Cara Pasang Sensor Lampu Otomatis dengan PHOTO CONTROL KAWAMURA

Summary

This video demonstrates how to install a photo control or automatic light sensor without additional components. The tutorial uses a Kawamura photo control unit with a 10-amp load. It shows step-by-step how to connect wires for the light, including input power and control. After the setup, the sensor is tested by covering it with a black plastic, causing the light to turn on, and removing the cover, which turns the light off after a short delay. The video offers a simple and effective way to automate lighting control, ensuring ease of use for viewers.

Takeaways

• 😀 The video demonstrates how to install a photo control or light-on/off sensor automatically without additional components.
• 😀 The photo control used is from the Kawamura brand with a 10 Amp capacity.
• 😀 The photo control comes with two screws and a black plastic piece for checking the switch functionality.
• 😀 The white and red wires are used to connect to the light/load, while the white and black wires are for the 220 VAC input voltage.
• 😀 Yellow labels are applied to each wire to easily identify the connections.
• 😀 The simulation setup includes a lamp and the 220 VAC input cable.
• 😀 During installation, the red wire is connected to the black lamp wire, and the blue lamp wire is connected to the white photo control wire.
• 😀 A jumper cable connects the input 220 VAC to the photo control's black wire.
• 😀 Proper insulation should be done to ensure safety after making all the connections.
• 😀 The photo control is tested by covering it with black plastic, causing the light to turn on, and when the plastic is removed, the light turns off after a few seconds.
• 😀 This is a simple and effective way to install a light-on/off sensor automatically, and the video encourages viewers to try it themselves.

Q & A

What is the purpose of the photo control or light sensor in the video?

The purpose of the photo control or light sensor is to automatically turn the light on and off without the need for additional components.

What brand of photo control is used in this tutorial?

The photo control used in this tutorial is from the brand Kawamura.

What is the maximum load capacity of the photo control used in the video?

The photo control used in the video can handle a load of up to 10 Amps.

What components come with the photo control unit?

The photo control unit includes the sensor, two screws, and a black plastic cover to check the photo control switch.

Which wires are used for connecting the photo control to the light and power source?

The white and red wires are used to connect to the light/burden, while the white and black wires are for connecting to the 220 VAC power input.

What is the significance of the yellow labels on the wires?

The yellow labels on the wires serve as identification for proper connections: red to black (light), and blue from the light to the white photo control wire.

How do you wire the photo control to the lamp and power input?

The red wire from the photo control should be connected to the black wire of the lamp, and the blue wire of the lamp should be connected to the white wire of the photo control. Then, the 220 VAC input is connected, with the black wire of the photo control going to the 220 VAC power input.

What additional step is necessary after wiring the photo control?

After the wiring is complete, proper insulation should be done to ensure safety and prevent electrical hazards.

How does the photo control function once it is wired and powered on?

When the photo control is powered, the lamp will light up for a short while. Closing the photo control with the black plastic cover will cause the lamp to turn on immediately. Removing the cover will cause the light to turn off after a few seconds.

What is the purpose of testing the photo control with the black plastic cover?

The black plastic cover is used to test the photo control's response to darkness. It simulates a lack of light, causing the lamp to turn on, which demonstrates the sensor's automatic functionality.