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Wiring Connections:
- Control Side:
- + (Positive): Connect the positive terminal of the control voltage (3-32V DC).
- – (Negative): Connect the negative terminal of the control voltage.
- Load Side:
- AC Load Terminal: Connect the load (such as a motor, light, or heater) to the output terminals of the relay.
- Load Input: Ensure correct wiring to avoid damage (follow the markings on the module).
Power:
- Control Voltage Range: Operates effectively between 3V and 32V DC for the control input.
- Load Voltage Range: Can handle a wide range of AC voltages (24V to 380V AC) depending on the application.
- Heat Management: Due to high load currents, a heat sink is recommended to dissipate heat effectively.
Input and Output:
- Input: The module accepts a low-voltage DC signal for control (from a microcontroller, for example).
- Output: The output can switch high-voltage AC loads up to 380V, making it suitable for various applications.
Physical Characteristics:
- Dimensions: Approximately 75mm (length) x 45mm (width) x 22mm (height).
- Mounting: designed for easy mounting on DIN rails or panel mounting.
- Connector Type: Screw terminals for secure wiring connections.
Technical Specifications:
- Control Type: DC control input with AC load output.
- Switching Technology: Triac or similar semiconductor technology for fast switching and long life.
- Insulation: Opto-isolated input for safety and reliability.
Additional Features:
- Multiple Use Cases: Can be used in HVAC systems, home automation, and industrial control systems.
- Compatibility: Works with various control systems, including Arduino, Raspberry Pi, and PLCs.
How to Use:
- Identify the Control Signal: Determine the voltage output from your control device (microcontroller, etc.).
- Connect the Control Input:
- Connect the positive control voltage to the ‘+’ terminal and the negative to the ‘-‘ terminal.
- Wire the Load:
- Connect your AC load to the load terminals marked on the module.
- Power Up: Ensure all connections are secure before powering up the control device.
- Testing: Activate the control signal to ensure the SSR switches the load on/off as expected.
Applications:
- Lighting Control: Ideal for controlling lighting systems in homes and theaters.
- Motor Control: Can be used to turn motors on and off in industrial machines or DIY projects.
- Temperature Control: Suitable for heating elements in temperature regulation systems.
- Home Automation: Integrates well with microcontrollers for automated control systems.
The SSR-40DA Solid State Relay Module is a reliable component for controlling high-voltage AC loads with low-voltage signals. Its solid-state design offers numerous advantages over traditional mechanical relays, making it suitable for a wide range of applications, from home automation to industrial control systems. With proper installation and usage, it can enhance the efficiency and safety of your electronic projects.
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