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WAGO 750-464 Manuals
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WAGO 750-464 manuals available for free PDF download: Manual
WAGO 750-464 Manual (122 pages)
2/4 AI RTD configurable 2-/4-Channel Analog Input Module for RTDs
Brand:
WAGO
| Category:
I/O Systems
| Size: 3.57 MB
Table of Contents
Table of Contents
3
1 Notes about this Documentation
6
Validity of this Documentation
6
Copyright
6
Table 1: Variants
6
Symbols
7
Number Notation
9
Font Conventions
9
Table 2: Number Notation
9
Table 3: Font Conventions
9
2 Important Notes
10
Legal Bases
10
Subject to Changes
10
Personnel Qualifications
10
Use of the 750 Series in Compliance with Underlying Provisions
10
Technical Condition of Specified Devices
11
Disposal
11
2.1.4.1.1 Electrical and Electronic Equipment
11
2.1.4.1.2 Packaging
12
Safety Advice (Precautions)
13
3 Device Description
15
View
17
Figure 1: View
17
Table 4: Legend for Figure "View
17
Connectors
18
Data Contacts/Local Bus
18
Figure 2: Data Contacts
18
Power Jumper Contacts/Field Supply
19
Figure 3: Power Jumper Contacts
19
Table 5: Legend for Figure "Power Jumper Contacts
19
CAGE CLAMP ® Connectors
21
Connections 4-Channel, 2-Wire
21
Connections 2-Channel, 3-Wire
21
Table 6: Legend for Figure "CAGE CLAMP ® Connectors" - 4-Channel, 2-Wire
21
Table 7: Legend for Figure "CAGE CLAMP ® Connectors" - 2-Channel, 3-Wire
21
Connections 2-Channel, 2-Wire
22
Table 8: Legend for Figure "CAGE CLAMP ® Connectors"- 2-Channel, 2-Wire
22
Display Elements
23
Figure 4: Display Elements
23
Table 9: Legend for Figure "Display Elements
23
Operating Elements
25
Schematic Diagram
25
Figure 5: Schematic Diagram
25
Technical Data
26
Device
26
Supply
26
Communication
26
Table 10: Technical Data - Device
26
Table 11: Technical Data - Supply
26
Table 12: Technical Data - Communication
26
Inputs (RTD Variant 750-464)
27
Inputs (NTC Variant 750-464/020-000)
27
Table 13: Technical Data - Inputs (RTD Variant 750-464)
27
Table 14: Technical Data - Inputs (NTC Variant 750-464/020-000)
27
Connection Type
28
Climatic Environmental Conditions
28
Table 15: Technical Data - Field Wiring
28
Table 16: Technical Data - Power Jumper Contacts
28
Table 17: Technical Data - Data Contacts
28
Table 18: Technical Data - Climatic Environmental Conditions
28
Approvals
29
Standards and Guidelines
31
4 Process Image
32
Overview
32
Process Image for 2-Channel Operation
32
Process Image for 4-Channel Operation
32
Table 19: Process Image for 2-Channel Operation
32
Table 20: Process Image for 4-Channel Operation
32
Status Bytes
33
Table 21: Status Byte S0
34
Table 22: Status Byte S1
36
Table 23: Status Byte S2
38
Table 24: Status Byte S3
40
Process Data of the Standard Version 750-464, (RTD, Configurable)
41
Pt100 (Acc. IEC 751)
41
Table 25: Process Image for 750-464, Pt100 Setting (Acc. IEC 751)
41
Pt200 (Acc. IEC 751)
42
Table 26: Process Image for 750-464, Pt200 Setting (Acc. IEC 751)
42
Pt500 (Acc. IEC 751)
43
Table 27: Process Image for 750-464, Pt500 Setting (Acc. IEC 751)
43
Pt1000 (Acc. IEC 751)
44
Table 28: Process Image for 750-464, Pt1000 Setting (Acc. IEC 751)
44
Ni100 (Acc. DIN 43760)
45
Table 29: Process Image for 750-464, Ni100 Setting (Acc. DIN 43760)
45
Ni120 (Minco)
46
Table 30: Process Image for 750-464, Ni120 Setting (Minco)
46
Ni1000 (Acc. DIN 43760)
47
Table 31: Process Image for 750-464, Ni1000 Setting (Acc. DIN 43760)
47
Ni1000 TK5000
48
Table 32: Process Image for 750-464, Type Ni1000 TK5000 Sensor Setting
48
Resistance Measurement 10 Ohm
