Endress+Hauser Proline Prosonic Flow W 400 Manuals

Manuals and User Guides for Endress+Hauser Proline Prosonic Flow W 400. We have 2 Endress+Hauser Proline Prosonic Flow W 400 manuals available for free PDF download: Operating Instructions Manual, Technical Information

Endress+Hauser Proline Prosonic Flow W 400 Operating Instructions Manual (178 pages)

Ultrasonic time-of-flight flowmeter

Brand: Endress+Hauser | Category: Measuring Instruments | Size: 6 MB

Table of Contents

3
- Electrical Symbols
  6
- Communication-Specific Symbols
  6
- About this Document
  6
- Safety Symbols
  6
- Document Function
  6
- Symbols
  6
- Tool Symbols
  7
- Symbols for Certain Types of Information
  7
- Symbols in Graphics
  7
- Documentation
  8
- Registered Trademarks
  8
- Intended Use
  9
- Requirements for the Personnel
  9
- Safety Instructions
  9
- Operational Safety
  10
- Product Safety
  10
- Security
  10
- Device-Specific IT Security
  10
- Workplace Safety
  10
- Protecting Access Via Hardware Write Protection
  11
- Protecting Access Via a Password
  11
- Access Via Web Server
  12
- Access Via Service Interface (CDI-RJ45)
  12
- Product Description
  13
- Product Design
  14
- Incoming Acceptance
  15
- Product Identification
  15
- Identification
  15
- Incoming Acceptance and Product
  15
- Transmitter Nameplate
  16
- Sensor Nameplate
  16
- Symbols on the Device
  17
- Storage and Transport
  18
- Storage Conditions
  18
- Transporting the Product
  18
- Transporting with a Fork Lift
  18
- Packaging Disposal
  18
- Mounting Procedure
  19
- Mounting Requirements
  19
- Mounting Position
  19
- Sensor Set Selection and Arrangement
  24
- Environmental and Process Requirements
  27
- Preparing the Measuring Device
  28
- Special Mounting Instructions
  28
- Required Tools
  28
- Mounting the Measuring Device
  28
- Mounting the Sensor
  29
- Mounting the Transmitter
  41
- Turning the Display Module
  43
- Post-Mounting Check
  43
- Electrical Connection
  45
- Electrical Safety
  45
- Connecting Requirements
  45
- Required Tools
  45
- Requirements for Connecting Cable
  45
- Terminal Assignment
  46
- Connecting the Sensor with Transmitter
  47
- Connecting the Measuring Device
  47
- Preparing the Measuring Device
  47
- Connecting the Transmitter
  49
- Potential Equalization
  50
- Special Connection Instructions
  50
- Connection Examples
  50
- Ensuring the Degree of Protection
  52
- Degree of Protection IP66/67, Type 4X Enclosure
  52
- Post-Connection Check
  52
- Operation Options
  53
- Overview of Operation Methods
  53
- Structure and Function of the Operating Menu
  54
- Structure of the Operating Menu
  54
- Operating Philosophy
  55
- Access to Operating Menu Via Local Display
  56
- Operational Display
  56
- Navigation View
  58
- Editing View
  59
- Operating Elements
  61
- Opening the Context Menu
  62
- Navigating and Selecting from List
  63
- Calling the Parameter Directly
  63
- Calling up Help Text
  64
- Changing the Parameters
  65
- User Roles and Related Access Authorization
  66
- Disabling Write Protection Via Access
  66
- Code
  66
- Function Range
  67
- Access to Operating Menu Via Web Browser
  67
- Enabling and Disabling the Keypad Lock
  67
- Requirements
  68
- Connecting the Device
  69
- Logging on
  71
- User Interface
  72
- Access to the Operating Menu Via the Operating Tool
  73
- Disabling the Web Server
  73
- Logging out
  73
- Connecting the Operating Tool
  74
- Fieldcare
  76
- Devicecare
  77
- Field Xpert SMT70, SMT77
  77
- AMS Device Manager
  78
- Simatic Pdm
  78
- Operating Tools
  79
- Measured Variables Via HART Protocol
  79
- System Integration
  79
- Current Version Data for the Device
  79
- Overview of Device Description Files
  79
- Other Settings
  81
- Commissioning
  83
- Post-Mounting and Post-Connection Check
  83
- Switching on the Measuring Device
  83
- Setting the Operating Language
  83
- Configuring the Measuring Device
  83
- Defining the Tag Name
  84
- Setting the System Units
  85
- Configuring the Measuring Point
  86
- Checking the Installation Status
  90
- Configuring the Status Input
  92
- Configuring the Current Output
  93
- Switch Output
  94
Endress+Hauser

