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Pfeiffer Vacuum HIPACE 450 manuals available for free PDF download: Operating Instructions Manual
Pfeiffer Vacuum HIPACE 450 Operating Instructions Manual (124 pages)
Turbopump
Brand:
Pfeiffer Vacuum
| Category:
Water Pump
| Size: 10 MB
Table of Contents
Deutsch
3
Table of Contents
3
Zielgruppe
7
Anweisungen IM Text
7
Konventionen
7
Zu dieser Anleitung
7
Varianten
7
Mitgeltende Dokumente
7
Gültigkeit
7
Piktogramme
8
Aufkleber auf dem Produkt
8
Abb. 1: Position der Aufkleber auf dem Produkt
8
Abkürzungen
9
Markennachweis
9
Sicherheit
10
Allgemeine Sicherheitshinweise
10
Sicherheitshinweise
10
Sicherheitsmaßnahmen
14
Einsatzgrenzen des Produkts
15
Bestimmungsgemäße Verwendung
15
Personenqualifikation Sicherstellen
16
Personenqualifikation
16
Vorhersehbarer Fehlgebrauch
16
Personenqualifikation bei Wartung und Reparatur
17
Mit Pfeiffer Vacuum Weiterbilden
17
Produktbeschreibung
18
Funktion
18
Kühlung
18
Rotorlager
18
Antrieb
18
Abb. 2: Aufbau Hipace 300 H
18
Produkt Identifizieren
19
Produkttypen
19
Produktmerkmale
19
Lieferumfang
19
Lagerung
20
Transport
20
Transport und Lagerung
20
Installation
21
Vorbereitende Arbeiten
21
Turbopumpe am Unterteil Befestigen
22
Hochvakuumseite Anschließen
22
Anforderungen für die Auslegung des Gegenflansches
22
Erdbebensicherheit Berücksichtigen
23
Splitterschutz oder Schutzgitter Verwenden
24
Dämpfungskörper Verwenden
24
Abb. 3: Beispiel: Sicherheitsverbindungen
24
Abb. 4: Empfohlene Ausrichtung bei Verwendung Ölgedichteter Vorpumpen
25
Abb. 5: Flanschverbindung ISO-K zu ISO-K, Klammerschraube
25
ISO-K Flansch an ISO-F Befestigen
25
Einbaulagen
25
ISO-K Flansch an ISO-K Befestigen
25
Abb. 6: Flanschverbindung ISO-K mit ISO-F, Sechskantschraube und Gewindeboh
26
Abb. 7: Flanschverbindung ISO-K mit ISO-F, Stiftschraube und Gewindebohrung
26
Abb. 9: Flanschverbindung ISO-F, Sechskantschraube und Gewindebohrung
27
Abb. 10: Flanschverbindung ISO-F, Stiftschraube und Gewindebohrung
27
Abb. 8: Flanschverbindung ISO-K mit ISO-F, Stiftschraube und Durchgangsbohrung
27
ISO-F Flansch an ISO-F Befestigen
27
CF-Flansch an CF-F Befestigen
28
Abb. 11: Flanschverbindung ISO-F, Stiftschraube und Durchgangsbohrung
28
Abb. 12: Flanschverbindung CF-F, Sechskantschraube und Durchgangsbohrung
28
Abb. 13: Flanschverbindung CF-F, Siftschraube und Gewindebohrung
29
Abb. 14: Flanschverbindung CF-F, Siftschraube und Durchgangsbohrung
29
Vorvakuumseite Anschließen
30
Abb. 15: Beispiel für den Vorvakuumanschluss an Hipace
30
Abb. 16: Beispiel für den Zubehöranschluss über Adapter TCS
31
Zubehör Anschließen
31
Elektrische Versorgung Anschließen
31
Abb. 17: Beispiel: Anschluss des Erdungskabels
32
Turbopumpe Erden
32
Elektrischen Anschluss Herstellen
32
Abb. 18: Antriebselektronik mit Netzteil Verbinden
33
Betrieb
34
Inbetriebnahme
34
Betriebsarten
34
Betrieb ohne Bedieneinheit
35
Betrieb über Multifunktionsanschluss "X3
35
Betrieb über Pfeiffer Vacuum Steuergerät
35
Betrieb über Anschluss "E74
35
Betrieb über Feldbus
35
Turbopumpe Einschalten
36
Betriebsüberwachung
36
Betriebsanzeige über LED
36
Fluten
37
Ausschalten
37