49
Table 33: Process Image for 750-464, Setting 10 Ω
49
Resistance Measurement 10 Ohm
50
Table 34: Process Image for 750-464, Setting 10 Ω
50
Potentiometer
51
Table 35: Process Image for 750-464, "Potentiometer" Setting
51
(RTD, Configurable) Siemens Format
52
Pt100 (Acc. IEC 751)
52
Table 36: Process Image for 750-464, Pt100 Setting (Acc. IEC 751)
52
Pt200 (Acc. IEC 751)
53
Table 37: Process Image for 750-464, Pt200 Setting (Acc. IEC 751)
53
Pt500 (Acc. IEC 751)
54
Table 38: Process Image for 750-464, Pt500 Setting (Acc. IEC 751)
54
Pt1000 (Acc. IEC 751)
55
Table 39: Process Image for 750-464, Pt1000 Setting (Acc. IEC 751)
55
Ni100 (Acc. DIN 43760)
56
Table 40: Process Image for 750-464, Ni100 Setting (Acc. DIN 43760)
56
Ni120 (Minco)
57
Table 41: Process Image for 750-464, Ni120 Setting (Minco)
57
Ni1000 (Acc. DIN 43760)
58
Table 42: Process Image for 750-464, Ni1000 Setting (Acc. DIN 43760)
58
Ni1000 TK5000
59
Table 43: Process Image for 750-464, Type Ni1000 TK5000 Sensor Setting
59
Resistance Measurement 10 Ohm
60
Table 44: Process Image for 750-464, Setting 10 Ω
60
Resistance Measurement 10 Ohm
61
Table 45: Process Image for 750-464, Setting 10 Ω
61
Potentiometer
62
Data of the Version 750-464/020-000 (NTC, Configurable)
63
NTC 10 Kohm
63
Table 46: Process Image for 750-464/020-000, NTC 10 Kohm Setting
63
NTC 20 Kohm
64
Table 47: Process Image for 750-464/020-000, NTC 20 Kohm Setting
64
NTC 10 Kohm Thermokon
65
Table 48: Process Image for 750-464/020-000, NTC 10 Kohm Thermokon
65
Data of the Version 750-464/020-000 (NTC, Configurable) Siemens Format
66
NTC 10 Kohm
66
Table 49: Process Image for 750-464/020-000, NTC 10 Kohm Setting
66
NTC 20 Kohm
67
Table 50: Process Image for 750-464/020-000, NTC 20 Kohm Setting
67
NTC 10 Kohm Thermokon
68
Table 51: Process Image for 750-464/020-000, NTC 10 Kohm Thermokon
68
5 Mounting
69
Mounting Sequence
69
Inserting and Removing Devices
70
Inserting the I/O Module
70
Figure 6: Insert I/O Module (Example)
70
Figure 7: Snap the I/O Module into Place (Example)
70
Removing the I/O Module
71
Figure 8: Removing the I/O Module (Example)
71
6 Connect Devices
72
Connecting a Conductor to the CAGE CLAMP
72
Figure 9: Connecting a Conductor to a CAGE CLAMP
72
Connection Examples
73
750-464 (RTD) Version, 4-Channel Operation
73
X 2-Wire
73
Special Features in 4-Channel Operation
73
6.2.1.2.1 Open Input Wiring
73
Figure 10: Connection Example, Version 750-464 (RTD), 4-Channel, 4 X 2-Wire
73
6.2.1.2.2 Measuring Circuit Line Break Detection
74
Influencing a Measuring Circuit Channel through a Quick Change in Temperature
74
RTD) Version, 2-Channel Operation
74
X 2-Wire
74
Figure 11: Connection Example, Version 750-464 (RTD), 2-Channel, 2 X 2-Wire
74
X 3-Wire
75
X 2-Wire + 1 X 3-Wire
75
Figure 12: Connection Example, Version 750-464 (RTD), 2-Channel, 2 X 3-Wire
75
750-464/020-000 (NTC) Version
76
X 2-Wire
76
Special Features
76
Influencing a Measuring Circuit Channel through a Quick Change in Temperature
76
6.2.3.2.2 Underrange and Wire Break
76
Figure 13: Connection Example, Version 750-464/020-000 (NTC)
76
7 Commissioning
77
Setting Parameters Via Register Communication
77
Register Assignment
79
Table 52: Register 32
79
Table 53: Register 33
80
Table 54: Register 34
80
Table 55: Register 35
81
Table 56: Register 36
81
Table 57: Register 37
81
Table 58: Register 39
81
Control and Status Bytes for Register Communication
82
Table 59: Register 40
82
Table 60: Register 47
82
Table 61: Control Byte C0 for Register Communication
82
