Tomtop Jms Dc Gear Motor High Torsion Adjustable Speed Reversible Self Locking 100rpm 48e520 Reduction Motor
Brand: Tomtop Jms
MPN: 1010230010511|vdfdswv
Catégorie: Composants électriques et électroniques
Feature: 1. [Reversible] This model is a miniature high torsion worm gear DC motor, which can change the direction of rotation of the shaft while changing the wiring forward and reverse. 2. [High Torsion] Our geared motors are less prone to gearing and wear, and the internal metal turbine has more torsional force. 3. [Self Locking] The motor with self locking turbo worm gear motor, that is, the output shaft is fixed and self locking when the motor is not energized. 4. [Excellent Performance] The motor is aluminum alloy shell, corrosion resistant and not easy to rust, low power consumption, low noise, better conductivity of the brass coil, the motor power is more powerful. 5. [Applicable Range] Our gear motors are mostly used in bank machines, automatic money counting machines, vending machines, printers, copiers, video recorders, etc. Specification: Item Type: DC Gear Motor Material: Aluminum alloy, brass Model: 48E520 Rotational Speed: 100RPM. Package List: 1 x DC Gear Motor[Reversible] This model is a miniature high torsion worm gear DC motor, which can change the direction of rotation of the shaft while changing the wiring forward and reverse. [High Torsion] Our geared motors are less prone to gearing and wear, and the internal metal turbine has more torsional force. [Self Locking] The motor with self locking turbo worm gear motor, that is, the output shaft is fixed and self locking when the motor is not energized. [Excellent Performance] The motor is aluminum alloy shell, corrosion resistant and not easy to rust, low power consumption, low noise, better conductivity of the brass coil, the motor power is more powerful. [Applicable Range] Our gear motors are mostly used in bank machines, automatic money counting machines, vending machines, printers, copiers, video recorders, etc.
Comparez les prix de:
Tomtop Jms in Composants électriques et électroniques