SHOKO SCIENCE Shodex RI-504 User manual

ＳＴ１５－０００６７－Ｃ
READ
READREAD
READ this operation manual CAREFULLY
CAREFULLYCAREFULLY
CAREFULLY before using
Shodex8 RI-50 Refractive Index Detector.
Ｒｅｆｒａｃｔｉｖｅ Ｉｎｄｅｘ Ｄｅｔｅｃｔｏｒ
Ｏ ｐ ｅ ｒ ａ ｔ ｉ ｏ ｎ
Ｏ ｐ ｅ ｒ ａ ｔ ｉ ｏ ｎＯ ｐ ｅ ｒ ａ ｔ ｉ ｏ ｎ
Ｏ ｐ ｅ ｒ ａ ｔ ｉ ｏ ｎ
Ｍ ａ ｎ ｕ ａ ｌ
Ｍ ａ ｎ ｕ ａ ｌＭ ａ ｎ ｕ ａ ｌ
Ｍ ａ ｎ ｕ ａ ｌ
ＲＩ-５０４
Ρ

Copyright Χ 2015, SHOKO SCIENC
SHOKO SCIENCSHOKO SCIENC
SHOKO SCIENCE
EE
E CO.,LTD
CO.,LTDCO.,LTD
CO.,LTD Printed in Japan.
All rights reserved. Contents of this publication may not be reproduced in any form or by
any means(including electronic storage and retrieval or translation into a foreign language)
without prior agreement and written consent from the copyright owner.

II
Thank you for your continued patronage. Observe the following precautions in order
to make safe and stable use of the detector.
Precautions are divided into three groups in this operation manual
depending on the degree of danger. The three groups are
:This sign is used where failure to follow strictly the instructions
and procedures indicated by this sign may cause injury or damage
to health.
: This sign is used where failure to follow strictly the instructions
and procedures indicated by this sign may cause this detector
and the peripheral apparatus to deteriorate or break down.
: This sign is used wherever information is given to ensure optimal
performance of the detector.
Precautions listed below are those of particular importance extracted
from this operation manual :
Do not use the detector in places where combustible gas or
any source of fire or of spark exists or might exist.
Prior to connection, make sure that the voltage of the power
socket into which the detector power cable is plugged is the
same as the power supply voltage indicated on the detector.
The type of the power socket into which the detector power
cable is plugged should be of a 3P type with a grounding terminal.
Other type of power socket should not be used.
The accessory power cable should be used to connect the
detector to the power socket. Other cable should not be used.
When using organic solvent, wear safety goggles.
It is recommended that a sink or the equipment for washing eyes
be installed nearby in case the organic solvent in use comes into
contact with the eye(s) or skin.
When any abnormality, such as liquid leakage, is observed,
turn off the power and unplug the detector from the main
power source immediately.
Warning
Warning
Warning
Warning
Warning
Warning
【Important !】
Precautions
Caution
Note
Warning

III
Do not use the detector with the cover open; always unplug the
detector from the main power source before opening the cover.
If the detector is used in a manner not specified by this operation
manual, the protection provided by the detector may be impaired.
When using flammable organic solvent as mobile phase, be sure
making necessary arrangement to prevent an accidental ignition
(firing) by static electricity.
If the fuse is kept blown off after being replaced, power off
the detector immediately and disconnect the power cord.
Please consult out local representative in your area
or SHOKO SCIENCE.
Use only the following power supply cord. Using the wrong
power cord could result in danger or fire.
The protection ClassⅠequipment should be connected to PE
(protective earth) terminal.
External input/output are for contact closure.
Never apply voltage to those.
As this detector is readily affected by the ambient temperature,
use it in places where there is little wind or change in the
ambient temperature. Do not use the detector near any
source of vibration, electrical noise, or in places where corrosive
gas and a lot of dust exist.
Do not connect any tube other than the provided "OUT tube"
to the eluent outlet joint of the detector.
Put the exit end of the "OUT tube" in the waste liquid bottle
and do not apply back pressure.
When connecting this detector to other detectors in series,
put it at the end.
If eluent freezes inside the detector, the flow line might break
damaging the detector. If there is any chance of eluent
freezing during stoppage or storage of the detector, withdraw
the eluent completely from the flow line of the detector.
When using any eluent containing a salt of high concentration,
make sure that the flow line is washed with water thoroughly
after use. Failure to do so may result in the plugging of the
line causing the detector to cease operation.
Caution
Caution
Caution
Caution
Caution
Caution
Caution
Warning
Warning
Warning
Warning

