Sumpi - Manual

CONTENTS

Declaration of conformityWarrantyIntroductionQuick start for DistanceQuick start for LevelQuick start for FlowChanging parametersSpecifications• Transmitter• TransducerInstallation• Transmitter• TransducerKey descriptionSecurity codeConfiguration for Distance/LevelConfiguration for FlowWorking with the Key Pad in Run ModeRun Mode Screen in Distance/Level ModeThe Relay State ScreenOnscreen KABScopeExamples• Example 1 - Distance measurement• Example 2 - Level measurement• Example 3 - Level measurement and engineering units• Example 4 - Level measurement using the lineariser function• Example 5 - Level measurement using the lineariser function with a non linear vessel• Example 6 - Venturi flume• Example 7 - V-Notch

KAB Instruments (Pty) Ltd

SUMPI INSTRUCTION MANUAL Version SM2704 ©

Level by Sound Knowledge ®

3456789

1112

15161920212938394041

42434445

485052

1

• Example 8 - Working with the Simulator• Example 9 - FIFO (First In First Out) Pump cycling• Example 10 - Rotate Pump cyclingFault FindingTerminal ConnectionsDimensionsCable extensionKABScopeStarting KABScopeProgramming in KABScope

Copyright (c) 1994....2004 by KAB Instruments (Pty) Ltd. All rights reserved.No part of this manual may be reproduced by hard-copy, electronic orcomputerized copy or any other copy method.

CONTENTS continued

KAB Instruments (Pty) Ltd Level by Sound Knowledge ®

SUMPI INSTRUCTION MANUAL Version SM2704 ©2

54565860626472747576




DECLARATION OF CONFORMITY

SUMPI complies with conformity in accordance with the followingtests.

Electromagnetic Compatibility

Susceptibility:

Emission:

Safety :

CE Conformity DeclarationSUMPI is in accordance with EN50081-2 1993 and EN50082-2 1995.Johannesburg, South Africa, 3rd June 1999.

Kevin BarnfatherKAB Instruments (Pty) Ltd

ENV50204ENV50141EN61000-4-5EN61000-4-11

EN60555-2,3

EN801-2,3,4,ENV50140EN61000-4-2EN61000-4-4EN55011EN55022

EN50082-1EN50082-2

EN50081-2EN50081-1BSEN61010-1

3



WARRANTY

KAB Instruments (Pty) Ltd's products will be replaced, repaired, put ingood operating condition, or the purchase price refunded, at the optionof KAB Instruments, free of charges except transportation, if defective intheir manufacture, and if notice of the said defect is received by KABwithin one year from date of delivery. The cost of such replacement,repair or refund of purchase price shall be the exclusive remedy for anybreach of warranty, and KAB shall not be liable to any person forconsequential damages for injury or commercial loss resulting from anybreach of warranty. KAB makes no warranty of fitness for a particularpurpose, and makes no other Warranty, express or implied, includingimplied warranty arising from course of dealing or usage of trade.




INTRODUCTION

SUMPI works on the non-contact principle of ultrasonics.A pulse of energy emits from the transducer at the speed of sound and isdetected upon its return. The transmitter can distinguish the differencebetween a correct echo and other ambient noise.When the signal returns, SUMPI measures the time period and thenknowing the speed of sound, it can accurately calculate the distancefrom the material to the transducer. The SUMPI can measure distance,level and open channel flow.

In distance mode the SUMPI measures distance from the transducer.This means the 20mA will be the furthest point and the 4mA will be theclosest point.

In level mode the SUMPI measures level in a tank. This means at thefurthest point or when the tank is empty, the instrument will read 4mA. Atthe closest point the tank will be full and the instrument will read 20mA.

The Open Channel flow meter uses a level measurement from theSUMPI and converts the reading into a flow measurement.

A microprocessor then controls the output functions of the relays, displayand the analogue output signals.

5



QUICK START FOR DISTANCE

SUMPI was designed to be user friendly with a very simple configurationprogram. This allows the technician to set up SUMPI without the aid of acomplicated source-code book. There are no references to any codes inSUMPI. The set up procedure is all menu-driven with the aid ofquestions and multiple-choice answers.

1. Connect up the power to the instrument and the transducer connections as described on the SUMPI board or in the SUMPI manual under terminal connections on page 62.

PLEASE NOTE, ALL CONNECTORS ARE CAPABLE OF BEINGUNPLUGGED FROM THE PCB.

2. Aim the transducer at a wall about 2 m away and check the display. It should read the following.

If the reading is above 2.000 m then move the transducer closer to thewall.If the reading is below 2.000 m then move the transducer away from thewall.You may now proceed and check other parameters.

