12 Pack 12V Relay Module 1 Channel Board With Optocoupler For High And Low Level Trigger Supports 250V 10A AC And 30V DC With Screw Terminals And Indicator Great For DIY Projects
Nessuna recensione
Titolo
Prezzo normale
$29.99
Prezzo di vendita$60.00risparmiate $30,01
SKU: VXB0B4SMZR8H
12-pack 12V Optocoupled Relay Module, 1 Channel for DIY Projects
✔️ 1-channel 12V relay with optocoupler, NC/COM/NO, screw terminals
✅ Optocoupler isolation provides strong driving ability and protects I/O ports from relay switching
✅ Jumper selects high or low trigger; input and relay terminals (NC, C, NO) with screw terminals
✅ Easy installation with terminal block and side mounting holes (diameter 3.1 mm)
✅ Wide compatibility with microcontrollers; can drive LEDs, motors, drivers, and other loads
✔️ 1-channel 12V relay with optocoupler, NC/COM/NO, screw terminals
This 12-pack 1-channel relay module uses optocoupler isolation to safely switch higher loads from a microcontroller, making it ideal for DIY automation, hobby electronics, and small automation tasks.
✅ Maximum load: AC 250V/10A; DC 30V/10A with indicator; trigger current 5mA✅ Optocoupler isolation provides strong driving ability and protects I/O ports from relay switching
✅ Jumper selects high or low trigger; input and relay terminals (NC, C, NO) with screw terminals
✅ Easy installation with terminal block and side mounting holes (diameter 3.1 mm)
✅ Wide compatibility with microcontrollers; can drive LEDs, motors, drivers, and other loads
💡 What is a handy use case for a 12V relay module with optocoupler in hobby electronics? This handy module lets you switch mains or low-voltage loads from a safe, low-current control signal. - handy for controlling lights, motors, or drivers from Arduino or other microcontrollers - provides galvanic isolation to protect your controller and prevent ground issues - supports loads up to 250V AC / 10A or 30V DC for flexible use - plugs into standard microcontroller interfaces via screw-terminal input
Condividi
Recensioni dei clienti
Be il primo a scrivere una recensione
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)