Endress+Hauser Proline Promag H 300

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Technical data Proline Promag H 300 PROFINET

190 Endress+Hauser

Input signal level • Low signal: DC –3 to +5 V

• High signal: DC 12 to 30 V

Assignable functions • Off

• Reset the individual totalizers separately

• Reset all totalizers

• Flow override

Main Page

Table of Contents3
About this Document6
Document Function6
Symbols6
Safety Symbols6
Electrical Symbols6
Communication Symbols6
Tool Symbols7
Symbols for Certain Types of Information7
Symbols in Graphics7
Documentation8
Standard Documentation8
Supplementary Device-Dependent Documentation8
Registered Trademarks8
Symbols on Measuring Device8
Safety Instructions9
Requirements for the Personnel9
Designated Use9
Workplace Safety10
Operational Safety10
Product Safety10
Security11
Device-Specific IT Security11
Protecting Access Via Hardware Write Protection11
Protecting Access Via a Password11
Access Via Web Server12
Access Via Service Interface (CDI-RJ45)13
Product Description14
Product Design14
Incoming Acceptance and Product15
Identification15
Incoming Acceptance15
Product Identification15
Transmitter Nameplate16
Sensor Nameplate17
Storage and Transport19
Storage Conditions19
Transporting the Product19
Measuring Devices Without Lifting Lugs19
Measuring Devices with Lifting Lugs20
Transporting with a Fork Lift20
Packaging Disposal20
Installation21
Installation Conditions21
Mounting Position21
Environment and Process Requirements23
Special Mounting Instructions25
Mounting the Measuring Device25
Required Tools25
Preparing the Measuring Device25
Turning the Transmitter Housing25
Turning the Display Module26
Post-Installation Check27
Electrical Connection28
Connection Conditions28
Required Tools28
Requirements for Connecting Cable28
Terminal Assignment31
Device Plugs Available31
Pin Assignment of Device Plug31
Preparing the Measuring Device31
Connecting the Measuring Device32
Connecting the Transmitter32
Integrating the Transmitter into a Network36
Connecting the Remote Display and Operating Module DKX00138
Ensuring Potential Equalization38
Requirements38
Connection Example, Standard Scenario38
Connection Example in Special Situations38
Special Connection Instructions40
Connection Examples40
Hardware Settings43
Setting the Device Name43
Activating the Default IP Address45
Ensuring the Degree of Protection45
Post-Connection Check46
Operation Options47
Overview of Operation Options47
Structure and Function of the Operating Menu48
Structure of the Operating Menu48
Operating Philosophy49
Display50
Operational Display50
Navigation View51
Editing View53
Operating Elements55
Opening the Context Menu55
Navigating and Selecting from List57
Calling the Parameter Directly57
Calling up Help Text58
Changing the Parameters58
User Roles and Related Access Authorization59
Disabling Write Protection Via Access59
Code59
Enabling and Disabling the Keypad60
Access to the Operating Menu Via the Web Browser60
Function Range60
Prerequisites61
Establishing a Connection62
Logging on64
User Interface65
Disabling the Web Server66
Logging out66
Access to the Operating Menu Via the Operating Tool67
Connecting the Operating Tool67
Fieldcare70
Devicecare71
System Integration73
Overview of Device Description Files73
Current Version Data for the Device73
Operating Tools73
Device Master File (GSD)73
File Name of the Device Master File (GSD)74
Cyclic Data Transmission75
Overview of the Modules75
Description of the Modules75
Status Coding81
Factory Setting82
Startup Configuration82
System Redundancy S283
Commissioning84
Function Check84
Switching on the Measuring Device84
Connecting Via Fieldcare84
Setting the Operating Language84
Configuring the Measuring Device85
Defining the Tag Name86
Setting the System Units86
Displaying the Communication88
Interface88
Selecting and Setting the Medium89
Displaying the I/O Configuration89
Configuring the Current Input90
Configuring the Status Input91
Configuring the Current Output92
Configuring the Pulse/Frequency95
Switch Output95
10.5.10 Configuring the Relay Output101
10.5.11 Configuring the Local Display103
10.5.12 Configuring the Low Flow Cut off106
10.5.13 Configuring Empty Pipe Detection108
Advanced Settings109
Using the Parameter to Enter the Access Code110
Carrying out a Sensor Adjustment110
Configuring the Totalizer110
Carrying out Additional Display Configurations112
Performing Electrode Cleaning116
WLAN Configuration117
Configuration Management119
Using Parameters for Device Administration120
Simulation122
Protecting Settings from Unauthorized125
Access125
Write Protection Via Write Protection126
Switch126
Operation128
Reading the Device Locking Status128
Adjusting the Operating Language128
Configuring the Display128
Reading Measured Values128
Process Variables" Submenu129
Totalizer130
Input Values" Submenu131
Output Values132
Adapting the Measuring Device to the Process134
Conditions134
Performing a Totalizer Reset134
Function Scope of the "Control Totalizer" Parameter135
Function Scope of the "Reset All Totalizers" Parameter135
Showing Data Logging136
Diagnostics and Troubleshooting139
General Troubleshooting139
Diagnostic Information Via Light Emitting141
Diodes141
Transmitter141
Diagnostic Information on Local Display143
Diagnostic Message143
Calling up Remedial Measures145
Diagnostic Information in the Web Browser145
Diagnostic Options145
Calling up Remedy Information146
Diagnostic Information in Fieldcare or146
Diagnostic Options146
Calling up Remedy Information147
Adapting the Diagnostic Information148
Adapting the Diagnostic Behavior148
Overview of Diagnostic Information151
Diagnostic of Electronic154
Diagnostic of Configuration163
Diagnostic of Process171
Pending Diagnostic Events175
Diagnostic List175
12.10 Event Logbook176
12.10.1 Reading out the Event Logbook176
12.10.2 Filtering the Event Logbook177
12.10.3 Overview of Information Events177
12.11 Resetting the Measuring Device178
12.11.1 Function Scope of the "Device Reset" Parameter178
12.12 Device Information179
12.13 Firmware History180
Maintenance181
Maintenance Tasks181
Exterior Cleaning181
Interior Cleaning181
Replacing Seals181
Measuring and Test Equipment181
Endress+Hauser Services181
Repair182
General Notes182
Repair and Conversion Concept182
Notes for Repair and Conversion182
Spare Parts182
Endress+Hauser Services182
Return182
Disposal182
Removing the Measuring Device182
Disposing of the Measuring Device183
Accessories184
Device-Specific Accessories184
For the Transmitter184
For the Sensor185
Communication-Specific Accessories185
Service-Specific Accessories186
System Components186
Technical Data187
Application187
Function and System Design187
Input187
Output191
Power Supply196
Performance Characteristics197
Installation198
Environment198
Process199
16.10 Mechanical Construction200
16.11 Human Interface204
Certificates and Approvals208
16.13 Application Packages210
Accessories211
Supplementary Documentation211
Index214

Endress+Hauser Proline Promag H 300 - Page 190

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