Timer Delay Relay DC 5V 12V 24V On Off Timer Module Trigger Cycle Dual MOS Delay Control Board with Digital Tube Display and Protective Shell for Smart Home, Automatic Control – –

Timer Delay Relay DC 5V 12V 24V On Off Timer Module Trigger Cycle Dual MOS Delay Control Board with Digital Tube Display and Protective Shell for Smart Home, Automatic Control – –

(10 customer reviews)

$12.00

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★Wide working voltage:The trigger cycle timer delay controller module work voltage is DC 5V-36V. Meet the use of most equipment. Control Current is 30A(Max and need a heat sink! Normal temperature 15A 400W). Trigger signal source: High-level trigger (3.0V~24V)

Different parameters can be set: OP、CL、LOP these parameters can be set. OP-on time, CL-off time, LOP-number of cycles (1—999 times, “—” means infinite cycles). These parameters are independent of each other and saved separately. All set parameters are automatically saved after power-off

★One key emergency stop function:The module with One key emergency stop function (STOP key), with reverse connection protection, reverse connection will not burn. And it supports sleep mode. After enabling, the display will automatically turn off if without any operation within 5 minutes. Press any button to wake up

★Unlimited switching times:This time delay switch circuit can realize the circuit high frequency fast and frequent on and off, unlimited switching times. No noise will be generated during the on-off process, no electric sparks, and no electromagnetic interference. The service life is longer than that of common electromagnetic relays

★Dual MOS output: This MOS tube pulse generator uses dual MOS parallel active output, lower internal resistance, higher current, and strong power. 15A, 400W at normal temperature. For more details, please read the user manual


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SKU: B07T3KCQZB Category:

Description

Product Description

Trigger Cycle Timer Delay Controller

Trigger Cycle Timer Delay Controller

Trigger cycle timing

Delay switch circuit

Pulse generator

Dual MOS control

Read more

Trigger Cycle Timing Delay Switch Circuit MOS Pulse Generator DC 5V-36V Digital Tube Display

Delay Relay ModuleWork Mode:

P1.1:Trigger Delay Mode. Input trigger signal and then output turn ON and keep time OP. Then turn OFF after delay time OP.Keep OFF at last; The input signal is invalid if get trigger signal again during delay time OP.(Time OP can not be set 0)

P1.2:Trigger Delay Mode. Input trigger signal and then output turn ON and keep time OP. Then turn OFF after delay time OP.Keep OFF at last; Output will restart delay if get trigger signal again during delay time OP.(Time OP can not be set 0)

P1.3:Trigger Delay Mode. Input trigger signal and then output turn ON and keep time OP. Then turn OFF after delay time OP.Keep OFF at last; Output will reset and stop timing if get trigger signal again during delay time OP.(Time OP can not be set 0)

P2:Trigger Delay Mode. Input trigger signal and then output keep OFF for time OL. Then turn ON after delay time OL and then keep ON for time OP. Then turn OFF after delay time OP.Keep OFF at last.(Time OP and OL both can not be set 0)

P3.1:Trigger Delay Mode. Input trigger signal and then output turn ON and keep time OP. Then turn OFF after delay time OP and then keep OFF for time OL. Cycle the above two actions in turn.The number of cycles (LOP) can be set.Output will reset and stop timing and output OFF if get trigger signal again during loops.(Time OP and OL both can not be set 0)

P3.2:Power-ON Delay Mode. Input work power supply and then output turn ON and keep time OP. Then turn OFF after delay time OP and then keep OFF for time OL. Cycle the above two actions in turn.The number of cycles (LOP) can be set.(Time OP and OL both can not be set 0) Note:this mode no need input signal.

P4:Signal Keep Mode. Keep input signal and then output keep ON.Output turn OFF after delay time OP when the signal disappears.Reset delay time when get trigger signal again during timing.(Time OP can not be set 0)

Parameter Description:

OP: Delay time for turn On

CL: Delay time Turn OFF

LOP: Number of cycles.Range is 1-999tims.’—-’ means unlimited loop

Delay Relay Module

Set Parameter:

Long press:keep press button for more than 3second

1>.Enter set parameter menu by long press button ‘SET’

2>.Work mode will flash at first when set the working mode.Short press the UP/DOWN button to select working mode P1~P4.

3>.Short press SET button to enter the system parameter settings interface.

4>.In the system parameter setting interface, short press the ‘SET’ button to switch the system parameters to be modified, short/long press the UP/DOWN button to modify value.

5>.Short press button ‘STOP’ to select timing range.

6>.Short press button SET to set next parameter.

7>.Save the parameter settings and exit the settings interface when long press ‘SET’ button after all the parameters are set.