Ausschalten und Fluten
37
Temperaturüberwachung
37
Wartung
39
Allgemeine Wartungshinweise
39
Checkliste für Inspektion und Wartung
39
Betriebsmittelspeicher Austauschen
40
Betriebsmittelspeicher Demontieren
41
Abb. 19: Betriebsmittelspeicher Demontieren
41
Betriebsmittelspeicher Montieren
42
Abb. 20: Betriebsmittelspeicher Montieren
42
Antriebselektronik Austauschen
43
Antriebselektronik Demontieren
43
Abb. 22: Montage der Antriebselektronik TC
44
Abb. 21: Demontage der Antriebselektronik TC
44
Antriebselektronik Installieren
44
Drehzahlvorgabe Bestätigen
45
Außerbetriebnahme
46
Stillsetzen für Längere Zeit
46
Wiederinbetriebnahme
46
Recycling und Entsorgung
47
Allgemeine Entsorgungshinweise
47
Turbopumpe Entsorgen
47
Störungen
48
Servicelösungen von Pfeiffer Vacuum
50
Ersatzteile Hipace 300 H
52
Abb. 23: Ersatzteile Hipace 300 H
52
Zubehör
53
Zubehörinformationen
53
Zubehör Bestellen
53
Technische Daten
55
Technische Daten und Abmessungen
55
Allgemeines
55
Medienberührende Werkstoffe
57
Kennlinien
58
Abmessungen
59
EG Konformitätserklärung
60
Konformitätserklärung
61
English
63
About this Manual
67
Applicable Documents
67
Conventions
67
Instructions in the Text
67
Target Group
67
Validity
67
Variants
67
Fig. 1: Position of the Stickers on the Product
68
Pictographs
68
Stickers on the Product
68
Abbreviations
69
Tbl. 1: Abbreviations Used in this Document
69
Trademark Proof
69
General Safety Information
70
Safety
70
Safety Instructions
70
Safety Precautions
74
Foreseeable Improper Use
75
Limits of Use of Product
75
Proper Use
75
Tbl. 2: Permissible Ambient Conditions
75
Ensuring Personnel Qualification
76
Personnel Qualification
76
Advanced Training with Pfeiffer Vacuum
77
Personnel Qualification for Maintenance and Repair
77
Cooling
78
Drive
78
Fig. 2: Design Hipace 300 H
78
Function
78
Product Description
78
Rotor Bearing
78
Identifying the Product
79
Product Features
79
Product Types
79
Scope of Delivery
79
Storage
80
Transport
80
Transportation and Storage
80
Fastening Turbopump to Bottom Part
81
Installation
81
Preparatory Work
81
Connecting the High Vacuum Side
82
Requirements for the Dimensioning of a Counter Flange
82
Tbl. 5: Requirements for Fastening the Turbopumps to the Bottom Part
82
Considering Earthquake Protection
83
Fig. 3: Example: Safety Connections
83
Tbl. 6: Requirements for the Dimensioning of Customer-Specific High Vacuum con
83
Tbl. 7: Reduction of the Pumping Speed When Using a Splinter Shield or Protective
83
Using a Splinter Shield or Protective Screen
83
Attaching ISO-K Flange Onto ISO-K
84
Fig. 4: Recommended Alignment When Using Oil-Sealed Backing Pumps
84
Mounting Orientations
84
Using the Vibration Compensator
84
Attaching ISO-K Flange to ISO-F
85
Fig. 5: Flange Connection ISO-K to ISO-F, Bracket Screws
85
Fig. 6: Flange Connection ISO-K with ISO-F, Hexagon Head Screw and Tapped Hole
85
Attaching ISO-F Flange to ISO-F
86
Fig. 7: Flange Connection ISO-K with ISO-F, Stud Screw and Tapped Hole
86
Fig. 8: Flange Connection ISO-K with ISO-F, Stud Screw and through Hole
86
Attaching CF Flange to CF-F
87
Fig. 10: Flange Connection ISO-F, Stud Screw and Tapped Hole
87
