Publicité
Tipo
Descrizione
Type
Description
Typ
Beschreibung
Type
Description
TTA
T
TTA-D
T
TTA-M
T
TTA-D-M
T
CO
+ T
TCO2A
2
CO
+ PT100, 100 Ohm/0°C
TCO2A-PT100
2
CO
+ PT1000, 1000 Ohm/0°C
TCO2A-PT1000
2
CO
+ NTC 1.8, 1800 Ohm/25°C
TCO2A-NTC1.8
2
TCO2A-NTC2.2
CO
+ NTC 2.2k3A1, 2252 Ohm/25°C
2
TCO2A-NTC10-01
CO
+ NTC 10k3A1, 10kOhm/25°C
2
CO
+ NTC 10k, 10kOhm/25°C
TCO2A-NTC10-02
2
CO
+ NTC 10k4A1, 10kOhm/25°C
TCO2A-NTC10-03
2
CO
+ NTC 20k6A1, 20kOhm/25°C
TCO2A-NTC20
2
CO
+ Ni1000, 1000 Ohm/0°C
TCO2A-NI1000-01
2
CO
+ Ni1000, 1000 Ohm/0°C
TCO2A-NI1000-02
2
TCO2A-D
CO
+ T
2
TCO2A-D-PT100
CO
+ PT100, 100 Ohm/0°C
2
CO
+ PT1000, 1000 Ohm/0°C
TCO2A-D-PT1000
2
CO
+ NTC 1.8, 1800 Ohm/25°C
TCO2A-D-NTC1.8
2
CO
+ NTC 2.2k3A1, 2252 Ohm/25°C
TCO2A-D-NTC2.2
2
CO
+ NTC 10k3A1, 10kOhm/25°C
TCO2A-D-NTC10-01
2
CO
+ NTC 10k, 10kOhm/25°C
TCO2A-D-NTC10-02
2
TCO2A-D-NTC10-03
CO
+ NTC 10k4A1, 10kOhm/25°C
2
CO
+ NTC 20k6A1, 20kOhm/25°C
TCO2A-D-NTC20
2
CO
+ Ni1000, 1000 Ohm/0°C
TCO2A-D-NI1000-01
2
CO
+ Ni1000, 1000 Ohm/0°C
TCO2A-D-NI1000-02
2
CO
+ T
TCO2A-M
2
CO
+ T
TCO2A-D-M
2
TCO2AU
CO
, + H + T
2
TCO2AU-PT100
CO
, + H + PT100, 100 Ohm/0°C
2
TCO2AU-PT1000
CO
, + H + PT1000, 1000 Ohm/0°C
2
TCO2AU-NTC1.8
CO
, + H + NTC 1.8, 1800 Ohm/25°C
2
TCO2AU-NTC2.2
CO
, + H + NTC 2.2k3A1, 2252 Ohm/25°C
2
TCO2AU-NTC10-01
CO
, + H + NTC 10k3A1, 10kOhm/25°C
2
TCO2AU-NTC10-02
CO
, + H + NTC 10k, 10kOhm/25°C
2
TCO2AU-NTC10-03
CO
, + H + NTC 10k4A1, 10kOhm/25°C
2
TCO2AU-NTC20
CO
, + H + NTC 20k6A1, 20kOhm/25°C
2
TCO2AU-NI1000-01
CO
, + H + Ni1000, 1000 Ohm/0°C
2
TCO2AU-NI1000-02
CO
, + H + Ni1000, 1000 Ohm/0°C
2
TCO2AU-D
CO
, + H + T
2
TCO2AU-D-PT100
CO
, + H + PT100, 100 Ohm/0°C
2
TCO2AU-D-PT1000
CO
, + H + PT1000, 1000 Ohm/0°C
2
in du s tr i e
t e c h n i k ®
Uscite
Precisione
Outputs
Accuracy
Display
Ausgänge
Genauigkeit
Sorties
Précision
-
0...10 V
± 0,4
0...10 V
± 0,4
-
Modbus
± 0,2
Modbus
± 0,2
-
0...10 V + 0...10 V
± 0,4
-
0...10 V + ohm
± 0,3
-
0...10 V + ohm
± 0,3
-
0...10 V + ohm
± 0,5
-
0...10 V + ohm
± 0,2
-
0...10 V + ohm
± 0,2
