
TMC Electromagnetic Clutch
Torque Range: 5.4 to 199.3 Nm / 4 to 147 ft-lbs.
Clutch designed for general industrial use. Compact design with a thin overall profile. Zero backlash armatures can be built into custom hubs. Clutches are available with bearing supported field or a (no bearing) flange field.
MSC-T Electromagnetic Clutch
Torque Range: 12.2 to 1000.6 Nm / 9 to 738 ft-lbs.
Clutch designed for general industrial use. Suitable for high speed and high cycle applications. Clutch has automatic wear adjustment mechanism which maintains proper air gap over life of the clutch to maintain a consistent engagement time.
MMC Electromagnetic Clutch
Torque Range: 50.2 to 1999.8 Nm / 37 to 1475 ft-lbs.
Heavy duty clutches best suited for marine and mobile applications. Bi-directional spring resists engine vibration and shock. Output can be modified to meet your requirement, or clutch can be purchased with armature only to bolt into your hub.
MZ Electromagnetic Clutch
Torque Range: 24.4 to 3999.7 Nm / 18 to 2950 ft-lbs.
Clutch is designed for high torque small space environments where no slip is desired. Clutch can be used dry or in an oil bath. A zero backlash option is available. Zero drag torque when clutch is disengaged.
MZS Electromagnetic Clutch
Torque Range: 24.4 to 249.5 Nm / 18 to 184 ft-lbs.
Clutch is designed for high torque small space environments where no slip and only a single engagement position is desired. Clutch can be used dry or in an oil bath. A zero backlash option is available. Zero drag torque when clutch is disengaged.
PHT Permanent-Magnet Hysteresis Clutch/Brake
Torque Range: 0 to 7 Nm / 0 to 62 in-lbs.
Permanent magnet hysteresis units can be configured as a clutch or a brake depending upon mounting. Torque is accurate and dependable because it is produced magnetically, not via friction. Torque is consistent over a given speed range. Because there is no wear, units have an extremely long life. Also since units are sealed, there is no concern about contamination. Each unit has an adjustable torque range that can be set by the user and since the units operate via permanent magnets, no external controls or power is required.
HC Electromagnetic Hysteresis Clutch
Torque Range: 0.05 to 1 Nm / 0.4 to 8.9 in-lbs.
Hysteresis clutch for industrial application. Torque is independent of slip speed and can be easily controlled by varying the current. Since there is no frictional contact between the magnets, the units have an extremely wide torque range and are ideally suited for testing machinery and/or application that are required to produce consistent and smooth torque over a wide range.
MDC Electromagnetic Multiple-Disk Clutch
Torque Range: 17.6 to 8400 Nm / 13 to 6196 ft-lbs.
Multiple disk clutches designed for high torque small space environment. Multiple disks produce high torque in a compact design. Separate drive cup allows for easy connection to your gear or pulley.
MWC Electromagnetic Multiple-Disk Clutch
Torque Range: 24.4 to 12000 Nm / 18 to 8851 ft-lbs.
Multiple disk clutches designed for high torque small environment. Clutches are designed to work in oil Multiple disks produce high torque in a compact design. Separate drive cup allows for easy connection to your gear or pulley. Special oil path grooves in the friction plastes allow for quick engagement and response time. Because clutches are used in oil lubrication they have excellent heat dissipation.
OPL Permanent-Magnet Mag-Particle Slip Clutch
Torque Range: 0.03 to 0.4 Nm / 0.27 to 3.5 in-lbs.
Low cost slip clutch design for momentary and/or continuous slipping. Torque is produced magnetically eliminating the possibility of high break away torque that occurs within typical friction devices. Torque is consistent over a given speed range. Units are sealed so that internal particles cannot contaminate machine likewise external particles cannot contaminate the OPLs. Units are supplied with stainless steel shafts, which can be customized to meet your needs. (The OPR units are hollow bore mounted.)
OPC-N Electromagnetic Mag-Particle Clutch
Torque Range: 0.5 to 8 Nm / 4.4 to 71 in-lbs.
Magnetic particle clutch designed for industrial applications requiring fast response time and a stable torque. Units can also be set for continuous slip which makes them ideal for tension applications. Since voltage to torque is linear, output torque can be easily controlled. Since torque is also transmitted via internal particles, unit life is extremely long.
PC Electromagnetic Mag-Particle Clutch
Torque Range: 11.9 to 195 Nm / 8.8 to 144 in-lbs.
Magnetic particle clutch designed for industrial applications requiring fast response time and a stable torque. Units can also be set for continuous slip which makes them ideal for tension applications. Since voltage to torque is linear, output torque can be easily controlled. Since torque is also transmitted via internal particles, unit life is extremely long.
Mini Rectangle Electric Holding Magnet Solenoid H301510
Square Electro Holding Magnet Solenoid H848439
Dc 12v 24v Electromagnetic Micro Rectangle Holding Solenoid H503525
Rectangular Electromagnetic Holding Magnets H1506030
280kgs (2800N) Round Permanent Electro Magnets 100*45mm
200N Force Block Permanent Electro-Magnet H1003017
