-EASURE AND $ISPLAY UP TO
££Ê Ìi à 3IMULTANEOUSLY
LANGUAGES DISPLAY
%NGLISH
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*APANESE
-ULTI PARAMETER 7ATER 1UALITY -ETERS
5 3ERIES 2USSIAN
3PANISH
Multi-parameter Water Quality Meters
0ORTUGUESE
-EASURE AND $ISPLAY 0ARAMETERS 3IMULTANEOUSLY WITH .EWLY $ESIGNED #ONTROL 5NIT AND 3ENSOR 4ECHNOLOGY )NTUITIVE SOFTWARE ASSURES EASE OF USE AND OPERATION EFFICIENCY %XPERIENCE THE DURABILITY AND PERFORMANCE OF AN INSTRUMENT THAT EXCEEDS YOUR EXPECTATIONS IN THE FIELD TESTING OF GROUND WATER AND SURFACE WATER APPLICATIONS
-EASURE AND $ISPLAY UP TO
££Ê Ìi à 3IMULTANEOUSLY
#ONTROL 5NIT &EATURES %ASY TO READ ,#$ $ISPLAY /NE HAND OPERATION ■ /N SCREEN ICON DISPLAYS BATTERY POWER AND '03 53" AND PROBE UNIT CONNECTIVITY ■ 1UICK CONNECT CONNECTOR CABLE TO CONTROL UNIT ■ 3HOCK RESISTANT COVER ■ "ACKLIGHT DISPLAY ■ ■
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/PERATING INSTRUCTIONS
3ENSOR 0ROBE 5NIT &EATURES ■ 4URBIDITY 3ENSOR CONFORMS TO 53 %0! METHOD 5 5 ' ■ 4URBIDITY 3ENSOR CONFORMS TO %. )3/ 5 5 ' ■ -INIMUM DISSOLVED OXYGEN SENSOR MAINTENANCE WITH SCREW ON TYPE MEMBRANE CAP ■ #HEMICAL RESISTANT MATERIALS OF CONSTRUCTION ■ /PTIONAL 4OUP( P( ELECTRODE THAT IS DIFFICULT TO BREAK ■ &IELD REPLACEABLE SENSORS
0REVENTS DAMAGE DURING MAINTENANCE
-ULTI PARAMETER 7ATER 1UALITY -ETERS
5 3ERIES
)NNOVATIVE &EATURES
$ESIGN AND 0ERFORMANCE THAT -AKES -EASUREMENT %ASY IN A 6ARIETY OF !PPLICATIONS
-EASUREMENT IN -ARSHES
●
●-EASUREMENT AT A $RAINAGE $ITCH OR 7HARF
)NSTANTANEOUSLY MONITOR COLLECT AND STORE DATA WHILE MOVING THE SUBMERSED SENSOR PROBE UNIT
●
-EASURING 'ROUND 7ATER FROM AN )NTAKE
7ITH THE SENSOR PROBE LOWERED AND SUBMERSED AT AN INTAKE DATA SETS CAN BE STORED IN THE CONTROL UNIT AND TRANSFERRED TO A 0# LATER
4HE CONTROL UNIT S WATERPROOF DESIGN ALLOWS THE USER TO WORK WITHOUT CONCERN OF SPLASHING OR ACCIDENTALLY DROPPING THE CONTROL UNIT IN THE WATER 4HE BACKLIGHT DISPLAY ALLOWS THE USER TO TAKE MEASUREMENTS IN THE DARK
-EASUREMENTS IN 3URFACE 7ATER
●
4HE LONG METER CABLE OPTION ALLOWS THE USER TO DEPLOY THE SENSOR PROBE UNIT AND COLLECT MEASUREMENT DATA AT VARYING DEPTHS 4HE '03 MODELS FACILITATE ENVIR ONMENTAL SURVEYS OF OCEANS LAKES AND RIVERS
%XCEPTIONAL 0ERFORMANCE AND /PTIMAL $ESIGN FOR FIELD APP
〉 〉
ÌÀ Ê1 Ì 〉
%ASY TO READ ,#$ $ISPLAY AND %ASY /PERATION ■ !LL PARAMETERS MEASUREMENT DATA IS