KAB 10

Dist. 2.000 mmA Output: 7.20 mAInstant: 2.000 mTemperature: 20°CPercentage: 20.00%




QUICK START FOR LEVEL



2. Press

3. Use to get to the default security Code 5159 and

then press

4. Use to select level and then press

5. Press

Aim the transducer at a wall about 2.000 m away and check thedisplay. It should read the following.

If the Level reading is below 8.000 m then move the transducer closerto the wall.If the Level reading is above 8.000 m then move the transducer awayfrom the wall.You may now proceed and check other parameters.

SCROLL

ENTER

RUN

ENTER

KAB 10

Level 8.000 mmA Output: 17.47 mAInstant: 2.000 mTemperature: 20°CPercentage: 84.21%

7



QUICK START FOR FLOW



2. Press

3. Use to get to the default security Code 5159 and

then press

4. Use to select flow and then press

5. Press

Aim the transducer at a wall about 1.5 m away and check the display.It should read the following.

If the head reading is below 0.500 m or below 64.86 Lt/s then move thetransducer closer to the wall.If the head reading is above 0.500 m or above 64.86 Lt/s then move thetransducer away from the wall.You may now proceed and check other parameters.

SCROLL

ENTER

RUN

ENTER

KAB 10Flow: 64.86 Lt/ST: 00001513408 LtHead: 0.500 mmA Output: 5.03 mAInstant: 1.502 mTemperature: 20°CPercentage: 6.48%




SCROLL

CHANGING PARAMETERS

Step 1

Simply press . The SECURITY CODE prompt should bedisplayed.

Step 2

Enter the code 5159 by pressing the keys.

Scroll Up Down Enter Run



ENTER CODE:

5000

KAB 10

9



ENTER

Step 3

To confirm security code press

If Code has been accepted, the screen will display

If Code has not been accepted, the screen will display

If the security code has been changed and forgotten then contact thenearest KAB Instruments agent for override codeTo carry on with programming go to page 21.



ENTER CODE:

5159

KAB 10

Mode 2Dist. Level FlowUnits: MetersEmpty Dist.: 10.000 mSpan: 10.000 mBlanking: 0.500 mRate: 1.0 m/minApplication: Liquids




Transmitter

SPECIFICATIONS

Enclosure• Polycarbonate• Rated at IP65

Power Supply• 220 VAC or 110 VAC• 24 VDC

Power consumption• Transmitter 8 VA

Dimensions• 180 mm x 180 mm x 60 mm

Weight• 1.37 kg

Temperature• -30°C to 65°C

Operating Frequency• 42 kHz

Range• 15 m on liquids or solids

Accuracy• +/- 0.25%

Indication• 64 x 128 dot graphical LCD

display

Fail-safe Analog• 3.6 mA, 4 mA, 20 mA, 21 mA, or Hold value

Configuration• 5 touch button keys

Blanking distance• Min. 0.3 m

Rate of change• 0.01 to 20 m/min

Analog Output• 1 x 4-20 mA max. Impedance 750 ohms, Isolated

Digital Output• 3 x 8 A SPDT 220 VAC

Relays

11



Transducer

SPECIFICATIONS

KAB 10Application,non-corrosive liquids.

Maximum range• Liquids 15 m• Solids 5 m

Beam angle• 10 deg

Face material• Polyurethane

Body material• UPVC

Temperature range• -20°C to +80°C

Protection• IP68

Mounting• 1 inch BSP

Min Blanking• Under ideal conditions 0.3 m

KAB 10CApplication, non-corrosiveliquids with TemperatureCompensation.

Maximum range• Liquids 15 m• Solids 5 m


Face material• Polyurethane



Protection• IP68



Temperature Compensation• Built in temperature

compensation




KAB 10FApplication,dusty solids.

Maximum range• Solids 15 m


Face material• Polyurethane foam



Protection• IP64



KAB 10TFLANGED PTFE LINEDApplication, corrosive liquids.

Maximum range• Liquids 15 m


Face material• PTFE



Protection• IP68

Mounting• 3 inch or 4 inch flange, ANSI 150


13



KAB 10SFLANGED STAINLESS STEELApplication, corrosive liquids.

Maximum range• Liquids 15 m


Face material• Stainless steel



Protection• IP68

Mounting• 3 inch or 4 inch flange, ANSI 150





INSTALLATION

Transmitter

The transmitter is weather proof so it can be mounted outside. AlthoughSUMPI is protected to IP65 it is recommended that it be installed insideanother suitable enclosure.The LCD display should not be facing direct sunlight as this can causethe display to fail. SUMPI should be fixed to a wall or chassis plate usingthe four holes provided.

