Siemens HydroRanger 200 HMI Manuals

Manuals and User Guides for Siemens HydroRanger 200 HMI. We have 2 Siemens HydroRanger 200 HMI manuals available for free PDF download: Operating Instructions Manual

Siemens HydroRanger 200 HMI Operating Instructions Manual (404 pages)

SITRANS Ultrasonic Controllers

Brand: Siemens | Category: Controller | Size: 6.98 MB

Table of Contents
5
Introduction
17
- Purpose of this Documentation
  17
- Checking the Consignment
  17
- Security Information
  17
- Transportation and Storage
  18
- Notes on Warranty
  18
Safety Notes
21
Description
25
- Overview
  25
- Features
  26
- Applications
  26
- Approvals
  27
- Modbus Communication
  27
Installing/Mounting
29
- Basic Safety Notes
  29
- Mounting Instructions
  31
- Mounting Locations
  31
- Mounting on Wall
  31
- Cable Routed through a Conduit
  34
- Cable Exposed and Entering through the Cable Glands
  35
- Panel Mount
  36
- Cutout Instructions
  37
- Panel Mount Dimensions
  37
- Mounting the Enclosure
  37
- Wiring Compartment
  38
- Wiring Compartment
  39
- Installing the Smartlinx Communication Card
  40
Connecting
41
- Basic Safety Notes
  41
- Connecting Diagram
  42
- Terminal Board
  43
- Cables
  43
- Transducers
  44
- Relays
  45
- Temperature Sensor
  46
- Ma Input
  46
- Ma Output
  47
- Level System Synchronization
  47
- Power
  48
- Digital Communication
  48
- RS-232 Serial Connection
  49
- Discrete Inputs
  50
Commissioning
51
- Local Commissioning
  51
- Activating the Device
  52
- RUN Mode
  52
- The Local Display
  53
- Display Field Descriptions
  55
- Auxiliary Reading
  56
- Multiple Readings
  56
- PROGRAM Mode
  57
- Key Functions in Measurement Mode
  57
- Programming the Device
  57
- Parameter Menus
  58
- Key Functions in Edit Mode
  61
- Quick Start Wizards
  61
- Setting Wizards Via Graphical Display
  62
- Wizards (1.)
  63
- Quick Start (1.1.)
  63
- Requesting an Echo Profile
  88
- Application Examples
  89
- Level Application
  90
- Flow Application
  91
Operating
93
- Single-Point Models
  93
- Average or Differential
  94
- Dual-Point Models
  94
- Average or Differential
  95
- Measurement Conditions
  96
- Relays
  97
- General Introduction
  97
- Relay Functions
  98
- Alarm
  98
- Pump
  99
- Totalizing and Sampling
  99
- Relay Status - Navigation Pane
  99
- Relay-Related Parameters
  100
- Relay Activation
  101
- Preset Applications
  102
- Relay Fail-Safe
  106
- Security
  106
- Parameter Types
  106
- Display Readout
  106
- Adjusting the Primary Reading
  107
- Backup Level Override
  107
- Backup Level Override Parameters
  108
- Discrete Inputs
  108
- Wiring the Discrete Inputs
  109
- Adjusting the Discrete Input Logic
  109
- Ma I/0
  109
- Ma Input
  109
- Ma Output
  110
- Volume
  111
- Readings
  111
- Vessel Shape and Dimensions
  112
- Characterization Chart
  113
- Alarms
  115
- Level
  115
- Setting Simple Level Alarms
  116
- Rate
  116
- In-Bounds/Out-Of-Bounds Range
  117
- Cable Fault
  117
- Temperature
  118
- Loss of Echo (LOE)
  118
- Pump Control
  119
- Setting a Pump down Group
  119
- Set Relays to Alternate Duty Assist
  120
- Set the on Setpoints
  120
- Set the off Setpoints
  120
- Setting a Pump up (Reservoir) Group
  121
- Set Relays to Alternate Duty Assist
  122
- Set the Relay on Setpoints
  122
- Set the Relay off Setpoints
  122
