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FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
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FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display
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FRM01 DC12V Relay Module 1 Channel Infinite Loop Timing PLC Digital Display

959834

$12.99
Qty 1000 in stock
Specification:
Origin: Mainland China
Material: PCB circuit board
Module interface:
Module control end: With 3-wire interfaces, all interfaces have wiring terminals, making it convenient for users to use
1. DC+: Positive pole of DC power supply (available in 5V, 12V, and 24V modules)
2. DC -: Negative pole of DC power supply
3. CH1: Input detection interface, effective at high level
Relay output terminal: With 3-wire interface, all interfaces have wiring terminals
1. NO: Normally open interface of the relay, suspended before the relay is pulled in, and short circuited to COM1 after pulling in
2. COM: Relay Common Interface
3. NC: Normally closed interface of relay, short circuited to COM1 before relay engagement, suspended after engagement
Load capacity:
Normally open port load capacity: DC 0-30V/10A, AC 0-250V/10A
Normally closed port load capacity: DC 0-28V/10A, AC 0-125V/10A
Size: About 65x40x18mm/2.55x1.57x0.71inch
Weight: 24g
Module functions:
Users can select one of the following 18 functions through buttons and displays, set and save function parameters, and view the current function parameters. The time parameter setting is 0.1 seconds adjustable, with an accuracy better than 0.01 seconds
Reminder: Functions 1-8 will start automatically upon powering on, while functions 9-18 require a high-level pulse signal (with a duration of no less than 20ms, the same below) to trigger activation.
Function 1: Timing closing: After powering on, delay the T1 time relay to close. T1 can be adjusted between 0.1 seconds and 270 hours, providing a high-level pulse signal to the CH1 interface, and repeating the function more than once;
Function 2: Timing disconnection: When powered on, the relay is engaged, and the delay T1 time relay is disconnected. T1 is adjustable between 0.1 seconds and 270 hours, providing a high-level pulse signal to the CH1 interface, repeating the function more than once;
Function 3: Regularly close and then disconnect: After power on, the relay does not close first, and after the delay time T1 reaches, the relay closes; After the pull-in time T2 is reached, the relay is disconnected, and the delay times T1 and T2 are adjustable between 0.1 seconds and 270 hours, providing a high-level pulse signal to the CH1 interface and repeating the function more than once;
Function 4: Timing disconnection and re engagement: After power on, the relay immediately engages, and after the delay time T1 reaches, the relay disconnects; After the disconnection time T2 reaches, the relay is pulled in, and the delay times T1 and T2 can be adjusted between 0.1 seconds and 270 hours, providing a high-level pulse signal to the CH1 interface and repeating the function more than once;
Function 5: Infinite cycle timing mode 1: After powering on, the relay does not engage first, and the relay engages after the delay time T1 reaches; After the pull-in time T2 is reached, the relay is disconnected, and then the above state is repeated. The delay times T1 and T2 are adjustable between 0.1 seconds and 270 hours, providing a high-level pulse signal to the CH1 interface to restart the above functions;
Function 6: Infinite cycle timing mode 2: After power on, the relay immediately engages, and the relay disconnects when the delay time T1 reaches; After the disconnection time T2 reaches, the relay is engaged, and then the above state is repeated. The delay times T1 and T2 are adjustable between 0.1 seconds and 270 hours, providing a high-level pulse signal to the CH1 interface, which can restart the above functions;
Function 7: Limited cycle timing mode 1: On the basis of Function 5, increase the cycle count function. At this time, T1 and T2 can be adjusted between 0.1-9999 seconds, and the cycle count NX can be adjusted between 1-9999 times. Provide a high-level pulse signal to the CH1 interface to restart the above functions;
Function 8: Limited cycle timing mode 2: On the basis of Function 6, increase the cycle count function. At this time, T1 and T2 are adjustable between 0.1-9999 seconds, and the cycle count NX is adjustable between 1-9999 times. Provide a high-level pulse signal to the CH1 interface to restart the above functions;
Function 9: Self locking relay mode: Provide a high-level pulse signal to the CH1 interface of the relay, the relay will close, and then provide a high-level pulse signal to the relay to disconnect.
Function 10: Trigger Relay Mode: Sends a high-level signal to the CH1 interface of the relay, the relay pulls in, the high-level disappears, and the relay disconnects.
Function 11: Trigger timed closing: After powering on, the relay does not act and sends a high-level pulse signal to the CH1 interface. Delay the T1 time relay to close, and T1 can be adjusted between 0.1 seconds and 270 hours. Repeat sending a high-level pulse signal to the CH1 interface and repeat the function more than once;
Function 12: Trigger timed disconnection: After powering on, the relay does not act and sends a high-level pulse signal to the CH1 interface. The relay pulls in, delaying the T1 time relay to disconnect. T1 can be adjusted between 0.1 seconds and 270 hours. Repeat sending a high-level pulse signal to the CH1 interface and repeat the above function once;
Function 13: Trigger timed pull in and then disconnect: After power on, the relay does not operate and sends a high-level pulse signal to the CH1 interface. After the delay time T1 reaches, the relay pulls in; After the pull-in time T2 reaches, the relay is disconnected, and the delay times T1 and T2 are adjustable between 0.1 seconds and 270 hours. Repeat a high-level pulse signal to the CH1 interface and repeat the function more than once;
Function 14: Trigger timed disconnect and then close: After powering on, the relay does not operate, sends a high-level pulse signal to the CH1 interface, and the relay immediately closes. After the delay time T1 reaches, the relay is disconnected; After the disconnection time T2 reaches, the relay is pulled in, and the delay times T1 and T2 are adjustable between 0.1 seconds and 270 hours. Repeat a high-level pulse signal to the CH1 interface and repeat the function more than once;
Function 15: Infinite cycle timing mode 1: After powering on, the relay does not act and sends a high-level pulse signal to the CH1 interface. After the delay time T1 is reached, the relay is engaged; After the pull-in time T2 reaches, the relay is disconnected, and then the above status is repeated. The delay times T1 and T2 are adjustable between 0.1 seconds and 270 hours, and a high-level pulse signal is repeatedly sent to the CH1 interface to restart the above functions;
Function 16: Infinite cycle timing mode 2: After power on, the relay does not act, sends a high-level pulse signal to the CH1 interface, and the relay immediately engages. After the delay time T1 reaches, the relay disconnects; After the disconnection time T2 reaches, the relay is engaged, and then the above status is repeated. The delay times T1 and T2 are adjustable between 0.1 seconds and 270 hours, and a high-level pulse signal is repeatedly sent to the CH1 interface to restart the above functions;
Function 17: Limited Cycle Timing Mode 1: On the basis of Function 15, increase the cycle count function. At this time, T1 and T2 can be adjusted between 0.1-9999 seconds, and the cycle count NX can be adjusted between 1-9999 times. Repeatedly sending a high-level pulse signal to the CH1 interface can restart the above functions;
Function 18: Limited cycle timing mode 2: On the basis of Function 16, increase the cycle count function. At this time, T1 and T2 can be adjusted between 0.1-9999 seconds, and the cycle count NX can be adjusted between 1-9999 times. Repeatedly sending a high-level pulse signal to the CH1 interface can restart the above functions

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.



Package Content:
1 x Relay Module
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