LAUNCH KES-200 Starting System Analysis
E-7
[6.Display], [7.Save], [8. Recall]
2. [1.PRIM] --for selecting primary or secondary
ignition waveform to display
On the interface of waveform display, when [1] key is
pressed, a dialogue box for ignition waveform
selection will appear, as shown in Fig.4-15. Press the
corresponding number key to select the display of
primary or secondary ignition waveform.
Fig.4-15
3. [2.TIME VOLT] -- for setting the DIV of time and
voltage
Time DIV
:
Press [
◄
] [
►
] keys, the time DIV will be
changed in the order of 0.5ms
→
1ms
→
2ms per grid.
Default is 2ms.
Voltage DIV: Press [
▲
] [
▼
] keys, the voltage DIV will
be changed in the order of 1V
→
2V
→
5V
→
10V
→
20V
→
50V
→
100V per grid. Default is 50V per
grid.
In the HOLD status and the primary ignition waveform
mode, the function of voltage setting is invalid. It is
valid in the secondary ignition waveform mode.
4. [3. PAGE] --for selecting the waveform page to
be displayed on the screen
KES-200 can record up to 50 pages of the waveform
data automatically until [0.HOLD] is pressed. Select
[3.PAGE], and then press [
▲
] [
▼
] keys to view the
desired page of waveform.
5. [4. CYLN] --for selecting the waveform display
mode of cylinder
In the one-cylinder waveform display mode, after
selecting [4.CYLN], press [
◄
] [
►
] keys to display the
waveform of other cylinder as you wish.
6. [5. MOVE] --for moving waveforms
Press [5] key to select [5. MOVE] function, use [
▲
]
[
▼
] [
◄
] [
►
] keys to move the whole waveform
upwards, downwards, leftwards or rightwards on the
screen.
7. [6.DISP] – for selecting waveform-displaying
mode: single, parallel, bar graph or parade wave.
The default waveform-displaying mode is parataxis
mode. After pressing [6] key, a dialogue box will
appear on the upper left screen, as shown in Fig.4-16.
Fig.4-16
There are four choices in the dialogue box. Use [
▲
]
[
▼
] keys to select the desired item and then press
[ENTER] key to switch the waveform-displaying
mode.
Single wave
: It is to display one waveform of each
cylinder, as shown in Fig.4-17