LISTED ON SCREEN ■ 4EXT SIZE CAN BE CHANGED TO LARGE FONT
53" CONNECTOR ,ARGE IN ,#$ DISPLAY WITH BACKLIGHT
■ 3MALL CONTROL UNIT DESIGN FOR OPERATION
WITH ONE HAND ■ )CON DISPLAY INFORMATION 53" CONNECTION '03 ACTIVE
0ROBE $ISPLAY UNIT "ATTERY LEVEL
+EYPAD
■ /PERATION INSTRUCTIONS ON SCREEN ■ 6ARIABLE DISPLAY CONTRAST COMPENSATES
FOR EXTREME AMBIENT LIGHTING CONDITIONS 3TRAP
#ONTROL 5NIT $ESIGN FOR &IELD /PERATIONS ■ !UTO CALIBRATION FEATURE PROVIDES HASSLE FREE CALIBRATION
OF P( DISSOLVED OXYGEN CONDUCTIVITY TURBIDITY AND DEPTH ■ 3HOCK RESISTANT COVER DESIGNED FOR ROUGH TREATMENT IN THE FIELD AND IS EASILY CLEANED ■ #ABLE CAN BE EASILY CONNECTED AND DISCONNECTED WITH QUICK CONNECT FITTING #ABLE CONNECTOR
$ATA -ANAGEMENT ■ !UTO HOLD FUNCTION FREEZES AVERAGE DATA VALUES ON THE
SCREEN TO OFFER MORE TIME TO VERIFY OR TRANSCRIBE DATA ■ $IAGNOSTIC FUNCTIONS NOTIFY THE USER OF ERRORS ■ )NTEGRAL
53" CONNECTION FOR DATA TRANSFER TO A 0# 53" CABLE IS SOLD SEPARATELY AND INCLUDES SOFTWARE ■ 3ELECTABLE MEASUREMENT UNITS ALLOW THE OPERATOR TO REPORT DATA WITHOUT THE NEED TO CONVERT DATA TO DESIRED UNITS OF MEASURE
■ '03 #OMPATIBLE
5 ' ' ' 4HE SYSTEM CAN BE USED IN CONJUNCTION WITH THE 'LOBAL 0OSITIONING 3YSTEM '03 TO RECORD LATITUDE LONGITUDE AND OTHER LOCATION DATA FOR INDIVIDUAL MEASUREMENTS 4HIS IS PARTICULARLY USEFUL FOR ENVIRONMENTAL SURVEYS
PLICATION
P(
/XIDATION 2EDUCTION 0OTENTIAL
2EFERENCE
#ONDUCTIVITY
$ISSOLVED /XYGEN
4URBIDITY
〉 〉 -i à ÀÊ*À LiÊ1 Ì 〉 -ULTIPLE 3ENSORS (OUSED IN %ACH 0ROBE ■ -ULTIPLE
SENSORS ALLOW FOR THE MEASUREMENT OF PARAMETERS SIMULTANEOUSLY P( P( MV /20 $/ #/.$ 3ALINITY 4$3 3EAWATER 3PECIFIC 'RAVITY 4EMPERATURE 4URBIDITY 7ATER DEPTH
■ 4URBIDITY 3ENSOR 5 CONFORMS TO 53 %0! METHOD
0RECISION HAS BEEN IMPROVED OVER CONVENTIONAL INSTRUMENTS 4HE -ODEL 5 HIGH PRECISION FIELD REPLACEABLE TURBIDITY SENSOR WITH WIPER HAS A RESOLUTION OF .45 ■ 4URBIDITY SENSOR OF 5 CONFORMS TO %. )3/ 4HE MODEL 5 HAS A RESOLUTION OF .45 ■ )MPROVED STABILITY OF THE DISSOLVED OXYGEN SENSOR HAS
BEEN ACHIEVED WITH A NEW ELECTRODE DESIGN FOR FAST RESPONSE AND POLAROGRAPHIC SENSOR FOR EASE OF MAINTENANCE ■ P( AND /20 ELECTRODES CAN BE REPLACED INDIVIDUALLY TO REDUCE REPLACEMENT COSTS ■5 8 SERIES SPECIFICATION COMPARISON LIST
5 P( /20 /XIDATION 2EDUCTION 0OTENTIAL $ISSOLVED /XYGEN #ONDUCTIVITY 3ALINITY 4$3 4OTAL $ISSOLVED 3OLIDS 3EAWATER 3PECIFIC 'RAVITY 4EMPERATURE 4URBIDITY ,%$ 4URBIDITY 4UNGSTEN LAMP 7ATER DEPTH '03