- Other Pump Control Algorithms
  123
- Set Relays to Alternate Duty Backup
  123
- Set Relays to Fixed Duty Assist
  123
- Set Relays to Fixed Duty Backup
  124
- Set Relays to Service Ratio Duty Assist
  125
- Set Relays to First in First out
  126
- Optional Pump Controls
  127
- Starting Pumps by Rate of Level Change
  127
- Rotating Pumps by Service Ratio
  128
- Totalizing Pumped Volume
  129
- Setting Independent Fail-Safe Controls
  130
- Setting a Pump to Run-ON
  130
- Setting the Pump Start Delays
  131
- Reducing Wall Cling
  131
- Grouping Pumps
  132
- Setting a Flush Valve
  132
- Relay Controlled by Communications
  133
- Tracking Pump Usage
  133
- Rake (Screen) Control
  133
- Setting a Rake Control
  134
- Setting Common Parameters
  135
- Set Relay 1 (Operate Rake)
  135
- Set Relays 2 to 4 (Level Alarms)
  136
- External Totalizers and Flow Samplers
  136
- Relay Contacts
  137
- Totalizer
  137
- Flow Sampler
  138
- Based on Volume and Time
  138
- Open Channel Monitoring (OCM)
  139
- Common Parameters
  140
- Setting Zero Head
  141
- Setting Totalized Volume
  142
- Applications Supported by the Device
  143
- BS-3680/ISO 1438/1 Thin Plate V-Notch Weir
  143
- BS-3680/ISO 4359 Rectangular Flume
  144
- Palmer-Bowlus Flume
  145
- H-Flume
  146
- Pmds with Exponential Flow to Head Function
  147
- Parshall Flume
  150
- Leopold-Lagco Flume
  151
- Cut Throat Flume
  152
- Universal Calculation Support
  153
- Typical Flow Characterization
  153
- Example Flumes
  154
- Example Weir Profiles
  155
- Configuration Testing
  155
- I/0 Checkout
  155
- Application Test
  156
Parameter Reference
157
- Key Terms
  157
- Parameter Indexing
  158
- Index Selector Examples
  160
- Sensor and Measurement
  160
- Calibration
  161
- Pumps
  161
- High Level Alarm
  162
- Index Types
  163
- Quick Start Wizards
  164
- Setup (2.)
  164
- Sensor (2.1.)
  164
- Units (2.1.1.)
  164
- Level Selector (2.1.2.)
  164
- Sensor Mode (2.1.3.)
  165
- Transducer Selector (2.1.4.)
  166
- Transducer (2.1.5.)
  166
- Material (2.1.6.)
  167
- Short Shot Frequency (2.1.7.)
  167
- Long Shot Frequency (2.1.8.)
  167
- Short Shot Duration (2.1.9.)
  168
- Long Shot Duration (2.1.10.)
  168
- Number of Short Shots (2.1.11.)
  168
- Number of Long Shots (2.1.12.)
  169
- Shot Synchro (2.1.13.)
  169
- Scan Delay (2.1.14.)
  169
- Scan Time (2.1.15.)
  170
- Shot Delay (2.1.16.)
  170
- Shot/Pulse Mode (2.1.17.)
  170
  - Calibration (2.2.)
    171
- Level Selector (2.2.1)
  171
- Span (2.2.2.)
  171
- Transducer Selector (2.2.3.)
  171
- Empty (2.2.4.)
  172
- Sensor Offset (2.2.5.)
  173
  - Blanking (2.2.6.)
    173
- Range Extension (2.2.7.)
  174
  - Rate (2.3.)
    174
- Transducer Selector (2.3.1.)
  174
- Fill Rate/Minute (2.3.2.)
  175
- Empty Rate/Minute (2.3.3.)
  175
- Response Rate (2.3.4.)
  176
- Rate Filter (2.3.5.)
  177
- Rate Filter Time (2.3.6.)
  177
- Rate Filter Distance (2.3.7.)
  177
- Level Selector (2.2.8)
  178
- Filling Indicator (2.3.9.)
  178
- Emptying Indicator (2.3.10.)
  178
  - Fail-Safe (2.4.)
    179
- Transducer Selector (2.4.1.)
  179
- LOE Timer (2.4.2.)
  179
- Level Selector (2.4.3.)
  180
- Fail-Safe Mode (2.4.4.)
  180
- Material Level (2.4.5.)
  180
- Fail-Safe Advance (2.4.6.)
  181
- Ma Output Selector (2.4.7.)
  181
- Ma Fail-Safe Mode (2.4.8.)
  181
  - Ma Fail-Safe Value (2.4.9.)
    182
    
