12v 24V Dual MOS LED Digital Display Delay Relay Relay Cycle Timer Delay Switch Circuit Board (1)
12v 24V Dual MOS LED Digital Display Delay Relay Relay Cycle Timer Delay Switch Circuit Board (2)

Sell 12v 24V Dual MOS LED Digital Display Delay Relay Relay Cycle Timer Delay Switch Circuit Board best price

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SGD 10.17
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Taiwan
Double Mos Tub
Delay switch circuit

Product Description

Delay switch circuit when triggered back looping Dual mos tube control board Commodity characteristics: ●Wide voltage supply (6~30 v), very convenient to use. ●The interface is clear and simple, powerful, easy to understand, and meets almost all your needs. ●There is a key STOP function (STOP key), with back - up protection, back - up does not burn. ●Increased sleep mode, so that after 5 minutes without any operation, automatically shut down the monitor; any button awakens. ●You can set different OP, CL and LOP parameters, which are independent and saved separately. ●All set parameters are automatically switched off and saved. Complete photo caption: please use the computer version (copy web site) to view Commodity specifications: ●Working voltage: DC 5V~36V ●Trigger signal source: high level off (DC 3V~24V) ●Output capacity: DC 5V~36V, constant current at ambient temperature 15A, power 400W! ●Static current: 15mA ●Useful life: infinite switches ●Working temperature: - 40°C~85°C ●Size: 6x3.4x1.2 cm ●With light coupling isolation, enhance anti - jamming ability, industrial level circuit board, memory setting after power out. Timing range: 0.1 seconds (minimum)~999 minutes (maximum) continuous adjustable How to choose time range: After setting parameter values in the mode selection interface, select timing range by short STOP key. Xxx.Decimal point in a bit, time range: 1 second~999 seconds Xx. x decimal point in ten, timing range: 0.1 seconds~99.9 seconds X.x.x.Decimal point full light, timing range: 1 minute~999 minutes For example, if you want to set the OP to 3.2 seconds, move the decimal point to ten places with a digital display value of 03.2 Modalities of work: ●P1: after the signal is triggered, the relay leads to OP time and then diskonnects; in OP time, the following operations are performed ●P1.1: signal again triggered invalid ●P1.2: signal triggers re-timing ●P1.3: signal triggers reset again, relay diskonnects, stop timing; ●P-2: give the trigger signal, after the relay diskonnects CL time, the relay leads OP time, and the relay diskonnects after the timing is completed; ●P3.1: diskonnect CL time after relay leads OP time, and then loop the above action, and relay diskonnects and stops timing within the loop; loop times (LOP) can be set; ●P3.2: no trigger signal is required after the relay is activated, the relay leads to OP time, the relay diskonnects CL time, the loop above action; loop number (LOP) can be set; ●P-4: signal maintenance function if trigger signal is available, timing is clear, relay is clear; relay is diskonnected when signal disappears, timing OP is broken; and signal is available during timing, timing is clear; How to set parameters - First determine the working mode of relays; - According to the relay's mode of work, the current mode of work (default P1.1 mode) is flickered at the main interface (the module is on the power) and then enters the main interface) "release the mode selection interface

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