| Simple timing functions |
Switch-on delay |
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Delay timing (t time) to the connection of the relay |
| Switch-off delay |
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Delay timing (t time) to the disconnection of the relay |
| Symmetric and asymmetric cycle timing functions |
Pulse delay |
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The relay is switched on after a t1 delay is over and keeps on for a t2 lapse.
The delay begins when the module is feeded |
| Symmetric timing cycle (starting closed) |
|
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Once the module is feeded a symmetric cycle begins, being the relay open for a
t timelapse and closed during the next t interval. The relay starts being closed during the first interval. |
| Symmetric timing cycle (starting open) |
|
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Once the module is feeded a symmetric cycle begins, being the relay closed for a
t timelapse and open during the next t interval. The relay starts being open during the first interval. |
| Asymmetric timing cycle (starting closed) |
|
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Once the module is feeded an asymmetric cycle begins, being the relay closed for a t1
timelapse and open during a t2 interval. The relay starts being closed during the first interval. |
| Asymmetric timing cycle (starting open) |
|
 |
Once the module is feeded an asymmetric cycle begins, being the relay open for a t1
timelapse and closed during a t2 interval. The relay starts being open during the first interval. |
| DC load regulation |
PWM progressive connection ramp (for DC loads) |
|
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The relay is connected slowly as the progressive connection ramp (PWM) is completed
during the specified time t |
| PWM progressive disconnection ramp (for DC loads) |
|
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The relay is disconnected slowly as the progressive disconnection ramp (PWM) is
completed during the specified time t |
