Mettler Toledo MT User's Guide Page 110
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- Table of contents
- TROUBLESHOOTING
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IND780 User’s Guide
Figure 3-37: PDX Terminal Screen
The displayed information includes:
Data Field Description
Minimum CAN-High
Voltage
Typically associated with the CAN-High voltage value (volts) measured
during a Recessive communication state. Normal range: 2 – 3 V.
Maximum CAN-High
Voltage
Typically associated with the CAN-High voltage value (volts) measured
during a Dominant communication state. Normal range: 3 – 5 V.
Minimum CAN-Low Voltage
Typically associated with the CAN-Low voltage value (volts) measured during
a Dominant communication state. Normal range: 0 – 2 V.
Maximum CAN-Low
Voltage
Typically associated with the CAN-Low voltage value (volts) measured during
a Recessive communication state. Normal range: 2 – 3 V.
Minimum CAN Voltage
Difference
Minimum difference between CAN-High and CAN Low voltages. Normal
range: ≈ 0 V.
Maximum CAN Voltage
Difference
Maximum difference between CAN-High and CAN Low voltages. Normal
range: ≈ 2 V.
Minimum Supply Voltage
Minimum supply voltage measured at the present voltage level as driven by
the internal (12 VDC) or external (24 VDC) power supply. Normal range: ≈ 5
% tolerance of nominal values.
Maximum Supply Voltage
Maximum supply voltage measured at the present voltage level as driven by
the internal (12 VDC) or external (24 VDC) power supply. Normal range: ≈ 5
% tolerance of nominal values.
Minimum Supply Current
Minimum supply current consumption measured with the cells connected.
Normal range: ≈ 10 mA – 38 mA per cell.
Maximum Supply Current
Maximum supply current consumption measured with the cells connected.
Normal range: ≈ 10 mA – 40 mA per cell.
External Diagnostics
The IND780 includes a utility that provides valuable tools for examining the
operation of the terminal, its installed options and software, and (for POWERCELL
bases only) of associated load cells. Information available in Web Help includes:
• System hardware and software configuration
• Resource utilization
• Share data variables, viewed either statically or dynamically
3-30
- Terminal 1
- OTE ON FIRMWARE REVISIONS 3
- CUSTOMER FEEDBACK 4
- BUSINESS REPLY MAIL 5
- CAUTION 7
- Contents 9
- Introduction 12
- Warnings and Precautions 14
- Operating Environment 14
- Temperature and Humidity 14
- Environmental Protection 14
- Hazardous Areas 14
- IND780 Terminal 15
- Installation manual 15
- Model Identification 16
- Physical Dimensions 17
- IND780 User’s Guide 18
- POWERCELL 21
- Scale Base 21
- Discrete I/O 22
- Serial Ports 22
- PLC Interfaces 22
- A-B RIO 22
- PROFIBUS DP 22
- Application Software 23
- TaskExpert™ 24
- Configuration Tool 24
- Operating Instructions 26
- Metrology Switch 27
- Display Operation 27
- Softkeys and Icons 28
- Navigation Keys 34
- Softkeys 35
- Application Keys 36
- Scale Function Keys 36
- Alpha Keys 38
- Numeric Keys 40
- Home Screen 41
- Operation 41
- Basic Functionality 42
- Select Scale 43
- Sum Scale 43
- Automatic Zero Maintenance 44
- Power-Up Zero 45
- Pushbutton Zero 45
- Pushbutton Tare 46
- Keyboard Tare 46
- Tare Table 47
- Net Sign Correction 48
- Auto Tare 48
- Clearing Tare 49
- Unit Switching 50
- IDNet Class II 51
- Expand By 10 51
- Print Interlock 52
- Automatic Print 52
- Repeat Print 52
- MinWeigh 53
- Display Contrast 53
- Information Recall 53
- Target Comparison 54
- Term Explanation 55
- Over/Under Applications 58
- Comparators 61
- Using Comparators 61
- ID Mode 62
- Sequence Steps Type 63
- SmartTrac™ 64
- Display Sizes 64
- Display Colors 66
- Bar Graph Mode 66
- Over/Under Mode 67
- Cross Hairs Mode 70
- Clustering 71
- Overview 71
- Time and Date 73
- Reports 73
- Calibration Test 74
- Alibi Memory Direct Access 78
- Table Search Field Options 78
- Counter 78
- Table Searches 80
- Service and Maintenance 81
- List of Tools Required 82
- Cleaning and Maintenance 82
- Firmware Upgrade Procedure 83
- Upgrade Using InSite™ 83
- Upgrade Using USB Memory 85
- Power Up Graphic 87
- Screen Saver Graphic 87
- Installing New Graphics 87
- Restore 88
- Service 89
- Troubleshooting 90
- Troubleshooting Overview 90
- Board LED Interpretation 92
- Option Boards 93
- AC Power Test 95
- Power Supply Voltage Test 95
- Battery Test 96
- Internal Diagnostic Testing 97
- Jumper Wire 103
- WARNING! 104
- MT Service View 105
- External Diagnostics 110
- Index Page 111
- Help File 112
- System Information 112
- Scale Statistics 113
- Resource Utilization 113
- Read Shared Data 114
- Scale Data 115
- Watchdog Monitoring 119
- Master Reset 119
- Main PCB 120
- Main PCB Removal 120
- Main PCB Installation 122
- ETX Board 122
- ETX Board Removal 122
- ETX Board Installation 123
- Figure 3-61: CF Card Removal 125
- Power Supply 126
- Power Supply Removal 126
- Power Supply Installation 127
- Option Board Installation 127
- Installation 128
- PLC Interface 128
- Connector 128
- Location 128
- METTLER TOLEDO 129
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