    Current Output (2.5.)
    182
- Ma Output Selector (2.5.1.)
  182
- Ma Output Range (2.5.2.)
  182
- Current Output Function (2.5.3.)
  183
- Ma Output Allocation (2.5.4.)
  183
- Ma Setpoint (2.5.5.)
  184
Ma Setpoint (2.5.6.)
184
Minimum Ma Limit (2.5.7.)
184
Maximum Ma Limit (2.5.8.)
184
Milliamp Output (2.5.9.)
184
Fail-Safe Mode (2.5.10.)
185
Ma Output Trim (2.5.11.)
185
Ma Output Trim (2.5.12.)
185
Current Input (2.6.)
186
Ma Input Range (2.6.1.)
186
0/4 Ma Level Value (2.6.2.)
186
Ma Level Value (2.6.3.)
186
Ma Damp Filter (2.6.4.)
187
Scaled Ma Input Value (2.6.5.)
187
Raw Ma Input Value (2.6.6.)
187
Volume (2.7.)
187
Level Selector (2.7.1.)
187
Vessel Shape (2.7.2.)
188
Maximum Volume (2.7.3.)
190
Dimension a (2.7.4.)
190
Dimension L (2.7.5.)
191
Transducer Selector (2.7.6.)
191
Inflow/Discharge Adjust (2.7.7.)
191
- Table 1-8 (2.7.8.)
  192
- Table 9-16 (2.7.9.)
  193
- Table 17-24 (2.7.10.)
  194
- Relays (2.8.)
  195
Table 25- 32 ( 2.7.11.)
195
Basic Setup (2.8.1.)
195
Modifiers (2.8.2.)
202
Discrete Inputs (2.9.)
209
Backup Level Override (2.9.1.)
209
Discrete Input Logic (2.9.2.)
211
Other Control (2.10.)
212
External Totalizer (2.10.1.)
212
Transducer Selector (2.10.1.1.)
212
Multiplier (2.10.1.2.)
213
Relay Duration (2.10.1.3.)
213
External Sampler (2.10.2.)
214
Signal Processing (2.11.)
220
Temperature and Velocity (2.11.1.)
220
Echo Select (2.11.2.)
224
TVT Setup (2.11.3.)
229
TVT Shaper (2.11.4.)
233
Measurement Verification (2.11.5.)
235
Display (2.12.)
238
Local Display Backlight (2.12.1)
238
LCD Contrast (2.12.2.)
238
Level Selector (2.12.3.)
239
Decimal Position (2.12.4.)
239
Convert Reading (2.12.5.)
240
Offset Reading (2.12.6.)
240
Default Auxiliary Reading (2.12.7.)
241
- Display Delay (2.12.8.)
  241
- Flow (2.13.)
  241
- Transducer Selector (2.13.1.)
  241
- Primary Measuring Device (2.13.2.)
  242
- Auto Zero Head (2.13.3.)
  242
- Basic Setup (2.13.4.)
  243
- PMD Dimensions (2.13.5.)
  248
- Universal Head Vs Flow (2.13.6.)
  249
- Totalizers (2.14.)
  252
- Transducer Selector (2.14.1.)
  252
- Running Totalizers (2.14.)
  252
- Running Totalizers High (2.14.2.)
  252
- Running Totalizers Low (2.14.3.)
  253
- Totalizer Decimal Position (2.14.4.)
  253
- Totalizer Multiplier (2.14.5.)
  254
- Maintenance and Diagnostics (3.)
  254
- Identification (3.1.)
  254
- Tag (3.1.1.)
  254
- Descriptor (3.1.2.)
  254
- Message (3.1.3.)
  254
- Order Number (3.1.4.)
  255
- Serial Number (3.1.5.)
  255
- Hardware Revision (3.1.6.)
  255
- Firmware Revision (3.1.7.)
  255
- Loader Revision (3.1.8.)
  255
- Manufacture Date (3.1.9.)
  255
- Date Last Configured (3.1.10.)
  255
- Diagnostics (3.2.)
  255
- Transducer Selector (3.2.1.)
  255
- Echo Profile (3.2.2.)
  256
- Master Reset (3.2.3.)
  256
- Power-ON Resets (3.2.4.)
  257
- Power-ON Time (3.2.5.)
  257
- Relay Selector (3.2.6.)
  257
