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  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY

DC Worm Gear Motor 5840-31ZY

Advantages of Worm Gear Box
1. Compact in size:
Due to the ability to alter the direction of the drive by 90 degrees, worm gearboxes are one of the most compact designed gearboxes on the market. They are ideal for applications that have limited space but still need a high level of torque.
2. Greatly increase torque:
Worm gearboxes can greatly increase the amount of torque in a mechanical system. They can achieve very high torque outputs due to the worm gear design and how they mesh with the worm wheel.

3. Low Noise:
Worm gearboxes are one of the quietest gearboxes that you can get. This makes them ideal in applications where noise levels need to be kept to a minimum. They can however become noisy if they are highly worn, not mounted correctly or under-lubricated.
$6.00
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY
  • DC Worm Gear Motor 5840-31ZY

Description

 PRODUCT PARAMETERS                                                                                
Worm Gear Box + PMDC Motor

What is Worm Gear Box?
A worm gearbox is a type of gearbox that uses a combination of shafts, worm gears, bearings and toothed wheels to produce movement. They can be used to drive a number of mechanical systems and also used in some engines. Worm gearboxes can alter the input rotational motion by 90 degrees to the output.


What is PMDC motor?
PMDC motors are mainly composed of two parts: stator and rotor.
Permanent magnets are installed on the stator to generate a fixed magnetic field; There are armature windings and commutators on the rotor. The armature winding is connected to the external circuit through electric brushes. When current passes through the armature winding, a rotating magnetic field is generated, which interacts with the magnetic field generated by the permanent magnet to drive the motor to rotate.

Advantages of PMDC motors
1. Fast response:
Due to the use of permanent magnets, the response to voltage changes is very fast.
2. Lower cost:
Compared to brushless motors, brushed motors have lower manufacturing costs.

3. Convenient control:
The control of brushed motors is relatively simple and suitable for various fields such as electric tools, household appliances, industrial equipment, etc.

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