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ScopeCorder DL850E
YOKOGAWA ScopeCorder DL850E User Manual
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IM DL850E-01EN
1st Edition
ScopeCorder
DL850E/DL850EV
F
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2
Table of Contents
Default Chapter
3
Table of Contents
3
1 Main Features
9
Vertical Axis
9
Horizontal Axis (Time Axis)
10
Trigger
11
Waveform Acquisition
12
Waveform Display
14
Waveform Computation and Analysis
14
Temperature/Voltage Input Module (720221)
17
2 Vertical Axis
18
Input Settings
18
Voltage Measurement
19
Vertical Scale (SCALE Knob)
20
Waveform Vertical Position (Vertical POSITION Knob)
22
Input Coupling (Coupling)
23
Probe Attenuation and Current-To-Voltage Conversion Ratio (Probe)
24
Bandwidth (Bandwidth)
25
Zoom Method (V Scale)
26
Offset (Offset)
28
DC Offset Cancel (DC Offset Cancel)
29
Gain Adjustment (Gain)
29
Inverted Waveform Display (Invert)
30
Linear Scaling (Linear Scale)
31
RMS Measurement
33
Voltage Measurement (for the 16-CH Voltage Input Module)
34
Temperature Measurement
37
Temperature Measurement (for the 16-CH Temperature/Voltage Input Module)
39
Strain Measurement
41
About Shunt Calibration (Only on the 701271(STRAIN_DSUB))
44
Acceleration Measurement
46
Frequency Measurement
48
FV Setting (F/V Setup) - Frequency Measurement
48
Input Setup (Input Setup) - Frequency Measurement
53
Logic Measurement
56
CAN Bus Signal Monitoring (Applies to the DL850EV)
58
LIN Bus Signal Monitoring (Applies to the DL850EV)
64
Displaying the Menu for Configuring All Channels (ALL CH)
68
Digital Filter and Real Time Math (Optional)
70
Digital Filter and Delay (Filter/Delay Setup)
70
Real Time Math (Realtime Math)
73
Arithmetic (S1+S2, S1−S2, S1*S2, and S1/S2)
76
Differentiation (Diff(S1))
76
Integration (Integ1(S1) and Integ2(S1))
77
Angle of Rotation (Rotary Angle)
77
Logic Signal to Analog Waveform Conversion (DA)
79
Quartic Polynomial (Polynomial)
80
RMS Value (RMS)
80
Effective Power (Power)
81
Effective Power Integration (Power Integ)
81
Common Logarithm (Log1 and Log2)
82
Square Root (Sqrt1 and Sqrt2)
82
Cosine (Cos) and Sine (Sin)
82
Arc Tangent (Atan)
83
Electrical Angle (Electrical Angle)
83
Knocking Filter (Knock Filter; Only on the DL850EV)
84
Polynomial with a Coefficient (Poly-Add-Sub)
84
Frequency (Frequency)
85
Period (Period)
85
Edge Count (Edge Count)
86
Resolver (Resolver)
86
IIR Filter (IIR Filter)
87
Demodulation of the Pulse Width Modulated Signal (PWM)
88
Reactive Power (Reactive Power(Q))
88
CAN ID Detection (CAN ID)
89
Torque (Torque)
90
Notes Regarding Using the Digital Filter and Real Time Math
91
3 Horizontal Axis
94
Time Axis Setting (TIME/DIV)
94
4 Triggering
97
Trigger Mode (MODE)
97
Trigger Types (Type)
98
Signal Type and Trigger Type Combinations
98
Basic Trigger Settings
98
Simple Trigger (Simple)
99
Trigger Source (Source)
99
Trigger Level (Level)
100
Trigger Slope (Slope)
101
Trigger Hysteresis (Hysteresis)
101
Trigger Hold-Off (Hold Off)
101
Trigger Position (Position)
102
Trigger Delay (Delay)
103
A -> B(N) Trigger (Enhanced)
104
A Delay B Trigger (Enhanced)
105
Edge on a Trigger (Enhanced)
106
OR Trigger (Enhanced)
107
AND Trigger (Enhanced)
108
Period Trigger (Enhanced)
109
Pulse Width Trigger (Enhanced)
110
Wave Window Trigger (Enhanced)
111
5 Waveform Acquisition
114
Record Length (Record Length)
114