-
0...10 V + ohm
± 0,3
-
0...10 V + ohm
± 0,25
-
0...10 V + ohm
± 0,2
-
0...10 V + ohm
± 0,5
-
0...10 V + ohm
± 0,5
0...10 V + 0...10 V
± 0,4
0...10 V + ohm
± 0,3
0...10 V + ohm
± 0,3
0...10 V + ohm
± 0,5
0...10 V + ohm
± 0,2
0...10 V + ohm
± 0,2
0...10 V + ohm
± 0,3
0...10 V + ohm
± 0,25
0...10 V + ohm
± 0,2
0...10 V + ohm
± 0,5
0...10 V + ohm
± 0,5
-
Modbus
± 0,2
Modbus
± 0,2
-
0...10 V + 0...10 V + 0...10 V
± 0,4
-
0...10 V + 0...10 V + ohm
± 0,3
-
0...10 V + 0...10 V + ohm
± 0,3
-
0...10 V + 0...10 V + ohm
± 0,5
-
0...10 V + 0...10 V + ohm
± 0,2
-
0...10 V + 0...10 V + ohm
± 0,2
-
0...10 V + 0...10 V + ohm
± 0,3
-
0...10 V + 0...10 V + ohm
± 0,25
-
0...10 V + 0...10 V + ohm
± 0,2
-
0...10 V + 0...10 V + ohm
± 0,5
-
0...10 V + 0...10 V + ohm
± 0,5
0...10 V + 0...10 V + 0...10 V
± 0,4
0...10 V + 0...10 V + ohm
± 0,3
0...10 V + 0...10 V + ohm
± 0,3
AB Industrietechnik srl - Via Julius Durst, 70 - 39042 BRESSANONE (BZ) Italy - Tel.: +39 0472/830626 - info@industrietechnik.it - www.industrietechnik.it
Schema elet.
Tipo
Descrizione
Elect. wirings
Type
Description
Anschlussbild
Typ
Beschreibung
Schémas élec.
Type
Description
Fig.1
TCO2AU-D-NTC1.8
CO
Fig.1
TCO2AU-D-NTC2.2
CO
, + H + NTC 2.2k3A1, 2252 Ohm/25°C
2
Fig.9
TCO2AU-D-NTC10-01
CO
2
Fig.9
TCO2AU-D-NTC10-02
CO
Fig.2
TCO2AU-D-NTC10-03
CO
2
Fig.3
TCO2AU-D-NTC20
CO
2
TCO2AU-D-NI1000-01
Fig.3
CO
Fig.3
TCO2AU-D-NI1000-02
CO
Fig.3
TCO2AU-M
Fig.3
TCO2AU-D-M
Fig.3
TUA
Fig.3
TUA-D
TUA-M
Fig.3
TUA-D-M
Fig.3
Fig.3
TTUA
Fig.2
TTUA-PT100
Fig.3
TTUA-PT1000
Fig.3
TTUA-NTC1.8
H + NTC 2.2k3A1, 2252 Ohm/25°C
Fig.3
TTUA-NTC2.2
TTUA-NTC10-01
H + NTC 10k3A1, 10kOhm/25°C
Fig.3
Fig.3
TTUA-NTC10-02
H + NTC 10k4A1, 10kOhm/25°C
Fig.3
TTUA-NTC10-03
H + NTC 20k6A1, 20kOhm/25°C
Fig.3
TTUA-NTC20
Fig.3
TTUA-NI1000-01
Fig.3
TTUA-NI1000-02
Fig.3
TTUA-D
TTUA-D-PT100
Fig.9
Fig.9
TTUA-D-PT1000
Fig.4
TTUA-D-NTC1.8
H + NTC 2.2k3A1, 2252 Ohm/25°C
Fig.5
TTUA-D-NTC2.2
H + NTC 10k3A1, 10kOhm/25°C
Fig.5
TTUA-D-NTC10-01
Fig.5
TTUA-D-NTC10-02
TTUA-D-NTC10-03
H + NTC 10k4A1, 10kOhm/25°C
