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Fluke 190 [150/159] Can bus devicenet
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Appendices
Bushealth Measurements
A
A-3
Connection between controller and devices is made using
a dedicated yellow flat cable as shown in the figure below
(cross section). Connection to the devices is done with
piercing connectors. To connect Probe Tip and Black
Ground Lead to + (brown conductor) and – (blue), the
TP88 Back Probe Pins (optional) can be used to probe
screw terminals at the end of the flat cable or as piercing
probes. The material of the flat cable also allows to pierce
the pin into it. After removal of the pin the material closes
again.
AS-i also uses M12-connectors for data as well as on/off
signals. The figure below shows where to find + and – on
such a connector.
1
(
+
)
: Input A
(
10:1
)
4
3 (-) : GND
2
5
M12 CONNECTOR
(FEMALE)
CAN Bus/DeviceNet.
The Controller Area Network (CAN) is used on board of
automobiles and also in industrial applications. The
industrial bussystem DeviceNet is based on CAN
hardware. CAN is a two-wire differential bus used to
control actuators and to read out sensors. The bus allows
data exchange between different devices. The signal
behavior in time is shown in the figure below. The signal
wires are marked CAN_L and CAN_H. There is also a
common (reference wire) CAN_GND. Data traffic is
continuous.
CAN_H
CAN_L
CAN_GND
3.5 V
2.5 V
0
V
1.5 V
(probe tip B) +
(GND lead A)
(probe tip A)
(GND lead B)
To check CAN Bus, ScopeMeter Channel A and B are on
and DC coupled. The recommended probes are Fluke
10:1 probes.
Содержание
- Fluke 19xc 2x5c 1
- Scopemeter 1
- Software version 8 0 onwards 1
- Users manual 1
- Limited warranty limitation of liability 3
- Service centers 4
- Chapter title page 5
- Table of contents 5
- Fluke 19xc 2x5c 6
- Contents 7
- Fluke 19xc 2x5c 8
- Declaration of conformity 11
- Figure 1 scopemeter test tool kit 12
- Fluke 19xc 2x5c users manual 12
- The following items are included in your test tool kit 12
- Unpacking the test tool kit 12
- When new the rechargeable nimh battery is not fully charged see chapter 9 12
- Safety information read first 14
- Warning 14
- Warning 15
- If safety features are impaired 16
- About this chapter 17
- Chapter 1 17
- Powering the test tool 17
- Using the scope 17
- Resetting the test tool 18
- Navigating a menu 19
- Hiding key labels and menus 20
- Input connections 20
- Making scope connections 21
- Displaying an unknown signal with connect and view 22
- Making automatic scope measurements 23
- Freezing the screen 24
- Using average for smoothing waveforms 25
- Using average persistence and glitch capture 25
- Using persistence to display waveforms 26
- Displaying glitches 27
- Suppressing high frequency noise 27
- Acquiring waveforms 28
- Reversing the polarity of the displayed waveform 28
- Selecting ac coupling 28
- Variable input sensitivity 29
- Using mathematics functions a b axb a vs b 30
- Working with noisy waveforms 30
- Using mathematics function spectrum fft 31
- Comparing waveforms 33
- Pass fail testing 34
- Analyzing waveforms 35
- About this chapter 37
- Chapter 2 37
- Making meter connections 37
- Using the multimeter 37
- Making multimeter measurements 38
- Measuring resistance values 38
- Making a current measurement 39
- Warning 39
- Freezing the readings 41
- Selecting auto manual ranges 41
- Making relative measurements 42
- About this chapter 43
- Chapter 3 43
- Opening the recorder main menu 43
- Using the recorder functions 43
- Plotting measurements over time trendplot 44
- Starting a trendplot function 44
- Displaying recorded data 45
- Changing the recorder options 46
- Turning off the trendplot display 46
- Recording scope waveforms in deep memory scope record 47
- Starting a scope record function 47
- Displaying recorded data 48
- Using scope record in single sweep mode 48
- Using external triggering to start or stop scope record 49
- Analyzing a trendplot or scope record 50
- About this chapter 51
- Chapter 4 51
- Replaying the 100 most recent scope screens 51
- Using replay zoom and cursors 51
- Replaying step by step 52
- Capturing 100 intermittents automatically 53
- Replaying continuously 53
- Turning off the replay function 53
- Zooming in on a waveform 54
- Displaying the zoomed waveform 55
- Turning off the zoom function 55
- Making cursor measurements 56
- Using horizontal cursors on a waveform 56
- Using vertical cursors on a waveform 57
- Using cursors on a a b a b or a b waveform 58
- Using cursors on spectrum measurements 58
- Making rise time measurements 59
- About this chapter 61
- Chapter 5 61
- Triggering on waveforms 61
- Setting trigger level and slope 62
- Using trigger delay or pre trigger 63
- Automatic trigger options 64
- Triggering on edges 65
- Making a single acquisition 66
- Triggering on noisy waveforms 66
- N cycle triggering 67
- Triggering on external waveforms 68
