Enerpac EDI62 Series User manual

Instruction Manual for MODEL EDI62SInstruction Manual for MODEL EDI62S 1/12
ED-34828
2008.10
1 Before Using the Unit
Thank you for purchasing our quality designed and manufactured EDI62S
Series. Before unpacking the unit, check for damages during transporta-
tion. If you have noticed any damage, directly contact us or our distribu-
tor.
1.1 Type Identification
Each model number of the EDI62S series has its general specifica-
tions, and the following describes each note and the meaning. Before
using the unit, check that the model number and specifications of the
delivered unit match those of the product you ordered. For optional
units, see the separate instruction Manuals.
1.2 Accessories
2 Mounting Method
2.1 Panel Cut Size
Cut the panel to mount the EDI62S series in accordance with the
illustration below:
The recommended panel thickness is 0.8 to 5.0mm.
2.2 How to Mount the Unit on the Panel
Mount the EDI62S series to the panel in accordance with the illustra-
tion below:
3 Terminals and Connections
3.1 Power supply connections
3.2 Input Signal Connections
3.3 Comparator Output Connections
Each unit is not replaceable by the cus tomer.
Caution
！
⑤AC POWER
⑥AC POWER
③NC
④NC
①NC
②NC
⑤NC
③NC
④NC
①DC POW(+)
②DC POW(-)
⑥NC
Top
Bottom
5.8 mm or
less
5.8 mm or
less
Suitable solderless terminals
AC pow er supply DC pow er supply
(1) Remove the mounting band and insert the cas e
fr om the f ront of the panel.
(2) Fix the case using the mounting band from the
rear of the panel.
(1) T h e r e c o m m e n d e d p a n e l th i c k n e s s is 0 . 8 to 5 m m .
(2) D o n o t i n s t a l l t h e u n it i n l o c a t i o n s w h e r e i t i s e x p o s e d t o d i r e c t s u n l ig h t ;
w h e r e a m b i e n t e m p e r a t u r e o r h u m i d i t y d o e s n ' t m e e t t h e r e q u i re m e n t s b e l o w ;
o r w h e r e a d r a s ti c c h a n g e i n t e m p e r a t u r e m a y a u s e c o n d e n s a t i o n .
A m b i e n t t e m p e r a t u r e : 0 t o 5 0 ℃
A m b i e n t h u m i d i t y : 3 5 t o 8 5 %
(3) D o n o t i n s t a l l t h e u n i t w h e r e i t i s e x p o s e d t o d u s t , p a r t i c le s , c h e m i c a ls h a r m f u l t o
e l e c t ri c c o m p o n e n t s , c o r r o s i v e g a s e s , e t c .
(4)
D o n o t i n s t a l l t h e u n i t w h e r e i t i s e x p o s e d t o e x c e s s i v e v i b r a t io n o r s h o c k .
(5)
I n s t a ll t h e u n i t h o r i z o n t a ll y ; o t h e r w i s e , v e n t i l a ti o n w i ll b e a d v e r s e l y a f f e c te d a n d
m a y r e s u l t i n d e t e r io r a t i o n .
(6)
W h e n t h i s u n i t i s i n s t a ll e d i n s i d e o t h e r e q u i p m e n t , p a y a t t e n ti o n t o t h e h e a t
r a d ia t i o n a n d k e e p t h e h e a t i n s i d e t h e e q u i p m e n t 5 0 ℃ o r b e l o w .
Ca u tio n
！
Caution
！
(1) Applying a voltage or current exceeding its maximum permissible value may c ause the unit to be
damaged.
(2)
(3)
(4)
(5)
For the purpose of f unctional improvement, the information w ritten herein may be c hanged w ithout
prior notice.
Alw ays use the unit within the specif ied voltage range; otherw ise, it may cause a f ire, electric
shock or personal/equipment damage.
Information contained herein is considered accurate to the best of our know ledge. If you have any
question or c omment on the inf ormation, please contact us or our distributor.
Read this manual carefully and thoroughly before s tarting to operate the unit, and keep the
manual available for future reference.
120 mm or more
70 mm or more
+0.6 -0
45
92 -0
+0.8
Instruction Manual for EDI62S Series
Digital Straingauge Meters
12/12
(ED-34824)
Unit indication label
Accessory Quantity
6-p terminal cover 3 pieces
1 each
Mounting band 2 pieces
Suitable solderless termin als
5.8 mm or
less
5.8 mm or
less
Top
Bottom
①+SIG (D ) sensor input (+)
②-SIG (B ) sens or input (-)
③+EX C (A) se nso r supply pow er (+)
④-EX C (C) sensor supp ly power (-)
⑤AG (E) analog ground
⑥NC spa ce terminal
Display Descriptio n
Indicates that each judgment value of comparator data or the size of
hysteresis param eters does not meet the condition s.
