Instruction Manual for MODEL EDI62S
Instruction Manual for MODEL EDI62S
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4.4 List of the Parameters
The parameters for the process signal measurement unit can be roughly divided into three types: condition data which deal with basic functions
including sampling time; scaling data which control measurement including input range; comparator data which deal with comparator output; and
calibration data which relating to calibration with a sensor.
4.4.1 Condition Data
4.4.2 Scaling Data
4.4.3 Comparator Data
4.4.4 Calibration Data
5
Setting Examples and Use Examples
5.1 Scaling Data Setting Examples
Set digital liniter,analog output and decimal point by 4.4.2 scaling data.
Set it in below of operation procedure diagram.
The digital limiter is the function that limits an input value to the relevant
set value even if a signal higher than or lower than the indicated value
set to DLHI or DLLO respectively is input. The setting condition is DLHI
> DLLO, and if this condition is not met, Err5 is caused, returning the
display to DLHI.
5.2 Analog output Scaling Setting Examples
The analog output sets the output value to the display value.
5.3 Comparator Data Setting Examples
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High and Low Judgment Type
The high and low judgment type allows you to directly set judgment
values in numerical values, which are checked against the indicated
value for judgment. It allows setting of two stages of judgment points: HI
and LO.
* The setting conditions are (HI judgment value - HI hysteresis) > (LO
judgment value + LO hysteresis). If any of these conditions is not met,
Err0 is caused, returning the display to the HI judgment value setting.
Jog SW
0
P.L.
PH Selection
0
Average times
Average times of
movements
Step wide
Display color type
HI display color
GO display color
LO display color
Display blank level
DZ backup
Linearize
TZ time
TZ correction range
Power on delay time
Protection level
Unit number indication
DZ control
0
0
0
1
1
1
1
0
0
0
0
0
0
3
0
0
P.SEL
0
Start/hold type
0
PH type
0
S/H delay time
0
Setting range or alternatives
Parameter name
Menu indication
Conversion rate (average times of internal sampling ; sampling time: approx. 1ms) is selected.
Major setting purpose and remarks
Selects the average times of movements .Filtering effects: Small<1(OFF)-2-4-8-16-32>Big
Selects the range of display changes to maintain image display consistency .
(If this parameter is set to 5, the lowest digit will display either 0 or 5 only).
Selects automatic (red in the HI or LO mode or green in the GO mode ) or manual setting for display color type .
Selects red or green as display color at the time of HI judgment .*Only when CLR.T is MANU.
Selects red or green as display color at the time of GO judgment .*Only when CLR.T is MANU.
Selects red or green as display color at the time of LO judgment .*Only when CLR.T is MANU.
Selects the display brightness . <bright OFF-LV1-LV2-LV3-ON >turned off
Selects whether the jog SW is used or not .
Selects a type that operates when the PH function is turned on (peak hold/valley hold/peak-valley hold).
Selects whether the digital zero value is backed up or not at the time when the unit is turned off .
Selects the number of patterns available for the pattern selection function .
Selects whether the linearize function is enabled /disabled and sets the number of correction points .
Selects whether the tracking zero function is enabled/disabled and sets the correction time (setup value/conversion rate).
Sets the time between the startup and actual start of measurements (setup value x 1 second).
Sets the correction range of the tracking zero function .*Only when TR.T is set to a value other than 000.
Selects the protection level to prevent operation mistakes .High< LV3-LV2-LV1-LV0 >Low
Selects whether the code of a unit mounted at the time of startup is displayed or not .
Selects an operation type of start /hold (A: free run; B: one shot).
Sets the delay time at the time of startup (setup value x 1 ms).
Selects an operation type of peak hold (A: real-time display; B: results display).
Selects a control method of Digital Zero (SW: front key; TERM: external control terminal).
Initial value
(AVG)
(MAV)
(S.WD)
(CLR.T)
(HI.CL)
(GO.CL)
(LO.CL)
(BLNK)
(DZ.BU)
(LINE)
(TR.T)
(P.ON)
(PRO)
(U-NO.)
(S/H.T)
(PVH)
(PS)
(TR.W)
(S/H.D)
(PVH.T)
(DZ.C)
(J.SW)
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Sets the upper limit of the displayable range .
(Any value equal to or exceeding the digital limiter HI setting will not be updated and kept at the setup value .
Selects an analog output range .
Sets the relationship between indications and analog outputs .
Sets the position of the decimal point .
Sets the lower limit of the displayable range .
(Any value equal to or below the digital limiter LO setting will not be updated and kept at the setup value .