- Relay Logic Test (3.2.7.)
  257
- Measurement Values (3.2.8.)
  257
- Pump Records (3.2.9.)
  262
- Temperature Peak Values (3.2.10)
  263
- Echo Quality (3.2.11.)
  264
- Smartlinx Diagnostics (3.2.12.)
  265
- Simulation (3.3.)
  268
- Discrete Inputs
  268
- Communication (4.)
  269
- Communications Port Selector (4.1.)
  269
- Device Address (4.2.)
  269
- Communications Timeout (4.3.)
  270
- Protocol (4.4.)
  270
- Serial Baud Rate (4.5.)
  270
- Parity (4.6.)
  271
- Data Bits (4.7.)
  271
- Stop Bits (4.8.)
  271
- Modem Available (4.9.)
  271
- Modem Inactivity Timeout (4.10.)
  272
- Parameter Index Location (4.11.)
  272
- Smartlinx Reserved Parameters (4.12.1. to 4.12.5.)
  273
  - Security (5.)
    273
- Write Protection (5.1.)
  273
- User PIN (5.2.)
  273
- Protocol Selector (5.3.)
  274
- Communications Control (5.4.)
  274
- Language (6.)
  275
Service and Maintenance
277
- Firmware Updates
  277
- Basic Safety Notes
  278
- Cleaning
  280
- Cleaning the Enclosure
  280
- Maintenance and Repair Work
  280
- Return Procedure
  281
- Transport
  281
- Disposal
  282
Diagnosing and Troubleshooting
283
- Communication Troubleshooting
  283
- General Fault Codes
  284
- Common Problems Chart
  285
- Noise Problems
  288
- Determining the Noise Source
  289
- Non-Transducer Noise Sources
  289
- Avoiding Common Wiring Problems
  290
- Reducing Electrical Noise
  290
- Reducing Acoustical Noise
  290
- Measurement Difficulties
  291
- Loss of Echo (LOE)
  291
- Adjust Transducer Aiming
  291
- Increase Fail-Safe Timer Value
  291
- Install a Transducer with a Narrower Beam
  292
- Fixed Reading
  292
- Obstructions in the Sound Beam
  292
- Nozzle Mountings
  292
- Set the Device to Ignore the Bad Echo
  293
- Wrong Reading
  293
- Transducer Ringing
  294
- Unit Repair and Excluded Liability
  295
Technical Data
297
- Power
  297
- Operating Conditions
  298
- Performance
  298
- Programming
  299
- Outputs
  299
- Inputs
  300
- Construction
  301
- Approvals
  302
- Transducers
  302
Technical Reference
303
- Transmit Pulse
  303
- A.1 Transmit Pulse
  303
- Echo Processing
  304
- TVT (Time Varying Threshold) Curves
  304
- A.2 Echo Processing
  304
- Auto False Echo Suppression
  305
- Algorithm
  306
- A.5 Algorithm
  306
- Distance Calculation
  307
- A.6 Distance Calculation
  307
- Sound Velocity
  308
- A.7 Sound Velocity
  308
- Scanning
  309
- Volume Calculation
  309
- A.8 Scanning
  309
- Flow Calculation
  310
- A.10 Flow Calculation
  310
- Response Rate
  313
- Analog Output
  313
- A.11 Response Rate
  313
- Current Output Function
  314
- Loss of Echo (LOE)
  314
- Fail-Safe Mode
  314
Pump Control Reference
315
- Pump Control Options
  315
- Pump Groups
  315
- Pump by Rate
  315
- Pump Control Algorithms
  315
- Fixed Duty Assist
  316
- Fixed Duty Backup
  316
- Alternate Duty Assist
  318