Indicates that a signal exceed ing the measure ment range h as been
applied.
Indicates that an input signal once exceeded the measurem ent
range, but has returned to the me asurab le range with the peak hold
function activated.
Indicates th at the unit is waiting for an A/D converter input or that
power-ON delay tim e is va lid.
Indicates that digita l limiter HI and dig ital lim iter LO of sca ling data
have the s ame value.
Indicates that analog output HI and analo g output LO of scaling data
have the s ame value.
Linearize data error
Indicates that full-scale input v alue and off-set input va lue of scaling
data have the sam e value.
* Turn ing power ON with th e Enter ke y and Mo de key held down causes all the
para meters to return to the initial values (defaults).
Memory switch area, checksum error of ma in memory
Calibration data a rea , checksum error of main memory
Memory switch area, checksum error of sub-memory
Calibration data area, checksum error of s ub-memory
Condition data area, check sum error
Press the Mode key for a prolonged time to load the initial values.
Scaling data area, chec ksu m error (for e ach pattern)
Press the M ode key fo r a prol onged tim e to load the initial values o f each
pattern.
Com parato r data area, c hecksum error (for e ach pattern )
Press the M ode k ey for a prolonged tim e to loa d the initia l valu es of each
pattern.
Calibra tion data ar ea, checksum error (for e ach pattern)
Press the M ode key fo r a prol onged tim e to load the initial values o f each
pattern.
Shift data area, checksum error
Press the Mode key for a prolonged time to load the initial values.
Linearize data area , checksum error
Press the Mode key for a prolonged time to load the initial values.
Display Descriptio n
*2 + time de lay +(*1 ×2)+50 0μs+*3
*2
*3
Time de lay + (*1× 2)+500μs +*3
*3
Internal
sam pling
Specified
sam pling
S/H terminal
Com parato r
output up date
Start/ho ld type A
*1
Internal
sam pling
Specified
sam pling
S/H terminal
Com parato r
output up date
Start/ho ld type B
*1
10 Error Message
10.1Error Indication during Measurement or Setup
10.2Memory Failure Error Indication
11 Timing Charts
12 Warranty and Service
12.1Warranty
The warranty period of the product is one year from the date of
delivery. If a failure occurs during this period that is clearly judged to
be caused by a defect ascribable to Asahi Keiki, we will repair the
failure or replace any defective parts without charge.
12.2After Sales Service
Under strict quality control measures, this product was manufac-
tured, tested, inspected and shipped. Should a defect in manufacture
or workmanship be identified, please return the product to our dis-
tributor or directly to us. It would be highly appreciated if you could
give a detailed account of the fault and enclose it with the product.
*1 Specified sampling
AVG
setting
1
Sampling speed
1041.65 times/sec
2 520.825 times/sec
4
8
10 104.165 times/sec
20
50
52.0825 times/sec
20.833 times/sec
AVG
setting
100
Sampling speed
10.4165 times/sec
200 5.20825 times/sec
400 2.604125 times/sec
800
1000 1.04165 times/sec
2000
5000
0.520825 t imes/sec
0.20833 times/sec
*2 External start signal
*3 Time delay for alarm output
Relay output: 10 ms max.
The width of the external start signal must be from between 500μs to a specified sampling cycle. A time
delay can b e set for the external start using the S /H delay time parameter of the condition data.
