Instruction Manual for MODEL EDI62S
Instruction Manual for MODEL EDI62S
4/12
9/12
* I can set it by validating a linearize function by
condition data.
Change the parameter selected.
Operation procedure diagram (Operation only with front switch)
Enter
Select a parameter to change.
Change the parameter selected.
Select a parameter to change.
Change the parameter selected.
Select a parameter to change.
Set low layer values of the condition data.
Set low layer values of the scaling data.
Set low layer values of the comparator data.
Setting low layer values of the linearized data.
Pattern selection
Mode
Shift data is reflected upon the measurement
data on the Main Monitor.
Change the parameter selected.
Select a parameter to change.
Memory mode
Mode Push and hold
Push and hold
Push and hold
Keep on pushing the button for automatic increments.
When you push the Mode key, modes will change in the order of the
maximum value, minimum value, (maximum value-minimum value)
and input value. If you push and hold the Mode key when you are in
the memory mode, all the values in memory will be cleared.
Mode
Mode
Mode
Mode
Mode
Mode
Mode
Mode
Mode
Mode
Digit selection
Value change
Mode
5.7 Linearization Data Setting Examples
* Linearization data setting function
Linearization data can be used as a function to set 2, 4, 8, or 16 linearity correction points.
Input data are displayed when the linearization function is OFF. The value to be displayed in response to the input data is output data. For each linearity
correction point, input and output data must be set.
For example, when the linearization function is OFF, and you wish to change the displayed value on the meter from 0 - 1000 to 0 - 1200, set N01.I
(Correction Point 1 Input Data) and N01.O (Correction Point 1 Output Data) to 0, N02.I (Correction Point 2 Input Data) to 1000, and N02.O (Correction Point
2 Output Data) to 1200.
In this case, the line between Correction Points 1 and 2 behaves according to the linearity correction setting. When the value of the input data exceeds
that at Correction Point 2, the behavior of the output data is no longer affected by the setting (the value of the output data changes from 1200 to 1001).
When more than two correction points are set, the behavior of a line connecting two sequential correction points is different from that of the next two
in sequence.
* Conditions for setting linearization data
To set linearization data, the value of the input data at one correction point must be larger than that at the previous one.
N01.I < N02.I < N03.I < N04.I ??< N15.I < N16.I
How to calibrate the zero input (ZRIN) value and the span input (SPIN) value using an actual load or the equivalent input
Push the center of Jog 1 to choose the digit you want
to change, and move it up or down to change the
value. In the left figure, pushing the jog1 while the
least significant digit of
“
1.000
”
is selected, causes
the lower digits to also be displayed.
Push and hold the Shift key, then the current
measured value will be read as the setting.
Equivalent input calibration
Actual load calibration
Push and hold
1 or
Mode
1
1
1
Caution
* Comparator judgment values can be set not only from Jog 2 and Jog 3 but also from the low layers of the comparator data.
1
1 Press multiple times
1
1
1
1
1
1
1
Select a digit to change
Increase a value
Decrease a value
Mode
Change the selected digit
Save and return to measurement
Enter
Return to measurement
Operation Method
Measurement operation
* Not displayed unless the value of the protect level parameter of the condition data is PL0.
* Not displayed unless the linearization parameter of the condition data is enabled.
Correction Point 1 Output Data Setting (setting method is the same as above)
Correction Point 2 Input Data Setting (setting method is the same as above)
Correction Point 1 Input Data Setting
Correction Point 2 Output Data Setting (setting method is the same as above)
Correction Point 16 Output Data Setting (setting method is the same as above)
1
* Not displayed when the value of the linearization parameter of the condition data is smaller than 16.