- Triggering on video signals 69
- Triggering on video frames 70
- Triggering on video lines 70
- Detecting narrow pulses 71
- Triggering on pulses 71
- Finding missing pulses 73
- About this chapter 75
- Bushealth function availability 75
- Chapter 6 75
- Introduction 75
- Using the bushealth function 75
- Performing bushealth measurements 76
- Selecting the bus type 76
- Selecting a probe type 77
- Starting and stopping measuring 77
- Reading the screen 78
- Data traffic 80
- Input connections and tested signals 80
- As i bus 81
- Can bus 82
- Rs 232 bus modbus iea 232 rs 232 83
- Rs 485 bus mod bus iea 485 rs 485 84
- Foundation h1 bus 85
- Profibus pa 31 5 kbit s 86
- Warning 86
- Profibus dp rs 485 87
- Ethernet coax 10base2 88
- Ethernet twisted pair 10baset 100baset 89
- Viewing the bus waveform screen 90
- Setting the test limits 91
- Saving and recalling test limits 92
- About this chapter 93
- Chapter 7 93
- Pc and printer 93
- Saving and recalling 93
- Using memor 93
- Using memory pc and printer 93
- Saving screens with associated setups 94
- Deleting screens with associated setups 95
- Recalling a setup configuration 96
- Recalling screens with associated setups 96
- Renaming stored screens 97
- Viewing stored screens 97
- Connecting to a computer 98
- Connecting to a printer 98
- Documenting screens 98
- Setting up the printing configuration 99
- Printing a screen 100
- About this chapter 101
- Chapter 8 101
- Tips pdf 101
- Using the standard accessories 101
- Warning 102
- Measuring using independently floating isolated inputs 103
- Using the independently floating isolated inputs 103
- Resetting the test tool 105
- Suppressing key labels and menu s 105
- Using the tilt stand 105
- Adjusting the contrast and brightness 106
- Changing the information language 106
- Changing date and time 107
- Changing the display color 107
- Saving battery life 108
- Setting the power down timer 108
- Changing the auto set options 109
- About this chapter 111
- Chapter 9 111
- Cleaning the test tool 111
- Maintaining the test tool 111
- Storing the test tool 111
- Charging the batteries 112
- Extending battery operation time 113
- Calibrating the voltage probes 114
- Replacing the nimh battery pack bp190 114
- Displaying calibration information 116
- Parts and accessories 116
- Replacement parts 117
- Optional accessories 120
- The operation time of fully charged batteries is too short 121
- The printer does not print 121
- The screen remains black 121
- The test tool does not start up 121
- The test tool shuts down after a few seconds 121
- Troubleshooting 121
- Battery operated fluke accessories do not function 122
- Flukeview does not recognize the test tool 122
- Chapter 10 123
- Introduction 123
- Specifications 123
- Dual input oscilloscope 124
- Horizontal 124
- Isolated inputs a and b vertical 124
- Automatic connect and view trigger 125
- Edge trigger 125
- Isolated external trigger 125
- Trigger and delay 125
- Video trigger 125
- Automatic capturing scope screens 126
- Automatic scope measurements 126
- Continuous auto set 126
- Dc voltage vdc 126
- General 126
- Pulse width trigger 126
- Ac dc voltage true rms 127
- Ac voltage vac 127
- Amperes amp 128
- Duty cycle duty 128
- Frequency hz 128
- Pulse width pulse 128
- Decibel db 129
- Temperature temp 129
- Continuity cont 130
- Dmm measurements on meter inputs 130
- General 130
- Meter functions 130
- Meter input 130
- Ohms ω 130
- Ac dc voltage true rms 131
- Ac voltage vac 131
- Amperes amp 131
- Dc voltage vdc 131
- Temperature temp 131
- Amperes amp 132
- Recorder 132
- Scope record 132
- Trendplot meter or scope 132
- Cursor measurements 133
- Fieldbus bushealth 133
- Replay 133
- Zoom replay and cursors 133
- Display 134
- Mechanical 134
- Memory 134
- Miscellaneous 134
- Probe calibration 134
- Environmental 135
- Optical interfaceport 135
- Safety 136
- 1 probe 137
- Accuracy 137
- Electrical specifications 137
- Safety 137
- Altitude operating km 10 000 feet storage 12 km 40 000 feet 138
- Environmental 138
- Figure 64 max voltage from probe tip to earth ground and from probe tip to probe reference 138
- Fluke 19xc 2x5c users manual 138
- Humidity operating at 10 to 30 c 50 to 86 f 95 138
- Temperature operating 0 to 50 c 32 to 122 f storage 20 to 60 c 4 to 140 f 138
- Electromagnetic immunity 139
- Fluke 19xc 2x5c 142
- Fluke 19xc 2x5c 144
- Appendices 146
- Appendix a 148
- Appendix a bushealth measurements 148
- Bushealth measurements 148
- General 148
- Introduction 148
- As i bus 149
- Tips and hints per bus type 149
- Used probes and accessories 149
- Can bus devicenet 150
- Modbus iea 232 rs 232 152
- Modbus iea 485 rs 485 152
- Foundation fieldbus h1 31 5 kbits s 153
- Profibus dp rs 485 154
- Profibus pa 31 5 kbits s 155
- Warning 155
- Ethernet coax 10base2 156
- Ethernet twisted pair 10baset 157
- Rs 232 bus 158
- Rs 485 bus 159
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