8>.Main interface:Display 000 if no output.

9>.Set interface:Long press SET button enter into set interface.Long press SET button again into main interface after set parameter.

Read more

SIZE

Buyer’s Diagram show

See the diagram attached for how to wire the high-level trigger.

You can connect the ground wire and positive wire from the trigger to the input power connection on the PEMENOL unit but that is not suggested in the documentation.

IMPORTANT NOTE – For the unit to work with the trigger used to activate and deactivate the units cycle you must select the P3.1 setting.

Installation complete

Package Listing

1pcs ZK-J06 Delay Controller Module

6pcs Acrylic shell

4pcs M3*12mm Copper column

4pcs M3*5+6mm Copper column

8pcs M3*6 screw

Size

Parameters

Working Voltage:DC 5V-36V

Control Current:30A(Max and need heat sink!Normal temperature 15A 400W)

Quiescent Current:15mA

Working Current:50mA

Trigger signal source: High level trigger (3.0V~24V)

size

Note

Module can output voltage same to input voltage

GND and GND- can not connect together otherwise module can not work normally

Please read use manual and description before use

SIZE

Buyer’s Diagram

Installation complete

Package Included

Size

Size

size

Installation Complete

Features:

1>.Digital tube display

2>.Support high level trigger

3>.Emergency stop function

4>.Sleep mode,Wake up with any button

5>.Automatically save parameters

6>.Dual MOS control support more than 15A 400W

7>.Support reverse connection protection

8>.Continuously adjustable from 0.1 seconds to 999 minutes

9>.Optocoupler isolation to enhance anti-interference ability

Additional Features:

1>.Auto sleep function: Long press button ‘STOP’ in the normal running interface to turn on or off auto sleep function.

1.1>C-P:Turn ON auto sleep function.Screen will automatically turns off if there is no operation within five minutes.It can be wake up by any buttons.

1.2>.O-d:Turn OFF auto sleep function.

2>.Enabled/Disabled output by short press button STOP:

2.1>.ON:Enabled output during delay time OP.

2.2>.OFF:Disabled output during delay time OP.Module can not output any signal at this mode.

3>.Common ground:User can connect GND of trigger signal to GND of module by short pads GND-T and GND.But it is not recommended, which will reduce the anti-interference ability of the module.

Note:

1>.Module can output voltage same to input voltage.

2>.GND and GND- can not connect together otherwise module can not work normally.

3>.Please read use manual and description before use.

applicationApplication

For automatic watering system DIY

Used to control curtains

For pet automatic feeding equipment

For controlling lighting

Automatic water change control for aquarium

For car headlights

For automatic curtain switch

For motor automatic control operation

PEMENOL Timer Delay Relay 采集到芒果 PEMENOL Timer Delay Cycle Module 采集到芒果  PEMENOL Time Delay Relay Controller Board 采集到芒果 13968 采集到芒果 13861 采集到芒果 PEMENOL Timer Delay Relay PEMENOL Timer Delay Cycle Module PEMENOL Time Delay Relay Controller Board Cycle Delay Drive Module PWM Signal Generator Driver Module Work Voltage DC 5-36V AC 85V-265V DC 6V-30V DC 3.3V-30V DC 5V-30V Timing Range 0.1s-999mins 0s-999h 0.01s-9999mins 0.000s~9999s Display Mode Dual Mos Output Dual Timing Time Auto Sleep Function PWM mode and PULSE mode Speed Regulator Driver Module

Additional information

Item Weight

‎2.39 ounces

Product Dimensions

‎2.36 x 1.34 x 0.47 inches

Size

‎with case

Style

‎DC Timer Delay

Material

‎Acrylic

Item Package Quantity

‎1

Batteries Included?

‎No

Batteries Required?

‎No

ASIN

B07T3KCQZB

Customer Reviews

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4.0 out of 5 stars

159 ratings

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4.0 out of 5 stars

Best Sellers Rank

#85,972 in Tools & Home Improvement (See Top 100 in Tools & Home Improvement)

#21 in Home Automation Modules

Date First Available

June 14, 2019

10 reviews for Timer Delay Relay DC 5V 12V 24V On Off Timer Module Trigger Cycle Dual MOS Delay Control Board with Digital Tube Display and Protective Shell for Smart Home, Automatic Control – –

  1. Vince Loschiavo

    Very easy to assemble, packaged well, but with no instructions to use. There should be documentation included instead of having to go back to the order. Programmed up well, and can handle 5 v 12 v or 24 v on and off by setting the timer..Great display, and the case is perfectly laser cut..Awesome purchase

