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BEDIENUNGSANLEITUNG TEH 300 TROTEC
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Crouzet Millenium 3 run hours Betriebsstunden 00003h Stellaus9. 00000 A B ESC - +Défauts et pannes
| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | |
| A | Projektdaten: | |||||||||||||
| Baureihe: | TEH | Vorschrift: | VDE | |||||||||||
| B | Zeichnungsnummer: | EEA-100-0153-02 | Einspeisung: | 3 x 400V 50/60Hz + PE | ||||||||||
| Modell: | TEH 200/300/400 | Steuerspannung: | 24V DC | |||||||||||
| Bearbeiter: | TEH 400 Nennleistung: | 125,5 kW | ||||||||||||
| C | geprüft: | TEH 400 Stromaufnahme: | INENN 182,0A (@ 400V) | |||||||||||
| Datum: | 03.09.2018 | TEH 300 Nennleistung: | 83,47 kW | |||||||||||
| Kunde: | TEH 300 Stromaufnahme: | INENN 123,0A (@ 400V) | ||||||||||||
| Kundennummer: | TEH 200 Nennleistung: | 41,65 kW | ||||||||||||
| D | Projektnummer: | TEH 200 Stromaufnahme: | INENN 61,0A (@ 400V) | |||||||||||
| TROTEC Zeichnungsnummern: | ||||||||||||||
| E | EEA-100-0153-02 TEH 200/300/400 Serie 08/2018 | |||||||||||||
| F | ||||||||||||||
flowchart
graph TD
A["Component A"] --> B["Haupt-/Noteusschalter main-emergency stop switch"]
B --> C["Component B"]
C --> D["PE"]
D --> E["Component C"]
E --> F["Component D"]
F --> G["Component E"]
G --> H["Component F"]
subgraph Component A
I1["Component I1"] --> J1["Component J1"]
J1 --> K1["Component K1"]
K1 --> L1["Component L1"]
L1 --> M1["Component M1"]
M1 --> N1["Component N1"]
N1 --> O1["Component O1"]
O1 --> P1["Component P1"]
P1 --> Q1["Component Q1"]
Q1 --> R1["Component R1"]
R1 --> S1["Component S1"]
S1 --> T1["Component T1"]
T1 --> U1["Component U1"]
U1 --> V1["Component V1"]
V1 --> W1["Component W1"]
W1 --> X1["Component X1"]
X1 --> Y1["Component Y1"]
Y1 --> Z1["Component Z1"]
Z1 --> AA1["Component AA1"]
AA1 --> AB1["Component AB1"]
AB1 --> AC1["Component AC1"]
AC1 --> AD1["Component AD1"]
AD1 --> AE1["Component AE1"]
AE1 --> AF1["Component AF1"]
AF1 --> AG1["Component AG1"]
AG1 --> AH1["Component AH1"]
AH1 --> AI1["Component AI1"]
AI1 --> AJ1["Component AJ1"]
AJ1 --> AK1["Component AK1"]
AK1 --> AL1["Component AL1"]
AL1 --> AM1["Component AM1"]
AM1 --> AN1["Component AN1"]
AN1 --> AO1["Component AO1"]
AO1 --> AP1["Component AP1"]
AP1 --> AQ1["Component AQ1"]
AQ1 --> AR1["Component AR1"]
AR1 --> AS1["Component AS1"]
AS1 --> AT1["Component AT1"]
AT1 --> AU["Component AU1"]
AU --> AV["Component AV1"]
AV --> AW["Component AW1"]