Table 62: Status Byte S0 for Register Communication
83
Table 63: Control Byte C1 for Register Communication
83
Table 64: Status Byte S1 for Register Communication
83
Table 65: Control Byte C2 for Register Communication
83
Table 66: Status Byte S2 for Register Communication
83
Table 67: Control Byte C3 for Register Communication
83
Table 68: Status Byte S3 for Register Communication
84
Setting Parameters Via Parameter Channel
85
Introduction
85
Structure of the Registers
85
Parameter Data (Register 56)
85
Table 69: Parameter Data (Register 56)
85
Communication Control (Register 57)
86
Table 70: Communication Control (Register 57)
86
Table 71: Communication Control Parameters
86
Parameter Sets
88
General Parameter Data (System Parameter Range)
88
I/O Module-Specific Parameter Data
88
Table 72: System Parameters
88
Table 73: Parameter Channel Address 0
89
Table 74: Parameter Channel Address 1
89
Parameter Transmission Process
90
Determining the Maximum I/O Module Parameter Data (System Parameters)
90
Restoring Factory Settings (System Parameters)
90
Table 75: Parameter Channel Address 16
90
Table 76: Determining the Maximum Bus Module Parameter Data (Request)
90
Table 77: Determining the Maximum Bus Module Parameter Data (Response)
90
Table 78: Restoring Factory Settings (Request)
91
Table 79: Restoring Factory Settings (Response)
91
Reading/Writing Parameters (I/O Module-Specific)
92
Table 80: Reading/Writing Parameters (Request)
92
Table 81: Reading/Writing Parameters (Response)
92
Parameterization with WAGO-I/O-CHECK
93
Configuration Dialog for the 2/4-Channel Input Module for Resistance Sensors 750-464(/XXX-XXX)
93
Figure 14: General Dialog
93
Toolbar on the Configuration Dialog
94
Figure 15: Toolbar
94
Table 82: Toolbar
94
Navigation Area
95
Figure 16: Navigation
95
Table 83: Navigation
95
General
96
Figure 17: "General" Parameters
96
Table 84: "General" Parameters
96
Channels
97
Figure 18: "Channel" Parameters
97
Table 85: "Channel" Parameters
98
Calibration
101
Figure 19: Calibration Dialog
101
Scaling
103
Figure 20: Scaling Parameters
103
8 Diagnostics
105
Behavior in the Event of an Error
105
Table 86: Behavior in the Event of an Error Dependent on the Configuration
105
9 Use in Hazardous Environments
106
Marking Configuration Examples
107
Marking for Europe According to ATEX and Iecex
107
Figure 21: Marking Example According to ATEX and Iecex
107
Figure 22: Text Detail - Marking Example According to ATEX and Iecex
107
Table 87: Description of Marking Example According to ATEX and Iecex
108
Figure 23: Marking Example for Approved Ex I I/O Module According to
109
Figure 24: Text Detail - Marking Example for Approved Ex I I/O Module According to ATEX and Iecex
109
Table 88: Description of Marking Example for Approved Ex I I/O Module According to ATEX and Iecex
110
Table 90: Description of Marking Example for Approved Ex I I/O Module
110
Marking for the United States of America (NEC) and Canada (CEC)
111
Figure 25: Marking Example According to NEC
111
Figure 26: Text Detail - Marking Example According to NEC 500
111
Table 89: Description of Marking Example According to NEC 500
111
Figure 27: Text Detail - Marking Example for Approved Ex I I/O Module
112
Figure 28: Text Detail - Marking Example for Approved Ex I I/O Module
112
Table 91: Description of Marking Example for Approved Ex I I/O Modules
112
Figure 29: Text Detail - Marking Example for Approved Ex I I/O Modules
113
Installation Regulations
114
Special Notes Including Explosion Protection
114
Special Notes Regarding ANSI/ISA Ex