IV
If the detector is not to be used for more than one week, then,
prior to storage, wash the flow line with pure water or acetone,
and dry the line by allowing nitrogen gas to flow through.
Do not use any eluent which might corrode the material, such as
stainless steel, that it comes into contact with. Use of such
eluent might cause a base line drift and damage the detector.
Use a dry cloth to wipe the detector.
Do not use water or alcohol. Use of such liquids may damage
the detector or erase characters or color on the panel.
Do not connect any cord to the output signal terminal other than
the attached signal cord.
Use a thoroughly degassed eluent. It is recommended that
a degassing device be used to degas the eluent as it is easy to
use and permits continuous degassing.
If an eluent is replaced with another eluent in which it is insoluble,
after having withdrawn the old eluent from the line, wash the line
with a solvent which is soluble in both eluents, then fill the line with
the new eluent. For example, if water is replaced with chloroform,
wash the line with acetone before filling the line with chloroform.
When replacing an eluent containing salt with an eluent containing
organic solvent, wash the line with pure water and then acetone
before filling the line with the organic-solvent-containing eluent.
In contrast, when replacing an eluent containing organic solvent
with an eluent containing salt, wash the line with acetone
first and then pure water before filling the line with the
salt-containing-eluent.
When high voltage cause by static electricity applies to the
instrument, there are possibilities some incorrect actions are
observed. Please notice the static electricity.
Please do not set other equipments on this detector because of
avoiding enlarging the baseline drift and uncontrolling
temperature.
Note
Note
Note
Note
Note
Note
Caution
Caution
Caution

V
１
．
Accessories
･･･････････････････････････････････
１
２
．
Features
･･･････････････････････････････････････
２
３
．
Specifications
･････････････････････････････････
３
４
．
Detection Principle
････････････････････････････
４
４－１ Optical System
･･･････････････････････
４
４－２ Flow Line
･････････････････････････････
５
４－３ Electric Circuit
･･････････････････
６
５
．
Nomenclature and Function
････････････････････
８
５－１ Front Panel
･･････････････････････････
８
５－２Side Panel
･･･････････････････････････
９
５－３ Back Panel
･･･････････････････････････
10
５－４ Display
･･･････････････････････････････
11
５－５ Start-Up Sequence
･･････････・・・・・・・・・････
15
６
．
Installation and Connection
････････････････････
16
６－１ Power Connection and Grounding
･････
16
６－２ Signal cable Connections
･････････････
17
６－３ Tube Connections
････････････････････
18
６－４ Operation Procedures
････････････････
19
７
．
Care And Maintenance
･････････････････････････
21
７－１ Flow Line Cleaning
････････････････････
21
７－２ Replacing Fuse
･･･････････････････････
21
７－３ Cleaning of detector exterior
･･････････
21
８
．
Validation
････････････････
･･･････････････
22
９
．
Troubleshooting
･･･････････････････････････････
24
10
．
WEEE Instructions
･････････････････････････････
26
Appendix 1 「Property Data of Solvents」
･･･････････
27
Appendix 2 「Components and Subassemblies」
･･････
28
Contents

- 1 -
When unpacking, please check if all the following accessories are contained:
【Details of Accessories 】
No.
Name
Specification
Quantity
1
Power cable
(1) Voltage is 100 oｒ120 V AC
Power supply cable set (125V)
(2) Voltage is 220 oｒ240 V AC
Power supply cable set (250V)
1*
2
Signal cable
2-core shield cable (approx. 2m)
1
3
IN tube set
Stainless steel tube of 1.6 mm outer dia. x 0.18mm
inner dia. x 500 mmLength
(setscrew and ferrule attached)
1
4
OUT tube set
Teflon tube of 2.5 mm outer dia. x 1.5 mm inner dia.
x 2000 mmLength
(connecting tube, setscrew and ferrule attached)
1
5
Discharge
tube set
Silicone rubber tube of 10 mm outer dia. x 7 mm
inner dia. x 2000 mmLength
(connection joint attached)
1
6
Fuse
Time-lag type 3.15 A (T3.15A/250V)
2
7
Operation manual
1
＊： Either 1-(1) or 1-(2) is attached according to the power supply voltage at the first destination.
1. Accessories
1-(1)
1-(2)
３
６
４
２
５
７

