Keszoox
Short Distance Capacitive Touch & PIR Motion Sensor Module V2.1 5V-24V 3A LED Dimming Control
Short Distance Capacitive Touch & PIR Motion Sensor Module V2.1 5V-24V 3A LED Dimming Control
Regular price
$3.88 USD
Sale price
$3.88 USD
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per
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SPECIFICATIONS
Brand Name: Keszoox
High-concerned chemical: None
Highlights 1: LED dimmer control switch
Highlights 2: LED strips for smart home
Highlights 3: Short-range scanning sensor
Highlights 4: Suitable for car smart home
Highlights 5: Touch On/Off Switch
Highlights 6: Sensor detector
Material: Polymer
Model 1: PIR Motion Sensor
Model 2: Short Distance Scan Sensor Sweep
Model 3: Touch Sensor Switch
Origin: Mainland China
Output: Switching Transducer
Theory: Optical Sensor
Type: vibration sensor
Use: Position Sensor
is_customized: Yes
Short Distance Scan Sensor Touch Switch Capacitive Module PIR Motion Sweep Hand Sensor V2.1 5V-24V 3A LED Dimming Control Lamps
Warm Tips:
Our store support wholesale, the more quantity the more discount.
If you want to bulk order, please feel free to contact seller for wholesale price, looking forward to receive your inquiry, thanks! ^_^
INTRODUCTIONS:
- The multi-function touch sensing module is an integrated circuit module designed for realizing a human touch interface.
- lt can replace the mechanical light touch button, using this module can realize the touch switch control and brightness adjustment of LED light.
- This module is simple in structure and easy to operate.
- The design circuit of the module can automatically overcome all kinds of interference caused by ambient temperature, humidity, surface debris, etc. And avoid key differences caused by resistance and capacitance errors. It is the perfect choice for your product development and upgrade.
PAMETERS:
Input voltage: DC5V-24V (12V recommended)
The output voltage is equal to the input voltage
Load power: 72W (max)
Load current resistance: 3A (max)
Standby current: 10-15ma
Standby power consumption ≈ 0.01W
Working temperature: - 25 ℃- 85 ℃
Output frequency: 32kHz
Commodity weight:15g
Commodity size: 42 (L) * 12 (W) * 14(H)
REMINDER:
1. The input voltage shall not be lower than 5V or higher than 24V, 12V is the best
2. The load power shall not be higher than 72W, otherwise there will be inductionand the load will not act
3. Do not connect the input and output reversely. In is the input and out is the output, otherwise the circuit will be burnt
4. Do not connect the positive and negative poles of input and output reversely, otherwise the circuit will be burnt
Warm Tips:
Our store support wholesale, the more quantity the more discount.
If you want to bulk order, please feel free to contact seller for wholesale price, looking forward to receive your inquiry, thanks! ^_^
INTRODUCTIONS:
- The multi-function touch sensing module is an integrated circuit module designed for realizing a human touch interface.
- lt can replace the mechanical light touch button, using this module can realize the touch switch control and brightness adjustment of LED light.
- This module is simple in structure and easy to operate.
- The design circuit of the module can automatically overcome all kinds of interference caused by ambient temperature, humidity, surface debris, etc. And avoid key differences caused by resistance and capacitance errors. It is the perfect choice for your product development and upgrade.
PAMETERS:
Input voltage: DC5V-24V (12V recommended)
The output voltage is equal to the input voltage
Load power: 72W (max)
Load current resistance: 3A (max)
Standby current: 10-15ma
Standby power consumption ≈ 0.01W
Working temperature: - 25 ℃- 85 ℃
Output frequency: 32kHz
Commodity weight:15g
Commodity size: 42 (L) * 12 (W) * 14(H)
REMINDER:
1. The input voltage shall not be lower than 5V or higher than 24V, 12V is the best
2. The load power shall not be higher than 72W, otherwise there will be inductionand the load will not act
3. Do not connect the input and output reversely. In is the input and out is the output, otherwise the circuit will be burnt
4. Do not connect the positive and negative poles of input and output reversely, otherwise the circuit will be burnt
