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EMx58x...Txx...

5.6.2 Fault output connected to a relay

Only available for current outputs TI1, TI2, TI3

Imax = 50mA
R1 = 47

R1

I

Vdc

R2

Figure 2

EXAMPLE

Vdc = +24V
I = 30mA (current needed to energize
a small relay coil)

R2 = 750

No encoder error = coil energized.
Encoder error = coil de-energized.

6 – TEACH-IN procedure

The   TEACH-IN   function   allows   to   easily   and
intuitively   set   (by   means   of   two   keys   or,   as   an
alternative,   two   external   signals)   both   the
furthermost points in the travel of an axis, then the
available   analogue   range   will   be   scaled
automatically within the set limits.

6.1 Commissioning

To   start   the   TEACH-IN   procedure,   simultaneously
press both  START  

  and  STOP  

  keys  and  hold

them down for 5 seconds (be careful not to exceed
10   seconds;   see   the   “6.4   Restoring   the   factory
default settings”
 section on page  15); both LEDs I
and   II   light   up   solidly.   As   soon   as   the   keys   are
released both LEDs start blinking. Likewise, you can
enter   the   TEACH-IN   procedure   by   applying   for   5
seconds a voltage greater than 10V to both START
and STOP inputs (see the “4 - Electrical connections”
and “5.5 Input signals description” sections).

You   are   allowed   to   set   the   initial
position   first   and   then   the   final
position of the travel by pressing the
START  

  key first and then the STOP

 key; otherwise you can do the opposite, i.e. you

can set the final position first and then the initial
position of the travel by pressing the STOP  

  key

first and then the START 

 key.

Turn the encoder shaft and move it to the
initial position START in the travel of your
application;

press the START  

  key for 2 seconds; data

acquisition is signalled by LED I solidly lit,
LED II keeps on blinking;

WARNING

from   now   on   exit   is   inhibited   until
completion of the process.

MAN EMx58x TA I_E 1.2.odt

13

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Summary of Contents for EMC59 Series

Page 1: ...tabilizzata e priva di disturbi se necessario installare appositi filtri EMC all ingresso dell alimentazione utilizzare sempre cavi schermati e possibilmente twistati non usare cavi pi lunghi del nece...

Page 2: ...S 36 H7 48 3 1 2 Fissaggio con graffe codice LKM 386 a mm b mm c mm d mm EM58 50 F7 67 4 EM58S 36 H7 67 3 1 3 Fissaggio con campana codice PF4256 3 2 Encoder con asse cavo 3 2 1 EMC58 Fissare il pin a...

Page 3: ...ione 1 Marrone Iout Vout 2 Rosso 13Vdc 30Vdc 3 Nero 0Vdc 1 4 Rosa START 5 Verde STOP Bianco 0Vdc analogico1 Blu FAULT 2 Case Calza Schermatura 1 OVdc e OVdc analogico internamente collegati 2 Disponib...

Page 4: ...orrente 5 4 2 Uscita analogica in tensione 5 5 Descrizione segnali in ingresso 13Vdc 30Vdc 0Vdc alimentazione encoder 0Vdc e 0Vdc analogico sono internamente collegati START assolve le medesime funzio...

Page 5: ...mpostazione dei valori di default a pagina 7 i due LED I e II si accendono fissi Al rilascio dei tasti entrambi i LED iniziano a lampeggiare L accesso alla fase di autoapprendimento altres possibile i...

Page 6: ...la contiene cio 8 giri La differenza tra le due corse cio 3 giri equamente ripartita in una zona di extracorsa minima B e una zona di extracorsa massima C L extracorsa minima B con valore di 3 6 mA av...

Page 7: ...splicitato nella seguente tabella LED I LED II Descrizione ON OFF Encoder in normale funzionamento con impostazioni dell utilizzatore OFF ON Encoder in normale funzionamento con impostazioni di defaul...

Page 8: ...Revisione generale nuova membrana 1 2 Aggiornamento sezione 4 Connessioni elettriche Smaltire separatamente Il dispositivo deve essere alimentato da un circuito di Classe 2 da un circuito a energia l...

Page 9: ...install EMC filters on device power supply if needed always use shielded cables twisted pair cables whenever possible avoid cables runs longer than necessary avoid running the signal cable near high v...

Page 10: ...mm c mm d mm EM58 42 50 F7 4 EM58S 36 H7 48 3 1 2 With fixing clamps code LKM 386 a mm b mm c mm d mm EM58 50 F7 67 4 EM58S 36 H7 67 3 1 3 With mounting bell code PF4256 3 2 Hollow shaft encoders 3 2...

Page 11: ...e cable Function 1 Brown Iout Vout 2 Red 13 Vdc 30Vdc 3 Black 0Vdc 1 4 Pink START 5 Green STOP White 0Vdc Analogue 1 Blue FAULT 2 Case Shield Shield 1 0Vdc and 0Vdc Analogue are internally connected 2...

Page 12: ...ut 5 5 Input signals description 13Vdc 30Vdc 0Vdc encoder power supply 0Vdc and 0Vdc Analogue are internally connected SET 1 the same as the SET 1 key it is active at HIGH logic level voltage greater...

Page 13: ...section on page 15 both LEDs I and II light up solidly As soon as the keys are released both LEDs start blinking Likewise you can enter the TEACH IN procedure by applying for 5 seconds a voltage grea...

Page 14: ...avel area C The low limit overtravel area B is 1 5 revolution long and provides a 3 6 mA analogue output value while the high limit overtravel area C is 1 5 revolution long and provides a 22 mA analog...

Page 15: ...ing the TEACH IN procedure both START and STOP keys have been pressed for 5 seconds Flash Flash Entering the TEACH IN procedure both START and STOP keys have been released after 5 seconds ON Flash Dur...

Page 16: ...ing 30Vdc Refer to the order code for supply voltage rate Ce dispositif doit tre aliment par un circuit de Classe 2 ou tr s basse tension ou bien en appliquant une tension maxi de 30Vcc Voir le code d...

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