Fig. 11: Flange Connection ISO-F, Stud Screw and through Hole
87
Fig. 9: Flange Connection ISO-F, Hexagon Head Screw and Tapped Hole
87
Fig. 12: Flange Connection CF-F, Hexagon Head Screw and through Hole
88
Fig. 13: Flange Connection CF-F, Stud Screw and Tapped Hole
88
Connecting the Fore-Vacuum Side
89
Fig. 14: Flange Connection CF-F, Stud Screw and through Hole
89
Connecting Accessories
90
Fig. 15: Example of Fore-Vacuum Connection on Hipace
90
Connecting the Electrical Supply
91
Earthing the Turbopump
91
Fig. 16: Example of Accessory Connection Via Adapter TCS
91
Establishing Electric Connection
92
Fig. 17: Example: Connecting the Grounding Cable
92
Fig. 18: Connecting Electronic Drive Unit to Power Supply Pack
93
Commissioning
94
Operating Modes
94
Operation
94
Tbl. 8: Factory Setting of the Electronic Drive Unit for Turbopumps When Delivered
94
Operation Via Connection "E74
95
Operation Via Field Bus
95
Operation Via Multi-Function Connection "X3
95
Operation Via Pfeiffer Vacuum Control Unit
95
Operation Without Operating Unit
95
Operating Mode Display Via LED
96
Operation Monitoring
96
Switching on the Turbopump
96
Switching off
97
Switching off and Venting
97
Tbl. 9: Behavior and Meaning of the Leds on the Electronic Drive Unit
97
Temperature Monitoring
97
Venting
97
Tbl. 10: Factory Settings for Delayed Venting in Turbopumps
98
Checklist for Inspection and Maintenance
99
General Maintenance Information
99
Maintenance
99
Replace Operating Fluid Reservoir
100
Tbl. 11: Maintenance Intervals
100
Fig. 19: Removing the Operating Fluid Reservoir
101
Removing the Operating Fluid Reservoir
101
Fig. 20: Installing the Operating Fluid Reservoir
102
Installing the Operating Fluid Reservoir
102
Removing Electronic Drive Unit
103
Replacing Electronic Drive Unit
103
Fig. 21: Removal of Electronic Drive Unit TC
104
Fig. 22: Installation of Electronic Drive Unit TC
104
Installing Electronic Drive Unit
104
Confirming Speed Specification
105
Tbl. 12: Characteristic Nominal Rotation Speeds of the Turbopumps
105
Decommissioning
106
Recommissioning
106
Shutting down for Longer Periods
106
Dispose of Turbopumps
107
General Disposal Information
107
Recycling and Disposal
107
Malfunctions
108
Tbl. 13: Troubleshooting Turbopumps
109
Service Solutions by Pfeiffer Vacuum
110
Fig. 23: Hipace 300 H Spare Parts
112
Hipace 300 H Spare Parts
112
Accessories
113
Accessory Information
113
Ordering Accessories
113
Tbl. 15: Accessories
114
General
115
Technical Data
115
Technical Data and Dimensions
115
Substances in Contact with the Media
117
Tbl. 19: Materials that Make Contact with the Process Media
117
Characteristics
118
Fig. 24: Compression Ratio to Supply Pressure Characteristic for Gas Throughput
118
Dimensions
119
EC Declaration of Conformity
120
Declaration of Conformity
121
Hipace 300 H
121
Advertisement
Pfeiffer Vacuum HIPACE 450 Operating Instructions Manual (116 pages)
Turbopump
Brand:
Pfeiffer Vacuum
| Category:
Water Pump
| Size: 10 MB
Table of Contents
Deutsch
3
Table of Contents
3
Zielgruppe
7
Anweisungen IM Text
7
Konventionen
7
Zu dieser Anleitung
7
Varianten
7
Gültigkeit
7
Mitgeltende Dokumente
