Description
5V 12V 24V 48V 3/6/8 CH Cycle Self-Lock Jog Electric Motor Start Relay Servo Motor Forward Reverse Relay Switch Module
Product Description
*The normally open and normally closed pins of each relay are led out, supporting the forward and reverse rotation of the motor *Using original industrial grade chips, quality assurance * Power supply anti-reverse and strong anti-surge voltage protection, stable and reliable *With 4-digit digital tube display, it is easy to modify the setting parameters *Input optocoupler isolation, strong anti-interference ability *Each channel has 17 built-in modes, you can switch the working mode, do whatever you want! *Three-way working voltage: 5V voltage and 8-48V wide voltage version; * Four-way working voltage: 5V voltage and 8-48V wide voltage two versions; *Six working voltages: DC5V, DC8V-DC80V, AC220V three voltage versions. *The minimum time adjustment value defaults to 0.1 seconds, up to 27 hours, with high-precision timing.
Specification
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item
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value
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Relay NC NO
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support forward reverse
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4 digits display
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can be adjustable
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Each CH
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17 working modes
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Time range
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min 0.1s, max 27 hours
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Control panel function: 17 built-in function modes, the function mode can be switched at will!
【Function 1】: Self-locking relay mode: input a trigger signal, the relay is closed, and then input a trigger signal, the relay is disconnected, and the signal is continuously given, and the relay is alternately closed and disconnected. 【Function 2】: Jog mode: input to a continuous signal, the relay is closed immediately, the signal disappears, the relay is disconnected. 【Function 3】: Delayed disconnection after triggering action: the relay does not act after the module is powered on, and a trigger signal is input, the relay closes immediately, and the relay is disconnected after the pull-in time T1 arrives, and the signal is invalid again during the delay process, and the function can be repeated. 【Function 4】: Delayed disconnection after triggering action: the relay does not act after the module is powered on, and a trigger signal is input, and the relay closes immediately. When the pull-in time T1 arrives, the relay disconnects. During the delay process, the signal relay is immediately disconnected again. Function can be repeated. 【Function 5】: After the module is powered on, the relay does not act, and a trigger signal is input, the relay closes immediately, the signal keeps the relay closed all the time, the signal disappears, and the start delay, the relay is disconnected after the delay T1, and if the signal comes again during the delay, the timer will be cleared. Zero, the relay does not open and the function is repeatable. 【Function 6】: Trigger delay pull-in: After the module is powered on, the relay does not act, and the continuous input signal is activated to activate T1. After T1 arrives, the relay pulls in. After the signal disappears, T2 is activated, and the relay is disconnected after T2 arrives. Delay T1 does not arrive and the signal disappears, the relay does not close, and the delay T2 does not arrive and the signal disappears, the relay does not open, and the function can be repeated. 【Function 7】: Delayed power failure: After the module is powered on, the relay closes immediately, the delay T1 time relay is disconnected, and a trigger signal is input, and the function can be repeated. 【Function 8】: Delayed power-on: After the module is powered on, the delay T1 time relay pulls in, and a trigger signal is input, and the function can be repeated. 【Function 9】: The module is powered on, and the signal that changes periodically (there is always a signal or there is no signal all the time is considered no signal), the relay is pulled in immediately, and there is no signal that changes periodically (there is always a signal or there is no signal all the time is no signal) delay T The relay releases after seconds. 【Function 10】: Timed disconnection and then pull-in: After the module is powered on, the relay will pull in immediately, the relay will be disconnected after the delay time T1 arrives, and the relay will be pulled in after the disconnection time T2 has reached, input a trigger signal, and repeat this function. 【Function 11】: Timed pull-in and then disconnect: the module is powered on, after a delay of T1, the relay pulls in, the relay is disconnected after the pull-in time T2, input a trigger signal, and repeat the above functions. 【Function 12】: Cycle timing mode 2: After the module is powered on, the relay closes immediately, the relay disconnects after the delay time T1 arrives, and the relay closes after the disconnection time T2 arrives. When the set number of cycles N is reached, it stops working, and when N is 0, it is infinite cycle. 【Function 13】: Cycle timing mode 1: After the module is powered on, the relay does not pull in, the relay pulls in after the delay time T1 arrives, and the relay disconnects after the pull-in time T2 arrives. When the set number of cycles N is reached, it stops working, and when N is 0, it is infinite cycle. 【Function 14】: Trigger delay pull-in: After the module is powered on, the relay does not act, input a trigger signal, the relay pulls in immediately, the relay is disconnected after a delay of T1 time, and the relay is not pulled in after a delay of T2 (if T2 is set to 0) Pull in, when the number of cycles N is reached, it will stop working, and when N is 0, it will cycle infinitely. The function can be repeated. 【Function 15】: Trigger delay pull-in: the relay does not act after the module is powered on, input a trigger signal, the relay pulls in after a delay of T1 time, and the relay is disconnected after a delay of T2 (if T2 is set to 0, the relay does not open), reaching the number of cycles When N, it stops working, and when N is 0, it loops infinitely. The function can be repeated. 【Function 16】: Trigger cycle timing mode 2: After the module is powered on, the relay does not pull in. When the signal is continuously given, the relay pulls in immediately. After the delay time T1 reaches the relay, the relay is disconnected, and the disconnection time T2 reaches the relay. After reaching the set cycle When the number of times N, it stops working, and when N is 0, it loops infinitely. The signal suddenly disappears in the middle, and the relay is immediately disconnected. 【Function 17】: Trigger cycle timing mode 1: After the module is powered on, the relay does not pull in. When the signal continues to be given, the relay will pull in after the delay time T1 arrives, and the relay will be disconnected after the pull-in time T2 is reached. When the set number of cycles N is reached, it will stop Work, infinite loop when N is 0. The signal disappears suddenly midway, and the relay is disconnected immediately.