KLR 1 Channel Relay Module with Display High Level Trigger timer Switch + Self-locking 18 Kinds Model 5/12/24V Power

KLR 1 Channel Relay Module with Display High Level Trigger timer Switch + Self-locking 18 Kinds Model 5/12/24V Power

Function
- Users can display the key and select the following 18 kinds of functions in one , you can set and save function parameters , you can also view the parameters of the current function of the time parameter sets the minimum 0.1 seconds adjustable accuracy better than 0.01 seconds , with regard to the specific set operating instructions , can be obtained from vendors.
- Tips: Function 1-8 start at power on their own , functional 9-18 need high pulse signal ( high duration shorter than 20ms, hereinafter the same ) to trigger the start , the function 9 is a self-locking mode , the function 10 is level control mode.
- Function 1 :
   Timing Pick : After power-up, the time delay relay T1 , T1 between 0.1 seconds -270 hours adjustable , CH1 interfaces to a high level pulse signal , repeat the above functions ;
- Function 2:
   Timing off : When the power relay , time delay relay disconnected T1 , T1 between 0.1 seconds -270 hours adjustable , CH1 interfaces to a high level pulse signal , repeat the above functions ;
- Function 3:
   Re- timed pull off : After power relay to not pull, after the delay time T1 reaches relay ; pull off relay T2 arrives after delay time T1 and T2 in 0.1 seconds -270 hours adjustable from CH1 interfaces to a high level pulse signal , repeat the above functions ;
- Function 4:
   Then pull off the timing : After power , immediately pull the relay , the relay off after the delay time T1 arrive ; arrive after disconnecting relay time T2 , -270 hour in 0.1 seconds delay time between T1 and T2 adjustable , CH1 interfaces to a high level pulse signal , repeat the above functions ;
- Function 5:
   Infinite loop timing mode 1: After power relay to not pull, after the delay time T1 reaches relay ; pull off the relay T2 arrives, and then repeat the above condition, the delay time T1 and T2 at 0.1 adjustable seconds between -270 hours, to a high level pulse signal CH1 interface, you can restart the above functions ;
- Function 6:
   Infinite Loop Timing Mode 2 : After power , immediately pull the relay delay time T1 reaches the relay off ; arrive after disconnecting relay time T2 , and then repeat the above condition, the delay time T1 and T2 in 0.1 seconds adjustable between -270 hours , to a high level pulse signal CH1 interface, you can restart the above functions ;
- Function 7 :
   Finite loop timing mode 1 : After power-up, to not pull the relay after the delay time T1 reaches relay ; pull the relay off time T2 arrive , and then repeat the NX times more than the state , this time in T1 and T2 adjustable between 0.1 seconds -9999 seconds NX cycles adjustable between 1-9999 times , giving a high level pulse signal CH1 interfaces , these functions can be re- started ;
- Function 8:
   Finite loop timing mode 2: After power-up, the relay immediately pull delay time T1 reaches the relay off ; arrive after disconnecting relay time T2 , then repeated more times NX state where T1 and T2 at 0.1 adjustable between second -9999 seconds NX cycles adjustable between 1-9999 times , giving a high level pulse signal CH1 interfaces , these functions can be re- started ;
- Function 9:
    Latching relay modes: CH1 interfaces to relay a high level pulse signal , the relay , to give a high level pulse signal relay disconnected.
- Function 10:
   Trigger relay mode : with delay off function after power relay does not act, a high signal to the CH1 connector , pull the relay immediately after the CH1 signal disappears , the relay still pull, pull time when T1 reaches the relay disconnect , then T1 between 0.1 seconds -9999 seconds adjustable , repeat a high signal to CH1 interfaces , these functions can be re- started ; Note: If T1 is set to 0 seconds , there is a high signal relays CH1 pull, no signal is immediately disconnected.
- Function 11:
    Pull trigger timing : After power relay does not act, CH1 interfaces to a high level pulse signal , the time delay relay T1 , T1 in adjustable between 0.1 seconds -270 hours , a high-level interface to repeat to CH1 pulse signal , repeat the above function ;
- Function 12:
    Disconnect the trigger timing : After power relay does not act, CH1 interfaces to a high level pulse signal , the relay , the relay off delay time T1 , T1 between 0.1 seconds -270 hours adjustable , repeat to CH1 Interface a high level pulse signal , repeat the above functions ;
- Function 13:
    Pull the trigger and then disconnect the timing : After power relay does not act, a high-level interfaces to CH1 pulse signal arrives after the delay time T1 relay ; pull off relay arrives after T2 , T1 and delay time T2 is adjustable between 0.1 seconds -270 hours , repeat the interface to a high level pulse signal CH1 , repeat the above functions ;
- Function 14 :
    Disconnect and then pull trigger timing : After power relay does not act, the interface to a high level pulse signal CH1 , immediately pull the relay , the relay off after the delay time T1 arrive ; arrive after disconnecting relay time T2 , delay time between T1 and T2 -270 hours adjustable 0.1 seconds , repeat the interface to a high level pulse signal CH1 , repeat the above function ;
- Function 15:
    Infinite loop timing mode 1: After power relay does not act, give a high level pulse signal CH1 interface arrive after the delay time T1 relay ; pull the relay off time T2 arrive , and then repeat the above state , the extension when the time between T1 and T2 -270 hours adjustable 0.1 seconds , repeat the interface to a high level pulse signal CH1 , the above function can be restarted ;
- Function 16 :
    Infinite Loop Timing Mode 2 : After power relay does not act, CH1 interfaces to a high level pulse signal , immediately pull the relay , the relay off after the delay time T1 arrive ; break time T2 after reaching relay , then repeat the above state , the delay time between T1 and T2 -270 hours adjustable 0.1 seconds , repeat the interface to a high level pulse signal CH1 , the above function can be restarted ;
- Function 17:
    Finite loop timing mode 1 : After power relay does not act, CH1 interfaces to a high level pulse signal , the delay time T1 reaches relay ; pull off the relay T2 arrives, and then repeat the above state NX times , this time between T1 and T2 in 0.1 seconds -9999 seconds adjustable , NX cycles adjustable between 1-9999 times , repeating to a high level pulse signal CH1 interfaces , these functions can be re- started ;
- Function 18:
    Finite loop timing mode 2 : After power relay does not act, CH1 interfaces to a high level pulse signal , immediately pull the relay , the relay off after the delay time T1 arrive ; break time T2 after reaching relay , then NX repeated more times state where T1 and T2 between 0.1 seconds -9999 seconds adjustable , NX cycles adjustable between 1-9999 times , to a high pulse repetition signal CH1 interface, you can start over again function ;

Two module interface:
- Module control terminal : 3 -wire interface , all interfaces are terminal, user-friendly
    DC +: DC power positive (with 5V, 12V and 24V modules to choose from )
    DC-: negative DC power supply
    CH1: input detection interfaces, active high
- Relay outputs : 3 -wire interface , all interfaces are terminals
     NO: normally open relay interface, the relay before the vacant after short pull with COM1
     COM: Common Interface Relays
     NC: normally closed relay interface COM1 relay shorted before and after the pull- vacant
- Load capacity: normally open port maximum load capacity : DC 0-30V/10A, AC 0-250V/10A
- NC port maximum load capacity : DC 0-28V/10A, AC 0-125V/10A
- Dimensions : 4.0 * 6.6cm, holes 4 , 3.0mm diameter