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Electromagnetic Clutches - Flange & Shaft Mounted Clutches

Electromagnetic clutches are designed to transmit and cut off power on the driven side with an electromagnetic force. They can disconnect and connect power without actually stopping the power and are the most common type of electromechanical clutches. Servo2Go is an electromagnetic clutch supplier offering EM clutches from Inertia Dynamics. Get in touch with us today if you have any questions.

Types of Electromagnetic Clutches

  • Multiple Disk Clutches: multiple disk clutches are used to deliver extremely high torque in relatively small spaces. They can be used dry or wet, making them perfectly suited for multiple speed gear boxes and machine tool applications.
  • Electromagnetic Tooth Clutches: electromagnetic tooth clutches provide the greatest amount of torque in the smallest overall size. Because torque is transmitted without any slippage, they are ideal for multi-stage machines where timing is critical. They should not, however, be used in high speed applications.
  • Electromagnetic Particle Clutches: electromagnetic particle clutches have a unique design to the wide operating torque range they provide. As with standard, single face clutches, torque to voltage is almost linear. These clutches can be controlled very accurately and are ideal for tension control applications, as well as high cycle applications.
  • Hysteresis-Powered Clutches: hysteresis-powered clutches over an extremely high torque range and can also be controlled remotely. They offer the widest available torque range of an electromagnetic product due to minimal drag torque. They are ideal for testing applications where varying torque is needed. Additionally, because all torque is transmitted magnetically, there is no contact, no wear to any of the torque transfer components, leading to a long lifespan.
  • Power-on Clutches: used to couple two parallel shafts. The armature hub assembly is mounted to the same shaft as the rotor assembly.  The armature hub accommodates a pulley, gear, sprocket, etc., to transmit torque to the second shaft. The field assembly is mounted on the shaft and retained by a loose fitting pin or bracket through the anti-rotation tab.

Engagement: How it Works

The operation of electromagnetic clutches is a fascinating example of how electrical energy can be converted into mechanical motion, all driven by the fundamental principles of electromagnetism. The clutch operates by using an electrically-activated coil to create a magnetic field, which then leads to mechanical torque transmission. When it's time for the clutch to engage, a voltage or current is applied to the coil. As a result, the coil becomes magnetized, generating magnetic lines of flux. This flux traverses the air gap between the field (also known as the clutch's stator or yoke) and the rotor (or input hub), magnetizing the rotor in the process.

This action creates a magnetic loop, which has the effect of attracting the armature (a disk connected to the output shaft) towards the rotor. The armature is pulled against the rotor, and a frictional force comes into play at their point of contact. The effect of this frictional force is to accelerate the load, allowing it to match the speed of the rotor. Consequently, the armature and the output hub of the clutch become effectively engaged. This process is highly efficient and provides precise control, making electromagnetic clutches an essential component in various industrial machinery and systems where accurate torque control is required.

Disengagement: How it Works

Disengagement in an electromagnetic clutch is just as crucial as engagement and it operates on a relatively straightforward principle. When the current or voltage applied to the electromagnetic coil is removed or cut off, the magnetic field collapses and the magnetic attraction between the armature and the rotor ceases. With this magnetic attraction no longer in play, the armature is no longer drawn to the rotor and is free to rotate independently with the shaft to which it is attached.

In most electromagnetic clutch designs, springs are integrated to facilitate this disengagement process. These springs are strategically positioned to hold the armature slightly away from the rotor when the power is cut off. The function of these springs is to generate an air gap between the armature and the rotor when the clutch is not engaged. This air gap is crucial as it ensures there is no contact and thus no frictional force between the rotor and the armature when the clutch is disengaged. This ensures the smooth functioning of the clutch and contributes to its longevity, as unnecessary friction can lead to wear and tear over time. In a nutshell, the disengagement process in an electromagnetic clutch allows for precise control over the start and stop of mechanical motion, contributing to efficient operation in various applications.

Below you will find additional information regarding Inertia Dynamic electromagnetic clutches. Get a quote today!

Electromagnetic Clutches by Series

Shaft Mounted Clutches

Type SL

SL/BSL series power-on clutches are used to couple two parallel shafts. The armature hub assembly is mounted to the same shaft as the rotor assembly. The armature hub accommodates a pulley, gear, sprocket, etc., to transmit torque to the second shaft. The field assembly is mounted on the shaft and retained by a loose fitting pin or bracket through the anti-rotation tab.

Shaft Mounted Clutch Type SL

Shaft Mounted Clutches

Type BSL

Inertia Dynamics features five sizes of ball bearing clutches. All sizes have ball bearing armature and field assemblies for heavy-duty applications, allowing higher shaft speeds and side loads to be achieved. All BSL clutches are shaft mounted for easy installation and operate in the same manner as our SL series clutches.