AW --> AX["Component AX1"]
AX --> AY["Component AY"]
AY --> AZ["Component AZ"]
other
| Terminal | Value | | -------- | ----- | | -XT1 | 2.1 | | -XT5 | 2.4 | | -X5 | 3.4 | | -X2 | 4.2 | | -X5 | 4.1 | | -X2 | 4.2 | | -X5 | 4.0 | | -X2 | 3.0 | | -X5 | 1.1 | | -X2 | 1.4 | | -X5 | 1.1 | | -X2 | 2.1 | | -X5 | 2.0 | | -X2 | 1.0 | | -XT1 | 2.1 | | -XT5 | 3.4 | | -X5 | 3.1 | | -X2 | 4.0 | | -X5 | 3.0 | | -X2 | 4.0 | | -X5 | 3.0 | | -X2 | 4.0 | | -X5 | 3.0 | | -X2 | 4.0 | | -X5 | 3.0 | | -X2 | 4.0 | | -X5 | 3.0 | | 0 | 4.0 | | 2 | 3.0 | | 4 | 3.0 | | 6 | 3.0 | | 8 | 3.0 | | 10 | 3.0 | | 12 | 3.0 | | 14 | 3.0 |
flowchart
graph TD
A["1"] --> B["2"]
B --> C["3"]
C --> D["4"]
D --> E["5"]
E --> F["6"]
F --> G["7"]
G --> H["8"]
H --> I["9"]
I --> J["10"]
J --> K["11"]
K --> L["12"]
L --> M["13"]
M --> N["14"]
subgraph Component A
A1["4.14 L1"] --> A2["4.14 L2"] --> A3["4.14 L3"] --> A4["4.14 PE"] --> A5["L1 6.1"]
A5 --> A6["L2 6.1"] --> A7["L3 6.1"] --> A8["PE 6.1"]
end
subgraph Component B
B1["-5F1"] --> B2["Sicherungsautomat C 16A automatic circuit breaker C 16A"] --> B3["-5M1 Ventilator Proz. Luft fan proc. air"]
B3 --> B4["RDial Ventilator"]
B4 --> B5["RSB RSA Din2 Din1 Ain2U GND"]
B5 --> B6["Ru/gy 2 BR/BN 3 BL/BU 4 CE/YE 5 RS/PK 6 RT/RD 7 OM/CN 8 WS/WH"]
B6 --> B7["-10A1 IB -X2 3.4"]
B7 --> B8["COM 10.1 IB 11.7"]
B8 --> B9["Istwert Freigabe hohe Drehzahl"]
B9 --> B10["Ain2U 10.9 Din1 9.1 Din2 10.7"]
B10 --> B11["-X2 5.4 -X2 6.4"]
end
subgraph Component C
C1["2"] --> C2["3"] --> C3["4"] --> C4["5"] --> C5["6"]
C5 --> C6["7"]
C6 --> C7["8"]
C7 --> C8["9"]
C8 --> C9["10"]
C9 --> C10["11"]
C10 --> C11["12"]
C11 --> C12["13"]
C12 --> C13["14"]
end
subgraph Component D
D1["3"] --> D2["4"] --> D3["5"] --> D4["6"] --> D5["7"]
D5 --> D6["8"]
D6 --> D7["9"]
D7 --> D8["10"]
D8 --> D9["11"]
D9 --> D10["12"]
D10 --> D11["13"]
D11 --> D12["14"]
end
subgraph Component E
E1["4.14 Vgnd"] --> E2["Vgnd 6.1"]
end
flowchart
graph TD
subgraph A
A1["5.14 L1"] --> A2["PE"]
A2 --> A3["-6F1 C 32A"]
A3 --> A4["Sicherungsautomat C 32A"]
A4 --> A5["automatic circuit breaker C 32A"]
A5 --> A6["-8Q1 8.2"]
A6 --> A7["-8Q2 8.3"]
A7 --> A8["-10A1 O3"]
A8 --> A9["-6V1 40A"]
A9 --> A10["SSR 50-480VAC"]
A10 --> A11["8-30V"]
A11 --> A12["SSR 50-480VAC"]
A12 --> A13["8-30V"]
A13 --> A14["SSR 50-480VAC"]
A14 --> A15["SSR 50-480VAC"]
A15 --> A16["SSR 50-480VAC"]
A16 --> A17["SSR 50-480VAC"]
A17 --> A18["SSR 50-480VAC"]
A18 --> A19["SSR 50-480VAC"]
A19 --> A20["SSR 50-480VAC"]
A20 --> A21["SSR 50-480VAC"]