Hard Disk Recording (HD Recordcondition; Optional)
117
Time Base (Time Base)
118
Dual Capture (DUAL CAPTURE)
120
Captured-Waveform Display Number (Select Number)
121
Waveform Acquisition (START/STOP)
123
6 Display
124
Window Types (DISPLAY)
124
Display Format (Format)
125
Extra Window (Extra Window)
125
Grid (Graticule)
125
Turning the Scale Value Display on and off (Scale Value)
126
Waveform Arrangement, Color, and Display Gr. (Trace Setup)
126
Trace Label Display (Trace Label)
127
Level Indicator
127
Interpolation Method (Dot Connect)
127
Setting the Number of Data Points to Use for Waveform Display (Decimation)
128
Accumulation (Accumulate)
128
Manual Event (Manual Event)
129
Switching the Menu Area Display
129
7 Displaying X-Y Waveforms
130
Turning the X-Y Window Display on and off (Display)
130
Eight Pairs of X-Y Waveforms (Setup)
130
Start Point and End Point (Start Point and End Point)
130
Pen Marker (Pen Marker)
131
Clearing Waveforms at Acquisition Start (Trace Clear on Start)
131
Display Ratio of the Main Window (Main Ratio)
131
Window Layout (Window Layout)
131
Combine Display (Combine Display)
131
Interpolation Method (Dot Connect)
131
Setting the Number of Data Points to Use for Waveform Display (Decimation)
131
8 Zooming in on Waveforms
132
Zoom Window Display (Display)
132
Zoom Source Window (Zoom2 Source)
132
Zoom Factor (MAG Knob)
133
Position (Zoom POSITION Knob, Zoom1 Position, Zoom2 Position)
133
Display Ratio of the Main Window (Main Ratio)
133
Window Layout (Window Layout)
133
Display Format (Format Zoom1 and Format Zoom2)
134
Moving the Zoom Position to the Latest Position (Move Zoom1 to Front and Move Zoom2 to Front)
134
Auto Scroll (Auto Scroll)
134
Waveforms that Are Zoomed (Allocation)
134
Changing the Range of the Automated Measurement of Waveform Parameters (Fit Measure Range)
134
9 Cursor Measurement
135
Window Selection (Select Window)
135
T-Y Waveforms
135
Horizontal Cursors (Horizontal) - T-Y Waveforms
135
Vertical Cursors (Vertical) - T-Y Waveforms
136
Horizontal and Vertical Cursors (H & V) - T-Y Waveforms
138
Marker Cursors (Marker) - T-Y Waveforms
138
Angle Cursors (Degree) - T-Y Waveforms
140
X-Y Waveforms
141
FFT Waveforms
143
Notes about Cursor Measurement
145
10 Automated Measurement of Waveform Parameters
146
Mode Settings (Mode)
146
Automated Measurement of Waveform Parameters (ON)
146
Measurement Items (Measure Setup)
146
Setting the Delay (Delay Setup)
149
Measurement Time Period (Time Range1/Time Range2)
150
1-Cycle Mode (1-Cycle Mode)
151
Notes about Automated Measurement of Waveform Parameters
151
Normal Statistical Processing (Statistics)
152
Cyclic Statistical Processing (Cycle Statistics)
153
Statistical Processing of History Waveforms (History Statistics)
155
Notes about Statistical Processing
156
11 Computation
157
Turning Computation on and off (Mode)
157
Computation Waveform Selection (Select Math Trace)
157
Computation Settings (Math Setup)
157
Scaling Mode (Scaling Mode)
160
Upper and Lower Limits (Upper/Lower)
160
Start Point and End Point (Start Point/End Point)
160
User-Defined Computation (Optional)
160
Expression (Expression) - User-Defined
160
Averaging Settings (Average Setup) - User-Defined
163
FFT Settings (FFT Setup) - User-Defined
165
Filter Settings (Filter Setup) - User-Defined
165
Constant Settings (Constant Setup) - User-Defined
166
Notes about Computation
166
12 Fft
167
