Name: Set of 4: Relay Module 5V / 12V with Optocoupler – 1 Channel, NC/NO, High/Low Trigger, 10A
Brand: Zella
SKU: 10447
Availability: InStock

Set of 4: Relay Module 5V / 12V with Optocoupler – 1 Channel, NC/NO, High/Low Trigger, 10A

6 €

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Set of 4 Control Relay Modules 5V / 12V – 1-Channel Module with Optocoupler and High/Low Trigger

This set of 4 relay modules (5V or 12V) provides stable control for AC and DC loads,
compatible with Raspberry Pi, Arduino, ARM, PIC, AVR, MCU, CNC projects, or custom systems.
Each module includes an optocoupler for isolation, NC (Normally Closed) and
NO (Normally Open) contacts, as well as a jumper for selecting the trigger type (High/Low).

Main Features

Available in two variants: 5V relay module or 12V relay module
Maximum load: AC 250V/10A, DC 30V/10A
Optocoupler isolation: protects microcontrollers and reduces interference
Configurable trigger: jumper for High-Level or Low-Level Trigger
Fault-tolerant design: relay does not activate if the control line is broken
Screw terminals: NC, C, NO + Coil +, Coil -, Trigger inputs
Wide compatibility: Raspberry, ARM, PIC, AVR, MCU, Arduino, CNC, PS4

Technical Specifications

Parameter	Value
Supply Voltage	5V or 12V (depending on chosen variant)
Maximum Load	AC 250V/10A, DC 30V/10A
Isolation	Optocoupler
Trigger Current	≈5 mA (5V model) / similar for 12V
Relay Connections	NC / C / NO
Input Connections	Coil +, Coil -, Trigger
Settings	Jumper High-Level / Low-Level Trigger
Compatibility	Arduino, MCU, Raspberry, ARM, PIC, AVR, CNC
Number of Modules	4 pieces

Package Contents

4 × 1-Channel Relay Module (5V or 12V — selectable)
Preinstalled screw terminals

Connection Guide

Connect Coil + and Coil – to the 5V or 12V power supply.
Connect the Trigger to a digital pin (GPIO).
Select High or Low Trigger mode using the jumper.
Use NC/C/NO terminals to control AC or DC loads.

Recommended Applications

Control lights, pumps, fans, electric locks, small motors, automation systems, IoT projects,
or prototyping solutions. The 5V model is ideal for microcontrollers, while the 12V model
suits automotive, industrial, or battery-powered projects.