- 2 -
Shodex RI-504 is Deflection Type Refractive Index Detector with following features:
1) Stability
The double temperature control system provides for a very fast start up time
and excellent stable baseline performance.
2) Safety
Solvent leak sensor generates an output signal that stops pump flow in case of
an eluent leak within the detector.
Relief valve provided in the flow path, to prevent damage such as a solenoid valve
by overpressure.
3) Integration
As well as an LAN communication port, the detector is fitted with signal input and
output terminals, which permit highly automated operation when combined with
HPLC system.
2. Features

- 3 -
1)
Construction
:
Deflection type
2)
Refractive Index Range
:
1.00 ～1.75
3)
Range
:
0.25 ～512 μRIU
4)
Linearity
:
600 μRIU
5)
Noise
:
5 nRIU or less (Response : 1.5 seconds)
6)
Drift
:
200 nRIU/ｈor less (Pure water 1mL/min, Purge OFF)
7)
Response Time
:
0.1 , 0.25 , 0.5 , 1.0 , 1.5 , 2 , 3 , 6 sec.
8)
Auto Zero
:
Full automatic (Optical & Electrical Auto-Zero)
9)
Base line shift
:
Range; 0 ～10000 nRIU, Resolution; 50 nRIU
10)
Integrator Output
:
0 ～1 V/FS (Sensitivity : 2 mV/μRIU , 8 mV/μRIU)
11)
Recorder Output
:
0 ～10 mV/FS
12)
External Signal Input
Auto Zero , Purge On / Off
( Contact Capacity : DC24V 0.1A min. )
13)
External Signal Output
:
(1) Ready (Temperature control stable)
(2) Solvent Leak
(3) Error (One of following error occurred)
HOME POSITION , OVER HEAT
INTENSITY, TEMP.ERROR
(Contact Capacity : DC24V 0.1A max.)
14)
Temperature Control
:
OFF , 30 ～55 ℃(1℃increment) : 77℃Temp. FUSE
(Note) External temperature control is set to a temperature
5℃lower than the set temperature.
15)
Operator Support
Automatic Start Up ( Start Up Sequence )
Span / Validation Guide
16)
External Communication
:
LAN
17)
Cell Volume
:
2.5 μL
18)
Maximum Flow Rate
:
1 mL/min (mobile phase : pure water)
19)
Pressure Rating
:
50 kPa (0.5kgf/cm2)
20)
Internal Volume
:
Inlet Port / Flow Cell : approx. 10 μL
Flow Cell / Outlet Port : approx. 385 μL
Total : 400 μL
21)
Wetted Material
:
SUS316 , Teflon , Quarts Glass
22)
AC Power Source
:
AC 100 - 240 V , 50 / 60 Hz , 150 VA (maximum)
Voltage fluctuation: ±10％ , Protection Class: Class Ⅰ
23)
Installation Conditions
Operating Environmental Conditions
Temperature : 10 ～30℃)
Humidity : 90％RH （Non-condensing）
Altitude : 2000ｍ(maximum)
Pollution : Degree 2
Installation : Category Ⅱ
24)
Dimensions
:
260 mm(W) x 165 mm(H) x 420 mm(D)
25)
Weight
:
Approx. 12.5 kgs (28lbs)
26)
Conforming Standards
CE marking
EMC Directive (2004/108/EC)
Low Voltage Directive (2006/95/EC)
RoHS Directive (2011/65/EU)
3. Specifications

- 4 -
4-1 Optical System
In a refractive index detector of the deflection type, the light beam undergoes
a deflection in proportion to a difference in refractive index between one liquid and
the other as it passes through the two compartments of the flow cell, each being
filled with a different liquid. The deflection of the light beam is taken as
a displacement on the light-receiving element and is displayed as a difference of
the refractive index.
1 :
Light beam
ns:
Refractive index of liquid
2 :
Sample cell
in sample cell
3 :
Reference cell
4 :
Light beam at the time of ns> nr ,
nr:
Refractive index of liquid
5 :
Light beam at the time of ns= nr ,
in reference cell
6 :
Displacement
7 :
Light-receiving element
Fig. 4.1 Principle of detection of the deflection type
A variety of ingenious devices are provided in the optical system to enhance its
operational stability and make the detector more compact. The light beam from
the light source passes the flow cell through condenser lens, slit No.1,
collimator lens and slit No.2. The light is reflected by the mirror which exists just
behind the flow cell and it forms an image of slit No.1 onto the photo sensor
through the flow cell, slit No.2, collimator lens and null glass.
The photo sensor has two light receivers placed side by side.
1 :
Light source
4 :
Collimator lens
7 :
Mirror
2 :
Condenser lens
5 :
Slit No.2
8 :
Null glass
3 :
Slit No.1
6 :
Flow cell
9 :
Photo sensor
Fig. 4.2 Optical System
4. Detection Principle
3
1
2
5
4
7
6
n s
n r
5
6
1
2
3
4
8
9
7