- Alternate Duty Backup
  319
- Service Ratio Duty Assist
  320
- Service Ratio Duty Backup
  320
- First in First out
  320
- Pump by Rate
  321
- Other Pump Controls
  321
- B.12 Pump by Rate
  321
Communications
323
- Device Communication Systems
  323
- Modbus
  323
- Optional Smartlinx Cards
  323
- C.1 Device Communication Systems
  323
- Communication Systems
  324
- Communication Ports
  324
- C.4 Communication Systems
  324
- Modbus
  325
- Smartlinx
  325
- C.6 Modbus
  325
- Communications Installation
  326
- Wiring Guidelines
  326
- C.8 Communications Installation
  326
- Configuring Communications Ports (Parameters)
  328
- SIMATIC Process Device Manager (PDM)
  329
- Device Description
  329
- Modbus Register Map
  330
- Word Order (R40,062)
  331
- Map ID (R40,063)
  331
- Product ID (R40,064)
  332
- Point Data (R41,010 - R41,031)
  332
- Totalizer (R41,040 - R41,043)
  332
- C.13 Product ID (R40,064)
  332
- Input/Output (R41,070 - R41,143)
  333
- Discrete Inputs (R41,070)
  333
- Relay Outputs (R41,080)
  333
- Ma Input (R41,090)
  333
- Ma Outputs (R41,110-41,111)
  333
- C.16 Input/Output (R41,070 – R41,143)
  333
- Pump Control (R41,400-R41,474)
  334
- Pump on Setpoint (R41,420-R41,425)
  334
- Pump off Setpoint (R41,430-R41,435)
  334
- Pumped Volume (R41,440-R41,443)
  334
- Pump Hours (R41,450-R41,461)
  334
- C.21 Pump Control (R41,400-R41,474)
  334
- Pump Starts (R41,470-R41,475)
  335
- Parameter Access (R43,998-R46,999)
  335
- Parameter Indexing
  336
- Reading Parameters
  336
- C.28 Parameter Indexing
  336
- Global Index Method
  337
- Parameter-Specific Index Method
  338
- Writing Parameters
  338
- Global Index Method
  338
- Parameter-Specific Index Method
  339
- Format Words
  339
- Global Index Method
  339
- Format Registers
  340
- C.31.3 Format Registers
  340
- Data Types
  341
- Numeric Values
  341
- Bit Values
  341
- C.32 Data Types
  341
- Unsigned Double Precision Integer (UINT32)
  342
- Split Values
  343
- C.36 Split Values
  343
- Text Messages
  344
- C.37 Text Messages
  344
- Relay Function Codes (2.8.1.4. Relay Function Only)
  345
- Error Handling
  346
- Modbus Responses
  346
- C.39 Error Handling
  346
- Error Handling
  347
- Communication Troubleshooting
  348
- General
  348
- Specific
  348
- C.40 Communication Troubleshooting
  348
- Single Parameter Access (SPA)
  349
- Mapping
  349
- Reading Parameters
  349
- Writing Parameters
  350
- Format Register
  350
- C.41.3 Writing Parameters
  350
- Error Codes
  351
- C.41.5 Error Codes
  351
Updating Software
353
Upgrading
355
Conduit Entry for Class I, DIV 2 Applications
359
G.1 Programming Chart
363
Programming Chart
363
LCD Menu Structure
373
Certificates and Support
391
- Technical Support
  391
- QR Code Label
  391
- I.1 Technical Support
  391
- Certificates
  392
- I.3 Certificates
  392
- Index
  393

