2 Channel 5v Solid State Relay Module
Introducing the HCMODU0115, a relay module equipped with two Omron G3MB-202P solid state relays. This versatile 2 Channel 5v Solid State Relay Module allows for seamless switching of AC voltages ranging from 100 to 240V, with a maximum current of 2A. Effortlessly controlled by a 5V digital source, such as an Arduino microcontroller.
The 2 Channel 5v Solid State Relay Module is equipped with a resistive fuse to safeguard against excessive current draw.
Introducing the 5V 2 Channel G3MB-202P Solid State Relay Module, capable of delivering an output of 240V at 2A with a resistive fuse. Built using Omron’s reliable G3MB SSR relay, this module can control up to 2A at 240VAC. Featuring two channels, each with distinct NO (Normal Open), COM (Common), and NC (Normal Closed) terminals for efficient operation.
The Solid State Relay functions similarly to a mechanic relay in that it can be controlled by a digital signal. However, it produces no noise and has a significantly longer lifespan than the traditional mechanic relay.
Upon application of the input logic voltage to the coil, the NC and NO will respectively disconnect from and connect with the COM. This interruption in conductivity between the two will determine whether the connected load is turned on or off, depending on how it is wired.
Reword the following passage to prevent repeating oneself, maintaining the same tone:
- To initiate the power supply, press the positive relay voltage of DC connection.
- The power supply’s cathode.
- The signal triggered by the relay module will end when a high-level trigger is activated.
- The signal trigger of the CH2 relay module is only effective when it is triggered by a high-level trigger input.
- There are varying degrees of significance – both high and low.
- When the trigger end receives a positive voltage or reaches the trigger voltage, it will attract the relay. This usually occurs when the negative pole of the power supply is between the signal trigger end (IN) and the positive pole of a power supply, with which the trigger is connected.
- Low-level trigger occurs when the signal triggering voltage is lower than the positive power supply voltage. This enables the relay to be triggered and attracted. Typically, this connection involves linking the cathode of the power supply with the triggering end in order to initiate the relay.
Key characteristics of 2 Channel 5v Solid State Relay Module:
- This 2 Channel 5v Solid State Relay Module features 2 channels and is powered by a solid state AMP technology.
- Manage two loads with a maximum of 2 amps each, capable of operating at either 120V or 240V AC.
- Ideal for illumination, festive decorations and more.
- The assembly has been completed and the electrical test was successful.
- Individual LED indicators for every relay.
- 2 Channel 5v Solid State Relay Module can be utilized to manage a variety of devices and machinery that require a high current.
- The Microcontroller has the ability to directly control it.
- The line of control is connected to both the 2.54CM pin and blue KF301 terminal.
Voltage of the input control signal:
- When the relay is at a voltage of 0 to 0.5V, it is considered to be in the off position.
- The state of -0.5-3.3V is currently unknown.
- Turning on the high-level relay at 3.3-5V.
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