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Your cart is empty.3-32V DC 1-Channel SSR Solid State Relay High-Low Trigger 5A 5V 12V For ArduinoDescription:Using FR-4 double-sided circuit boards; Using high-quality solid-state relays 5A; The input and output are using KF128-3.81 Terminal Block, wiring more convenient; Use SS8050 1.5A high current transistor for switching transistor, quality is more stable; The board has four screw holes. Performance parameters: Power supply: 3-32VDC (wide voltage power supply) Trigger: high level trigger, 3-32VDC relay switches on (ON), 0-0.5V relay is switched off (OFF) 0.5-2.5 volts unknown state Load current: 5-220VDC 5A (DC only) Wiring Port Descriptions:DC +: positive power supply (3-32VDC) DC-: negative CH1: trigger terminal (3-32VDC high level trigger active) 100% new and high qualityMaterial: PlasticSize(L*W*H):6.89x7.10x2.28cm (1inch=25.4mm)Weight: 30g (1LB=453.59g) Color:As picture showsQuantity: 1Pcs Note:Light shooting and different displays may causethe color of the item in the picture a little different from the real thing.The measurement allowed error is+/-1-3cm.We highly appreciate all custome rsopinions to improvethe selling, also if anything you unsatisfied, please contact us for probable best solution. Thank you!Package Included: 1Pcs 3-32V DC 1-Channel SSR Solid State Relay High-Low Trigger 5A 5V 12V For Arduino(If there are any problems with the product, please send us pictures.Tell us more details about this problem)
Jake
2025-03-14 13:09:03
I needed this to turn on a sizeable solenoid for some laboratory experiments. It was over kill for the amperage I'm using, but the form factor is nice and I like having the overhead for bigger things. works greatTo test this you CAN NOT use a multi-meter. This uses semiconductor materials instead of how a mechanical relay just connects a copper circuit. You can trigger it with minimal signal voltage/amperage, but the device you're connecting must draw some current. Otherwise the resistance is too high for a basic multi-meter to pick up using the continuity test function. I'd suggest using it to drive some bigger LEDs as a test if you have some. There is a status light on the board, but it's just nice to verify the thing works before going live.
Andor Almasi
2025-03-01 13:19:05
I paired this solid state relay with an Arduino to drive four fuel injectors during ultrasonic cleaning. Even though I was exceeding the rated current capacity, the relay worked fine as long as I hooked up the injectors one after the other.For those that may hook this up then wonder why it doesn't work, please note that current will only flow in one direction through the relay (unlike a mechanical relay which will flow in either direction).
Clark
2025-02-25 13:04:43
The media could not be loaded.
Bill R. Stoudt
2025-02-13 18:50:23
i was able to use two of these to remotely start my generators (with the help of an Arduino) in my work shed.
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