Siemens HydroRanger 200 HMI Operating Instructions Manual (318 pages)

Ultrasonic Controllers

Brand: Siemens | Category: Controller | Size: 4.53 MB

Table of Contents
3
Introduction

11
- The Manual
  11
  - Manual Symbols
    11
  - Application Examples
    12
- Firmware Revision History
  12
  - Sensor Node
    12
  - Hmi
    12
Safety Notes

13
Description

17
- Overview
  17
- Features
  17
- Applications
  18
- Approvals and Certificates
  18
Installing and Mounting

19
- Mounting Locations
  20
Connecting

29
- Terminal Board
  30
- Cables
  31
- Transducers
  31
- Relays
  32
- Temperature Sensor
  32
- Ma Input
  33
- Ma Output
  33
- Level System Synchronization
  33
- Power
  34
- Digital Communications
  34
  - RS-232 Serial Connection
    35
    
    Discrete Inputs
    35
Commissioning

37
- Local Commissioning
  37
- Activating the Hydroranger 200 HMI
  37
- RUN Mode
  37
  - Measurement Views in RUN Mode
    38
  - The LCD Display
    38
    
    Measurement Mode Display: Normal Operation
    38
    
    Auxiliary Reading
    39
  - Multiple Readings
    40
- PROGRAM Mode
  41
  - Key Functions in Measurement Mode
    41
  - Programming the Hydroranger 200 HMI
    41
    
    Parameter Menus
    41
- Quick Start Wizards
  45
  - Setting Wizards Via Graphical Display
    45
- Application Examples
  68
  - Level Application
    68
  - Flow Application
    69
General Operation

71
Single-Point Models

72
- Average or Differential
  72
Dual-Point Models

73
- Average or Differential
  73
- Measurement Conditions
  73
  - Response Rate
    74
  - Dimensions
    74
  - Fail-Safe Indexes
    74
Relays

75
- General Introduction
  75
  - Relay Functions
    75
  - Alarm
    75
  - Pump
    76
  - Totalizing and Sampling
    76
  - Relay Status - Navigation View
    77
  - Relay-Related Parameters
    77
    
    Relay Wiring Test
    78
  - Relay Activation
    78
- Preset Applications
  79
  - Relay Fail-Safe
    80
- Security
  80
- Parameter Types
  80
- Display Readout
  81
  - Adjusting the Primary Reading
    81
Backup Level Override

82
- Backup Level Override Parameters
  82
Discrete Inputs

83
- Wiring the Discrete Inputs
  83
- Adjusting the Discrete Input Logic
  83
Ma I/O

84
- Ma Input
  84
- Ma Output
  84
Volume

86
- Readings
  86
- Vessel Shape and Dimensions
  86
- Characterization Chart
  87
Alarms

89
- Level
  89
  - Setting Simple Level Alarms
    90
- Rate
  90
- In-Bounds/Out-Of-Bounds Range
  90
- Cable Fault
  91
- Temperature
  91
- Loss of Echo (LOE)
  92
Pump Control

93
- Setting a Pump down Group
  93
- Setting a Pump up (Reservoir) Group
  94
- Other Pump Control Algorithms
  96
- Optional Pump Controls
  99
  - Starting Pumps by Rate of Level Change
    99
  - Rotating Pumps by Service Ratio
    100
  - Totalizing Pumped Volume
    101
  - Setting Independent Fail-Safe Controls
    102
  - Setting a Pump to Run-ON
    102
  - Setting the Pump Start Delays
    103
  - Reducing Wall Cling
    103
  - Grouping Pumps
    104
  - Setting a Flush Valve
    104
  - Relay Controlled by Communications
    105
- Tracking Pump Usage
  105
Rake (Screen) Control

106
- Setting a Rake Control
  106
  - Setting Common Parameters
    107
  - Set Relay 1 (Operate Rake)
    107
  - Set Relays 2 to 4 (Level Alarms)
    107
External Totalizers and Flow Samplers

108
- Relay Contacts
  108
- Totalizer
  108
- Flow Sampler
  109
  - Based on Volume and Time
    109
Open Channel Monitoring (OCM)