7
Piktogramme
8
Aufkleber auf dem Produkt
8
Abb. 1: Position der Aufkleber auf dem Produkt
8
Abkürzungen
9
Sicherheitshinweise
10
Allgemeine Sicherheitshinweise
10
Sicherheit
10
Sicherheitsmaßnahmen
14
Einsatzgrenzen des Produkts
15
Bestimmungsgemäße Verwendung
15
Vorhersehbarer Fehlgebrauch
16
Produktbeschreibung
17
Funktion
17
Kühlung
17
Rotorlager
17
Antrieb
17
Abb. 2: Aufbau Hipace
17
Produktmerkmale
18
Lieferumfang
18
Produkt Identifizieren
18
Produkttypen
18
Transport und Lagerung
19
Transport
19
Lagerung
19
Installation
20
Vorbereitende Arbeiten
20
Hochvakuumseite Anschließen
21
Anforderungen für die Auslegung des Gegenflansches
21
Erdbebensicherheit Berücksichtigen
21
Splitterschutz oder Schutzgitter Verwenden
22
Dämpfungskörper Verwenden
22
Abb. 3: Beispiel: Sicherheitsverbindungen
22
Abb. 4: Empfohlene Ausrichtung bei Verwendung Ölgedichteter Vorpumpen
23
Abb. 5: Flanschverbindung ISO-K zu ISO-K, Klammerschraube
23
ISO-K Flansch an ISO-K Befestigen
23
ISO-K Flansch an ISO-F Befestigen
23
Einbaulagen
23
Abb. 6: Flanschverbindung ISO-K mit ISO-F, Sechskantschraube und Gewindeboh
24
Abb. 7: Flanschverbindung ISO-K mit ISO-F, Stiftschraube und Gewindebohrung
24
ISO-F Flansch an ISO-F Befestigen
25
Abb. 8: Flanschverbindung ISO-K mit ISO-F, Stiftschraube und Durchgangsbohrung
25
Abb. 9: Flanschverbindung ISO-F, Sechskantschraube und Gewindebohrung
25
Abb. 10: Flanschverbindung ISO-F, Stiftschraube und Gewindebohrung
25
CF-Flansch an CF-F Befestigen
26
Abb. 11: Flanschverbindung ISO-F, Stiftschraube und Durchgangsbohrung
26
Abb. 12: Flanschverbindung CF-F, Sechskantschraube und Durchgangsbohrung
26
Abb. 13: Flanschverbindung CF-F, Siftschraube und Gewindebohrung
27
Abb. 14: Flanschverbindung CF-F, Siftschraube und Durchgangsbohrung
27
Abb. 15: Beispiel für den Vorvakuumanschluss an Hipace
28
Vorvakuumseite Anschließen
28
Zubehör Anschließen
29
Elektrische Versorgung Anschließen
29
Abb. 16: Beispiel für den Zubehöranschluss über Adapter TCS
29
Turbopumpe Erden
30
Elektrischen Anschluss Herstellen
30
Abb. 17: Beispiel: Anschluss des Erdungskabels
30
Abb. 18: Verbindung der Antriebselektronik mit einem Netzteil
31
Betrieb
32
Inbetriebnahme
32
Betriebsarten
32
Betrieb über Feldbus
33
Betrieb über Anschluss "E74
33
Betrieb über Pfeiffer Vacuum Anzeige- und Bediengerät
33
Betrieb über Multifunktionsanschluss "X3
33
Betrieb ohne Bedieneinheit
33
Turbopumpe Einschalten
34
Betriebsüberwachung
34
Betriebsanzeige über LED
34
Temperaturüberwachung
35
Ausschalten und Fluten
35
Ausschalten
35
Fluten
35
Wartung
37
Allgemeine Wartungshinweise
37
Checkliste für Inspektion und Wartung
37
Betriebsmittelspeicher Austauschen
38
Betriebsmittelspeicher Demontieren
39
Abb. 19: Betriebsmittelspeicher Demontieren
39
Betriebsmittelspeicher Montieren
40
Abb. 20: Betriebsmittelspeicher Montieren
40
Antriebselektronik Austauschen
41
Antriebselektronik Demontieren
41
Antriebselektronik Installieren
42
Abb. 21: Demontage der Antriebselektronik TC
42
Abb. 22: Montage der Antriebselektronik TC
42
Drehzahlvorgabe Bestätigen
43
Außerbetriebnahme
44
Stillsetzen für Längere Zeit
44
Wiederinbetriebnahme
44
Recycling und Entsorgung
