• DC 12V Trigger Time Delay Switch Controller Programmable 999Minutes Cycle Control Module
  • DC 12V Trigger Time Delay Switch Controller Programmable 999Minutes Cycle Control Module
  • DC 12V Trigger Time Delay Switch Controller Programmable 999Minutes Cycle Control Module
  • DC 12V Trigger Time Delay Switch Controller Programmable 999Minutes Cycle Control Module
  • DC 12V Trigger Time Delay Switch Controller Programmable 999Minutes Cycle Control Module

DC 12V Trigger Time Delay Switch Controller Programmable 999Minutes Cycle Control Module

$6.99
$9.9930%
00d : 00h : 00m : 00s
Item ID: GY20017

Product Details

1.Description:
TsV1.2 is a DC 12V Trigger Time Delay Controller.It can set a variety of triggering methods to realize functions such as relay timing delay cycle to meet different needs.

2.Features:
1>.Programmable mode and time
2>.Adjustable multiple trigger methods
3>.Parameter power-off save

3.Parameters:
 Product name:TsV1.2 DC 12V Trigger Time Delay Controller
 Work voltage:DC 10V-18V
 Work current:18mA
 Delay time: 0.1seconds~999minutues
 Cycles:0~999
 Output type:Relay switch(No voltage output)
 Load:DC30V/10A or AC250V/10A(Max)
 Work Temperature:-25℃~85℃
 Work Humidity:5%~95%RH
 PCB Size:51*40*22mm

4.Function:
1>.Function:Trigger signal-> ON or OFF->Delay T1-> OFF or ON->Delay T2->Stop or cycle.

2>.Press SET to set default initial state: ‘t ON’ means relay keep ON for T1 and keep OFF for T2. ‘t OF’ means relay keep OFF for T1 and keep ON for T2.

3>.Press SET again to set delay time T1. Press ENTER to set value.Keep press SET about 3 second to switch time unit.‘99.9’ means 99.9 seconds. ‘999’ means 999 seconds. ‘999.’ means 999 minutes.

4>.Press SET again to set delay time T2.

4>.Press SET again to set cycles from 000 to 999. Note:‘000’ means infinite loop.

6>.It means that the setting is completed and the parameters are saved when no bit flashes or no operation within 5 second.

7>.Keep press SET button more than 3second to set switch trigger methods and default display ‘F00’.
7.1>.The middle bit is used to set start method. F0:need input trigger to startup. F1: automatic startup after power ON.

7.2>.The last bit is used to set trigger methods.
7.2.1>. Switch trigger and voltage signal trigger can be switch by jumper cap. Switch trigger form IN+ and IN- by jumper cap select 1-2 pin. Voltage signal trigger form VOL+ and VOL- by jumper cap select 2-3 pin.

7.2.2>. 0: IN terminal switch trigger.Trigger start.Repetitive triggering is not available at runtime. VOL terminal can be forcibly reset(or don't use).
7.2.3>.1:IN terminal switch trigger.Trigger reset and restart. VOL terminal can be forcibly reset(or don't use).

7.2.4>. 2:IN terminal switch trigger. Relay keep ON when keep input trigger signal. Stop work after remove signal.Pause count.VOL terminal can be forcibly reset(or don't use).

7.2.5>. 3:IN terminal switch trigger. Relay keep ON when keep input trigger signal. Stop work and reset after remove signal.VOL terminal can be forcibly reset(or don't use).

7.2.6>. 4:IN terminal switch trigger. Relay keep OFF and reset when keep input trigger signal. Start work after input signal.VOL terminal can be forcibly reset(or don't use).

7.2.7>. 5:VOL terminal voltage trigger. Relay start turn ON if input falling edge signal. IN terminal can be forcibly reset(or don't use).

7.2.8>. 6:VOL terminal voltage trigger. Relay restart if input falling edge signal. IN terminal can be forcibly reset(or don't use).

7.2.9>. 7:VOL terminal voltage trigger. Relay reset if input high level signal. Relay turn ON if input low level signal.IN terminal can be forcibly reset(or don't use).

8>.Reset: Press two buttons at the same time, then turn on the power. it means the reset is successful if it displays ‘rst’, and all parameters are restored to factory settings.

5.Application:
1>.Industrial control equipment
2>.Signal detector
3>.Instrumentation test
4>.Experimental data testing and monitoring




 

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