- 5 -
When a difference develops in the refractive index between the sample and the
Reference in the flow cell, the image on the photo sensor moves horizontally as
illustrated in Fig. 4.3 below ( moves from (a) to (b) ). The electric signals emitted
respectively from the photo sensor change in proportion to the extent of movement
of the image.
Thus, signal corresponding to the difference in refractive index can be obtained from
a difference between the two signal outputs.
(a)
No difference in the
refractive index
(b)
Some difference in the
refractive index
Fig. 4.3 Movement of the image on the photo sensor
4-2 Flow Line
As shown in Fig 4.4 below, the flow line is so designed as to enable replacement of
a reference liquid by only pushing a button.
Fig. 4.4 Flow Line
1
3
2
1
2
3
316 stainless steel tubing
Teflon tubing
Connection by female nut
Connection by flange
1
:
Photo Sensor A
2
:
Photo Sensor B
3
:
Image
1
:
Heat exchanger
2
:
Flow cell
3
:
Sample cell
4
:
Reference cell
5
:
Heat exchanger
6
:
Joint block
7
:
3-way solenoid valve
8
：
Relief Valve
From column
To waste liquid receptacle
（Panel）
4
2
3
OUT
IN
COM
NO
NC
1
5
6
7
NO : Normally Open
NC : Normally Close
8.

- 6 -
When the PURGE button (solenoid valve) is in the ON position, NC is open and NO is
closed, thereby allowing an eluent to flow out of the sample cell to the waste liquid
receptacle by way of the reference cell.
When the button is in the OFF position, NC is closed and NO is open,
thereby allowing the eluent to flow from the sample cell directly to the waste liquid
receptacle without going through the reference cell.
When the pressure in the flow path has become excessive, relief valve will reduce
the pressure.
4-3 Electric Circuit
The electrical circuit of Shodex RI-504 consists of two I/V converters, a signal
processing circuit (with display and keyboard), a temperature control circuit and
a light intensity control circuit.
The temperature control circuit and light intensity control circuit are controlled by
the signal processing circuit.
Fig. 4.5 shows electrical system block diagram of the RI-504.
1 :
Light source
9 :
Temperature sensor(internal)
17 :
Recorder Output
2 :
I/V converters
10 :
Temperature fuse(internal)
18 :
LAN port
3 :
Keyboard
11 :
Heating element(internal)
19 :
Signal In (Purge)
4 :
Display
12 :
Temperature sensor(external)
20 :
Signal In (Zero)
5 :
Signal Processing circuit
13 :
Temperature fuse(external)
21 :
Signal Out (Ready)
6 :
Light Intensity Control circuit
14 :
Heating element(external)
22 :
Signal Out (Leak Out)
7 :
Temperature Control circuit
15 :
Solenoid Valve
23 :
Signal Out (Error)
8 :
Null glass driver
16 :
Integrator Output
Fig. 4.5 Electrical System
1
3
4
5
6
7
9
10
11
12
14
16
17
18
8
19
20
21
15
2
13
2
22
23

- 7 -
Two photo sensing elements generate a photocurrent proportional to the amount of
light. These currents are then converted to the voltage signal in the I/V converters.
These voltage signals will then be sent to the signal processing circuit where their
Balance will be precisely converted into the digital signal corresponding to the
refractive index.
This digital signal will go through (1) Sensitivity calculation, (2) Response time calculation,
(3) Auto Zero / Base line shift calculation, (4) Range attenuation for recorder output
and (5) Event Marker processing in that order and will finally be converted back to
analog signal for integrator output terminal and recorder output terminal.
The signal processing circuit does also following jobs:
①Parameter settings via Display or Keyboard (Recorder Range, Integrator Sensitivity,
Temperature Control, Response Time, Polarity, Base Line Shift).
②Commands requested via Keyboard (Purge On / Off, Event Marker and Auto Zero :
Optical Auto Zero is carried out by activation of the null Glass driver and fine
adjustments are made through calculation).
③Execution of commands given via external device (e.g. purge on / off,auto zero).
④Displaying data and status information such as Refractive Index, Temperature.
⑤Signal outputs (displays various error messages such as Temperature control,
Light Intensity control, Auto Zero and contact closure signal for output terminals).
⑥Data display and setting for maintenance.
⑦LAN communication processing.
Light Intensity Control circuit controls a load current to the light source to keep
intensity signal (sum of the two I/V converters output voltage) constant.
This feature prevents unexpected reductions in detector sensitivity due to such
problems as dirty flow cells, decreased lamp intensity.
Based on the data from temperature sensors of the optical system and the external
heater plate, the temperature control circuit adjusts the current in the heating
elements (transistors) so that the temperatures of the optical system and the external
heater plate reach their designated values.

