Feature


[Sw-18015p]




[Sw-520d]




[Sw-420d]




[Sw-520d Silver Pin]




[Sw-520d Gloden Pin]




[Sw-18010p]




[Sw-200d]




[Sw-58010p]





Description

FFIME
SW-200D -420 -520D SW-18010P-18015P-18020P-58010P 12V Highly Vibration switch Ball Tilt Double bead Angle Spring Sensor Switches
Packing:10Pieces-lot
SW-200D Vibration Sensor Ball Switch
Model: SW-200DVoltage:12VCurrent:2mAtemperature:Less 100C
1. This switch is made of metal material. The electrical characteristics are similar to those of mercury switches. However, there is no danger of mercury switch and environmental protection problems.When shaking, it has the same characteristics of single-pass, and it is more convenient and safe to assemble.
2. Working characteristics: the golden end is (ON) conduction trigger segment, silver end (OFF) open end, when the external force is shaken to achieve proper shaking or the golden end is set at an angle lower than the horizontal proper angle, the electrical characteristics of the conductive pin will be A short-time conduction or continuous ON state is required. The lighting setting environment must be stationary, and the silver end should be set at an angle lower than 10 degrees.
3. When the switch is set lower than the horizontal setting, the shaking time can be lightly triggered, and when the silver end is set downward, the shaking is not easy to trigger.
4. This switch is suitable for triggering small current circuits not suitable for power switch.
Blue Vibration Sensor Ball Switch
Model: SW420Voltage:Less24VCurrent:Less1mAtemperature:Less 80C
1. This product SW-420 is a single roller type omnidirectional induction trigger switch. This product can produce vibration and tilt in different directions.
2. When there is no vibration or tilt, the product is in the closed loop 0N/OFF state and is in a stable state. When there is vibration or tilt, the conductive resistance increases or decreases, and a current pulse signal is generated, thereby triggering the circuit.
3. This product is suitable for tilting and vibration induction triggering of small c