The sampling speed is determined by the AVG parameter setting of condition data as shown in the table below:
1.3020625 times/sec
260.4125 times/sec
130.20625 times/sec
Sampling cycle
Approx. 48 m s
Approx. 19.2 ms
Approx. 960 s
Approx. 1.92 ms
Approx. 3.84 ms
Approx. 7.68 ms
Approx. 9.6 ms
Sampling cycle
Approx. 4.8 sec
Approx. 1.92 sec
Approx. 96 ms
Approx. 192 ms
Approx. 384 ms
Approx. 768 ms
Approx. 960 ms
Photo coupler output: M aximum 20 0μs
Illustration of the rear
Input unit C om parato r output unit Analog output unit Power su pply unit
ＥＤＩ６２Ｓ
Power supply AC:100 to 240V AC±10%
DC:12 to 48V DC±10％
－
Suitable solderless terminals
5.8 m m or
less
5.8 m m or
less
Top
Bottom
①HI a (H I output a contact)
②HI c (HI output CO M)
③GO a (GO o utput a contact)
④GO c (GO output COM)
⑤LO a ( LO outpu t a contact)
⑥LO c (LO output COM)
Customer service
Bessho-chou 85-7, Saitama-shi, kita-ku
TEL [phone]
Saitama-ken 331-0821, Japan
ENERPAC JAPAN
FAX [phone]
WEB http://www.apj.ne.jp

Instruction Manual for MODEL EDI62SInstruction Manual for MODEL EDI62S 2/12 11/12
3.4 Analog Output connections
4 Parameter Settings
4.1 Display Unit
Names and major functions
①HOLD
②PH
③DZ
④R.RESET
⑤NC
⑥NC
⑦COM
⑧A.O UT V(+)
⑨A.O UT I(+)
⑩A.O UT COM(-)
Top
Bottom
Terminal Function
S/H
PH
DZ
R.RESET
"Start/hold " control term ina l. The "hold" state is tu rned on when this terminal is at the same potential as the COM
term inal or short-circuited.
"Peak hold" contro l term inal. The peak hold function is turned on when this termin al is at the same potential as the
COM terminal or short-circuited.
"Digital zero" control terminal. The digital zero function is turned on when this terminal is at the same poten tial as the
COM terminal or short-circuited. This setting is valid only when the external control terminal is selected as the control
method for digital zero using condition data.
"Relay reset" control terminal. The relay reset function is turn ed on (only for the meter relay) when this term inal is at
the same potential as the COM terminal or short-circuited.
COM External control’s common terminals, which are at the sam e potential as the LO or AG terminal for the input circuit.
A.OUT V(+)
A.OUT I(+)
A.O UT COM(-)
Voltage output terminal of analog outp ut.
Current output terminal of analog output.
Common terminal of analog output.
Insulated from input LO or AG term ina l/external control COM term inal.
⑨ ⑩ ⑪ ⑫
H H
H I
G O
L O
L L
R E P H D Z T Z
M E P 1 P 2 P 3
Ente r Mo de
④ ⑤ ⑥ ⑦ ⑧
①
②
③
Jog 3
Location Nam e Major function
①
②
③
Displays results of judgment w hen used w ith meter relay.Judgment m onitor
Main monitor Displays a measured value, menu name or a value at the time of parameter setting.
Sub m onitor 1
④
Displays a judgment value when used with meter relay; displays a maximum value, etc. when used without
meter relay.
⑤
Sub m onitor 2 Displays a judgment value when used with meter relay; displays a maximum value, etc. when used without
meter relay.
⑥
⑦
⑧
⑨
⑩
⑪
⑫
Jog 1
Jog 2
Enter
Mode
Shift
Increment
Menu and value selection at the time of parameter setting; pattern selection when used with Increment.
Changes judgment values when used with the meter relay; sets a current measurement value to a
judgment value; switching maximum values, etc. w hen used without meter relay.
Changes judgment values when used with the meter relay; sets a current measurement value to a
judgment value; switching maximum values, etc. w hen used without meter relay.
Switches to the parameter setting mode.
Changes modes at the time of parameter setting; switches to the memory mode at the time of normal
measurem ents (when this button is pushed and held.)
Selects digits at the time of parameter setting; DZ control at the time of normal measurements.
Changes values at the time of param eter setting; pattern selection at the time of normal measurements
(when this button is pushed and held); special operations
R E
P H
D Z
T Z
M E
P 1
P 2
P 3
Illuminates when the unit is set to the remote mode via comm unication function.
Illuminates when peak hold, valley hold, or peak-valley hold is turned on.
Illuminates when Digital Zero is turned on.
Illuminates when Tracking Zero is turned on.
Illuminates when Digital Zero Backup is turned on.
P 1
P 2
P 3
Pattern 1 Pattern 2 Pattern 3 Pattern 4 Pattern 5 Pattern 6 Pattern 7 Pattern 8
O F F O F F
O N
O N
O F F
O F F
O N
O F F O N
O F F
O N
O N
O F F O N
O F F
O N
Function monitor
8 Output Functions
8.1 Comparison Output Function
The series allows tow judgment values of HI, LO to be set up with
respect to the measured value (indicated value) and the judgment
result to be output by relay contact output. For the contact rating, etc.,
see the output specifications.
8.2 Analog Output Function
The series can output an analog signal with respect to the indicated
value. There are four types of outputs: 0 to 1V, 0 to 10V, 1 to 5V, and
4 to 20mA, which can be selected using condition data. Also, any
scaling can be applied.