A21 --> A22["SSR 50-480VAC"]
A22 --> A23["SSR 50-480VAC"]
A23 --> A24["SSR 50-480VAC"]
A24 --> A25["SSR 50-480VAC"]
A25 --> A26["SSR 50-480VAC"]
A26 --> A27["SSR 50-480VAC"]
A27 --> A28["SSR 50-480VAC"]
A28 --> A29["SSR 50-480VAC"]
A29 --> A30["SSR 50-480VAC"]
A30 --> A31["SSR 50-480VAC"]
A31 --> A32["SSR 50-480VAC"]
A32 --> A33["SSR 50-480VAC"]
A33 --> A34["SSR 50-480VAC"]
A34 --> A35["SSR 50-480VAC"]
A35 --> A36["SSR 50-480VAC"]
A36 --> A37["SSR 50-480VAC"]
A37 --> A38["SSR 50-480VAC"]
A38 --> A39["SSR 50-480VAC"]
A39 --> A40["SSR 50-480VAC"]
A40 --> A41["SSR 50-480VAC"]
A41 --> A42["SSR 50-480VAC"]
A42 --> A43["SSR 50-480VAC"]
A43 --> A44["SSR 50-480VAC"]
A44 --> A45["SSR 50-480VAC"]
A45 --> A46["SSR 50-480VAC"]
A46 --> A47["SSR 50-480VAC"]
A47 --> A48["SSR 50-480VAC"]
A48 --> A49["SSR 50-480VAC"]
A49 --> A50["SSR 50-480VAC"]
A50 --> A51["SSR 50-480VAC"]
A51 --> A52["SSR 50-480VAC"]
A52 --> A53["SSR 50-480VAC"]
A53 --> A54["SSR 50-480VAC"]
A54 --> A55["SSR 50-480VAC"]
A55 --> A56["SSR 50-480VAC"]
A56 --> A57["SSR 50-480VAC"]
A57 --> A58["SSR 50-480VAC"]
A58 --> A59["SSR 50-480VAC"]
A59 --> A60["SSR 50-480VAC"]
A61 --> A62["SSR 50-480VAC"]
A62 --> A63["SSR 50-480VAC"]
A63 --> A64["SSR 50-480VAC"]
A64 --> A65["SSR 50-480VAC"]
A65 --> A66["SSR 50-480VAC"]
A66 --> A67["SSR 50-480VAC"]
A67 --> A68["SSR 50-480VAC"]
A68 --> A69["SSR 50-480VAC"]
A69 --> A70["SSR 50-480VAC"]
A71 --> E["Vgnd 1.7.1"]
end
subgraph B
B1["L1"] --> B2["L2"] --> B3["L3"] --> B4["PE"] --> B
end
subgraph C
C1["C"] --> C2["C"] --> C3["C"] --> C4["C"] --> C
end
subgraph D
D1["D"] --> D2["D"] --> D3["D"] --> D4["D"] --> D
end
subgraph E
E1["E"] --> E2["E"] --> E3["E"] --> E4["E"] --> E
end
subgraph F
F1["F"] --> F2["F"] --> F3["F"] --> F4["F"] --> F
end
flowchart
graph TD
A["1"] --> B["2"]
B --> C["3"]
C --> D["4"]
D --> E["5"]
E --> F["6"]
F --> G["7"]
G --> H["8"]
H --> I["9"]
I --> J["10"]
J --> K["11"]
K --> L["12"]
L --> M["13"]
M --> N["14"]
subgraph Section A
A1["4.6F14 L1"] --> A2["4.6F14 L2"]
A2 --> A3["4.6F14 L3"]
A3 --> A4["4.6F14 PE"]
A4 --> A5["-6F5 1 3 5"]
A5 --> A6["Sicherungsautomat C 32A automatic circuit breaker C 32A"]
A6 --> A7["-8Q9 4 8-8Q10 4 8-8Q11 4 -8Q12 4"]
A7 --> A8["-6V9 1 6-6V10 1 6-6V11 1 -6V12 1"]
A8 --> A9["SSR 50-480VAC 40A 8-30V 8-30V"]
A9 --> A10["SSR 50-480VAC 40A 8-30V"]
A10 --> A11["SSR 50-480VAC 40A 8-30V"]
A11 --> A12["SSR 50-480VAC 40A 8-30V"]
A12 --> A13["SSR 50-480VAC 40A 8-30V"]
A13 --> A14["SSR 50-480VAC 40A 8-30V"]