110
- Common Parameters
  110
  - Setting Zero Head
    111
- Setting Totalized Volume
  113
- Applications Supported by Hydroranger 200 HMI
  113
  - BS-3680 / ISO 1438/1 Thin Plate V-Notch Weir
    113
  - BS-3680 / ISO 4359 Rectangular Flume
    114
  - Palmer-Bowlus Flume
    115
  - H-Flume
    116
- Pmds with Exponential Flow to Head Function
  117
  - Applicable Weir Profiles
    117
  - Non-Applicable Weir Profiles
    118
  - Parshall Flume
    119
  - Leopold Lagco Flume
    120
  - Cut Throat Flume
    121
- Universal Calculation Support
  122
  - Typical Flow Characterization
    122
  - Example Flumes
    123
  - Example Weirs
    123
Configuration Testing

125
- I/O Checkout
  125
- Application Test
  125
Parameters

127
- Key Terms
  127
- Parameter Indexing
  128
- Index Selector Examples
  129
  - Sensor and Measurement
    129
  - Calibration
    130
  - Pumps
    130
  - High Level Alarm
    130
- Index Types
  131
- Alphabetical List
  216
Service and Maintenance

225
- Firmware Updates
  225
- Decontamination Declaration
  225
Troubleshooting

227
- Communication Troubleshooting
  227
  - General Fault Codes
    228
  - Common Problems Chart
    229
  - Noise Problems
    236
    
    Determine the Noise Source
    236
    
    Avoiding Common Wiring Problems
    237
    
    Non-Transducer Noise Sources
    237
    
    Reducing Acoustical Noise
    237
    
    Reducing Electrical Noise
    237
  - Measurement Difficulties
    238
    
    Adjust Transducer Aiming
    238
    
    Increase Fail-Safe Timer Value
    238
    
    Install a Transducer with a Narrower Beam
    238
    
    Loss of Echo (LOE)
    238
  - Fixed Reading
    239
  - Wrong Reading
    240
  - Unit Repair and Excluded Liability
    241
Technical Data

243
Appendix A: Technical Reference

249
- TVT (Time Varying Threshold) Curves
  250
  - Algorithm
    251
- Sound Velocity
  252
- Scanning
  253
  - Universal Curved
    254
  - Universal Linear
    255
  - Response Rate
    256
  - Loss of Echo (LOE)
    257
Appendix B: Pump Control Reference

258
- Fixed Duty Assist
  259
- Alternate Duty Assist
  260
- Service Ratio Duty Assist
  261
- Service Ratio Duty Backup
  262
Appendix C: Communications

263
- Communication Ports
  264
Communications Installation

265
- Configuring Communications Ports (Parameters)
  267
SIMATIC Process Device Manager (PDM)

268
Modbus Register Map

269
- Parameter Indexing
  274
- Parameter-Specific Index Method
  275
- Global Index Method
  276
Data Types

278
- Split Values
  279
- Text Messages
  280
Error Handling

282
- Communication Troubleshooting
  283
Single Parameter Access (SPA)

284
- Writing Parameters
  285
- Error Codes
  286
Appendix D: Updating Software

287
Appendix E: Upgrading

288
- Connecting a Transducer with RG62 Co-Axial Extension Cable
  289
Appendix F: Conduit Entry for Class I, DIV 2 Applications

290
Programming Chart

293
LCD Menu Structure

302
Index

309

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Siemens HydroRanger 200 HMI Manuals

Siemens HydroRanger 200 HMI Operating Instructions Manual (404 pages)

Table of Contents

Siemens HydroRanger 200 HMI Operating Instructions Manual (318 pages)

Table of Contents

Introduction

Safety Notes

Description

Installing and Mounting

Connecting

Commissioning

General Operation

Single-Point Models

Dual-Point Models

Relays

Backup Level Override

Discrete Inputs

Ma I/O

Volume

Alarms

Pump Control

Rake (Screen) Control

External Totalizers and Flow Samplers

Open Channel Monitoring (OCM)

Configuration Testing

Parameters

Service and Maintenance

Troubleshooting

Technical Data

Appendix A: Technical Reference

Appendix B: Pump Control Reference

Appendix C: Communications

Communications Installation

SIMATIC Process Device Manager (PDM)

Modbus Register Map

Data Types

Error Handling

Single Parameter Access (SPA)

Appendix D: Updating Software

Appendix E: Upgrading

Appendix F: Conduit Entry for Class I, DIV 2 Applications

Programming Chart

LCD Menu Structure

Index

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