Turning the FFT on and off (Display)
167
Analysis Source Waveform (Source)
167
Start Point and Number of FFT Points (Start Point and FFT Points)
167
Window Function (Window)
168
Vertical Scale (Vert. Scale Mode)
168
Center/Scale (Center/Sensitive)
168
Display Ratio of the Main Window (Main Ratio)
169
Window Layout (Window Layout)
169
Horizontal Scale (Horiz. Axis)
169
Unit (Unit)
169
Horizontal Zoom (Horiz. Scale)
169
Horizontal Range (Left/Right, Center/Span)
169
FFT Analysis with User-Defined Computation (Optional)
170
Notes about FFT Computation
172
13 GO/NO-GO Determination
173
Mode (Mode)
173
Waveform Zone (Wave Zone)
173
Waveform Parameters (Parameter)
176
Notes about GO/NO-GO Determination
177
14 Action
178
Mode (Mode)
178
Action (Action Setup)
178
Notes about Action
179
15 Searching Waveforms
180
Search Type (Type)
180
Edge Search (Edge)
181
Event Search (Event)
183
Logic Pattern Search (Logic Pattern)
183
Time Search (Time)
184
Notes about Searching Waveforms
184
16 Displaying and Searching History Waveforms
185
Display Mode (Display Mode)
186
Highlighting (Selected Record)
186
Display Range (Start and End Record)
187
List of History Waveforms (List)
187
History Waveform Search Mode (Search Mode)
188
Search Condition Settings for Zone Searching (Search Setup)
188
Search Condition Settings for Waveform Parameter Searching (Search Setup)
189
Search Execution (Execute Search)
189
Notes about Using the History Feature
189
17 Power Math
191
Power Analysis (Power)
191
Harmonic Analysis (Harmonics)
200
Harmonic Analysis Window Setup (Harmonic Window Setup)
202
18 Printing and Saving Screen Captures
205
Destination Type (Print To)
205
Printing from the Built-In Printer (Builtin; Option)
205
Printing from a Network Printer (Network)
205
Printing on a USB Printer (USB)
206
Saving Screen Captures to Files (File)
207
Printing or Saving a Screen Capture (PRINT)
207
19 Saving and Loading Data
208
Storage Media You Can Save and Load from
208
Saving Data (Save)
209
Loading Data (Load)
214
File Operations (Utility)
215
20 Ethernet Communication (Network)
217
Tcp/Ip (Tcp/Ip)
218
FTP Server (Ftp/Web Server)
219
Web Server (Ftp/Web Server)
220
Mail (Mail)
221
Network Printer (Net Print)
222
Network Drive (Net Drive)
222
Sntp (Sntp)
223
21 Other Features
224
Auto Setup (Auto Setup)
224
Initializing Settings (Initialize)
224
Storing and Recalling Setup Data (Setup Data Store and Recall)
225
Calibration (CAL)
225
Power Integration Calibration (on Models with the /G5 Option)
225
Snapshot (SNAPSHOT)
225
Clear Trace (CLEAR TRACE)
226
Remote Control (Remote Ctrl)
226
System Configuration (System Configuration)
227
Environment Settings (Preference)
230
Self-Test (Selftest)
233
Overview (Overview)
234
Key Lock (KEY PROTECT)
234
Num Lock
234
Appendix
235
Appendix 1 How to Calculate the Area of a Waveform
235
Appendix 2 User-Defined Computation (Optional)
237
FFT Function - User-Defined
241
Appendix 3 Fundamental Equations for Defining Strain
247
Appendix 4 Shunt Calibration of the Strain Module
248
Shunt Calibration Procedure
249
Appendix 7 TCP and UDP Port Numbers
260
Appendix 8 Using Data Files (WDF Files)
261
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YOKOGAWA ScopeCorder DL850E Specifications
General
Brand
YOKOGAWA
Model
ScopeCorder DL850E
Category
Laboratory Equipment
Language
English
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