6-30V Adjustable Delay Timer Relay Module with Cycle Trigger Switch

Production Description

Product Overview

The 6-30V Adjustable Delay Timer Relay Module with Cycle Trigger Switch is a versatile device used for controlling electrical circuits with a time delay feature.

Key Features

1. Voltage Range: Operates on a wide voltage range from 6 to 30V, compatible with various power sources.

2. Delay Timer: Offers adjustable delay times from 0.01 seconds up to 9999 minutes, suitable for a broad range of applications requiring timed control.

3. Cycle Trigger: Supports cyclic operations, allowing the relay to switch states in a predetermined pattern.

4. Relay Output: Controls AC or DC loads up to 30V/5A, making it capable of managing various electrical devices.

5. Trigger Modes: Capable of high-level, low-level, and switch quantity triggering, enhancing its flexibility in different applications.

6. LCD Display: Equipped with an LCD screen for clear viewing of the current mode and parameters.

Specifications

1. Operating Voltage: 6-30V DC, supporting a wide range of power supply options.

2. Trigger Signal Source: Capable of high-level trigger (3.0V-24V), low-level trigger (0.0V-0.2V), and switch control.

3. Output Capacity: Can control loads up to DC 30V/5A or AC 220V/5A, making it suitable for various electrical devices.

4. Standby Current: Typically around 20mA, ensuring low power consumption when idle.

5. Operating Current: Approximately 50mA during normal operation.

Applications

Applications:

• Smart Home Automation
• Industrial Process Control
• Automatic Irrigation Systems
• Appliance Timing Control
• Security and Access Control Systems

Notes

Short Usage Notes for the 6-30V Adjustable Delay Timer Relay Module with Cycle Trigger Switch:

1. Power On: Connect the module to a power source within the 6-30V range and turn it on.

2. Set Parameters: Use the buttons to set the delay time (OP), cycle time (CL), and loop count (LOP) according to your requirements.

3. Trigger Mode Selection: Choose between high-level trigger, low-level trigger, or switch control based on your circuit design.

4. Connect Load: Attach the electrical load to the relay output terminals, ensuring not to exceed the module's current capacity.

5. Trigger the Relay: Send a trigger signal to start the timing sequence. The relay will operate according to the set parameters.