| |
Nº |
Function |
Start state |
B signal |
Diagrams |
Description |
| Simple Timing Functions |
0 |
switch on delay |
 |
X |
 |
Delay timing (T) to the relay connection. |
1 |
switch off delay |
 |
X |
 |
Delay timing (T) to the relay disconnection |
| Timing functions based on the B Signal input |
2 |
switch on delay by B signal |
|
rising edge (Timing begin) |
 |
Delay timing (T) to the relay connection at the reception of an rising B Signal edge. |
3 |
switch off delay by B signal |
|
rising edge (Timing begin) |
 |
Delay timing (T) to the relay disconnection at the reception of an B Signal rising edge. |
4 |
Switch off delay by an B signal falling edge, an B signal rising edge the relay switch on. |
|
rising edge (close the relay) / falling edge (timing switch on ) |
 |
Switch on relay with an B signal rising edge and with the edge falling begins a delay timing (T) to the switch off relay. A new B signal falling edge reset timing. |
5 |
Switch off delay by B signal rising edge. |
|
rising edge (close the relay, timing switch on) |
 |
Switch on relay with an B Signal rising edge and begins a delay timing (T) to the switch off relay. |
6 |
Switch off delay by B signal falling edge. |
|
falling edge (close the relay, timing switch on) |
 |
Switch on relay with a B Signal falling edge and begins a delay timing (T) to the switch off relay. |
7 |
Switch off delay by B signal rising and falling edge. |
|
rising / falling edge (close the relay, timing switch on) |
 |
Switch on relay with a B Signal rising or falling edge and begins a delay timing (T) to switch off relay. A new B signal edge reset timing. |
8 |
Switch on delay stopping by rising B signal edge. |
|
rising edge (timing stop) / falling edge (timming continue) |
 |
Delay timing (T) to the switch on relay interruptible by an B Signal rising edge, stopping the timing process while a B Signal falling edge resumes again the timing. |
9 |
Switch on delay stopping by falling B signal edge. |
|
falling edge (timing stop) / rising edge (timing continue) |
 |
Delay timing (T) to the switch on relay interruptible by a B Signal falling edge, stopping the timing process while a B Signal rising edge resumes again the timing. |
| Symmetric and asymmetric cycle timing functions |
10 |
Pulse delay |
|
X |
 |
To time t1 and t2, defining t1 as the time of the switch off relay and t2 as the time the switch on relay, timing after feeding the module. |
11 |
Pulse delay with B signal |
|
rising edge (delay timing switch on) |
 |
To time t1 and t2, defining t1 as the time of the switch off relay and t2 as the time the switch on relay, timing after receiving an B signal rising edge. |
12 |
Symmetric timing cycle (Start close) |
|
X |
 |
After the module feeding, the system begins to time a symmetric cycle, keeping the switch on relay for a period T, the next period T is switch off. The process begins with switch on relay. |
13 |
Symmetric timing cycle (Start open) |
|
X |
 |
After the module feeding, the system begins to time a symmetric cycle, keeping the switch off relay for a period T, the next period T switch on. The process begins with switch off relay. |
14 |
Asymmetric timing cycle (start close) |
|
X |
 |
After the module feeding, the system begins to time an asymmetric cycle, keeping the switch on relay for a period T1 and the next period T2 switch off. The process begins with switch on relay. |
15 |
Asymmetric timing cycle (start open) |
|
X |
 |
After the module feeding, the system begins to time an asymmetric cycle, keeping the switch on relay for a period T1 and the next period T2 switch off. The process begins with switch off relay. |
| Simple counter functions |
16 |
Switch on counter |
|
rising edge (decrease the counter) |
 |
Each B Signal rising edge decreases a preset value (n), when this counter reaches zero, switch on relay. |
17 |
Switch off counter |
|
rising edge (decrease the counter) |
 |
Each B Signal rising edge decreases a preset value (n), when this counter reaches zero, switch off relay. |
| Symmetric and asymmetric cycle counter functions |
18 |
Symmetric counter (start close) |
|
rising edge (decrease the counter) |
 |
Each B Signal rising edge decreases a preset value (n), when this counter reaches zero, the relay state is changed, the relay keeps switch on for (n) B Signal cycles and (n) cycles switch off (symmetric cycle). Initially the relay begins switch on. |
19 |
Symmetric counter (start open) |
|
rising edge (decrease the counter) |
 |
Each B Signal rising edge decreases a preset value (n), when this counter reaches zero, the relay state is changed, the relay keeps switch off for (n) B Signal cycles and (n) cycles switch on (symmetric cycle). Initially the relay begins switch off. |
20 |
Asymmetric counter (start close) |
|
rising edge (decrease the counter) |
 |
Each B Signal rising edge decreases a preset values (n1 & n2), when this counter reaches zero, the relay state is changed, the relay keeps switch on for (n1) B Signal cycles and (n2) cycles switch off (asymmetric cycle). Initially the relay begins switch on. |
