LS35

I found part of the solution. For the hardware configuration, I choose to connect my 100imp/tr encoder on "Higt Speed Inputs". The number of pulses is counted directly in ML20 and the frequency is stored in MI20. The encoder counts twice as many pulses, the software has to count the pulses from A and the one from B. But I didn't manage to use Frequency Measurement based on HSC The output values E F G H I J do not change when the encoder is running.

Bonjour, je cherche à utiliser les entrées comptage rapide d'un V350. J'ai branché un codeur 100 imp/tr sur les entrées 6 et 7. (google translates inserted by Ausman) Hello, I'm trying to use the high-speed counter inputs of a V350. I plugged a 100 pulse/rev encoder into inputs 6 and 7. La valeur affichée est bien 100 impulsions pour 1 tour. Ces deux signaux sont aussi branchés sur les entrées 0 et 1 I0 : [A,B] Shaft encoder (X2) ML10 Encoder_AB I1 : L'affichage de ML10 me donne une valeur 3 fois plus grande Ces deux signaux sont aussi branchés sur les entrées 2 et 3 I2 = A – borne 13 I3 = B – borne 12 : ML11 : Frequence L'affichage de ML11 me donne 0 Comment utilise t on les entrées à comptage rapide? Merci The value displayed is indeed 100 pulses for 1 revolution. These two signals are also connected to inputs 0 and 1 I0: [A,B] Shaft encoder (X2) ML10 Encoder_AB I1: Displaying ML10 gives me a 3 times larger value These two signals are also connected to inputs 2 and 3 I2 = A – terminal 13 I3 = B – terminal 12: ML11: Frequency ML11 display gives me 0 How are fast count inputs used? Thank you