116
List of Figures
117
List of Tables
118
Advertisement
WAGO 750-464 Manual (118 pages)
WAGO-I/O-SYSTEM 750. 2/4 AI RTD configurable. 2-/4-Channel Analog Input Module for RTDs
Brand:
WAGO
| Category:
I/O Systems
| Size: 2.93 MB
Table of Contents
Table of Contents
3
1 Notes about this Documentation
7
Validity of this Documentation
7
Copyright
7
Table 1: Variants
7
Symbols
8
Number Notation
10
Font Conventions
10
Table 2: Number Notation
10
Table 3: Font Conventions
10
2 Important Notes
11
Legal Bases
11
Subject to Changes
11
Personnel Qualifications
11
Use of the 750 Series in Compliance with Underlying Provisions
11
Technical Condition of Specified Devices
12
Safety Advice (Precautions)
13
3 Device Description
15
View
16
Figure 1: View
16
Table 4: Caption Acc. to Figure "View
16
Connectors
17
Data Contacts/Internal Bus
17
Figure 2: Data Contacts
17
Power Jumper Contacts/Field Supply
18
Figure 3: Power Jumper Contacts
18
Table 5: Power Jumper Contacts
18
Cage Clamp
19
Connectors
19
Connections 4-Channel, 2-Wire
19
Connections 2-Channel, 3-Wire
19
Figure 4: Connections
19
Figure 5: Connections
19
Table 6: Connections 4-Channel, 2-Wire
19
Table 7: Connections 2-Channel, 3-Wire
19
Connections 2-Channel, 2-Wire
20
Figure 6: Connections
20
Table 8: Connections 2-Channel, 2-Wire
20
Display Elements
21
Figure 7: Display Elements
21
Table 9: Display Elements
21
Operating Elements
22
Schematic Diagram
22
Figure 8: Schematic Diagram
22
Technical Data
23
Device Data
23
Supply
23
Communication
23
Table 10: Technical Data Device
23
Table 11: Technical Data Supply
23
Table 12: Technical Data Communication
23
Inputs (RTD-Variant 750-464)
24
Inputs (NTC-Variants 750-464/020-000)
24
Table 13: Technical Data Inputs (RTD-Variant 750-464)
24
Table 14: Technical Data Inputs (NTC-Variant 750-464/020-000)
24
Approvals
25
Standards and Guidelines
27
4 Mounting
28
Mounting Sequence
28
Inserting and Removing Devices
29
Inserting I/O Module
29
Removing the I/O Module
29
Figure 9: Insert I/O Module
29
Figure 10: Snap the I/O Module into Place
29
Figure 11: Removing the I/O Module
30
5 Connect Devices
31
Connecting a Conductor to the CAGE CLAMP
31
Figure 12: Connecting a Conductor to a CAGE CLAMP
31
Connection Examples
32
RTD) Version, 4-Channel Operation
32
X 2-Wire
32
Special Features in 4-Channel Operation
32
5.2.1.2.1 Open Input Wiring
32
Figure 13: Connection Example, Version 750-464 (RTD), 4-Channel, 4 X 2-Wire
32
5.2.1.2.2 Measuring Circuit Line Break Detection
33
Influencing a Measuring Circuit Channel through a Quick Change in Temperature
33
RTD) Version, 2-Channel Operation
33
X 2-Wire
33
Figure 14: Connection Example, Version 750-464 (RTD), 2-Channel, 2 X 2-Wire
33
X 3-Wire
34
X 2-Wire + 1 X 3-Wire
34
Figure 15: Connection Example, Version 750-464 (RTD), 2-Channel, 2 X 3-Wire
34
750-464/020-000 (NTC) Version
35
X 2-Wire
35
Special Features
35
Influencing a Measuring Circuit Channel through a Quick Change in Temperature
35
5.2.3.2.2 Underrange and Wire Break
35
Figure 16: Connection Example, Version 750-464/020-000 (NTC)
35
6 Commissioning
36
Setting Parameters Via Register Communication
36
Register Assignment
38
Table 15: Register 32
39
Table 16: Register 33
39
Table 17: Register 34
39
Table 18: Register 35
40
Table 19: Register 36
40
Table 20: Register 37
40
Table 21: Register 39
40
Control and Status Bytes for Register Communication
41
Table 22: Register 40
41
Table 23: Register 47
41
Table 24: Control Byte C0 for Register Communication
41
Table 25: Status Byte S0 for Register Communication
