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pro engineered pwm ac voltage dimmer 50/60hz 80-240vac for arduino raspberry - leading edge dimmer for ac motor, pump, fan, light, heater - maximum 500w - onboard snubber circuit - worldwide compatibility logo

Pro Engineered PWM AC Voltage Dimmer 50/60Hz 80-240VAC for Arduino Raspberry - Leading Edge Dimmer for AC Motor, Pump, Fan, Light, Heater - Maximum 500W - Onboard Snubber Circuit - Worldwide Compatibility Review

4

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Excellent

Revainrating 5 out of 5  
Rating 
5.0
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img 1 attached to Pro Engineered PWM AC Voltage Dimmer 50/60Hz 80-240VAC for Arduino Raspberry - Leading Edge Dimmer for AC Motor, Pump, Fan, Light, Heater - Maximum 500W - Onboard Snubber Circuit - Worldwide Compatibility
img 2 attached to Pro Engineered PWM AC Voltage Dimmer 50/60Hz 80-240VAC for Arduino Raspberry - Leading Edge Dimmer for AC Motor, Pump, Fan, Light, Heater - Maximum 500W - Onboard Snubber Circuit - Worldwide Compatibility
img 3 attached to Pro Engineered PWM AC Voltage Dimmer 50/60Hz 80-240VAC for Arduino Raspberry - Leading Edge Dimmer for AC Motor, Pump, Fan, Light, Heater - Maximum 500W - Onboard Snubber Circuit - Worldwide Compatibility
img 4 attached to Pro Engineered PWM AC Voltage Dimmer 50/60Hz 80-240VAC for Arduino Raspberry - Leading Edge Dimmer for AC Motor, Pump, Fan, Light, Heater - Maximum 500W - Onboard Snubber Circuit - Worldwide Compatibility

Details

BrandKrida
CPU ManufacturerVIA
ColorBlue

Description of Pro Engineered PWM AC Voltage Dimmer 50/60Hz 80-240VAC for Arduino Raspberry - Leading Edge Dimmer for AC Motor, Pump, Fan, Light, Heater - Maximum 500W - Onboard Snubber Circuit - Worldwide Compatibility

AC Light Dimmer Module Controller ARDUINO RASPBERRY Compatible 50/60Hz 80-240VAC. Auto Detect AC LINE frequency - 50Hz or 60Hz. Device can be controlled via variable resistor !. Compatible with any ARDUINO, RASPBERRY and other MCU. PWM input signal up to 10kHz. AC LOAD dimming control via firing angle method. Working voltage 80.240VAC. AC Phase Control Circuit (Dimming Circuit) / Home Automation, School Projects, Work Related Projects. Plus can be used as regular RELAY.

Reviews

Global ratings 4
  • 5
    4
  • 4
    0
  • 3
    0
  • 2
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  • 1
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Type of review

Revainrating 5 out of 5

Works great no problem

Works great. Running this on my Raspberry Pi from a digital PWM pin drives a dimmable LED lightbulb. My only wish would be that they could make the board smaller, but I don't blame them.

Pros
  • AC Phase Control Circuit (Dimmer Circuit) / home automation, school projects, work related projects. Plus can be used as a normal RELAY
Cons
  • Neutral

Revainrating 5 out of 5

Works great, no problems

Works great. Running this on my Raspberry Pi from a digital PWM pin drives a dimmable LED lightbulb. My only wish would be that they could make the board smaller, but I don't blame them.

Pros
  • Computers and accessories
Cons
  • Some bugs

Revainrating 5 out of 5

This little module works great controlled by the PWM output of the Raspberry Pi

Easy to use, careful PCB design safe yet reliable. Gently reduces the stress on the bulb with an asynchronous PWM signal (no need for zero crossing detection and direct triac control). I am using this module to power a 30 watt load of small light bulbs in a rain gauge. The heat from the bulbs is used to melt the snow, whereas a rain gauge would only be covered with snow. This little module works great controlled by the Raspberry Pi's PWM output. The PCB design is solid and clean. The high…

Pros
  • Desktop Barebones
Cons
  • Doubtful purchase for the elderly

Revainrating 5 out of 5

I can't find words to describe how amazing this is!

Pretty straightforward. On the low voltage side you have 5V/3.3V inputs, ground and a PWM signal, on the high voltage side you have an AC input and an AC load, both with the correct labels (Live and Neutral). You plug everything into the appropriate input, THEN turn on the AC circuit (safety first, kids!). Once the board detects the DC circuit (your GPIO pins are properly connected), all the frequency LEDs will flash while the AC power is off. Once your AC circuit is fully and properly…

Pros
  • Electronics
Cons
  • Crumpled