5 5 ' 5 5 ' 5 5 '
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.OTE 5 ' M DON T HAVE THE FEATURE OF WATER DEPTH
■5 3ERIES 3PECIFICATIONS 5
3ENSOR 0ROBE
#ONTROL 5NIT
P( ●4WO POINT CALIBRATION ●!UTOMATIC TEMPERATURE
/XIDATION 2EDUCTION 0OTENTIAL /20 $ISSOLVED /XYGEN $/ ●3ALINITY CONVERSION TO 004 AUTOMATIC ●!UTOMATIC TEMPERATURE COMPENSATION
#ONDUCTIVITY #/.$ ●!UTO RANGE ●!UTOMATIC TEMPERATURE CONVERSION ℃
3ALINITY
4OTAL $ISSOLVED 3OLID 4$3 ●#ONVERSION FACTOR SETTING
3EAWATER SPECIFIC GRAVITY
σt, σ0, σ15
●$ISPLAY
4EMPERATURE
-EASUREMENT TEMPERATURE -AXIMUM SENSOR DIAMETER 0ROBE LENGTH #ABLE LENGTH -ASS !UTOMATIC CALIBRATION USES P( 4URBIDITY WIPER -EASUREMENT DEPTH ,IQUID CONTACT PART MATERIAL LIQUID END MATERIAL 7ATER RESISTANCE /UTER DIMENSIONS -ASS ,#$ $ATA MEMORY #OMMUNICATION "ATTERY 7ATER RESISTANCE "ATTERY ,IFE 3TORAGE TEMPERATURE !MBIENT TEMPERATURE -EASUREMENT PRINCIPLE 2ANGE 2ESOLUTION 2EPEATABILITY !CCURACY -EASUREMENT PRINCIPLE 2ANGE 2ESOLUTION 2EPEATABILITY !CCURACY -EASUREMENT PRINCIPLE 2ANGE 2ESOLUTION 2EPEATABILITY !CCURACY -EASUREMENT PRINCIPLE 2ANGE 2ESOLUTION 2EPEATABILITY !CCURACY -EASUREMENT PRINCIPLE 2ANGE 2ESOLUTION 2EPEATABILITY !CCURACY -EASUREMENT PRINCIPLE 2ANGE 2ESOLUTION 2EPEATABILITY !CCURACY -EASUREMENT PRINCIPLE 2ANGE 2ESOLUTION 2EPEATABILITY !CCURACY -EASUREMENT PRINCIPLE 2ANGE 2ESOLUTION 2EPEATABILITY !CCURACY -EASUREMENT PRINCIPLE 2ANGE 2ESOLUTION
4URBIDITY 452"
2EPEATABILITY !CCURACY
7ATER DEPTH
'03
-EASUREMENT PRINCIPLE 2ANGE 2ESOLUTION 2EPEATABILITY !CCURACY CHANNEL PARALLEL
5
5 '
5
5 '
TO ℃ !PPROX MM !PPROX MM 3TANDARD M OPTION M !PPROX G !PPROX LBS
-AX M 003 GLASS 353 , 353 &+- 0%%+ 1 TITANIUM &%0 MEMBRANE 0/*)3 PROTECTION LEVEL 7 X $ X ( MM !PPROX G !PPROX LBS X LIQUID CRYSTAL DISPLAY WITH BACKLIGHT BLACK AND WHITE 53" # BATTERIES X *)3 PROTECTION LEVEL WHEN SENSOR CABLE IS FITTED !PPROX HOURS WITHOUT BACKLIGHT !PPROX MEASUREMENTS TO ℃ TO ℃ 'LASS ELECTRODE METHOD P( TO P( P( P( 0LATINUM ELECTRODE METHOD M6 TO M6 M6 M6 M6 Polarographic method 0 to 50.0 mg/L 0.01 mg/L MG , TO MG , MG , TO MG , MG , !# ELECTRODE METHOD TO 3 M TO M3 CM TO M3 CM M3 CM TO M3 CM M3 CM TO M3 CM M3 CM TO M3 M M3 M TO 3 M 3 M TO 3 M 3 M & 3
& 3 -EDIAN OF TWO POINT CALIBRATION #ONDUCTIVITY CONVERSION TO 004 PERMILLAGE 004 004 004 #ONDUCTIVITY CONVERSION TO G , & 3 G , G , #ONDUCTIVITY CONVERSION TO σT σT σT σT Thermistor method -10 to 55℃ ℃
