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Hong Kong VID Company Limited
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Product Features |
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| Quality certification: |
TS16949 |
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| Description: |
VID29 Series Cluster Stepper Motor
The VID29 series stepper motor is a patented stepping motor design. The product is mainly used in dashboard instrumentation and digital indicator equipment to transfer a digital signal into an accurate angle display. The VID29 series has a 4 gears design construction in order to guarantee high efficiency, high position accuracy and a robust gear system. The unique gear shape design reduces friction and noise. A special material is used for each component to increase liability & safety .
VID28 Dual Shaft Motor
The VID28 Double Shaft Stepper Motor is a patented design with a reduction ratio of 180/1. It’s innovation is based on the VID29-xx model. The VID 28 can drive two pointers independently. The benefits include a dial space saving opening a window for new concept designs. Applications include dashboards and digital indicator equipment to transfer digital signals to an analog display.
VID23 Transparent Shaft Motor
VID23 is a precise stepping motor of patent design. It is specially designed with transparent pointer shaft, pointer lumination intensity is superior to tranditional way. It also bring cost reduction in saving number of LEDs.
VID23 with a gear reduction ratio of 1/180. It’s mainly used in dashboard instrumentation or other digital indicator equipments, to transfer digital signals directly and accurately to analog display output.
VID23 is driven by 2 sequent logic pulse signals. It can be driven in 5V ~ 10V providing shaft stepping angle resolution 1/12°. The pointer can move with a speed more than 400Hz.
VID69 Series Car Clock Stepper Motor
The VID69 Car Clock Stepper Motor is a precision stepping motor design with a reduced gear ratio 60/1 for minute shaft and 12/1 for hour shaft. The product is mainly used in automotive instrumentation or other equipments to support a clock function. The 6 step gear design is the foundation of the product's high efficiency, high position accuracy and extremely robust gear system. A special gear shape and the unique material choice for each component decrease mechanical friction and noise, with a net result of an enhanced product liability.
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