ECD Electromagnetic Tooth Clutch

ECD Electromagnetic Tooth Clutch

The ECD electromagnetic tooth clutch is an efficient and versatile solution for the transmission of motion in industrial and engineering applications.

Its positive operation, quick disconnect and adaptability make it a valuable option for optimising the performance of machinery and systems where efficient and accurate power transmission is required.

Its compact design and ability to handle high speeds make it stand out in a world driven by technology and efficiency.



What is the ECD electromagnetic tooth clutch?


The ECD electromagnetic tooth clutch is an essential component in many industrial and engineering applications. It is notable for its positive operation, which means that it is driven by electric current to transmit motion efficiently. In this article, we will explore the features and advantages of this type of clutch.

How the ECD works

The operation of the electromagnetic toothed clutch is based on the creation of a magnetic field by means of a coil powered by direct current.

This magnetic field attracts the clutch armature, allowing the transmission of motion.

The key here is that the coupling is instantaneous and positive, which means that there is no hold-up or delay in the response.

Compact but powerful

One of the main advantages of the ECD is its ability to transmit high torque in a small space.

This is due to its compact and efficient design that allows for high power transmission capacity.

This makes it especially useful in applications where space is limited, such as in the automotive and aerospace industries.

Versatility in rotational speed

The ECD electromagnetic tooth clutch is known for its versatility in terms of rotational speed.

It can handle high rotational speeds without compromising its ability to transmit torque.

This makes it suitable for applications requiring a wide range of speeds, from low to very high.

Fast and efficient disconnection

Another outstanding feature of the ECD is its quick disconnection capability.

This is crucial in situations where movement needs to be stopped or changed instantaneously.

The use of a girth gear in the design ensures positive engagement when the system is stationary or at low speed, improving efficiency and safety.

Adaptable to different applications

The toothed electromagnetic clutch is highly adaptable to a wide variety of applications.

The design of slip rings allows the shafts to be of large cross-section and in accordance with the torque to be transmitted.

This makes them a versatile choice for different industries and uses.


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Highlights of the ECD electromagnetic tooth clutch


  • High capacity in a small space: The ECD electromagnetic tooth clutch is distinguished by its ability to transmit considerable torque in a compact space, making it ideal for applications where size is a critical factor.
  • Single 24 V DC power supply: The ECD operates efficiently on 24 volts direct current (V.C.C.) power through slip rings and brush holders, making it easy to integrate into a variety of electrical systems.
  • Instant connection at low speed or at standstill: This type of tooth clutch offers a significant advantage by allowing instant engagement even at very low speed or when the system is at a complete standstill, which improves safety and efficiency in a variety of applications.


The ECD electromagnetic tooth clutch can be used for different types of machinery such as:


We can find the technical sheet or the CAD files through the following downloads:

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