SCR Regulator

Description

What it is

The High Power Digital Electronic Regulator SCR Imported 10000 W is an electronic device designed to control and regulate power supply to high-power electrical loads. It uses an SCR (Silicon Controlled Rectifier) to manage the current flow, allowing precise control of the power delivered.

Features

• Maximum Power: 10000 W
• Type: Digital SCR Regulator
• Imported
• SKU: ARD0011356
• Price: 13.61 €
• Availability: Pre-order

What it is for

This regulator is ideal for controlling and protecting powerful electrical equipment in sectors such as 3D printing, industrial appliances, and advanced control systems. It can be used to create temperature control systems for electric ovens or to regulate the power supply to high-power motors and other devices. Compatibility with Arduino or ESP is not specified in the product.

Tutorial: How to Use Digital SCR Regulator 10000W

The high-power digital electronic regulator SCR is ideal for anyone managing heavy electrical loads. It is particularly useful for makers working on power supply and control projects.

What you need

• Arduino or compatible microcontroller
• Power supply connections
• Connection cables
• Temperature sensors (check datasheet)
• Circuit prototype

Steps

1. Connect the SCR regulator to the main power supply
2. Connect the SCR regulator to the microcontroller
3. Configure the microcontroller control pins
4. Verify the correct temperature of the regulator (check datasheet)
5. Test the regulator with a test load
6. Adjust power through the microcontroller
7. Monitor temperature during use (check datasheet)
8. Implement electrical safety measures

Example code

void setup() {
  pinMode(SCR_Control_Pin, OUTPUT);
}

void loop() {
  analogWrite(SCR_Control_Pin, 128); // Regolare la potenza
}

Mini project

Create a temperature control system for an electric oven using the SCR regulator to manage the power supply.

Common mistakes

• Connect the SCR regulator without safety protections
• Ignore the temperature of the regulator during use
• Do not check the compatibility of the microcontroller
• Do not use an adequate test load

Recommended accessories

• Temperature sensors
• Protection circuits
• Thermal fuses
• Robust power supplies

Frequently asked questions

What is the maximum power?
10000 W, check the datasheet.

Is a microcontroller needed?
Yes, for digital control.

How is it protected?
Use temperature sensors and thermal fuses.