Electromagnetic Toothed clutch Manufacturers in India


Electromagnetic Toothed clutch Manufacturers in IndiaWe are pioneers in manufacturing various types of breaks for industrial use and have been in the business for years now.
Our specially designed tooth clutches are engaged electrically and provide much more torque than the usual friction clutches.
In comparison to the typical electromagnetic clutches, a tooth clutch offers the advantage of almost about three times more roughly torque while in the same range of diameter.
This is particularly of great advantage in machinery that is specifically used for medical purposes and printing one of the major concerns is space.
The main clutch component is nothing but a primary drive shaft that typically consists of or stationary electromagnet.
This is fixed with torque about. Also, there is a router that is fixed to the primary shaft with the help of any other connection.
The toothed clutches are recommended for small dimensions, high torques, short operating times, accurate switching.. High permissible speeds. It can be run in both wet and dry environments. These maintenance free clutches are to be engaged at rest or at very low speeds and are having no idling torques. Our positive drive toothed clutches are extensively used in Textile Machineries, Winches etc. 

How Does an Electromagnetic Toothed Clutch Work?

Electronic tooth clutches happens to craft three times the torque of traditional friction clutches.

Narsipur, India's Premier Electromagnetic Toothed Clutch Manufacturers, provides quality products and services and meets the client's requirements.

A tooth clutch delivers the torque of a traditional electromagnetic friction clutch around three times while retaining the similar kinds of outer diameter.

Let’s start with the fundamentals and understand parts of the clutches: A permanent electromagnet, safe with torque tab of a flange, happens to be found surrounded by the initial drive shaft usually.

The primary driving shaft happens to be keyed or linked to a rotor otherwise.

The following stage use to be attaching the armature to the flat spring along with the rivets.

The pulley has the flat spring screwed or welded to it. It happens to be linked to a subordinate shaft through a belt.

The rotor and armature face mate because of their specific tooth outlines.

A tooth clutch operates as defined: Once the initial shaft has been clogged, the clutch can be occupied by using normal direct current to the electromagnet coil.

The consequence happens to be a magnetic field conducted by the rotor and armature of the clutch.

The armature use to get pulled over a minor air gap which was fixed beforehand and pushed onto then the rotor face through the force of magnetic field.

The pulley happens to rotate in time by the major shaft since its toothed profile matches the armature and rotor.

The tooth clutch need to be engaged during the shafts are not working. It is to save the tooth profiles. The armature happens to be withdrawn by the flat spring after the electrical current is off to the coil.

The two shafts are able to rotate distinctly when the toothed connection use to be detached.



Torque Range 50 Nm - 6000 Nm
Voltage 24 V.D.C

 

 

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