9 Specifications and External Dimensions
9.1 Input Specifications
9.2 General Specifications
Digital z ero ON . （Th e display is Zero .）
The d isp lay vanishe s to the correc tion at the fifth times of sampling because
of 3 digit or less the display.
It doesn't correct it because it comes off from the correctio n value .
The d isp lay vanishe s to the correc tion because of 3digit or less it.
①
②③
④
⑤
Setting example
Tracking zero co rrection tim e 5（It corrects it e very fiv e tim es of samp ling.）
Tracking zero co rrection wid th 3（Correction value 3digit）
* It becomes ba sic s am pling (about 960µs)× av eragin g tim es w ith sampling.
When the average frequen cy is 5 0 in this example, it becomes a co rrection of
each about 240ms (about 960µ s×50 times ×5).
Tracking
zero start
Five tim es of sampling
(Tracking zero correction cycle）
Digital zero O N
Display value
Tracking zero width
① ② ③ ④ ⑤
0
-1
-2
-3
1
2
3
（Display）
9.3 Output Specifications
9.3.1 Comparison Output
9.3.2 Analog Output (PWM)
9.4 External Dimensions
The PS voltage m ust be applied or shut dow n at once (n ot gradually).
Take at least a 10-second interval between a shutdown and startup.
Caution
！
10kΩ or more
Loa d resista nc eOutput type
Resolution :M axim um eq uivalen t to 14 b its
(I depend on outpu t ind ication se tting .)
Scaling : Digital scaling
Response spee d
Convers ion sys tem :P WM conversion
Accuracy
0 to 1V
0 to 10V
1 to 5V
4 to 20m A
±(0.5% of FS) App rox. 0.5 seco nd
550Ω o r less
Ripple
50mVp-p
25mVp-p
(1) Analog output circuits and external control circuits are insulated.
(withstand volta ge 5 00V DC, one m inute)
(2) COM term inals of external control circuits and LO terminals of input
circuits have the same e lectric potential at direct current.
Caution
！
Ｅｎｔｅｒ Ｍｏｄｅ
0. 5μV/dig it (S en s o r p o w e r : 5 V ), 1μV/d igit (S e n s o r p o w e r : 10 V)
:
:
Sensor
pow er
5V
10V
Zer o adjusting
range
-1 to +1 mV/V
Span ad jus ting
range
1 to +3 mV/V
Measu rement
range
-4 to + 4m V/V
Error
(23℃±5℃;35 to 85％)
±(0.1％of FS +2digit)
Sa m pling ra te M a x im um a pp ro x . 1 0 0 0 tim es/s eco n d
M inim um input
se n s itivity
:
Senso r power 5V DC ±5％ 60 m A, 10V D C ±5 ％ 3 0 m A
* Th e e rro r is a pp lied w h e n the s a m pling ra te is 20 tim e s/seco n d o r le s s .
Display : Main display : Red/green 7-segment display
(character height : approx. 20 mm)
Sub display : Red 7-segment display
(character height : approx. 6 mm)
Display range : -9999 to 9999
Operational temperature :
:
0 to 50℃35 to 85%RH
-10 to 70 ℃, 60%RH or less
Storage temperature
External dimension : 48mm (H) x 96m m (W) x 99.5mm
Withstand voltage :
PS-input, output : 1500V AC, 1 minute
PS-input, output : 500V DC, 1 minute
Input-output : 500V DC, 1 minute
AC PS
DC PS
Input-output : 500V DC, 1 minute
Output-output : 500V DC, 1 minute
Output-output : 500V DC, 1 minute
Power supply : AC PS
100 to 240V AC ±10%
DC PS
12 to 48V DC ±10%
Power consumption : AC PS
Maximum load : Approx. 8VA at 100V AC
DC PS
Maximum load : Approx. 7W at 24V DC
Weight : Approx. 450g
Insulation resistance : AC PS
DC PS
Among the above terminals : 500V DC 100MΩor more
Among the above terminals : 500V DC 100MΩor more
Case-PS, input, output : 1500V AC , 1 minute
Case-PS, input, output : 1500V AC , 1 minute
Indicated value ＞Upper limit judgment value
Conditions for comparison
Hysteresis : Can be set in the range of 1 to 999 digits for each judgment value
Operating speed : Depends on the sampling rate
Judgment value setup range : -9999 to +9999
HI
Lower limit judgment value ≦Indicated value ≦Upper limit judgment value
Lower limit judgment value ＞Indicated value
Judgment result
GO
LO
Contact quantity
Contact rating
:
:
Relay contact ×3
250V AC 2A, 30V DC 2A
●Relay contact output
●Photo coupler output
Output quantity
Contact rating
:
:
Photo coupler ×3
Output rating:Sink current 20mA max. Voltage applied 30V max.