  2. Amazon Customer

    Excellent, versatile timing module!Wanted module to control HVAC auxiliary fan, but soon discovered module has extreme versatility and can handle a wide array of electrical control timing requirements. Auto turbo cool down timer now comes to mind…Packaging with laser cut acrylic pieces is very nice and makes for a more secure/professional assembly. If building the module into a larger assembly/project you may want to relocate terminal blocks to back side of PCB to allow easier integration into a front panel…The only real limitation of this module is that output is derived from the (wide 5-36Vdc) source used to power the module. If AC load control is desired you’ll need appropriate relay (coil voltage matched to power source) to control AC loads.Note: Below ~6.7Vdc the LED display luminous intensity will diminish slightly (not a real issue), but the module is unit is fully functional between 5-36Vdc and can be triggered with inputs between 3-24V.Setup is very straightforward once you get the hang of it and parameters are stored in non-volatile memory.Instructions provided on web link are complete and well written.Totally recommend this module.

  3. Mike B.

    The Timer Delay kit was very easy to assemble. It has a wide-range of timer functions. I’m using it to control a sprinkler valve for watering garden plants. I plan to connect it to another Arduino project so that the trigger can be controlled from WiFi.

  4. michael oliver

    Nice little timer relay for those maker projects. Simple to program yet versatile it’s great for any low voltage projects where you need a reliable timer. I’m using mine for a light timer at the moment but I’m probably going to use it in quite a few projects as time goes on. I’m probably going to get a few of these so I have one on hand when I need another. I’m very happy with it.

  5. Rob from Akron

    Unit will be used in my RV to cycle my hot water recirculation system in cold temperatures to prevent the lines to and from my water heater from freezing. I like that I can set the on and off times as I see fit. I can also tell it how many cycles to go or set it to loop infinitely when turned on. My complaint would be the quality of the instuctions, it is obvious they were created in another language (Chinese) and the translation is poor. A YouTube video was helpful in getting me on the right path.

  6. Matthew Empringham

    The media could not be loaded.

     This is a great little DC Timer Relay by PEMENOL.I wrote a quick Arduino sketch and loaded onto my ESP8266 Microcontroller with built in WiFi running on battery connected to the Relay Timer as a trigger also connected to a stepper motor powered through the relay. This was a quick proof of concept to test the relay being triggered through a web page running on the ESP8266 which when clicked would trigger the relay to power the stepper motor. See the video I uploaded.I hope this review helps those wanting a DC Relay that can be triggered by an Arduino at 5v or even an ESP8266 at about 3v.

  7. Andrew Sloniger

    This timer is an interesting one. It’s solid-state, using two MOSFETs to control the DC load as apposed to a relay. The menus aren’t very intuitive, but with the pdf, you can piece it together. I am still experimenting, but so far it has made a great time-delay for a 12V closet light.

  8. Amazon Customer

    This product is really cool! It arrives as a kit and only takes a few minutes to assemble. You won’t have to solder anything to construct it. You will have to put together the acrylic case and use the mounting screws. The terminals are really easy to access and can get a great grip on your wires. The device is really easy to use an extremely versatile. The 3 digit display is also very helpful. The solder joints on the PCB are also very clean. I highly recommend this unit for your diy projects

  9. Darin

    I got this timer as a test for some of my electronic projects. The reviews stated it is versatile, so I got one to see, and it is. You can set the timer to count down in several different modes. The modes vary according to how you want the output to turn on/off, reset, and loop. I must admit the timer seemed complicated at first until I got the hang of it. Once I figured out the modes and how to set them, it was pretty easy. One thing to mention is that the two pins on the left side (labeled Sign and GND_T are the trigger pins. They require voltage to be applied to start the timer. The case is also nice. I show the pictures with paper still stuck and paper removed. Removing the paper requires a little bit of work, but it looks so shiny once it’s all cleaned up. All the pieces fit as they should. Once completed it looks like it belongs in front of your project for all to see. Overall, it’s a nice timer with lots of options. I see working for many applications, maybe even science projects because it also looks nice.

  10. dj29

    Over the time ⌚ when I had this timer ⏲, I was able to create ideal conditions that I needed for helping me measure the amount of amp hours that my Portable Charger actually had. 😊 I was also able to keep my LED Strips on and off automatically with this timer ⏲ and I’m also able to modify this timer ⏲ for it to be more multipurposed so that way I can mainly use this for temporary circumstances that would involve me bench testing other devices and complete ease of use. 😊 😊 😊 This Timer ⏲ is really worth it when you have the schematic for it and swap around components to help improve the timer ⏲ and make it more energy ⛮ efficient. 😊 😊 😊

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