A14 --> A15["SSR 50-480VAC 40A 8-30V"]
A15 --> A16["SSR 50-480VAC 40A 8-30V"]
A16 --> A17["SSR 50-480VAC 40A 8-30V"]
A17 --> A18["SSR 50-480VAC 40A 8-30V"]
A18 --> A19["SSR 50-480VAC 40A 8-30V"]
A19 --> A20["SSR 50-480VAC 40A 8-30V"]
A20 --> A21["SSR 50-480VAC 40A 8-30V"]
A21 --> A22["SSR 50-480VAC 40A 8-30V"]
A22 --> A23["SSR 50-480VAC 40A 8-30V"]
A23 --> A24["SSR 50-480VAC 40A 8-30V"]
A24 --> A25["SSR 50-480VAC 40A 8-30V"]
A25 --> A26["SSR 50-480VAC 40A 8-30V"]
A26 --> A27["SSR 50-480VAC 40A 8-30V"]
A27 --> A28["SSR 50-480VAC 40A 8-30V"]
A28 --> A29["SSR 50-480VAC 40A 8-30V"]
A29 --> A30["SSR 50-480VAC 40A 8-30V"]
A30 --> A31["SSR 50-480VAC 40A 8-30V"]
A31 --> A32["SSR 50-480VAC 40A 8-30V"]
A32 --> A33["SSR 50-480VAC 40A 8-30V"]
A33 --> A34["SSR 50-480VAC 40A 8-30V"]
A34 --> A35["SSR 50-480VAC 40A 8-30V"]
A35 --> A36["SSR 50-480VAC 40A 8-30V"]
A36 --> A37["SSR 50-480VAC 40A 8-30V"]
A37 --> A38["SSR 50-480VAC 40A 8-30V"]
A38 --> A39["SSR 50-480VAC 40A 8-30V"]
A39 --> A40["SSR 50-480VAC 40A 8-30V"]
A40 --> A41["SSR 50-480VAC 40A 8-30V"]
A41 --> A42["SSR 50-480VAC 40A 8-30V"]
A42 --> A43["SSR 50-480VAC 40A 8-30V"]
A43 --> A44["SSR 50-480VAC 40A 8-30V"]
A44 --> A45["SSR 50-480VAC 40A 8-30V"]
A45 --> A46["SSR 50-480VAC 40A 8-30V"]
A46 --> A47["SSR 50-480VAC 40A 8-30V"]
A47 --> A48["SSR 50-480VAC 40A 8-30V"]
A48 --> A49["SSR 50-480VAC 40A 8-30V"]
A49 --> A50["SSR 50-480VAC 40A 8-30V"]
A51["6.14 Vond"] --> B["-6E5 Heizung heater<br>Bank 5 TEH 40O"]
B --> C["-6E6 Heizung heater<br>Bank 6 TEH 4OO"]
flowchart
graph TD
A["1"] --> B["2"]
B --> C["3"]
C --> D["4"]
D --> E["5"]
E --> F["6"]
F --> G["7"]
G --> H["8"]
H --> I["9"]
I --> J["10"]
J --> K["11"]
K --> L["12"]
L --> M["13"]
M --> N["14"]
subgraph A
O["PE"] --> P["-X2 1.4 -X5 3.3"]
P --> Q["PE"]
Q --> R["-10A1 IC"]
R --> S["IC"]
S --> T["117"]
end
subgraph B
U["Tu 110°C"] --> V["-8B1"]
V --> W["Temperaturbegrenzer temperaturelimiter"]
W --> X["-10A1 IC"]
X --> Y["IC"]
Y --> Z["117"]
end
subgraph C
AA["PE"] --> AB["-8M1 -8M2"]
AB --> AC["A1 -8Q1"]
AC --> AD["A2 -8Q2"]
AD --> AE["A1 -8Q3"]
AE --> AF["A2 -8Q4"]
AF --> AG["A1 -8Q5"]
AG --> AH["A2 -8Q6"]
AH --> AI["A1 -8Q7"]
AI --> AJ["A2 -8Q8"]
AJ --> AK["A1 -8Q9"]
AK --> AL["A2 -8Q10"]
AL --> AM["A1 -8Q11"]
AM --> AN["A2 -8Q12"]
AN --> AO["A1 -8D1"]
end
subgraph D
AP["PE"] --> AQ["-8M3 -8M4"]
AQ --> AR["A1 -8Q3"]
AR --> AS["A2 -8Q4"]
AS --> AT["A1 -8Q5"]
AT --> AU["A2 -8Q6"]
AU --> AV["A1 -8Q7"]
AV --> AW["A2 -8Q8"]
AW --> AX["A1 -8Q9"]
AX --> AY["A2 -8Q10"]