45
Allgemeine Entsorgungshinweise
45
Turbopumpe Entsorgen
45
Störungen
46
Servicelösungen von Pfeiffer Vacuum
48
Ersatzteile Hipace
50
Zubehör
51
Zubehörinformationen
51
Zubehör Bestellen
51
Technische Daten und Abmessungen
53
Allgemeines
53
Technische Daten
53
Medienberührende Werkstoffe
55
Abmessungen
55
EG Konformitätserklärung
57
Konformitätserklärung
58
English
59
About this Manual
63
Applicable Documents
63
Conventions
63
Instructions in the Text
63
Target Group
63
Validity
63
Variants
63
Fig. 1: Position of the Stickers on the Product
64
Pictographs
64
Stickers on the Product
64
Abbreviations
65
Tbl. 1: Abbreviations Used in this Document
65
General Safety Information
66
Safety
66
Safety Instructions
66
Safety Precautions
70
Foreseeable Improper Use
71
Limits of Use of the Product
71
Proper Use
71
Tbl. 2: Permissible Ambient Conditions
71
Cooling
73
Drive
73
Fig. 2: Hipace 300 Design
73
Function
73
Product Description
73
Rotor Bearing
73
Identifying the Product
74
Product Features
74
Product Types
74
Scope of Delivery
74
Storage
75
Transport
75
Transportation and Storage
75
Connecting the High Vacuum Side
76
Installation
76
Preparatory Work
76
Requirements for the Dimensioning of a Counter Flange
76
Considering Earthquake Protection
77
Tbl. 5: Requirements for the Dimensioning of Customer-Specific High Vacuum con
77
Fig. 3: Example: Safety Connections
78
Tbl. 6: Reduction of the Pumping Speed When Using a Splinter Shield or Protective
78
Using a Splinter Shield or Protective Screen
78
Using the Vibration Compensator
78
Attaching ISO-K Flange Onto ISO-K
79
Attaching ISO-K Flange to ISO-F
79
Fig. 4: Recommended Alignment When Using Oil-Sealed Backing Pumps
79
Fig. 5: Flange Connection ISO-K to ISO-F, Bracket Screws
79
Mounting Orientations
79
Fig. 6: Flange Connection ISO-K with ISO-F, Hexagon Head Screw and Tapped Hole
80
Fig. 7: Flange Connection ISO-K with ISO-F, Stud Screw and Tapped Hole
80
Attaching ISO-F Flange to ISO-F
81
Fig. 10: Flange Connection ISO-F, Stud Screw and Tapped Hole
81
Fig. 8: Flange Connection ISO-K with ISO-F, Stud Screw and through Hole
81
Fig. 9: Flange Connection ISO-F, Hexagon Head Screw and Tapped Hole
81
Attaching CF Flange to CF-F
82
Fig. 11: Flange Connection ISO-F, Stud Screw and through Hole
82
Fig. 12: Flange Connection CF-F, Hexagon Head Screw and through Hole
82
Fig. 13: Flange Connection CF-F, Stud Screw and Tapped Hole
83
Fig. 14: Flange Connection CF-F, Stud Screw and through Hole
83
Connecting the Fore-Vacuum Side
84
Fig. 15: Example of Fore-Vacuum Connection on Hipace
84
Connecting Accessories
85
Connecting the Electrical Supply
85
Fig. 16: Example of Accessory Connection Via Adapter TCS
85
Earthing the Turbopump
86
Establishing the Electric Connection
86
Fig. 17: Example: Connecting the Grounding Cable
86
Fig. 18: Connecting the Electronic Drive Unit to a Power Supply Pack
87
Commissioning
88
Operation
88
Tbl. 7: Factory Setting of the Electronic Drive Unit for Turbopumps When Delivered
88
Operating Modes
89
Operation Via Connection "E74
89
Operation Via Field Bus
89
Operation Via Multi-Function Connection "X3
89