Do not install SUMPI in areas of high vibration as this may cause failure.Do not install SUMPI in the close vicinity of electrical cable, SCR's orvariable speed drives.

15



INSTALLATION

Transducer

The installation of the transducer is the most important section of thismanual and has been divided into 7 sub sections.

1. The transducer must be fitted at 0.500 m above the highest point oflevel.

2. Always use the plastic isolation kit. This kit must be fitted to a rigidsupport and must not be allowed to swing. Use mild steel or a suitableplastic. Do not use stainless steel as this can cause ringing and mayincrease the blanking distance.

Nut should behand tight only.

Steel Supportshould be fitted here.

Transducer screwsinto isolation kit.

DO NOT REMOVE




3. The transducer must be perpendicular to the material it is measuringwith a clear line of sight and not above beams or filling points.

Liquid level measurement. Solid level measurement.

Transducer at 90 deg to surface. Transducer at 90 deg to surface.

4. If the transducer is in a coned vessel, it must be positioned over themiddle of the cone. This ensures that the transducer receives the trueecho and not one from the sides of the cone.

17



5. When a standpipe is being used it must be as wide as possible andpreferably be made of plastic. The base MUST have a 45 degreechamfer to reduce the echo size from the bottom of the standpipe. Nowelding should be present on the inside of the pipe as this causes falseechoes. Always increase the blanking 150 mm past the end of thestandpipe.

6. If any large electrical equipment is installed in the vicinity, thenearthed steel conduit must be used.

7. An extension of up to 100 m using RG62U cable is possible. Allconnections must be soldered together. It is advisable to install thetransducer cable inside steel conduit, especially if large electrical spikes(interference) are present.

VESSEL ROOF

45° CHAMFER

TRANSDUCER




SCROLL

ENTER

KEY DESCRIPTION

SUMPI is "user friendly" having only 5 keys and a menu driven display.The keys are listed below with their appropriate functions.

This is used to initially access the programming and then to runthrough the various menus.

This key is used to INCREASE the value in the variouscommands. This key also starts the simulation mode increasingin level. See page 54 for details.

This key is used to DECREASE the value in the variouscommands. This key also starts the simulation mode,decreasing in level. See page 54 for details.

When a value has been changed it is only accepted by pressingthe ENTER key. The ENTER key whilst in run mode scrollsthrough the relay status screen and onscreen KABScopescreen. See page 38 for details.

When programming is complete, press RUN to return SUMPIback to the run mode.

RUN

19



SECURITY CODE

To advance to the programming mode the correct security code must beentered. The factory default code is 5159. This code can be changed inthe programming mode. If you forget the security code please contactyour local KAB Instruments agent for the override code.




CONFIGURATION DISTANCE / LEVEL

BASICSECURITY CODE

MODE

UNITSEMPTY DISTANCESPANBLANKINGRATE OF CHANGEAPPLICATION

FACTORY RESETTEMPERATURECOMPENSATIONSIMULATESET PASSWORDBACKLIGHTLOSSTIMEFAILSAFE

ENGINEERINGUNITSMAXIMUM VALUEDECIMAL POINTZERO OFF SET

SETUP RELAYS

OPTIONS0-9999

DISTANCE/LEVEL/FLOWMETERS/FEET0.4-15.00 m0.1-15.00 m0.3-14.90 m0.01-20.0 m/minLIQUIDS/SOLIDS

NO/YESOFF/ON

NO/YESNO/YESOFF/ON (1-60MIN)/PERM30-900SEC3.6mA, 4.0mA, 20mA,21mA, Hold

NONE, aaa-zzz, AAA-ZZZ,0-90-999990-3-50 mm TO 50 mm

NO/YES

DEFAULTS5159

DISTANCE

METERS10 m10 m0.50 m1.00 m/minLIQUIDS

NOOFF

NONO2MIN300SECHold

NONE

1000020

NO

DISTANCE / LEVEL MODE

21



BASICRELAY1 TO RELAY 3SETPOINTRESET POINTPUMP CYCLECLEAR RELAYS

SETUP LINEARISER

ACTIVATELINEARISER

SETPOINTHEIGHTPERCENTAGE

OPTIONSOFF/LO/HISPANSPANOFF/FIFO/ROTATENO/YES

NO/YES

NO/YES

1-210m-SPAN0-100%

DEFAULTSOFF0 m0 mOFFNO

NO

NO

10 m0%

DISTANCE / LEVEL MODE continued




DISTANCE / LEVEL MODE

Please see page 29 for Open Channel Flow.

