Metallic Miniature DC Gearmotor Sweeper Shredder 25mm Brushed DC Motor With Gearbox
Contact Person : Enya
Phone Number : 86-18988788151
WhatsApp : +8618988788151
|Minimum Order Quantity :||200||Packaging Details :||100pcs per carton or as request|
|Delivery Time :||10-12 working days||Payment Terms :||D/P, T/T,, Western Union, L/C|
|Place of Origin:||Shenzhen||Brand Name:||SECORE|
|Certification:||CE ROHS||Model Number:||DC2418-27GB|
|Rated Voltage:||12V 24V||Rated Speed:||47rpm, 277rpm|
|Motor Size:||Φ24.4*L18.6mm||Gearbox Dimension:||Φ26.8*L18mm Or L15mm|
|Rated Torque:||39mN.m, 190mN.m||Application:||Coffee Machine Motor|
|Product Name:||Spur Gear Motor, 6v Micro Reducing Motor||Power:||0.79W, 0.96W|
27mm Spur Gear Motor,
Customized Brush Spur Gear Motor,
6V Micro Dc Geared Motor
27mm Customized Brush Spur Gear Motor For Coffee Machine 6V Micro Dc Geared Motor
Secore DC Gear Motor DC2418-27GB Main features:
Voltage: 12V, 24V input
Speed: 47rpm, 277rpm or as per request
Application: coffee machine, electric door, automatic lock
|MODEL||VOLTAGE||NO LOAD||AT MAXIMUM EFFICIENCY||STALL||Gear length (L)||Matching motor||Motor length (L1)|
Secore Technology mainly engaged in Brush, brushless motor, Gear motor, with ODM, OEM service. Customizable for speed, torque, housing, motor type, gear type, encoder, brake etc.
Brushed DC motors rely on a mechanical system to transmit current, while AC and brushless DC gear motors use electronic mechanisms to control the current. Brushed motors have a wound armature attached to the center and permanent magnets attached to steel rings around the rotor. When the brushes are in contact with the commutator, current flows through the armature coils.
AC induction motors and BLDC motors do not rely on a mechanical system (brushes) to control the current. AC and BLDC motors deliver current through the stator (electromagnet), which is connected to the AC power source either directly or through a solid-state circuit.
In an AC induction motor, the rotor turns in response to the "induction" of a rotating magnetic field within the stator when current is passed through it. Instead of inducing the rotor in a brushless DC motor, the permanent magnets are directly combined with the rotor, and when current is passed through the stator, the magnetic poles on the rotor rotate relative to the electromagnetic poles generated in the stator, creating motion.