JUMO AQUIS touch P

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8 Operation

102

All alarms are available in the binary selector. In this way, digital outputs or other

internal functions of the device can be controlled via alarms.

Main Page

Default Chapter3
- Table of Contents3
1 Safety Information15
- Warning Symbols15
- Indicative Symbols15
- Intended Use16
- Qualification of Personnel16
2 Acceptance of Goods, Storage, and Transport17
- Checking the Delivery17
- Important Information about Storage and Transport17
- Returning Goods17
- Accompanying Letter for Repair17
- Protection against Electrostatic Discharge (ESD)18
3 Device Description19
- Brief Description19
- Block Diagram21
- Device Setup22
4 Identifying the Device Version23
- Nameplate23
- Order Details24
- Scope of Delivery26
- Accessories27
5 Mounting29
- Notes29
- Dimensions30
- Panel Insertion32
6 Electrical Connection35
- Installation Notes35
- Connecting Cables37
- Preparing Coaxial Cables for Ph/Redox Electrodes37
- Conductor Cross-Sections for Base Unit and Power Supply Unit39
- Conductor Cross-Sections for Optional Boards40
- Galvanic Isolation41
- Connection Diagram42
- Overview of Connections42
- Analog Inputs Base Unit44
- Analog Inputs Optional Boards46
- Analog Outputs56
- Binary Inputs57
- Digital Outputs, Power Supply Unit Board59
- Digital Outputs, Optional Boards60
- Mains Power Connection61
- Voltage Supply Outputs62
- Interfaces63
7 Startup69
- Initial Startup69
- Digital Sensors70
- Initial Startup70
- Restarting74
- Function Test75
- Checking the Optional Boards75
- Checking Sensors and Inputs/Outputs75
8 Operation77
- Operating Concept77
- Passwords and User Rights77
- Display and Control Elements79
- Menu Structure80
- Entry of Text and Numbers86
- Device Menu88
- Log-On/Log-Out91
- User Levels92
- Functional Level93
- Device Information95
- Service96
- Calibrating the Touchscreen97
- Digital Sensors97
- Alarm/Event List102
- Alarm List103
- Event List106
- Memory Manager (USB Flash Drive)110
- Operating the Controllers113
- Automatic Control Mode114
- Controller in the Manual Mode116
- Hold Mode117
- Optimizing Controllers118
- Operation of the Data Monitor/Recording Function119
- Data Monitor/Recording Function Control Elements120
- History Function123
- Online Visualization124
9 Parameterization129
- Date and Time129
- Parameter Sets (Controller Parameter)130
- Setpoint Values133
- Manual Values133
10 Configuration135
- Important Information135
- Basic Settings136
- Display137
- General Information137
- Screen138
- Colors138
- Operating Loop139
- General Screens139
- Detailed Screens140
- Analog Inputs141
- Base Unit Temperature Inputs141
- Universal Inputs of Base Unit and Optional Boards143
- Calibration Timer146
- Ph/Redox/Nh Analysis Inputs147
- Calibration Timer148
- Cr/CI Analysis Inputs (Conductive/Inductive Conductivity)150
- Calibration Timer152
- Cr/CI Measuring Ranges152
- Analog Outputs of Base Unit and Optional Boards155
- Digital Inputs of Base Unit and Optional Boards156
- Digital Outputs of Base Unit and Optional Boards157
- Alias Values158
- Digital Sensors160
- General Information160
- Configuration161
- Sensor Alarms168
- CIP/SIP Definition (JUMO Digiline Ph Only)171
- Calibration Timer171
- Limit Monitoring and Alarms172
- Limit Value Monitoring Functions172
- Alarms for Analog Signals and Digital Sensors172
- Digital Signal Alarms175
- Calibration Timer176
- Configuration of the Calibration Timers176
- Controller177
- Configuration of the Controllers177
- Controller Inputs181
- Disturbance Feedforward Control182
- Autotuning183
- Setpoint Value Configuration184
- Timer185
- Control Timer187
- Washtimer188
- Counter189
- Ethernet190
- Serial Interfaces191
- Formula193
- Logic Formula194
- Manual Values (Configuration)194
- External Analog Inputs195
- External Digital Inputs196
- Flow196
11 Retrofitting Optional Boards199
- Inserting Optional Boards199
- CI Base Calibration202
12 Calibration in General207
- Notes207
- General Information207
- General Procedure for Calibration207
- Calibration Logbook209
13 Calibrating a Ph Measuring Chain213
- Important Information213
- General Information213
- Calibration Methods for Ph Sensors213
- Calibration Default Settings for Ph Sensors214
- Ph Calibration Routines217
- Zero-Point Calibration217
- Two-Point and Three-Point Calibration219
14 Calibrating Redox Sensors221
- Important Information221
- General Information221
- Calibration Methods for Redox Sensors221
- Calibration Default Settings for Redox Sensors222
- Redox Calibration Routines223
- Zero-Point Calibration223
- Two-Point Calibration225
Calibrating Ammonia Sensors227
- Notes227
- General Information227
- Calibration Methods for Ammonia Sensors227
- Calibration Default Settings for Ammonia Sensors227
- Ammonia Calibration Routines228
- Zero-Point Calibration228
