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  9 

Another  „S”  triggering  signal  during  the  countdown  of  the  T2  time  resets  and  restarts  the  T2 

countdown process. 

Every next cycle can begin only after the completion of the T2 countdown . 

 
 

PR16

 - Random switching to T1 and T2 

 

The 

"REL" 

relay 

is 

activated 

automatically  for  a  randomly  selected 
period  in  the  T1  ÷  T2  range.  Once  the 
countdown is finished, the "REL" relay is 
disconnected 

for 

another 

randomly 

selected  period  in  the  T1  ÷  T2  range. 
This mode is repeated cyclically. 

When  the  REL  relay  is  deactivated, 

the „S” triggering signal (rising edge) will 
activate  the  relay  for  another  randomly 
selected period in the T1 

÷ T2 range. 

When the relay is activated, the „S” triggering signal does not affect its operation . 

 
 

PR17

 

– Switching to T1 after detecting the rising edge and to T2 after detecting the falling edge. 

 

The  „S”  triggering  signal  (rising 

edge) activates the countdown of the T1 
time.  Once  the  countdown  of  the  T1 
time  is  finished,  the  "REL"  relay  is 
deactivated. 
A  loss  of  the  „S”  signal  (falling  edge) 
activates  the  countdown  of  the  T2  time, 
followed  by  deactivation  of  the  "REL" 
relay. 

If the triggering signal is shorter than 

the  T1  time,  then  the  T1  countdown  is  followed  by  the  T2  countdown   and  only  then  the  REL  relay  is 
deactivated. 

In  the  case  of 

the  „S”  triggering  signal  during  the  countdown  of  the  T2  time,  the  T2  countdown  is 

followed by the T1 countdown, followed by the deactivation of the REL relay. 
 

 
PR18

 

– Cyclic mode 

 

The  „S”  triggering  signal  (rising 

edge)  immediately  activates  the  "REL" 
relay  for  the  T1  time  period.  Once  the 
countdown of the T1 time is finished, the 
"REL"  relay  is  deactivated  for  the  T2 
time  period.  This  mode  is  repeated 
cyclically. 

 
 

Summary of Contents for AWZ516

Page 1: ...amming the time module 3 4 Preview the parameters of currently set program 4 5 Previewing the status 4 6 Timer programs 5 7 Programming example 10 The time module is factory set to PR0 program mode with active REL relay 1 General description The PC1 time module is a transceiver allowing execution of time logic programs The device is characterized by versatility high accuracy of the measured time b...

Page 2: ...e power supply ground R reset input activated by negative power supply ground LEDs optical indication red supply voltage REL ON relay on PR blinking programming mode ON previewing the current mode T1 time indication T1 T2 time indication T2 h hours indication 0 99h m minutes indication 0 59m s seconds indication 0 59s LED display Relay Buttons Decreasing the parameter move down one level in the me...

Page 3: ...nd h LEDs are ON Confirm by pressing OK button 4 Use the or buttons to set the T1 time minutes The T1 and m LEDs are ON Confirm by pressing OK button 5 Use the or buttons to set the T1 time seconds The T1 and s LEDs are ON Confirm by pressing OK button 6 Use the or buttons to set the T2 time hours when required The T2 and h LEDs are ON Confirm by pressing OK button 7 Use the or buttons to set the ...

Page 4: ...g the time module will be displayed The Preview Mode is disabled once the OK button is pressed again or after 5 seconds of inactivity 5 Previewing the status During normal operation it is possible to preview the time module operating status Press the or button the following information is displayed as follows Countdown timer hours The h and T1 or T2 LED is ON Countdown timer minutes The m and T1 o...

Page 5: ... option single cycle The REL relay is activated automatically after switching on the power for the T1 time period Once the countdown of the T1 time is finished the REL relay is disconnected This mode is maintained until the power is disconnected In case of the S triggering signal rising edge during the countdown of the T1 time the module will lock and the relay will not be deactivated PR3 T1 to T2...

Page 6: ... the REL relay is activated for the T2 time period This mode is repeated cyclically In case of the S signal level during the countdown of the T2 time the countdown is extended by the duration of the S signal The countdown is extended only during the countdown of the T2 time PR6 Deactivation delay with increasing T2 deactivation time with Ts time cyclic The countdown of the T1 time takes place auto...

Page 7: ...al during the countdown of the T1 time rising edge resets and restarts the T1 countdown process PR10 Increasing the impulse to T1 time from falling edge The S triggering signal rising edge immediately activates the REL relay After a loss of the S signal falling edge the REL relay stays activated for the T1 time Another S triggering signal during the countdown of the T1 time will not affect the cou...

Page 8: ...and T2 time deactivation delay The S triggering signal rising edge activates the countdown of the T1 time followed by the activation of the REL relay if the S signal is still on The relay stays activated for the entire duration of the S signal A loss of the S signal falling edge activates the countdown of the T2 time followed by deactivation of the REL relay If the triggering signal is shorter tha...

Page 9: ...o T1 after detecting the rising edge and to T2 after detecting the falling edge The S triggering signal rising edge activates the countdown of the T1 time Once the countdown of the T1 time is finished the REL relay is deactivated A loss of the S signal falling edge activates the countdown of the T2 time followed by deactivation of the REL relay If the triggering signal is shorter than the T1 time ...

Page 10: ...button 3 The T1 and h LEDs are ON time setting mode T1 Press the OK button again to leave the zero value of the number of hours 4 The T1 and m LEDs are ON Use the for buttons to set the 1 Confirm by pressing the OK button 5 The T1 and s LEDs are ON Use the for buttons to set the 30 Confirm by pressing the OK button 6 The T2 and h LEDs are ON time setting mode T2 Press the OK button again to leave ...

Page 11: ...ams on demand Time ranges 0 1s 100h stored in the EEPROM memory Number of relays 1 Maximum switching voltage 250V AC 30V DC Maximum switching current 10 A The maximum contact resistance 100 mOhm Optical indication LEDs 7 segment double LED display Operating conditions II environmental class 10 C 40 C relative humidity 20 90 no condensation Dimensions L 120 W 43 H 22 mm 2 Mounting mounting tape or ...

Page 12: ...uld be disposed of separately from normal household waste Waste electrical and electronic equipment must not be disposed of with normal household waste Pulsar Siedlec 150 32 744 Łapczyca Poland Tel 48 14 610 19 40 Fax 48 14 610 19 50 e mail biuro pulsar pl sales pulsar pl http www pulsar pl www zasilacze pl ...

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