42
Table 26: Control Byte C1 for Register Communication
42
Table 27: Status Byte S1 for Register Communication
42
Table 28: Control Byte C2 for Register Communication
42
Table 29: Status Byte S2 for Register Communication
42
Table 30: Control Byte C3 for Register Communication
42
Table 31: Status Byte S3 for Register Communication
43
Setting Parameters Via Parameter Channels
44
Introduction
44
Structure of the Register
44
Parameter Data (Register 56)
44
Table 32: Parameter Data (Register 56)
44
Communication Control (Register 57)
45
Table 33: Communication Control (Register 57)
45
Table 34: Communication Control Parameters
45
Parameter Sets
47
General Parameter Data (System Parameter Range)
47
I/O Module-Specific Parameter Data
47
Table 35: System Parameters
47
Table 36: Parameter Channel Address 0
48
Table 37: Parameter Channel Address 1
48
Parameter Transmission Process
49
Determining the Maximum Bus Module Parameter Data (System Parameters)
49
Restoring Factory Settings (System Parameters)
49
Table 38: Parameter Channel Address 16
49
Table 39: Determining the Maximum Bus Module Parameter Data (Request)
49
Table 40: Determining the Maximum Bus Module Parameter Data (Response)
49
Table 41: Restoring Factory Settings (Request)
50
Table 42: Restoring Factory Settings (Response)
50
Reading/Writing Parameters (I/O Module-Specific)
51
Table 43: Reading/Writing Parameters (Request)
51
Table 44: Reading/Writing Parameters (Response)
51
Parameterization with WAGO-I/O-CHECK
52
2/4-Channel Input Module for Resistance Sensors
52
(Configuration Dialog)
52
Figure 17: General Dialog
52
Toolbar on the Configuration Dialog
53
Figure 18: Toolbar
53
Table 45: Toolbar
53
2/4-Channel Input Module for Resistence Sensors
54
(Navigation Area)
54
Figure 19: Navigation
54
Table 46: Navigation
54
2/4-Channel Analog Input Module for Resistance Sensors
55
(General)
55
Figure 20: "General" Parameters
55
Table 47: "General" Parameters
55
2/4-Channel Analog Input Module for Resistance Sensors
56
(Channels)
56
Figure 21: "Channel" Parameters
56
Table 48: "Channel" Parameters
57
(Calibration)
60
2/4-Channel Analog Input Module for Resistance Sensors
60
Figure 22: Calibration Dialog
60
(Scaling)
62
Figure 23: Scaling Parameters
62
7 Process Image
64
Overview
64
Process Image for 2-Channel Operation
64
Process Image for 4-Channel Operation
64
Table 49: Process Image for 2-Channel Operation
64
Table 50: Process Image for 4-Channel Operation
64
Table 51: Control Byte C0
64
Table 53: Control Byte C1
64
Table 55: Control Byte C2
64
Table 57: Control Byte C3
64
Control/Status Bytes
65
Table 52: Status Byte S0
66
Table 54: Status Byte S1
68
Table 56: Status Byte S2
70
Table 58: Status Byte S3
72
Process Data of the Standard Version 750-464 (RTD, Configurable)
73
Pt100 (Acc. IEC 751)
73
Table 59: Process Image for 750-464, Pt100 Setting (Acc. IEC 751)
73
Pt200 (Acc. IEC 751)
74
Table 60: Process Image for 750-464, Pt200 Setting (Acc. IEC 751)
74
Pt500 (Acc. IEC 751)
75
Table 61: Process Image for 750-464, Pt500 Setting (Acc. IEC 751)
75
Pt1000 (Acc. IEC 751)
76
Table 62: Process Image for 750-464, Pt1000 Setting (Acc. IEC 751)
76
Ni100 (Acc. DIN 43760)
77
Table 63: Process Image for 750-464, Ni100 Setting (Acc. DIN 43760)
77
Ni120 (Minco)
78
Table 64: Process Image for 750-464, Ni120 Setting (Minco)
78
Ni1000 (Acc. DIN 43760)
79
Table 65: Process Image for 750-464, Ni1000 Setting (Acc. DIN 43760)
79
Ni1000 TK5000
80
Table 66: Process Image for 750-464, Type Ni1000 TK5000 Sensor Setting
80
Resistance Measurement 10 Ohm to 1.2 Kohm