Output saturation voltage: 1.2V or less at 20mA

Instruction Manual for MODEL EDI62SInstruction Manual for MODEL EDI62S 10/12 3/12
6 Memory Mode
It is possible to display maximum value, minimum value, (maximum
value - minimum value) and input value on the main monitor. Long
pressing the Mode Key results in displaying the maximum value. Press
the Enter Key to return to normal display.
Measured maximum value, minimum value and (maximum value - mini-
mum value) are always stored in memory (with the power turned on)
and these data values are cleared by long pressing the Mode Key. In
addition, each of these maximum value, minimum value and (maximum
value - minimum value) is displayed in red, while the input value is
displayed in green.
7 Each Control Functions
7.1 About Each Control Function
If any optional unit is installed, the Start/Hold, digital zero, peak hold
and pattern select control functions can be used. In addition, the digital
zero and pattern select functions can be controlled through front key
operation.
* Caution : The COM terminal of the external control circuit and the LO
terminal of the input circuit have the same potential in terms of direct
current.
7.2 Start / Hold Function
The Start/Hold function holds the display at any timing, which can be
set in type A or type B using condition data. Type A is the free run
mode, in which you short the S/H terminal with terminal COM or make
these terminals have the same potential from the free-run status to
hold the indicated value and comparison judgment value. Type B is the
one-shot mode. In this mode, you short the S/H terminal with terminal
COM or make these terminals have the same potential from a hold
status to output the indicated value and comparison judgment value
once. For this, see the timing chart below.
7.3 Digital Zero Function
The Digital Zero function is used to set the displayed value to zero at
any timing and then display deviation from that point. Additionally, the
Digital Zero function is activated or deactivated by terminal control or
through front key operation.
* Terminal control or front key operation is selected (set) by using
condition data. If the optional unit is not installed, only the front key
operation becomes valid.
7.4 Peak hold Function
The peak hold function is used to hold maximum value (peak hold),
minimum value (valley hold), and (maximum value - minimum value)
(peak valley hold) and generate the output corresponding to each of
these values. In addition, maximum value (peak value), minimum value
(valley hold) or (maximum value - minimum value) (peak valley hold) is
selected (set) by using condition data. Both types of peak hold func-
tion are available: Type A and Type B. Type A is of the progressing type
which activates the peak hold function with the PH terminal shorted
with the COM terminal or the PH and COM terminals set to the same
potential to display each of these measured peak values (PH/VH/
PVH). Each peak value is cleared with the PH terminal opened. On the
other hand, Type B is of the result type which conducts measurement
while the PH terminal is shorted with the COM terminal or the PH and
COM terminals are set to the same potential to display, by opening the
PH terminal, each of these measured peak values (PH/VH/PVH) while
the PH terminal is shorted with the COM terminal or these terminals are
set to the same potential.
* If the displayed value overflows during peak hold measurement, no
overflow display can be released as far as that display is not returned
to normal display once.
7.5 Pattern Select Function
The pattern select function is used to store scaling data and compara-
tor data up to 8 patterns and be able to set any pattern to be used.
Pattern select control selects the number of patterns which can be
used by the pattern select setting in condition data. In addition, I oper-
ate the control of the pattern select function with front key.
7.6 Tracking Zero Function
The tracking zero function is used to internally and digitally conduct
the automatic correction of a zero-point shift. This function starts
functioning from the time when the digital zero function is activated.
Internal circuit : Pull-up at approx. 5V
(resistance value : approx. 10kΩ)
Control signal HI level : 4.2 to 5V with respect to term inal COM
Control signal HI level : 0 to 0.4V with respect to term inal COM
Mode
Mode
Mode
Mode
Mode
Mode
Enter
If the m ode key is pushed, it becomes
maximum value display.
＊The display changes sequentially .
Maximum →M nimum →（Maximum
ーMnimum）→Input →Maximum
Operation Method
Measurement operation
The m aximum value is displayed.
（Red）
The mnimum value is displayed.
（Red）
The value in which minimum value is
pulled from the maximum value is
displayed.
（Red）
The input value is displayed.
（Green）
All the values are cleared.
＊"cLEr" is displayed in the main m onitor
for about one second.
Display usually.
Push and hold（About 3 seconds）
Push and hold（About 3 seconds）
Front key control : The display at that time is assumed to be 0 by pushing the
shift key for about three seconds. Digital zero functions are
released again by pushing the shift key for three seconds.
