| Sensor |
Function description |
Time diagram of output depending on screen behaviour |
|
|
Output open at a standstill. It closes for a period of time T1 in the moment of approaching the metal screen. If any separation with subsequent approach of the screen occurs during timing, closing is again extended by T1. If the screen is permanently approached, the output for timing will remain in open state. |
 |
|
|
Sensor is closed at a standstill. It opens for a period of time T1 in the moment of approaching the metal screen. If any separation with subsequent approach of the screen occurs during timing, opening is again extended by T1. If the screen is permanently approached, the output for timing will remain in closed state. |
 |
|
|
Output, which is open at a standstill, will be activated after the approach of the screen with
delay T1. It opens immediately after the separation of the metal. |
 |
|
|
Output, which is closed at a standstill, will open after the approach of the screen with delay T1. It closes immediately after the separation of the metal. |
 |
|
|
Sensor output is open at a standstill. It closes immediately in the moment of approaching the metal screen. It opens with delay T1 after the separation of the screen. |
 |
|
|
Sensor output is closed at a standstill. It opens immediately in the moment of approaching the metal screen. After the separation of the screen, it closes again after the elapse of T1. |
 |
|
|
The sensor is open at a standstill. The output is activated when the screen reaches the set frequency 1/T1 (or higher) and opens after the drop of frequency below this limit. |
 |
|
|
Sensor is closed at a standstill. The output opens when the screen reaches the set frequency 1/T1 (or higher) and closes again after the drop of frequency below this limit. |
 |
|
|
Sensor output is open. It closes with delay T2 after reaching (exceeding) the limit frequency 1/T1 and opens just after the drop of frequency (with necessary
delay T1). |
 |
|
|
Sensor output is closed at a standstill. It opens with delay T2 after reaching (exceeding) the limit frequency 1/T1 and closes just after the drop of frequency (with delay T1). |
 |