- 8 -
5-1 Front Panel
□ 2
□
6
□
3
□
4
□
5
□
1
□
7□ 8□ 10 □ 9□ 11 □ 13 □ 12
Fig. 5.1 Front panel of Shodex RI-504
No.
Name of parts
Function
Power Switch
Press this key once to turn on or off the unit.
LCD Display
A 24-digit 2-row character display panel. This is used for
displaying or setting various parameters.
Start Up Sequence key
Press the key once to call the start-up sequence.
Purge Key
Press the key to turn the purge valve on or off to change
the flow path. When the valve is on, the LED above the key will
be lit and the eluent will flow through the reference cell chambers.
Press to turn off the valve.
Marker key
Press key to generate an event marker signal and add it
to the recorder output. During this function, the LED above the
key will be lit.
Leak LED
[Leak]
Illuminated when solvent leak is detected.
Auto Zero Key
Press the key to activate “Auto-Zero”.
During this function, the LED above the key will be lit.
□
2
□
1
□
4
□
3
□
5
□
6
5. Nomenclature and Function
S.Seq
Purge
Zero
Marker
Purge
S.Seq
Purge
Marker
□
7
Zero

- 9 -
No.
Name of parts
Function
ESC Key
Press the key to cancel an operation and return to the
normal screen.
Arrow Keys
Press Arrow keys to move cursor or to edit values.
Cancel Key
Press key to cancel change and to stop beep.
Enter Key
Press key to finalize operations or settings.
Inlet Port
[IN]
Connects tubing from separation column outlet.
Outlet Port
[OUT]
Eluent passing through the flow path is discharged from this
port.
5-2 Side Panel
Fig. 5.2 Side panel of Shodex RI-504
No.
Name of parts
Function
Drain Port
In case of internal eluent leak, the eluent will be discharged
From this port. Connect the attached tubing as necessary.
□
14
□
14
□
10
□
9
□
13
□
8
□
11
□
12
ESC
ESC
Cancel
Cancel
Enter
Enter

- 10 -
5-3 Back Panel
□
21 □ 22 □ 23
□
20
□
19
□
18
□
17
□
16
□
15
□ 24
□ 25
Fig. 5.3 Back panel of Shodex RI-504
No.
Name of parts
Function
Communication port
[COM]
LAN communication port
Zero in terminals
[ZERO IN]
When these two terminals are short-circuited just as when the zero
Button ( 7 ) is pressed, the automatic zeroing is actuated.
Purge terminals
[PURGE IN]
When these two terminals are short-circuited, the flow line of
theeluent is changed just as when the purge button ( 4 ) is
pressed,and both sample and reference cells are filled with the
same eluent.
Error out terminals
[ERROR OUT]
A contact signal is sent out through these terminals when
an error occurs. (ROM, RAM, Parameter, Home Position,
Overheating, Optical Balance, Intensity)
Leak out terminals
[LEAK OUT]
A contact signal is sent out through these terminals when
an eluent leak is detected.
Ready out terminals
[READY OUT]
A contact signal is sent out through these terminals when
10 minutes have passed since the temperature of the optical
system reached the designated value.
Recorder terminals
[REC. OUT]
Signals to the recorder are sent out through these terminals.
The sensitivity of the output signal is 10 mV/FS.
Ground terminal
for the signal cable
[FG]
The shield terminal of the signal cable should be connected to
this terminal.
Integrator terminals
[INTEG. OUT]
Signals to the data processing unit are sent out through these
terminals. The sensitivity of the output signal is 2 mV/μRIU
or 8 mV/μRIU with the integrator range of 512 μRIU/V or
128 μRIU/V, respectively.
□
23
□
15
□
16
□
17
□
18
□
20
□
19
□
22
□
21