Terminal control : The display at that time is assumed to be 0 by making it to
the terminal DZ, the terminal COM short-circuit or this
potential. 0 digital functions are released by opening the
terminal DZ.
Operation procedure diagram (Jog lever : Operation of front switch combination)
●Explanation of a figure of jog lever push tilt downside tilt upside
1
1 1
Enter
1
1
1
1
1
1
1
1
1
Scaling data pattern selection
Comparator data pattern selection
1
1
1
1
2or3
Set low layer values of the condition data.
Set low layer values of the scaling data.
Set low layer values of the com parator data.
Judgment value setting
Set a measured value as a reference .
Digit selection (from the
lowest digit to highest digit)
* Returns to measurement
after the highest digit.
2or3
Pattern selection
+ 2or3
+ 1 or + 1
Normal operation
1 1
1
1
Shift data setting
Digit selection (from the highest
digit to the lowest digit)
2
2 2
Increase or decrease a value.
11
Calibration data pattern selection Set low layer values of the Calibration data.
* I can set it by validating a linearize function by
condition data.
Decrease a value.
Increase a value.
2or3 2or3
Change the parameter selected.
1
1 1 Select a parameter to change.
Change the parameter selected.1
1 1 Select a parameter to change.
Change the parameter selected.1
1 1 Select a parameter to change.
Returns to measurement
after the highest digit.
2or3
Mode Shift data is reflected upon the
measurement data on the Main Monitor.
Change the parameter selected .1
1 1 Select a parameter to change .
How to set a low layer value (Condition data / scaling data / comparator data / Calibration data)
To change the selected parameter, push the center of Jog 1 or use the M ode key to move from the m enu selection
mode to value change mode.
Select the name of a parameter (shown on Sub monitor 2) you want to change by turning Jog 1 up or down.
1
1
or Mode
*While Sub monitor 2 flashes in the menu selection mode , Main monitor will flash in the value change mode.
or 1 1 1
Push the center of Jog 1 to choose the digit you want to change, and turn Jog 1 up or down to change the value.
1 1
If the parameter requires a value entry:
Turn Jog 1 up or down to choose a selection.
If the parameter requires a selection:
1 or Mode
Push the center of Jog 1 or use the Mode key to shift from the value change mode to the menu selection mode .
* While Sub monitor 2 flashes in the menu selection mode, Main monitor will flash in the value change m ode.
1 or Enter
Turn Jog 1 up or down to select the menu name of the parameter you want to change (shown in Sub monitor 2) or
return to measurement by pushing the Enter key.
Front key control : The pattern can be switched from P -1 to m aximum P-8 by
pushing the incremen t key for abo ut three sec onds.
P1
P2
P3
Pattern 1 P attern 2 Pattern 3 Pattern 4 Patte rn 5 Pattern 6 Pattern 7 Patte rn 8
OFF OFF
ON
ON
OFF
OFF
ON
OFF ON
OFF
ON
ON
OFF ON
OFF
ON
Function monito r

Instruction Manual for MODEL EDI62SInstruction 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 M ode key , modes will change in the order of the
maximum value, m inimum value, (maximum value-m inimum value)
and input value . If you push and hold the M ode key when you are in
the m emory 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
* Com parator judgment values can be set not only from Jog 2 and Jog 3 but also from the low layers of the comparator data.
1
1Press 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.

Instruction Manual for MODEL EDI62SInstruction Manual for MODEL EDI62S 5/128/12
0 1 2 3 4 5 6 7 8 9
A B C D E F G H I J K L M N O P Q
R S T U V W X Y Z
-
4.2 Numeric and Character Indications
4.3 Protection Levels
Each parameter of the EDI62S has an individual protection level, and by setting the protection level of the condition data, you can set an access level.
(For the protect level of each parameter, see the P.L. column of the tables in Section 4.4.)
The higher the protection level is, the less the number of settable parameters will be. If you set the protection level to the strictest LV3, you can change
the protection level only, and all the other parameters may not be changed. (No comparator judgment value can be changed using the jog switches in
this case.)
*The pr otec ti on level set at t h e t im e of sh i pm ent i s LV1. (Set ti ng s of disp lay color s , scali n g and jud g men t -relat ed val ues o n l y are
avai l able.)
5.6 Calibration Data Setting Examples
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 shift 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
Mode
&
* The EDI62S series does not add the zero input value to the span input value.