Operation Via Pfeiffer Vacuum Display and Control Unit
89
Operation Without Operating Unit
89
Operating Mode Display Via LED
90
Operation Monitoring
90
Switching on the Turbopump
90
Switching off
91
Switching off and Venting
91
Tbl. 8: Behavior and Meaning of the Leds on the Electronic Drive Unit
91
Temperature Monitoring
91
Venting
91
Tbl. 9: Factory Settings for Delayed Venting in Turbopumps
92
Checklist for Inspection and Maintenance
93
General Maintenance Information
93
Maintenance
93
Replace Operating Fluid Reservoir
94
Tbl. 10: Maintenance Intervals
94
Fig. 19: Removing the Operating Fluid Reservoir
95
Removing the Operating Fluid Reservoir
95
Fig. 20: Installing the Operating Fluid Reservoir
96
Installing the Operating Fluid Reservoir
96
Removing Electronic Drive Unit
97
Replacing the Electronic Drive Unit
97
Fig. 21: Removal of Electronic Drive Unit TC
98
Fig. 22: Installation of Electronic Drive Unit TC
98
Installing the Electronic Drive Unit
98
Confirming the Speed Specification
99
Tbl. 11: Characteristic Nominal Rotation Speeds of the Turbopumps
99
Decommissioning
100
Recommissioning
100
Shutting down for Longer Periods
100
Dispose of Turbopumps
101
General Disposal Information
101
Recycling and Disposal
101
Malfunctions
102
Tbl. 12: Troubleshooting Turbopumps
103
Service Solutions by Pfeiffer Vacuum
104
Spare Parts Hipace
106
Accessories
107
Accessory Information
107
Ordering Accessories
107
Tbl. 14: Accessories
108
General
109
Technical Data
109
Technical Data and Dimensions
109
Dimensions
111
Substances in Contact with the Media
111
Fig. 25: Dimensions Hipace 300 | TC 110 | DN 100 ISO-F
112
Fig. 26: Dimensions Hipace 300 | TC 110 | DN 100 CF-F
112
EC Declaration of Conformity
113
Declaration of Conformity
114
Pfeiffer Vacuum HIPACE 450 Operating Instructions Manual (64 pages)
Turbopump
Brand:
Pfeiffer Vacuum
| Category:
Water Pump
| Size: 5 MB
Table of Contents
Table of Contents
3
1 About this Manual
7
Validity
7
Related Documents
7
Variants
7
Target Group
7
Conventions
7
Instructions in the Text
7
Pictographs
8
Stickers on the Product
8
Abbreviations
9
Trademark Proof
9
Tbl. 1: Abbreviations Used in this Document
9
Fig. 1: Position of the Stickers on the Product
9
2 Safety
10
General Safety Information
10
Safety Instructions
10
Safety Precautions
14
Limits of Use of the Product
15
Proper Use
15
Foreseeable Improper Use
15
Tbl. 2: Permissible Ambient Conditions
15
Personnel Qualification
16
Ensuring Personnel Qualification
16
Personnel Qualification for Maintenance and Repair
17
Advanced Training with Pfeiffer Vacuum
17
3 Product Description
18
Function
18
Cooling
18
Rotor Bearing
18
Fig. 2: Hipace 450 Design
18
Drive
19
Scope of Delivery
19
Identifying the Product
19
Product Types
19
Product Features
19
Tbl. 3: Product Designation of Pfeiffer Vacuum Hipace Turbopumps
19
Tbl. 4: Turbopump Features
19
4 Transportation and Storage
20
Transport
20
Storage
20
5 Installation
21
Preparatory Work
21
Connecting the High Vacuum Side
21
Requirements for the Dimensioning of a Counter Flange
21
Considering Earthquake Protection
22
Tbl. 5: Requirements for the Dimensioning of High Vacuum Connection Supplied by
