30V Timer Relay Module

Timer Relay Module Micro Usb Powered

Delayed Start 0-999sec DC 5-30V - 2 Time Settings - 3 Digit 7 Segment Display

     The product works both with micro usb 5v and with external DC 5-30V supply. It has a 250V 10A relay on it. It has a switch that moves between COM and NO NC. You must connect the line you will switch to the NO and COM terminals. When the desired conditions are met, the COM and NO terminals are short circuited, allowing the relevant line to complete the circuit. In this way you control the relevant product.

     It is used by making 2 different time settings, 0-999sec and in minutes. With 4 different main programs and their sub programs, you can control the product according to different scenarios.

     The trigger signal that may be needed in the programs can be received with an external input signal. It is opto isolated. There is a led indicator on the product showing that the output is active. Setting operations are observed with 3 character 7 segment. Product control operations are performed with 4 buttons. The settings you make are saved to memory. The settings are not erased in case of power failure. When power comes back, it continues to work with the same settings.

Features:

• Input voltage: DC 5-30V
• It has test connection protection.
• Load voltage: DC 250V
• Load current: 10A   ( Do not switch above 7A in continuous use. )
• Power: 1500W
• Trigger voltage: DC 6-30V
• Optical isolation for triggering
• Operating temperature: -10C -  80C
• 4 Mounting holes
• Color: Blue
• Dimensions: 6,3cm x 3.7cm x 1.8cm
• Weight: 25gr

Package Contents:

• 1 Piece Timer Mosfet Module Micro Usb

If it works exactly the opposite of what you want, the middle cable is left fixed. The cable at the edge is connected to the other edge.

Usage:

When the Set key is long pressed, the setting menu is entered. When the set key is long pressed in the setting menu, the settings are saved and it returns to operating mode. The Stop key stops the program operation.

OP: Output active duration

CL: Closed duration

LOP: Program repeat count

Programs:

1-1: After the trigger signal, the relay is active for the Op duration. At the end of the duration, the output is turned off. The trigger coming again within OP time does not restart the program. After the program ends, the program starts again on a new trigger.

1-2: After the trigger signal, the relay is active for the Op duration. At the end of the duration, the output is turned off. The trigger coming again within OP time restarts the program. After the program ends, the program starts again on a new trigger.

1-3: After the trigger signal, the relay is active for the Op duration. At the end of the duration, the output is turned off. If the trigger comes again within OP time, the program ends and the output is turned off. After the program ends, the program starts again on a new trigger.

2: After the trigger signal, it waits for the Cl duration. Then the relay is active for the Op duration. At the end of the duration, the output is turned off. While the program is running after triggering, the trigger coming again does not restart the program. After the program ends, the program starts again on a new trigger.

3.1: After the trigger signal, the relay is active for the Op duration. Then the output is turned off for the CL duration. It repeats this operation as many times as the LOP count. While the program is running after triggering, the trigger coming again stops the program and the output turns off. After the program ends, the program starts again on a new trigger.

3.2: After the trigger signal, the relay is active for the Op duration. Then the output is turned off for the CL duration. It repeats this operation as many times as the LOP count.

4: After the trigger signal, the relay is active for the Op duration. Then the output turns off. The trigger signal coming while the program is running or afterwards restarts the program. If the trigger signal comes continuously, the output stays on continuously.

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