Namely, the gradient and offset values for y=ax+b are obtained as follows:
Gradient (a) = (SPAN - ZERO)
(SPIN - ZRIN)
Offset (b) = (SPAN - ZERO) ×ZRIN
(SPIN - ZRIN) - ZERO
1
Calibration data pattern selection
Select a pattern to set.
* Patterns cannot be selected when the number of available patterns is set to 1 using condition data.
1 1
1Sensor power supply selection
1
1
1 1
1
Zero input value setting1
Mode
1 Select a digit to set.
1 1 Change the value for the selected digit
(equivalent input calibration).
the current measurement as the setting (actual load calibration).
Zero indication value setting1
Mode
1 Select a digit to set.
1 1 Change the value for the selected digit.
1
1
1
Mode
1
1 1 Change the value for the selected digit
(equivalent input calibration).
1
1
Mode
1 Select a digit to set.
1 1 Change the value for the selected digit.
Select a digit to set.
Operation Method
Press the Shift key for prolonged time to automatically read
the current measurement as the setting (actual load calibration).
Press the Shift key for prolonged time to automatically read
How to set a low layer value (Condition data/scaling data/comparator data)
Mode
Mode
Enter
Select the name of a parameter you want to change by pushing the Increment key .
Use the Shift key to choose the digit you want to change, and push the Increment key to set the value.
If the parameter requires a value entry:
Use the Increment key to choose a selection.
If the parameter requires a selection:
Use the Mode key to shift from the value change mode to the menu selection mode .
Use the Increment key to select the menu name of the parameter you want to change or return to
measurement by pushing the Enter key.
To change the selected parameter , use the M ode key to move from the menu selection mode to the value
change m ode.
&
or

Instruction Manual for MODEL EDI62SInstruction Manual for MODEL EDI62S 6/12 7/12
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
●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 time s
Average tim es of
movem ents
Step wide
Display colo r type
HI display colo r
GO display color
LO displa y color
Display blank level
DZ backu p
Line arize
TZ time
TZ c orrectio n range
Pow er on d elay time
Pro tection lev el
Unit num ber in dic ation
DZ control
0
0
0
1
1
1
1
0
0
0
0
0
0
3
0
0
P.SEL 0
Start/hold typ e 0
PH type 0
S/H del ay tim e 0
Setting ra nge or alternativesPar ame ter n ame
Menu ind ication
Conversion rate (av erage tim es of inter nal sampling ; sam pling time: ap pro x. 1ms) is selected.
Major setting p urpose a nd remarks
Sele cts the average time s of movements .F iltering e ffects: S mall<1(OF F)-2-4 -8-1 6-3 2>Big
Sele cts the range of display changes to ma inta in image display consistency .
(If this p arameter is set to 5, the low est digit w ill display eith er 0 or 5 only ).
Selects au tomatic (red in the H I or LO m ode or green in the GO m ode ) or m anu al setting for d isplay col or type .
Sele cts red or green as disp lay color at the tim e of HI judgment .*Only when CLR .T is M ANU.
Sele cts red or green as disp lay color at the tim e of GO judgment .*Only wh en CL R.T is M ANU.
Sele cts red or green as disp lay color at the tim e of LO judgment .*Only when CLR.T is MANU.
Sele cts the display brightnes s . <brigh t OF F-LV1-LV 2-LV3-ON >tu rne d off
Sele cts whe ther the jog S W is us ed or n ot .
Sele cts a type that operates when the P H function is turned on (peak hold /valley hold/peak-valley hold).
Sele cts w hether th e digital zero value i s backed up or not at the tim e when the unit is turned o ff .
Sele cts the number of pa tterns available fo r the pattern selection functio n .
Sele cts w hether th e linearize functio n is en abled /disabled and sets the n um ber of corr ection po ints .
Selects whether the tracking zero function is enabled/disabled and sets the correction time (setup value/conversion rate).
Sets th e time betw een the startup and actual star t of mea sureme nts (setup value x 1 s eco nd).
Sets the c orrection ran ge of the tracking ze ro fun ction .*Onl y when TR .T is set to a va lue other than 000 .
Sele cts the protection leve l to prevent operation m ista kes .High< LV3-LV 2-LV1-LV0 >Low
Sele cts w hether the code of a unit mounted at the time of startup is displayed or not .
Sele cts an operation type of start /hold (A: free run ; B: one sho t).
Sets th e dela y time at the tim e of startup (setup value x 1 ms).
Sele cts an operation type of peak h old (A : real-ti me display ; B: results display ).
Selects a control method of Digital Zero (SW: front key; TERM: external control terminal).