Fig.5
Fig.5
TTUA-D-NTC20
H + NTC 20k6A1, 20kOhm/25°C
Fig.5
TTUA-D-NI1000-01
Fig.5
TTUA-D-NI1000-02
Fig.5
TTUA-M
Fig.5
TTUA-D-M
Fig.5
Fig.4
Fig.5
Fig.5
Uscite
Outputs
Display
Ausgänge
Sorties
, + H + NTC 1.8, 1800 Ohm/25°C
0...10 V + 0...10 V + ohm
2
0...10 V + 0...10 V + ohm
, + H + NTC 10k3A1, 10kOhm/25°C
0...10 V + 0...10 V + ohm
, + H + NTC 10k, 10kOhm/25°C
0...10 V + 0...10 V + ohm
2
, + H + NTC 10k4A1, 10kOhm/25°C
0...10 V + 0...10 V + ohm
, + H + NTC 20k6A1, 20kOhm/25°C
0...10 V + 0...10 V + ohm
, + H + Ni1000, 1000 Ohm/0°C
0...10 V + 0...10 V + ohm
2
, + H + Ni1000, 1000 Ohm/0°C
0...10 V + 0...10 V + ohm
2
CO
, + H + T
-
2
CO
, + H + T
2
H
-
H
H
-
H
H + T
-
0...10 V + 0...10 V
H + PT100, 100 Ohm/0°C
-
0...10 V + ohm
H + PT1000, 1000 Ohm/0°C
-
0...10 V + ohm
H + NTC 1.8, 1800 Ohm/25°C
-
0...10 V + ohm
-
0...10 V + ohm
-
0...10 V + ohm
H + NTC 10k, 10kOhm/25°C
-
0...10 V + ohm
-
0...10 V + ohm
-
0...10 V + ohm
H + Ni1000, 1000 Ohm/0°C
-
0...10 V + ohm
H + Ni1000, 1000 Ohm/0°C
-
0...10 V + ohm
H + T
0...10 V + 0...10 V
H + PT100, 100 Ohm/0°C
0...10 V + ohm
H + PT1000, 1000 Ohm/0°C
0...10 V + ohm
H + NTC 1.8, 1800 Ohm/25°C
0...10 V + ohm
0...10 V + ohm
0...10 V + ohm
H + NTC 10k, 10kOhm/25°C
0...10 V + ohm
0...10 V + ohm
0...10 V + ohm
H + Ni1000, 1000 Ohm/0°C
0...10 V + ohm
H + Ni1000, 1000 Ohm/0°C
0...10 V + ohm
H + T
-
H + T
Precisione
Schema elet.
Accuracy
Elect. wirings
Genauigkeit
Anschlussbild
Précision
Schémas élec.
± 0,5
Fig.5
± 0,2
Fig.5
± 0,2
Fig.5
± 0,3
Fig.5
Fig.5
± 0,25
± 0,2
Fig.5
± 0,5
Fig.5
± 0,5
Fig.5
Modbus
± 0,2
Fig.9
Modbus
± 0,2
Fig.9
0...10 V
-
Fig.6
0...10 V
-
Fig.6
Modbus
-
Fig.9
Modbus
-
Fig.9
± 0,4
Fig.7
± 0,3
Fig.8
± 0,3
Fig.8
± 0,5
Fig.8
± 0,2
Fig.8
± 0,2
Fig.8
± 0,3
Fig.8
± 0,25
Fig.8
± 0,2
Fig.8
± 0,5
Fig.8
± 0,5
Fig.8
± 0,4
Fig.7
± 0,3
Fig.8
± 0,3
Fig.8
± 0,5
Fig.8
± 0,2
Fig.8
± 0,2
Fig.8
± 0,3
Fig.8
± 0,25
Fig.8
± 0,2
Fig.8
± 0,5
Fig.8
± 0,5
Fig.8
Modbus
± 0,2
Fig.9
Fig.9
Modbus
± 0,2
27/07/2015 Rev. 6
2/6
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