16 Calibrating CR Conductivity Sensors229
- Notes229
- General Information229
- Calibration Methods for CR Conductivity Sensors (Conductive)229
- Calibration Default Settings for CR Conductivity Sensors230
- CR Calibration Routines232
- Calibrating the Relative Cell Constant232
- Calibrating the Temperature Coefficient234
17 Calibrating CI Conductivity Sensors237
- Important Information237
- General Information237
- Calibration Methods for CI Conductivity Sensors (Inductive)237
- Calibration Default Settings for CI Conductivity Sensors238
- CI Calibration Routines241
- Calibrating the Relative Cell Constant241
- Calibrating the Temperature Coefficient (TC)243
- Calibrating the TC-Curve245
18 Calibrating Universal Inputs247
- Important Information247
- General Information247
- Calibration Methods for Universal Inputs247
- Universal Inputs Calibration Default Settings249
- Universal Input Calibration Routines251
- Zero Point/Slope Calibration (Linear Scaling)252
- Two-Point Calibration (Linear Scaling)253
- Slope Calibration (Free Chlorine, Ph/Temp.-Compensated)255
19 Calibrating O-DO Sensors257
- Important Information257
- General Information257
- Calibration Methods for O-DO Sensors258
- Calibration Default Settings for O-DO Sensors258
- O-DO Calibration Routine260
- End Value Calibration260
- Two-Point Calibration262
20 Calibrating Turbidity Sensors265
- Important Information265
- General Information265
- Calibration Methods for Turbidity Sensors265
- Calibration Presets for Turbidity Sensors266
- Calibration Routines for Turbidity Sensors267
- Two-Point Calibration267
21 Calibration During Disinfection Measurements269
- Important Information269
- General Information269
- Calibration Methods for Disinfection Measurand Sensors270
- Calibration Default Settings for Disinfection Measurand Sensors270
- Calibration Routine for Disinfection Measurands272
- End Value Calibration272
- Two-Point Calibration275
22 PC Setup Program279
- General Information279
- Installing the JUMO PC Setup Program280
- Procedure280
- Logging Onto the Setup Program282
- Rights in the Setup Program283
- Quickstart Agent284
- User Interface286
- Elements of the User Interface286
- Display Protection288
- Editing the Setup File291
- Menu Bar293
- File Menu293
- Data Transfer Menu295
- Extras297
- Windows298
- Info299
- Connection to Device300
- Device Connections List300
- Configuring the Connection with the Assistant302
- Configuring the Connection Without the Assistant309
- Searching for a Device in the Network311
- Setting up the Device with the JUMO PC Setup Program313
- Identification313
- Configuring and Parameterizing315
- User List315
- Country Settings318
- Device Character Set324
- User Levels326
- Formula327
- Logic Formula328
- Customer-Specific Linearization329
- Buffer Set Tables332
- Process Screens333
- Email347
- Web Server354
- Diagnostics356
- Calibration Logbooks356
- Digital Sensor Calibration Logbooks356
- Digital Sensor Connection List356
- Online Parameters358
- Date and Time358
- Screenshot358
- Ethernet359
- Approval of Extra Codes360
- Deleting Internal Measurement Data360
- Adjusting / Testing361
23 Technical Data367
- Analog Inputs Base Unit367
- Temperature Measuring Input (in 4)367
- Temperature Measuring Input (in 5)368
- Universal Input (in 6)368
- Measuring Circuit Monitoring Base Unit368
- Analog Inputs Optional Boards369
- Universal Input (in 11, in 12)369
- Analysis Input: Ph/Redox/Nh369
- Analysis Input: CR (Resistive Conductivity)370
- Analysis Input: CI (Conductivity, Inductive)371
- Temperature Compensations372
- Measuring Circuit Monitoring, Optional Boards373
- Analog Outputs of Base Unit and Optional Boards374
- Binary Inputs Base Unit374
- Binary Inputs Optional Boards374
- Binary Outputs, Power Supply Unit Board374
- Binary Outputs, Optional Boards375
- Voltage Supply Outputs, Optional Board375
- Interfaces376
- Serial Interface RS485 (Base Unit )376
- Serial Interface RS422/485 (Optional Board)376
- PROFIBUS-DP (Optional Board)376
- Sampling Rate for Digital Sensors376
- Ethernet Optional Board (10/100Base-T)377
- USB Interfaces378
- Electrical Data379
- Screen Touchscreen379
- Case380
- Functions381
- Controller Channels381
- Recording Function382
- Customer-Specific Linearization382
- Approvals/Approval Marks383
24 Annex385
- Troubleshooting and Remedies for Digital Sensors385
- Possible Faults on Sensors with JUMO Digiline Electronics385
- Possible Faults on Digital JUMO Ecoline and Tecline Sensors388
- Planning the Cabling for Digital Sensors391
- Voltage Supply to the Bus with DC 5 V from a JUMO AQUIS Touch P391
- Voltage Supply to the Bus with DC 5 V from a JUMO Digiline Hub394
- Voltage Supply to the Bus with DC 24 V396
- Voltage Drop Calculation398
- China401

JUMO AQUIS touch P - Page 104

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