1
1
2
1
0
0
Analog output HI
Analog output LO
Decimal point
Analog output type
Digital limiter LO
Digital limiter HI
P.L. Setting range or alternatives
Parameter name
Menu indication
Major setting purpose and remarks
Initial value
(DLHI)
(DLLO)
(AOHI)
(AOLO)
(DP)
(A.OUT)
Each digit can be set
independently
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(SPIN) S pa n input value
2
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(ZERO) Zero indication
2
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（SNSR） S ensor pow er supply
1
(ZRIN) Zero input va lue
2
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(SPAN) S pa n indication
2
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Selects a sensor pow er supply .
Sets the rela tionship betw een input sig nals a nd their indica tions .
P.L. Setting range or alternatives
Parameter name
Menu indication
Major setting purpose and remarks
Initial value
0
5000
4mA
20mA
10V
2000
0
-2000
When the indication varies between 0 to 5000,
corresponding analog output values should be 4 to 20mA.
Analog output
Indication value
Example 1
Analog output HI (AOHI)
Analog output LO (AOLO)
:
:
5000
0
Example 2
When the indication varies between 200.0 to -200.0,
corresponding analog output values should be 0 to 10V.
Analog output
Indication value
Analog output HI (AOHI)
Analog output LO (AOLO)
:
:
-2000
2000
Example 1
Above and below setup mode
GO
GO
HI
GO
LO
Indication values
Judgment
700
500
0
1000
400
900
200
LO judgment value
HI judgment value
Hysteresis range
* The hysteresis is effective either in the range lower than the HI judgment value or that higher than the LO
judgment value.
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Tolerance
Judgment Type
The tolerance judgment type allows you to set a nominal value and its
tolerances (XX%) to make judgment on the basis of the judgment
values calculated from these values within the instrument. You can
set one nominal value and one tolerance values.
For example, if the nominal value is set to 1000 and tolerances 10%
respectively, internal judgment values are 1100 for HI judgment value,
900 for LO judgment value.
5.4 How to Switch the Sensor power
5V DC or 10V DC can select by 4.4.4 Calibration data. Initial value
become 5V DC.
5.5 Shift Data Setting Examples
The shift function allows you to arbitrarily shift the display without
changing the inclination of an input signal. A setting example below
shows how to shift the indicated value by 100 digits.
Example 2
Error judgment mode
GO
GO
HI
GO
LO
Indication values
Judgment
1000
900
0
1100
Nominal value
Hysteresis range
Upper side error
Lower side error
* Error is to be set as a percentage of the nominal value.
* The hysteresis is to be set as an x-th digit of the indication value.
* The hysteresis is effective either in the range lower than the upper side error or that higher than the
lower side error.
1
1 Press multiple times
1
Mode
It is memorized.
Operation Method
Measurement operation
＊
It is not displayed, except when the
protecting level of the condition data is PL0.
Shift data setting
2
2
2
or
or
2
2
2
The digit is moved, and the digit
that wants to change is selected.
Increase a value.
Decrease a value.
Enter
Return to measurement
HI judgment value
LO judgment value
HI logic
LO logic
HI hysteresis
LO hysteresis
Error 1
Nominal value
2
2
2
2
1
1
0
0
Comparator output type
1
Error 1 hysteresis
1
GO logic
0
Select either [above or below] or error comparator types.
Sets a HI judgment value. *Only when COM.T is O/U.
Sets a LO judgment value . *Only when COM.T is O/U.
Sets a nominal value. *Only when COM.T is ERR.
Sets an error. *Only when COM.T is ERR.
Sets a HI hysteresis value (smaller than the setup value.) *Only when COM.T is O/U.
Sets a LO hysteresis value (larger than the setup value .) *Only when COM.T is O/U.
Sets an error hysteresis (smaller or larger than the setup values .) *Only when COM.T is ERR.
Sets a HI output logic (N.O.=normally open or N.C.=normally closed)
*Output when the power is OFF is always open .
Sets a GO output logic (N.O.=normally open or N.C.=normally closed)
*Output when the power is OFF is always open .
Sets a LO output logic (N.O.=normally open or N.C.=normally closed)
*Output when the power is OFF is always open .
P.L. Setting range or alternatives
Parameter name
Menu indication
Major setting purpose and remarks
Initial value
(LO-L)
(GO-L)
(HI-L)
(ER1.H)
(LO-H)
(HI-H)
(ERR1)
(N.VAL)
(LO-S)
(HI-S)
（COM.T）
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