22
Using a Splinter Shield or Protective Screen
23
Using the Vibration Compensator
23
Tbl. 6: Reduction of the Pumping Speed When Using a Splinter Shield or Protective
23
Fig. 3: Example: Secure against Displacement and Tipping Caused by External VI
23
Mounting Orientations
24
Attaching ISO-K Flange Onto ISO-K
24
Attaching ISO-K Flange to ISO-F
24
Fig. 4: Recommended Alignment of the Fore-Vacuum Connection When Using Oil
24
Fig. 5: Flange Connection ISO-K to ISO-F, Bracket Screws
24
Fig. 6: Flange Connection ISO-K to ISO-F, Hexagon Head Screw and Tapped Hole
25
Fig. 7: Flange Connection ISO-K to ISO-F, Stud Screw and Tapped Hole
25
Attaching ISO-F Flange to ISO-F
26
Fig. 8: Flange Connection ISO-K to ISO-F, Stud Screw and through Hole
26
Fig. 9: Flange Connection ISO-F, Hexagon Head Screw and Tapped Hole
26
Fig. 10: Flange Connection ISO-F, Stud Screw and Tapped Hole
26
Attaching CF Flange to CF-F
27
Fig. 11: Flange Connection ISO-F, Stud Screw and through Hole
27
Fig. 12: Flange Connection CF-F, Hexagon Head Screw and through Hole
27
Fig. 13: Flange Connection CF-F, Stud Screw and Tapped Hole
28
Fig. 14: Flange Connection CF-F, Stud Screw and through Hole
28
Connecting the Fore-Vacuum Side
29
Fig. 15: Example of Fore-Vacuum Connection on Hipace 450
29
Cooling Water Connection
30
Tbl. 7: Requirements on the Cooling Water Composition
30
Tbl. 8: Requirements on the Cooling Water Connection
30
Connecting Accessories
31
Fig. 16: Connecting the Cooling Water Supply
31
Connecting the Electrical Supply
32
Earthing the Turbopump
32
Establishing the Electric Connection
33
Fig. 17: Example: Connecting the Grounding Cable
33
Fig. 18: Connecting the Electronic Drive Unit to a Power Supply Pack
34
6 Operation
35
Commissioning
35
Tbl. 10: Factory Setting of the Electronic Drive Unit for Turbopumps When Delivered
35
Operating Modes
36
Operation Without Operating Unit
36
Operation Via Multi-Function Connection "Remote
36
Operation Via Connection "E74
36
Operation Via Pfeiffer Vacuum Display and Control Unit
36
Operation Via Field Bus
36
Switching on the Turbopump
37
Operation Monitoring
37
Operating Mode Display Via LED
37
Tbl. 11: Behavior and Meaning of the Leds on the Electronic Drive Unit
37
Temperature Monitoring
38
Switching off and Venting
38
Switching off
38
Venting
38
Tbl. 12: Factory Settings for Delayed Venting in Turbopumps
39
7 Maintenance
40
General Maintenance Information
40
Checklist for Inspection and Maintenance
40
Replace Operating Fluid Reservoir
41
Tbl. 13: Maintenance Intervals
41
Removing the Operating Fluid Reservoir
42
Fig. 19: Removing the Operating Fluid Reservoir
42
Assembling the Operating Fluid Reservoir
43
Fig. 20: Assembling the Operating Fluid Reservoir
43
Replacing the Electronic Drive Unit
44
Removing Electronic Drive Unit
44
Installing the Electronic Drive Unit
45
Fig. 21: Removal of Electronic Drive Unit TC 400
45
Fig. 22: Installation of Electronic Drive Unit TC 400
45
Confirming the Speed Specification
46
Tbl. 14: Characteristic Nominal Rotation Speeds of the Turbopumps
46
8 Decommissioning
47
Shutting down for Longer Periods
47
Recommissioning
47