Shaft Mounted Clutch Type BSL

Shaft Mounted Clutch Couplings

Type SO

SO series power-on clutch couplings are used to couple two in-line shafts. The armature hub assembly is mounted to the load shaft and the rotor assembly is mounted on the input shaft. The field assembly is mounted on the input shaft and retained by a loose-fitting pin or bracket through the anti-rotation tab.

Shaft Mounted Clutch Coupling Type SO

Flange Mounted Clutches

Type FL

FL series power-on clutches are used to couple two parallel shafts. The armature hub assembly is mounted to the same shaft as the rotor assembly. The armature hub accommodates a pulley, gear, sprocket, etc., to transmit torque to the second shaft. The field assembly is mounted to a bulkhead that is perpendicular to the input shaft.

Flange Mounted Clutch Type FL

Flange Mounted Clutch Couplings

Type FO

FO series power-on clutch couplings are used to couple two in-line shafts. The armature hub assembly is mounted to the load shaft and the rotor assembly is mounted on the input shaft. The field assembly is mounted to a bulkhead that is perpendicular to the shaft.

Flange Mounted Clutch Coupling Type FO

Electromagnetic Clutch Products

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Items 61-75 of 187

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0315-2712 by Inertia Dynamics

0315-2712

BSL Series Electromagnetic Clutches, 24 VDC, 80 in-lbs Rated Torque, w/ Screw Terminals

$1,039.00 As low as $866.00
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0316-1712 by Inertia Dynamics

0316-1712

BSL Series Electromagnetic Clutches, 90 VDC, 125 in-lbs Rated Torque, w/ Screw Terminals

$1,171.00 As low as $976.00
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0316-2612 by Inertia Dynamics

0316-2612

BSL Series Electromagnetic Clutches, 24 VDC, 125 in-lbs Rated Torque, w/ Screw Terminals

$1,171.00 As low as $976.00
View Details
0317-1012 by Inertia Dynamics

0317-1012

BSL Series Electromagnetic Clutches, 90 VDC, 250 in-lbs Rated Torque, w/ Screw Terminals

$1,527.00 As low as $1,273.00
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0317-1812 by Inertia Dynamics

0317-1812

BSL Series Electromagnetic Clutches, 90 VDC, 250 in-lbs Rated Torque, w/ Screw Terminals

$1,527.00 As low as $1,273.00
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0317-1814 by Inertia Dynamics

0317-1814

BSL Series Electromagnetic Clutches, 90 VDC, 250 in-lbs Rated Torque, w/ Conduit Box

$1,592.00 As low as $1,327.00
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0317-1912 by Inertia Dynamics

0317-1912

BSL Series Electromagnetic Clutches, 90 VDC, 250 in-lbs Rated Torque, w/ Screw Terminals

$1,527.00 As low as $1,273.00
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0317-2012 by Inertia Dynamics

0317-2012

BSL Series Electromagnetic Clutches, 24 VDC, 250 in-lbs Rated Torque, w/ Screw Terminals

$1,527.00 As low as $1,273.00
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0317-3012 by Inertia Dynamics

0317-3012

BSL Series Electromagnetic Clutches, 12 VDC, 250 in-lbs Rated Torque, w/ Screw Terminals

$1,527.00 As low as $1,273.00
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0509-1211 by Inertia Dynamics

0509-1211

FL Series Electromagnetic Clutches, 90 VDC, 2.5 in-lbs Rated Torque, w/ Lead Wires

$175.00 As low as $146.00
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0509-2311 by Inertia Dynamics

0509-2311

FL Series Electromagnetic Clutches, 24 VDC, 2.5 in-lbs Rated Torque, w/ Lead Wires

$175.00 As low as $146.00
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0510-2411 by Inertia Dynamics

0510-2411

FL Series Electromagnetic Clutches, 24 VDC, 6 in-lbs Rated Torque, w/ Lead Wires

$227.00 As low as $190.00
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0511-2511 by Inertia Dynamics

0511-2511

FL Series Electromagnetic Clutches, 24 VDC, 10 in-lbs Rated Torque, w/ Lead Wires

$253.00 As low as $211.00
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0513-1411 by Inertia Dynamics

0513-1411

FL Series Electromagnetic Clutches, 90 VDC, 25 in-lbs Rated Torque, w/ Lead Wires

$347.00 As low as $290.00
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0514-2611 by Inertia Dynamics

0514-2611

FL Series Electromagnetic Clutches, 24 VDC, 50 in-lbs Rated Torque, w/ Lead Wires

$361.00 As low as $301.00
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