81
Table 67: Process Image for 750-464, Setting 10 Ω
81
Resistance Measurement 10 Ohm to 5.0 Kohm
82
Table 68: Process Image for 750-464, Setting 10 Ω
82
Potentiometer
83
Table 69: Process Image for 750-464, "Potentiometer" Setting
83
Process Data of the Standard Version 750-464 (RTD, Configurable) Siemens Format
84
Pt100 (Acc. IEC 751)
84
Table 70: Process Image for 750-464, Pt100 Setting (Acc. IEC 751)
84
Pt200 (Acc. IEC 751)
85
Table 71: Process Image for 750-464, Pt200 Setting (Acc. IEC 751)
85
Pt500 (Acc. IEC 751)
86
Table 72: Process Image for 750-464, Pt500 Setting (Acc. IEC 751)
86
Pt1000 (Acc. IEC 751)
87
Table 73: Process Image for 750-464, Pt1000 Setting (Acc. IEC 751)
87
Ni100 (Acc. DIN 43760)
88
Table 74: Process Image for 750-464, Ni100 Setting (Acc. DIN 43760)
88
Ni120 (Minco)
89
Table 75: Process Image for 750-464, Ni120 Setting (Minco)
89
Ni1000 (Acc. DIN 43760)
90
Table 76: Process Image for 750-464, Ni1000 Setting (Acc. DIN 43760)
90
Ni1000 TK5000
91
Table 77: Process Image for 750-464, Type Ni1000 TK5000 Sensor Setting
91
Resistance Measurement 10 Ohm to 1.2 Kohm
92
Table 78: Process Image for 750-464, Setting 10 Ω
92
Resistance Measurement 10 Ohm to 5.0 Kohm
93
Table 79: Process Image for 750-464, Setting 10 Ω
93
Potentiometer
94
Data of the Version 750-464/020-000 (NTC, Configurable)
95
NTC 10 Kohm
95
Table 80: Process Image for 750-464/020-000, NTC 10 Kohm Setting
95
NTC 20 Kohm
96
Table 81: Process Image for 750-464/020-000, NTC 20 Kohm Setting
96
NTC 10 Kohm Thermokon
97
Table 82: Process Image for 750-464/020-000, NTC 10 Kohm Thermokon Setting
97
Data of the Version 750-464/020-000 (NTC, Configurable) Siemens Format
98
NTC 10 Kohm
98
Table 83: Process Image for 750-464/020-000, NTC 10 Kohm Setting
98
NTC 20 Kohm
99
Table 84: Process Image for 750-464/020-000, NTC 20 Kohm Setting
99
NTC 10 Kohm Thermokon
100
Table 85: Process Image for 750-464/020-000, NTC 10 Kohm Thermokon Setting
100
8 Diagnostics
101
Behavior in the Event of an Error
101
Table 86: Behavior in the Event of an Error Dependent on the Configuration
101
9 Use in Hazardous Environments
102
Marking Configuration Examples
103
Marking for Europe According to ATEX and IEC-Ex
103
Figure 24: Side Marking Example for Approved I/O Modules According to ATEX and Iecex
103
Figure 25: Printing Text Detail - Marking Example for Approved I/O Modules According to ATEX and Iecex
103
Table 87: Description of Marking Example for Approved I/O Modules According to ATEX and Iecex
104
Table 89: Description of Marking Example for Approved I/O Modules According to
104
Figure 26: Side Marking Example for Approved Ex I I/O Modules According to ATEX and Iecex
105
Figure 27: Text Detail - Marking Example for Approved Ex I I/O Modules According to ATEX and Iecex
105
Table 88: Description of Marking Example for Approved Ex I I/O Modules According to ATEX and Iecex
106
Marking for America According to NEC 500
108
Figure 28: Side Marking Example for I/O Modules According to NEC 500
108
Figure 29: Text Detail - Marking Example for Approved I/O Modules According to
108
Installation Regulations
109
Special Conditions for Safe Use (ATEX Certificate TÜV 07 ATEX 554086 X)
110
Special Conditions for Safe Use (ATEX Certificate TÜV 12 ATEX 106032 X)
111
Special Conditions for Safe Use (IEC-Ex Certificate TUN 09.0001
112
Special Conditions for Safe Use (IEC-Ex Certificate Iecex TUN 12.0039 X)
113
Ansi/Isa 12.12.01
114
List of Figures
115
List of Tables
116
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