ADIY DC Voltage Sensor Module


ADIY dc voltage sensor is a conventional method used to determine, monitor, and measure the supply of voltage in a device. ADIY dc Voltage sensors can sense dc voltages. ADIY dc voltage sensors are highly precise sensors that work on the principle of the potential divider rule. As a result, it reduces the input voltage by a factor of 5. This allows us to use the analogue input pin of microcontrollers to observe the voltage above the threshold level. With a small compact device, both voltage and current measurement are combined to a single physical device. For 0-5v analogue input, the output measured up to 25v. ADIY dc voltage sensor consists of 5 pins in which two of which are on the two-pin screw terminal and three are male header pins.


Price :  excl. GST
Qty Price
1 > 14.00
50 > 13.00
200 > 12.00
500 > 11.00
1000 > 11.00
1001 > 11.00

ADIY dc voltage sensor is a conventional method used to determine, monitor, and measure the supply of voltage in a device. ADIY dc Voltage sensors can sense dc voltages. ADIY dc voltage sensors are highly precise sensors that work on the principle of the potential divider rule. As a result, it reduces the input voltage by a factor of 5. This allows us to use the analogue input pin of microcontrollers to observe the voltage above the threshold level. With a small compact device, both voltage and current measurement are combined to a single physical device. For 0-5v analogue input, the output measured up to 25v. ADIY dc voltage sensor consists of 5 pins in which two of which are on the two-pin screw terminal and three are male header pins.

Specifications:

  1. Divider ratio: 5:1
  2. Resistor Tolerance: 1%
  3. Max input voltage: 25V
  4. Resistor Value: 30K/7.5K Ohm
  5. Voltage detection range: DC 0.02445V-25V
  6. Voltage Analog Resolution: 0.00489V

Advantages:

  • The environment is conducive.
  • Plenty of dynamic range.
  • Non-satisfactory.
  • Increases employee safety.
  • Small in weight and size.
  • The degree of accuracy is very high.

Applications:

  • Detects power failure.
  • Load sensing.
  • Controls the temperature.
  • Power demand control.
  • Controls electricity demand.
  • Safety switching.