JUMO AQUIS touch P - Page 31

JUMO AQUIS touch P

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29

5 Mounting

Mounting depth with Ci-conductivity sensor

283,3 mm

2,3 mm

36 mm

25 mm

23,2 mm

Table of Contents

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

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