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5.3.2 Boîtier de communication (DIN) ........................................................................................................ 26
5.4 C
ABLAGE DES BORNES
5.4.1 Boîtier de communication (métal) ....................................................................................................... 27
5.4.2 Boîtier de communication (DIN 3 TE) ................................................................................................ 28
5.4.3 Boîtier de communication (DIN 4 TE) ................................................................................................ 29
5.4.4 Boîtier de communication (DIN 6 TE) ................................................................................................ 30
5.4.5 EMC – Boîtier de communication (DIN) ............................................................................................ 33
5.5 P
ROCEDURE DE MISE EN MARCHE
5.5.1 Système à une tête ............................................................................................................................... 34
5.5.2 Système multi-têtes – attribution aléatoire des adresses ..................................................................... 34
5.5.3 Système multi-têtes – attribution des adresses contrôlée par l'utilisateur .......................................... 34
5.6 C
USB ······································································································································· 35
ONNEXION
5.7 B
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US DE TERRAIN
5.7.1 Configuration ...................................................................................................................................... 37
5.7.2 Installation, RS485 ............................................................................................................................. 37
6 SORTIES ........................................................................................................................................................... 38
6.1 S
ORTIE ANALOGIQUE
6.2 S
ORTIE ANALOGIQUE
6.3 S
ORTIE ANALOGIQUE
6.4 S
ORTIE DE RELAIS D
6.5 S
ORTIE THERMOCOUPLE
7 ENTREES .......................................................................................................................................................... 41
7.1 R
'
EGLAGE DE L
EMISSIVITE VIA L
7.2 R
'
EGLAGE DE L
EMISSIVITE PAR LA SELECTION NUMERIQUE
7.3 C
OMPENSATION DE LA TEMPERATURE AMBIANTE
7.4 D
/M
ECLENCHEUR
7.5 L
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ASER
8 FONCTIONNEMENT .................................................................................................................................... 47
8.1 P
ANNEAU DE CONTROLE
8.2 P
<H
> ············································································································································ 49
AGE
EAD
8.3 P
<B
S
AGE
OX
ETUP
8.4 P
<B
I
AGE
OX
NFO
8.5 P
OST TRAITEMENT
8.5.1 Moyennage .......................................................................................................................................... 52
8.5.2 Maintien de la valeur crête .................................................................................................................. 53
8.5.3 Maintien des valeurs des creux ........................................................................................................... 54
8.5.4 Fonction avancée de maintien des valeurs-crêtes ................................................................................ 54
8.5.5 Fonction avancée de maintien des valeurs de creux ............................................................................ 55
8.5.6 Fonction avancée de maintien des crêtes avec moyennage .................................................................. 55
8.5.7 Fonction avancée de maintien des creux avec moyennage .................................................................. 56
9 OPTIONS ......................................................................................................................................................... 57
9.1 B
OITIER DE REFROIDISSEMENT A L
9.1.1 Évitement d'une condensation ............................................................................................................ 57
9.2 S
I
ECURITE
NTRINSEQUE
9.2.1 Capteurs optiques ................................................................................................................................ 59
9.2.2 Alimentation Ex .................................................................................................................................. 60
9.2.2.1 Alimentation Ex – atmosphère non explosive ........................................................................................ 60
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OUT1 ······················································································································ 38
OUT2 ······················································································································ 38
OUT1 -OUT4 ·········································································································· 39
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ALARME
TC ······················································································································· 40
'
ENTREE ANALOGUE
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AINTIEN
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> ···································································································································· 51
> ······································································································································· 52
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EAU
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