433Mhz Wireless Remote Control EV1527 Learning Code Transmitter 2 bottons DC 12V 10A RF Relay Receiver

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$12.67
List price
$18.10
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$5.43 (30%)

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Model:onesize
In stock, usually dispatched in 2-3 business days.

Product Summary

433Mhz Wireless Remote Control EV1527 Learning Code Transmitter 2 bottons DC 12V 10A RF is a smart control module selected for controlling circuits, relays and connected devices in automation projects. It is suitable for smart home users, automation builders and installers who need practical electronics hardware for reliable project work.

Best For

  • controlling circuits, relays and connected devices in automation projects
  • smart home platforms, relay control, WiFi or Zigbee automation setups
  • Electronics testing, repair, prototyping and maker workflows

FAQ

Who is this product for? It is intended for smart home users, automation builders and installers.

What should I check before buying? Review the product options, specifications, included accessories and compatibility details on this page.

433Mhz Wireless Remote Control EV1527 Learning Code Transmitter 2 bottons DC 12V 10A RF Relay Receiver

12V single channel receiving 433 frequency one [with shell]

Single-channel controller technical parameters:

1. Working voltage: 12V

2. Standby current: 8mA

3. Working frequency: 433Mhz

4. Coding type: fixed code, learning code

5. Receiving sensitivity -105dbm

6. Output: 1-way unconnected switch (jog/self-lock/interlock can be set by yourself)

7. Load recommendation: 10A relay (reservation should be reserved in use) recommended load < 90w, inductive load < 50w and not suitable for frequent start and stop

8. Output mode: electric shock output (can control AC, DC)

9. Circuit board size: 34*31*16MM

10. Shell size: 42*39*26MM

Bulk Orders & Quotes

For bulk quantities, lab purchasing, repair team restocking, project BOMs or repeat sourcing, use the Request a Quote page. Include product links, target quantity, delivery country or region, required timing, invoice needs and any technical notes such as voltage, connector type, frequency range or acceptable alternatives.

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