Function
and Features
Copyright © ITECH Electronic Co., Ltd.
41
1. Set parameters and press
[Shift]
+ 4 (Save) keys to save data. Press 9 key
(to select in which group the data is to be saved).
5.8949V 0.99994A
5.89W SAVE 9
2. Press
[Enter]
key.
5.8949V 0.99994A
5.89W cc=1.000A
RECALL
1. Press [Shift] + [Enter] (Recall) key and press 9 (to select from which
group the data is recalled).
5.8949V
0.99994A
5.89W
cc=1.000A
Memory function
When you want to recall the data saved in the memory, you should set memory
group in the system menu first.
Group 0 means you can recall data saved in 0-10 groups. Group 1 means you
can recall data saved in 11-20 groups. Group2-Group 9 can be concluded in the
same manner.
3.16 VON Function
When testing some power products with slow voltage rise speed, if the
electronic load input is opened before power, the power may latch protection. In
this way, the user may set VON value. The electronic load only latches when
power voltage is higher than this value.
Press
[Shift]
+ 9(Config) keys to enter configuration menu. Set voltage value in
Voltage on under configuration menu to control on/off status of electronic load.
Based on Von value load and unload, the load has two modes: Living and Latch.
When Living is selected, it indicates that the work load point is in living status;
when Latch is selected, it indicates that the work load point is in latch load
status.
Note
Please confirm whether it is necessary to set loading voltage, a step that provides
convenience for limiting working voltage value. If not necessary, do not set the loading
voltage without authorization to prevent unnecessary trouble from failure of loading.
If the instrument cannot load, please firstly check whether the VON function is set. If yes,
reset the Von value to minimum value (which may be directly set as 0. If minimum voltage
value of instrument is not 0, press 0 for confirmation and the menu will automatically set
the value as minimum value).
When VON LIVING function is started, the load starts load test only when
the power voltage rises and is higher than Von Point loading voltage. When
the power voltage drops and is lower than Von Point unloading voltage, the
load will not unload.