Initial value
(AV G)
(MAV)
(S.W D)
(CLR.T)
(HI.C L)
(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)
～
～
～
～
Se ts t he up per li mit o f th e d isplay able rang e .
(An y value equal to or exce edin g the digi tal lim iter HI setting will no t be up dated and kept at the setup va lue .
Se lects an a nalo g out put r ange .
Sets the relationship between indica tions and analo g outputs .
Se ts the po sition of the d ecim al p oint .
Se ts the low er l imit of th e dis play able rang e .
(An y value equal to or below the digital li miter LO se tting wil l not be upd ated and k ept at the s etup value .
1
1
2
1
0
0
Analog o utput HI
Analog o utput LO
Decimal point
Analog o utput ty pe
Dig ital limiter LO
Dig ital limiter H I
P.L. Setting range o r alternativesParam eter nameMenu indication Maj or se ttin g purpose an d rem arksInitial value
(DL HI)
(DL LO)
(AO HI)
(AO LO )
(DP)
(A.OUT)
Each digit can be set
inde pen den tly
～
～
～
～
(SPIN) S p a n input va l ue 2 ～
(ZERO) Z e ro indica tion 2 ～
（SNSR） S e n s or po w e r s u pply 1
(ZRIN) Z e ro input va lue 2 ～
(SPA N) S p a n in d icatio n 2 ～
Se lec ts a sen sor po w e r s upply .
Se ts the re lation ship be tw een in p u t sig n a ls a n d the ir ind ica tion s .
P.L. Setting r ange or alternative sParameter name
Menu indication Major setting p urpose and rema rksInitial v alue
05000
4mA
20m A
10V
20000
-2000
When the indication varies between 0 to 5000,
corresponding analog output values should be 4 to 20m A.
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 mo de
GO GOHI GO LO
Indicatio n values
Judgmen t
700
500
0
1000
400
900
200
LO jud gment value
HI judgm ent value
Hysteresis ran ge
* The hysteresis is effectiv e either in th e range low er than the H I judgme nt value or th at hig her th an the LO
judgment value .
●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 GOHI GO LO
Indic ation values
Judgm ent
1000
900
0
1100
Nom inal v alue
Hyste resis rang e
Upper side erro r
Lower side erro r
* Error is to be s et as a p ercentag e of the nominal value.
* The hysteresis is to be se t as an x -th digit of the indicatio n valu e.
* The hy steresis is effec tive either in the ra nge lower than the upper side error or that higher tha n the
lowe r side error.
1
1Press mu ltiple times
1
Mod e
It is m emorized.
Operation Method
Measurement opera tion
＊It is not displayed, except when the
protecting level of the condition data is PL0.
Shift data setting
2 2 2oror
2
2
2
The dig it is m oved, and the d igit
that w ants to change is selected .
Increase a value.
Decrease a value .
Enter
Return to m easure ment
HI judgm ent value
LO judgm ent value
HI logic
LO logic
HI hyste res is
LO hys teresis
Error 1
Nom ina l value
2
2
2
2
1
1
0
0
Com parator output type 1
Error 1 hyste res is 1
GO logic 0
Select ei ther [above or below ] or error c omparator type s.
Sets a H I judgment v alue. *Only w hen CO M .T is O/U.
Sets a LO judgment valu e . *Only w hen C OM .T is O/U.
Sets a nominal value . *Only when CO M.T is ERR.
Sets a n err or. *Only when CO M .T is E RR .
Sets a HI hysteresis value ( smaller than the se tup v alue.) *O nly w hen CO M .T is O/U.
Sets a LO hys teresis v alu e (larger than the setup value .) * Only when C OM .T is O /U.
Sets an error hysteresis (smaller o r larger than the setup values .) *Only when C OM .T is ERR.
Sets a H I output logic (N.O.=norm al ly open or N .C.=norm ally closed )
*Ou tput when the powe r is OFF is alw ays open .
Sets a GO outpu t logic (N.O .=norm ally ope n or N .C.=no rm ally closed )
*O utput whe n the pow er is OF F is alw ays open .
Sets a LO output logic (N.O.= normally op en or N .C .=n orm all y clos ed )
*O utput whe n the pow er is OF F is alw ays open .
P.L. Se ttin g range or alternativesPa ram eter nam e
Menu ind ication M ajo r setting purpose and remarksIniti al va lue
(LO-L)
(GO -L)
(HI-L)
(ER1.H)
(LO-H)
(HI- H)
(ERR 1)
(N.VAL)
(LO-S)
(HI-S)
（CO M.T ）
～
～
～
～
～
～
～