- 11 -
Power connector
[～LINE]
The included power cable should be plugged into
this connector.
Ground terminals
[ ]
These are the terminals to ground the main body
of the detector.
5-4 Display
The display shows a “Monitor screen”when the detector is started and can be
Switched to a “Parameter setting screen”and “Validation screen”when the key
or the key is pressed.
<Monitor screen> <Parameter setting screen> < Validation screen >
-123.4uRIU 40℃+ 2 * PARAMETERS * * VALIDATION *
TEMP. UNSTABILIZE * SETTING * * *
<Monitor screen>
26 27 28 29
－ＸＸＸ．ＸｕＲＩＵ ＸＸ ﾟＣ ＡＡ ±ＸＸ
ＡＡＡＡＡＡＡＡＡＡＡＡＡＡＡＡ 30
No.
Function
This indicates the refractive index in RIU unit.
This indicates the temperature of the optical system.
One of the following is displayed in response to the detector status.
(1) LK : Key Lock status
(2) ER : Error status
(3) RD : Analyzable state （This sign will come on when the start-up sequence is completed.）
This indicates the current state of optical axis balance in a range of –99 to +99.
Press key to display –3 to +3.
□
24
□
25
□
28
Zero
□
29
□
26
□
27

- 12 -
This indicates error or operation status.
If there are multiple messages to be displayed, the priority message is displayed.
( 1 ) ROM : Is displayed when a ROM error has occurred.
( 2 ) RAM : Is displayed when a RAM error has occurred.
( 3 ) PARAMETER : Is displayed when a parameter memory error has occurred.
( 4 ) HOME POSITION : Is displayed when the optical axis is not adjusted correctly.
( 5 ) LEAKAGE : Is displayed when eluent leakage has occurred.
( 6 ) TEMP. ERROR : Is displayed when the temperature sensor has a problem.
( 7 ) OVER HEAT : Is displayed when the temperature is excessively high.
( 8 ) OPT. BALANCE : Is displayed when Auto Zero does not function correctly.
( 9 ) INTENSITY : Is displayed when the light intensity is low due to bubbles or dirt.
(10) TEMP. UNSTABLE : After the detector is started, this remains displayed
until the temperature remains within 1C of the set
temperature for 10 minutes.
(11)Cannot set the LAN unit / Push the Enter Key : Is displayed when a LAN setting error
has occurred.
<Parameter setting screen>
To show the currently set parameters in order, press the key or the key
while the parameter setting screen is displayed.
< Validation screen >
To show the Validation screen in order, press the key or the key
while the practice screen of each validation and the result is displayed.
To change parameters, perform the following procedures:
(1) Display the relevant parameter.
(2) Press the key.
The underlined digits will flash and the parameter can be changed.
(3) Press the key or the key to change the parameter with
reference to Table 5-1.
(4) Press key to finalize the parameter.
(5) Press key to return to the monitor screen.
□
30
Enter
Enter
ESC

- 13 -
Press The Enter key to start
the SPAN CHECK.
Press The S.Seq key to start
and stop the S.SEQ.
Press The Enter key to display
the result of the validation
Each S.SEQ mode is changed with
the ENTER key and Arrow Keys
The S.SEQ mode is displayed by a
screen2.
Only in CUSTOM mode, screen 25 is
displayed from screen 19

- 14 -
Table 5-1 Settable parameters
No.
Parameter
Selectable value
Unit
Default
1
REC. RANGE
0.25，0.5，1，2，4，8，16，32，
64，128，256，512 （12 Steps）
μRIU/10mV
512
2
INTEG. RANGE
128，512
μRIU/1024mV
512
3
TEMPERATURE
OFF，30～55 （1 Step）
℃
40
4
TIME CONSTANT
0.1，0.25，0.5，1，1.5，2，3，6
（8 Steps）
sec
1.5
5
POLARITY
＋，－
－
＋
6
BASELINE SHIFT
0～200 （１ Step 50nRIU）
－
0
7
S.SEQ MODE
FINE, STANDARD, COARSE, CUSTOM
－
STANDARD
8
LEAK SENSOR
ON，OFF
－
ON
9
KEY LOCK
YES，NO
－
NO
10
IP ADDRESS
0.0.0.0 ～255.255.255.255
－
192.168.1.2
11
SUBNETMASK
128.0.0.0 ～255.255.255.254
－
255.255.255.0
12
USE DEFAULT GATEWAY
YES，NO
－
NO
13
DEFAULT GATEWAY
0.0.0.0 ～255.255.255.255
192.168.1.1
14
DEFAULT DATA
YES，NO
－
NO