9 Recycling and Disposal
48
General Disposal Information
48
Dispose of Turbopumps
48
10 Malfunctions
49
Tbl. 15: Troubleshooting Turbopumps
50
11 Service Solutions by Pfeiffer Vacuum
51
12 Spare Parts Hipace 450
53
Fig. 23: Spare Parts Hipace 450
53
13 Accessories
54
Accessory Information
54
Ordering Accessories
54
Tbl. 17: Accessories
55
14 Technical Data and Dimensions
56
General
56
Technical Data
56
Characteristics
59
Substances in Contact with the Media
59
Fig. 24: Gas Throughput Characteristic Depending on the Rotation Speed
59
Dimensions
60
Tbl. 22: Materials that Make Contact with the Process Media
60
Fig. 25: Dimensions Hipace 450 | TC 400 | DN 160 ISO-K
60
Fig. 26: Dimensions Hipace 450 | TC 400 | DN 160 ISO-F
60
Fig. 27: Dimensions Hipace 450 | TC 400 | DN 160 CF-F
61
Declaration of Conformity
62
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Pfeiffer Vacuum HIPACE 450 Operating Instructions Manual (26 pages)
Brand:
Pfeiffer Vacuum
| Category:
Air Conditioner
| Size: 3 MB
Table of Contents
Table of Contents
3
About this Manual
6
Validity
6
Applicable Documents
6
Variants
6
Target Group
6
Conventions
6
Instructions in the Text
6
Tbl. 1: Applicable Documents
6
Tbl. 2: Air Cooling Versions
6
Pictographs
7
Stickers on the Product
7
Tbl. 3: Stickers on the Product
7
Fig. 1: Position of the Sticker on the Product
7
Safety
8
General Safety Information
8
Safety Instructions
8
Safety Precautions
9
Product Usage Limits
9
Proper Use
9
Foreseeable Misuse
9
Tbl. 4: Permissible Ambient and Operating Conditions
9
Personnel Qualification
10
Product Description
11
Function
11
Identifying the Product
11
Scope of Delivery
11
Fig. 2: Layout of Air Cooling
11
Installation
12
Connecting the Air Cooling for 24 V DC
12
Fig. 3: Connecting the Air Cooling to Hipace 30, Hipace 80, Hipace 60 P and Split
12
Fig. 4: Connecting the Air Cooling to Hipace 300 with TC 110/TC 120
12
Fig. 5: Connecting the Air Cooling to Hipace 300 with TC 400
13
Fig. 6: Connecting the Air Cooling to Hipace 350 and Hipace 450
13
Connecting the Air Cooling for 115/230 V AC
14
Fig. 7: Connecting the Air Cooling to Hipace 400, Hipace 700 and Hipace 800
14
Connecting the Air Cooling for Hipace 60 P, Hipace 80, and Split
15
Fig. 8: Fitting the Mounting Bracket for Air Cooling
15
Fig. 9: Mounting the Air Cooling Onto the Bottom Part
15
Establishing Mains Connection
16
Connecting the Air Cooling, 24 V DC for Teletc
16
Fig. 10: Mains Connection
16
Fig. 11: Mounting the Air Cooling to the Electronic Drive Unit TC 400
16
Operation
18
Tbl. 5: Parameter Settings in the Electronic Drive Unit of the Turbopump
18
Service Solutions by Pfeiffer Vacuum
19
Technical Data and Dimensions
21
Technical Data
21
Flow 50/80
21
Dimensions
22
Tbl. 10: Air Coolings 115/230 V/AC
22
Fig. 12: Dimensions PM Z01 300 a | PM Z01 360 a | PM Z01 348
22
Fig. 13: Dimensions PM Z01 301 a | PM Z01 302 a | PM Z01 361 a | PM Z01 362 a
22
Fig. 14: Dimensions PM Z01 303 a | PM Z01 363 a
22
Fig. 15: Dimensions PM Z01 304 a | PM Z01 364 a
23
Fig. 16: Dimensions PM Z01 373 | PM Z01 374
23
Declaration of Conformity
24
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