95
- Assign Pulse Output (0460)
  96
- Failure Mode (0480)
  96
- Operating Mode (0469)
  96
- Pulse Scaling (0455)
  96
- Pulse Width (0452)
  96
- Failure Frequency (0474)
  97
- Failure Mode (0451)
  97
- Maximum Frequency Value (0454)
  97
- Measuring Value at Maximum Frequency
  97
- Measuring Value at Minimum Frequency
  97
- Minimum Frequency Value (0453)
  97
- Failure Mode (0486)
  99
- Switch-Off Delay (0465)
  99
- Switch-Off Value (0464)
  99
- Switch-On Delay (0467)
  99
- Switch-On Value (0466)
  99
- Configuring the Local Display
  100
- Invert Output Signal (0470)
  100
- Configuring the Low Flow Cut off
  102
- Advanced Settings
  104
- Access Code
  105
- Carrying out a Sensor Adjustment
  105
- Configuring the Totalizer
  105
- Carrying out Additional Display Configurations
  107
- WLAN Configuration
  109
- Performing Heartbeat Basic Setup
  111
- Using Parameters for Device Administration
  112
- Simulation
  114
- Protecting Settings from Unauthorized Access
  116
- Write Protection Via Access Code
  116
- Switch
  117
- Adjusting the Operating Language
  119
- Configuring the Display
  119
- Operation
  119
- Reading off Measured Values
  119
- Reading off the Device Locking Status
  119
- Process Variables
  120
- Input Values
  121
- System Values
  121
- Output Values
  122
- Adapting the Measuring Device to the Process
  123
- Conditions
  123
- Totalizer" Submenu
  123
- Function Scope of "Control Totalizer" Parameter
  124
- Performing a Totalizer Reset
  124
- Displaying the Measured Value History
  125
- Function Range of "Reset All Totalizers" Parameter
  125
- Diagnosis and Troubleshooting
  128
- General Troubleshooting
  128
- Diodes
  130
- Transmitter
  130
- Diagnostic Information on Local Display
  132
- Diagnostic Message
  132
- Calling up Remedial Measures
  134
- Diagnostic Information in the Web Browser
  134
- Diagnostic Options
  134
- Calling up Remedy Information
  135
- Diagnostic Information in Fieldcare or
  136
- Diagnostic Options
  136
- Adapting the Diagnostic Behavior
  137
- Adapting the Diagnostic Information
  137
- Adapting the Status Signal
  137
- Calling up Remedy Information
  137
- Overview of Diagnostic Information
  138
- Pending Diagnostic Events
  141
- Diagnostics List
  142
- 12.10 Event Logbook
  143
- 12.10.1 Reading out the Event Logbook
  143
- 12.10.2 Filtering the Event Logbook
  144
- 12.10.3 Overview of Information Events
  144
- 12.11 Resetting the Measuring Device
  145
- 12.11.1 Function Range of "Device Reset" Parameter
  145
- 12.12 Device Information
  145
- 12.13 Firmware History
  147
- Endress+Hauser Services
  148
- Exterior Cleaning
  148
- Maintenance
  148
- Maintenance Tasks
  148
- Measuring and Test Equipment
  148
- Endress+Hauser Services
  149
- General Notes
  149
- Notes for Repair and Conversion
  149
- Repair
  149
- Repair and Conversion Concept
  149
- Return
  149
- Spare Parts
  149
- Disposal
  150
- Disposing of the Measuring Device
  150
- Removing the Measuring Device
  150
- Accessories
  151
- Device-Specific Accessories
  151
- For the Transmitter
  151
- Communication-Specific Accessories
  152
- For the Sensor
  152
- Service-Specific Accessories
  153
- System Components
  153
- Application
  154
- Function and System Design
  154
- Input
  154
- Technical Data
  154
- Output
  155
- Power Supply
  158
- Performance Characteristics
  159
- Environment
  162
- Mounting
  162
- 16.10 Mechanical Construction
  163
- Process
  163
- 16.11 Display and User Interface
  165
- 16.12 Certificates and Approvals
  168
- 16.13 Application Packages
  170
- 16.14 Accessories
  171
- 16.15 Supplemental Documentation
  171
- Index
  173

Endress+Hauser Proline Prosonic Flow W 400 Technical Information (68 pages)

Ultrasonic time-of-flight flowmeter

Brand: Endress+Hauser | Category: Measuring Instruments | Size: 4 MB

Table of Contents
2
About this Document
3
Symbols
3
Function and System Design
4
Measuring Principle
4
Measuring System
5
Device Architecture
11
Dependability
11
Input
13
Measured Variable
13
Measuring Range
13
Operable Flow Range
13
Input Signal
13
Output Signal
14
Signal on Alarm
15
Low Flow Cut off
15
Galvanic Isolation
17
Protocol-Specific Data
17
Power Supply
18
Terminal Assignment
18
Supply Voltage
19
Power Consumption
20
Current Consumption
20
Device Fuse
20
Power Supply Failure
20
Overcurrent Protection Element
20
Electrical Connection
20
Potential Equalization
22
Terminals
22
Cable Entries
22
Cable Specification
23
Overvoltage Protection
24
Performance Characteristics
24
Reference Operating Conditions
24
Maximum Measurement Error
24
Influence of Ambient Temperature
26
Mounting Procedure
27
Mounting Location
27
Orientation
27
Inlet and Outlet Runs
28
Mounting the Sensor
29
Mounting the Transmitter Housing
41
Special Mounting Instructions
42
Environment
42
Ambient Temperature Range
42
Storage Temperature
43
Relative Humidity
43
Operating Height
43
Degree of Protection
43
Shock and Vibration Resistance
43
Electromagnetic Compatibility (EMC)
44
Process
44
Medium Temperature Range
44
Sound Velocity Range
44
Medium Pressure Range
44
Flow Limit
44
Pressure Loss
44
Mechanical Construction
45
Dimensions in si Units
45
Dimensions in US Units
49
Weight
52
Materials
52
Display and User Interface
54
Operation Concept
54
Languages
54
Onsite Operation
54
Remote Operation
55
Service Interface
56
Supported Operating Tools
57
Historom Data Management
58
Certificates and Approvals
59
CE Mark
59
UKCA Marking
60
RCM Marking
60
Ex-Approval
60
HART Certification
60
Modbus RS485 Certification
60
Radio Approval
60
External Standards and Guidelines
60
Ordering Information
61
Application Packages
61
Diagnostic Functionality
61
Heartbeat Technology
61
Accessories
62
Device-Specific Accessories
62
Communication-Specific Accessories
63
Service-Specific Accessories
64
System Components
65
Supplemental Documentation
65
Standard Documentation
65
Device-Dependent Additional Documentation
66
Registered Trademarks
66

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