℃ AT CALIBRATION POINT *)3 CLASS " PLATINUM THERMOMETER SENSOR \ T \ ,%$ LIGHT SOURCE AND °SCATTERING METHOD 4UNGSTEN LAMP SOURCE AND ° SCATTERING METHOD TO .45 TO .45 TO .45 .45 TO .45 .45 TO .45 .45 TO .45 .45 TO .45 .45
2EADING OR .45 WHICHEVER IS GREATER 2EADING OR .45 WHICHEVER IS GREATER TO .45 .45 2EADING OR .45 WHICHEVER IS GREATER TO .45 2EADING OR .45 WHICHEVER IS GREATER 0RESSURE METHOD TO M M & 3 M
.OTE
"ATTERY LIFE BASED ON CONTINUOUS OPERATION USING ALKALINE # DRY BATTERIES WHEN THE MONITOR TEMPERATURE IS OVER ℃ AND THE BACKLIGHT /&&
!CCURACY IS MEASURED BY CALIBRATING POINTS FOR TURBIDITY AND ELECTRICAL CONDUCTIVITY AND POINTS FOR ALL OTHER MEASUREMENTS AGAINST STANDARD SOLUTION
2EPEARTABILITY IS MEASURED BY THE ABILITY TO REPRODUCE THE RESULTS AGAINST THE STANDARD SOLUTION AT ℃ NORMAL PRESSURE CONDITION
■5 3ERIES 5
5 '
!PPROX HOURS WITHOUT BACKLIGHT
#ABLE LENGTH M 5 M M M 5 M M 5 ' M M M M 5 M M 5 ' M M M M 5 M M 5 ' M M
-ODEL 5 M 5 M 5 M 5 M 5 M 5 ' M 5 ' M 5 ' M 5 M 5 M 5 M 5 ' M 5 ' M 5 ' M 5 M 5 M 5 M 5 ' M 5 ' M 5 ' M
#ODE
■3TANDARD !CCESSORIES )TEM P( STANDARD SOLUTION M, P( REFERENCE INTERNAL SOLUTION M, $/ SENSOR INTERNAL SOLUTION SET !!!Ŝ)NTERNAL SOLUTION M, !!!Ŝ3ANDPAPER !!!Ŝ3YRINGE $/ -EMBRANE SPACE PARTS SET 3PANNER FOR $/ SENSOR #LEANING BRUSH #ALIBRATION CUP "ACK PACK 3TRAP !LKALINE BATTERIES ,2 3ILICON GREASE )NSTRUCTION MANUAL
1UANTITY
■#ONSUMABLES )TEM P( SENSOR P( SENSOR 4OUP( /20 SENSOR $/ SENSOR 2EFERENCE SENSOR 2EFERENCE TIP 4URBIDITY SENSOR 5 ' 4URBIDITY SENSOR 5 ' 4URBIDITY SENSOR 5 ' $/ MEMBRANE CAP $/ )NNER FLUID M, ,%$ LIGHT SOURCE AND °SCATTERING METHOD TO .45 TO .45 TO .45 TO .45 .45 2EADING OR .45 WHICHEVER IS GREATER
#ODE
■3TANDARD SOLUTION )TEM
2EADING OR .45 WHICHEVER IS GREATER 0RESSURE METHOD ONLY M AND M PRODUCT
-ODEL ̶ ̶
-ODEL
P( FOR AUTOMATIC CALIBRATION M,
P( FOR AUTOMATIC CALIBRATION ,
P( M,
3TANDARD SOLUTION P( M,
/20 STANDARD SOLUTION POWDER &OR M,× /20 STANDARD SOLUTION POWDER &OR M,×
)NTERNAL SOLUTION
)NTERNAL SOLUTION FOR P( REFERENCE M,
#ODE
■$IMENSIONS UNIT MM IN
■/PTION )TEM
■#ONTROL UNIT
#ODE
■#ONTROL UNIT WITH '03
5
̶
0ROBE GUARD
̶
#ABLE WITH DATA COLLECTION SOFTWARE
̶
66 (2.6)
335 (13.19)
283 (11.14)
115 (4.53)
-ODEL
#ARRYING CASE
&LOW CHAMBER
■3ENSOR PROBE
φ95 (φ3.74)
450 (17.72)
"ULLETIN (2% $
Printed in Japan T-TF(SK)00