These are Capacitor-start Capacitor-run, squirrel cage single phase and three phase motors. The RPM available are 1440 / 2880 / 720 and with gearbox RPM can be very low. Depending upon requirement for the connection, motors have Lead wires or terminal box. The outward appearance is the same as that of induction motors.

Suitable for short duty operation where the motor should have minimum overrun.

These are Electro Magnetic Fail Safe ( Power off Activated) Brake fitted Capacitor-start Capacitor-run, squirrel cage single phase and three phase motors. The RPM available are 1440 / 2880 / 720 and with gearbox RPM can be very low. Depending upon requirement for the connection, motors have Lead wires or terminal box. The outward appearance is the same as that of induction motors except the extra length.

Suitable for continuous operation with frequent start stop, minimum overrun and load holding.

Centrifugal blowers move air by means of the centrifugal force generated by rotating a cylindrical impeller. Used for applications where increased air pressure, increased static pressure, high airflow is required. Centrifugal blowers have a small outlet, which concentrates air in a single direction, and are therefore suitable for local cooling.

Centrifugal blowers provide concentrated airflow in a single direction suitable for local cooling / heating.

Air Flow capacity is from 75 CFM to 420 CFM

It is centrifugal sealless pump, the impeller is driven with a magnetic coupling. Construction material is GF- PP, Ceramic Shaft, PTFE Bushes which makes it corrosion resistant pump. The pump offers a low current draw, low heat rise and has a quiet operation.

Suitable for corrosive, hazardous & toxic chemicals, foods & beverages, medical applications.

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Electromagnetic Clutches transfer the torque via electromagnetic flux, hence torque is smooth throughout its operating rpm range. Torque is independent of slip speed. It is also directly proportional to coil current, the response time extremely quick. Wear & tear involved in the normal operation of the unit is minimal giving extremely long life.

These brakes use a single plate friction surface to engage the input and output members of the brake. They are the most common type of electromechanical brakes. Torque is independent of slip speed. It is also directly proportional to coil current, making response time extremely quick. When current/voltage is removed from the brake, the disk is free to turn, and no relative force is transmitted between either member; therefore the only torque seen between the input and the output is bearing drag.

Fail safe ( Power off ) brake stop or hold a load when electrical power is either accidentally lost or intentionally disconnected. When no voltage is applied to the brake, a series of springs push against the pressure plate, squeezing the friction disk between the inner pressure plate and the outer cover plate.
The power off brake is considered engaged when no power is applied to it. It is typically required to hold or stop a load in the event of a loss of power, when power is not available to run a machine.

When the brake is required to release, voltage is applied to the coil creating a magnetic field. This magnetic field pulls in the pressure plate pulling against the springs, creating an air gap between the pressure plate and the friction disk, allowing it to turn freely with the shaft.