| Quantity | 3+ units | 10+ units | 30+ units | 50+ units | More | 
|---|---|---|---|---|---|
| Price /Unit | $27.63 | $27.06 | $26.22 | $25.09 | Contact US | 
                        0-10V/0-25mA 4-Channel Current Voltage Signal Generator Brightness Adjustable LED Signal Collector with 35MM DIN-Rail Base
                                                $20.52
                                            
                        0-10V/0-25mA 4-Channel Current Voltage Signal Generator Module Brightness Adjustable LED Signal Collector
                                                $18.57
                                            
                        Automobile Crank Shaft Synchronization Signal Simulator Module 6-Channel Output Signal Generator Module with LED Display
                                                $64.45
                                            
 Description:
1.working voltage:10V-28V
2.size:36*73*20mm
This module is a programmable control ,having thousands functions. stable and reliable performance. built-in watchdog timer circuit, effectively ensure the module can run for a long time! ! !
 some common functions are shown below:
 
Specifications:
   1. Power on, relay 1 closes after N seconds off; then relay 2 closed N seconds then off.
   2. Power on,  relay 1 closes after N seconds off; relay 2 closed N seconds then off, followed in this cycle.
   3.  Power on, relay 1 relay 2 does not operate ,when there is a signal or trigger button, the relay 1 is closed after N seconds off ; followed by closing relay 2 N seconds then off until the next trigger, repeat the same action.
   4.By programming signals 1 and 2,  can achieve any control of relay 1 and relay 2 .
   5. When the signal 1 has a signal , the relay 1 is closed, relay 2 off; when the signal 2 has a signal ,  Relay 1 off, relay 2 is closed.
   6. Can be accessed PNP / NPN sensor signal, the sensor signal can be programmed to achieve any control relay.
   7.When the signal 1 is activated , control relay 1; when the signal 2 is activated , control relay 2.
    8.Power on, control motor forward N seconds, then reverse N seconds, followed by cycle.
    9.When signal 1 has a signal , control the motor forward; when signal 2  has a signal ,  control the motor reversal.