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4-Channel Solid State Relay Module 250V 2A OMRON SSR For Arduino High Level 5V Relay

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Est. delivery by Apr 23 - Apr 26
XBD Electronics
666 items

Product description

4-Channel Solid State Relay Module 250V 2A OMRON SSR For Arduino High Level 5V Relay
Description:
1. Omron 5V solid state relay 240V2A, output with resistive fuse 240V2A.
2. Size: 57*55*25 (length * width * height)
3. Input power: 5V DC (160MA)
4. Input control signal voltage:
(0-2.5V state low level relay ON)
(3.3-5V state high level relay OFF)
5. It is more convenient to connect the control line with 2.54CM pin header and blue KF301 terminal.
Product Introduction of 4-Channel Solid State Relay Module 250V 2A OMRON SSR For Arduino High Level 5V Relay 9
Product Introduction of 4-Channel Solid State Relay Module 250V 2A OMRON SSR For Arduino High Level 5V Relay 10
Module interface:
Input part:
DC+: connect to the positive pole of the power supply (power supply according to the relay voltage)
DC-: connect to the negative pole of the power supply
CH1: 1 Relay module signal trigger terminal (low level trigger is valid)
CH2: 2-way relay module signal trigger terminal (low level trigger is valid)
CH3: 3 relay module signal trigger terminal (low level trigger is valid)
CH4: 4-way relay module signal trigger terminal (low level trigger is valid)
Product Introduction of 4-Channel Solid State Relay Module 250V 2A OMRON SSR For Arduino High Level 5V Relay 19
Meaning of high level and low level:
High-level triggering refers to the fact that there is a positive voltage between the signal trigger terminal (IN) and the negative pole of the power supply. Usually the positive terminal of the power supply is connected to the trigger terminal-a trigger method. When the trigger terminal has a positive voltage or reaches the trigger When the voltage is applied, the relay is closed.
Low level triggering refers to when the voltage between the signal trigger terminal and the negative pole of the power supply is OV, or the voltage at the trigger terminal is lower than the voltage of the positive pole of the power supply. When the voltage is low enough to trigger, the relay will be closed. The negative pole of the power supply is connected to the trigger terminal-a trigger mode, so that the relay is closed.
Product Introduction of 4-Channel Solid State Relay Module 250V 2A OMRON SSR For Arduino High Level 5V Relay 23
Electrical parameters:
Voltage version Quiescent current Operating current Trigger voltage Trigger current
1 way 5V 0mA 13.8mA 0-2.5V 2mA
2 channels 5V 0mA 26.8mA 0-2.5V 2mA
3 channels 5V 0mA 37mA 0-2.5V 2mA
4 channels 5V 0mA 48mA 0-2.5V 2mA
Product Introduction of 4-Channel Solid State Relay Module 250V 2A OMRON SSR For Arduino High Level 5V Relay 30
Product instructions:
The power supply of the module: the power supply must be DC, and the t voltage must match the voltage of the relay;
4 road solid-state electronics modules
Power supply voltage:5V 12V 24V 3-24V
Trigger:high level trigger/low level trigger
Static voltage:0 ma
Load voltage:250 vac load current:2A
Maximum working current: 79.6mA module life:10 million times
Product Introduction of 4-Channel Solid State Relay Module 250V 2A OMRON SSR For Arduino High Level 5V Relay 39
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