3.5 Display Settings
57
3
3
Chapt
er
3 Sett
ing be
fore M
easure
ment
The vertical display range can be defined
by upper and lower limits.
Using this method, the voltage range does
not need to be selected because the opti-
mum range is selected automatically for the
display. However, upper and lower limit set-
tings are ignored when magnification and
zero position are enabled to define the dis-
play range.
As the upper and lower limits in the 1-5V
range are fixed, they cannot be changed.
50%
100%
0%
50%
100%
50%
100%
0%
0%
100%
50%
0V
Zero Position: 0%
Display range
(Zoom: x1)
Measurement
range
Default Setting
Input type
Zoom
Zero
position
Input type
Zoom
Zero
position
Voltage
x1
50
Integration (Count)
Temperature (Tc)
x20
0
Revolution (Revolve)
x1
0
Specifying the Vertical Display Range by Upper and Lower Lim-
its (expansion/compression)
10
-10
0
5
-5
0
1
Select
[Upper/Lower]
for the
[Type]
setting
item.
2
Specify the
[Upper]
value for the top of the
display.
3
In the same way, specify the
[Lower]
value
for the bottom of the display.
The display range and scaling settings are in-
terlinked.
The range is not automatically optimized when
the upper and lower limits are set on the wave-
form screen.
1
2
3
Default Setting
Input type
Range
Voltage
-50m to 50m
Temperature (Tc)
0 to 100
Integration (Count)
0 to 5000
Revolution (Revolve)
0 to 5000
After making the settings,
press
[OK]
.
Summary of Contents for LR8431
Page 2: ......
Page 20: ...Operating Precautions 12...
Page 44: ...2 5 Zero Adjustment 36...
Page 74: ...3 7 Viewing All Channel Settings in a List 66...
Page 88: ...4 5 About Recording Operation 80...
Page 120: ...6 6 Transferring Data to a Computer USB Drive Mode 112...
Page 126: ...7 2 Numerical Value Calculation Expressions 118...
Page 136: ...8 3 Making System Settings 128...
Page 144: ...9 5 Synchronous Measurements with Multiple Instruments 136...
Page 154: ...Chapter 10 Specifications 146...
Page 198: ...Appendix 11 Pulse Input Circuit Diagram A40...
Page 202: ...Index Index 4...
Page 203: ......