AY --> AZ["A1 -8Q11"]
AZ --> BA["A2 -8Q12"]
BA --> BB["A1 -8D1"]
end
subgraph E
BC["PE"] --> BD["-8M5 -8M6"]
BD --> BE["A1 -8Q5"]
BE --> BF["A2 -8Q6"]
BF --> BG["A1 -8Q7"]
BG --> BH["A2 -8Q8"]
BH --> BI["A1 -8Q9"]
BI --> BJ["A2 -8Q10"]
BJ --> BK["A1 -8Q11"]
BK --> BL["A2 -8Q12"]
BL --> BM["A1 -8D1"]
end
subgraph F
BN["TEH 200/300/400"] & ND["TEH 300/400"] & EQ["TEH 400"] & Vgnd["9.1"] & Vgnd["Vgnd"]
flowchart
graph TD
A["1"] --> B["2"]
B --> C["3"]
C --> D["4"]
D --> E["5"]
E --> F["6"]
F --> G["7"]
G --> H["8"]
H --> I["9"]
I --> J["10"]
J --> K["11"]
K --> L["12"]
L --> M["13"]
M --> N["14"]
subgraph Component A
O["Vp"] --> P["9.14"]
Q["COM"] --> R["5.7"]
S["Vs"] --> T["9.14"]
end
subgraph Component B
U["-10S3"] --> V["1"]
V --> W["2"]
W --> X["6"]
X --> Y["10"]
Z["-10A1"] --> AA["I4"]
AB["I5"] --> AC["I5"]
AD["I6"] --> AE["I6"]
AF["Din2"] --> AG["5.7"]
end
subgraph Component C
AH["-10B3"] --> AI["-X2 3.3"]
AJ["dP MU Venti"] --> AK["A01"]
AL["weiß braun"] --> AM["-10B3"]
AN["GND Vin"] --> AO["-10B3"]
AP["Differenzdruck Proz.-Luft differential pressure proc.-air"] --> AQ["-10B1"]
AR["Messfühler NTC measurement sensor NTC"] --> AS["-10B1 1 2"]
AT["Messfühler NTC measurement sensor NTC"] --> AU["-10B2 1 2"]
end
subgraph Component D
AV["-10A1"] --> AW["I4"]
AX["I5"] --> AY["I5"]
AZ["I6"] --> BA["I6"]
BB["Din2"] --> BC["Din2 5.7"]
end
subgraph Component E
BD["-10A1"] --> BE["I4"]
BF["I5"] --> BG["I5"]
BH["Din2"] --> BI["Din2 5.7"]
end
subgraph Component F
BJ["-Vand"] --> BK["9.14"]
end
line
| Level | Description | |---|---| | A | Potential freier contact potential-free contact | | B | -9K3 9.5 max. 6A / 250V | | C | -9K3 14 12 11 | | D | -9K3 11 Meldung Betrieb message operation | | E | -9K4 9.8 max. 6A / 250V | | F | -9K4 14 12 11 Meldung Störung message fault || Währliche sonstige Veräußerung der Abflüsse Beteilungen und der Betrieb von bere kosten fälligen, nicht erfasstige, nicht ausgeschäften, durch die durchschnitt auf dem Betrieben, an verändern in Steuernstoffe | ||||||||
| NAGENAT 1:10 | Algem. Rechte DIN ISO 2768-1m | GÖTEKÄSIC | 35 DCM | |||||
| Pos. Nr. | Nom DIN | Währlich | ||||||
| ZUM. | 3 | GÖTE KÜT | ||||||
| FADE | DATUM | |||||||
| GÖTEKÄSIC | VÄRTE | GÖTE KÜT | ||||||
| GÖTEKÄT | ||||||||
| GÖTE KÜKT | ||||||||
| Proklats | ||||||||
| CZE. Nr. | Anfang | Järder | TEH | A3 | ||||
Vue en éclaté
Info
Detlef von der Lieck, gérant
Trotec GmbH
Grebener Str. 7
D-52525 Heinsberg
+49 2452 962-400
+49 2452 962-200
info@trotec.com
www.trotec.com