SECURITY CODESecurity code to advance to programming.DEFAULT 5159

MODEChoose between Distance, Level.DEFAULT Distance

UNITSChoose between Feet and Meters.DEFAULT Meters

EMPTY DISTANCEThis is the distance from the face of the transducer to the bottom of thetank.DEFAULT 10.00 m

SPANThis figure is the measuring range of the instrument i.e. distance fromthe bottom of the tank to the highest point being measured. Remember,the material must not approach within 0.50 meters of the transducer faceor within the blanking distance of the transducer.DEFAULT 10.00 m

BLANKINGThis is the area where an echo cannot be processed because the returnecho would be received while the transducer is still firing.DEFAULT 0.50 m

RATE OF CHANGEThis is used to set up the rate of change of the level output. The rate ofchange governs the rate at which the instrument output change. Byincreasing the rate of change (4.00 m/min) it will allow the SUMPI tomonitor rapid changes in level. If the level moves faster than 1 m/minute

23



in measurement increase the rate of change. If a more stable output isrequired decrease the rate of change (0.30 m/min).DEFAULT 1.00 m/min

APPLICATIONThis selection can be used to select either liquid or solid applications.The solid application will provide more power to locate the correct echo.DEFAULT Liquids

FACTORY RESETThis prompt will reset all values entered back to factory setting exceptthe password. Please write down all settings before using this function.DEFAULT No

TEMPERATURE COMPENSATIONSets temperature compensation on or off.DEFAULT Off

SIMULATESimulates the level, relay outputs and mA outputs with the rate ofchange, selected.DEFAULT No

SET PASSWORDThis prompt will allow you to change the default factory code. Should thefactory code be forgotten please contact a local KAB Instruments agentfor an override password.DEFAULT No

BACKLIGHTChoose between switching on the backlight for 1 - 60 minutes, switch offthe backlight or to switch the backlight permanently on.DEFAULT 2 Min

LOSSTIMEThis is the amount of time between last receiving a correct echo andgoing into the Fail-safe condition. This time period is timed in seconds.This cannot be reduced to less than 30 seconds.DEFAULT 300 Sec




FAILSAFEIf a loss of echo condition is reached then the 4-20mA output will followthe configured settings 3.60mA, 4mA, 20mA, 21mA or Hold the readingat the last recognized echo. This is usually due to a cable being cut orthe instrument not being set up correctly.DEFAULT Hold

ENGINEERING UNITSThis prompt will allow you to display in your own engineering units andcan be made up from alphanumeric characters.DEFAULT None

MAXIMUM VALUE/DECIMAL POINTThis is the maximum value the engineering units can be displayedinstead of reading meters (m) or feet (ft).DEFAULT 10000

After the maximum value is set the number of decimal points can beadjusted.DEFAULT 2

ZERO OFFSETChoose between –50 mm to 50 mm for setting the offset of theinstrument.DEFAULT 0

SETUP RELAYSSelect yes to enter the relay menu and set up the relay parameters.DEFAULT No

RELAY1The relays can be used either for a high alarm or a low alarm. A highalarm has its reset below the set point, and a low alarm has its resetabove the set point. The relays can also be set up to have pump cyclingenabled.DEFAULT Off

SET POINTThis is the value where the relay will set.DEFAULT 0 m

25



RESET POINTThis is the value where the relay will reset.DEFAULT 0 m

PUMP CYCLESelect the type of pump control that is required.

The SUMPI has two pump cycling routines which can be used toefficiently distribute the run cycles between various pumps that serve acommon purpose.

The ROTATE pump routine will use the relay set points configured forthe pumps that require cycling, and rotate these set points among thepumps with the COMPLETION of each cycle.

NOTE: The COMPLETION of a cycle is reached once all pumps haveswitched OFF.

The FIFO (First In First Out) routine will use the relay set pointsconfigured for the pumps that require cycling, and rotate these set pointsamong the pumps for subsequent cycles.

The FIFO routine ensures that the lead pump will alwaysswitch off first.

It is advisable to configure the reset points for the pumps thatrequire cycling to the same level.

DEFAULT Off

CLEAR RELAYSClears the number of cycles as well as the run hours recorded for theparticular relay specified.DEFAULT No

RELAY2As above.DEFAULT Off


NOTE:

HINT:




SETUP LINEARISERThis prompt will allow you to input a curve to linearise the vessel. Thespan is divided by 21 and you can input the new height for each point aswell as the corresponding percentage fill at that point. SUMPI promptsyou at each point.DEFAULT No

ACTIVATE LINEARISERThis function activates the lineariser.DEFAULT No

SET POINTThis is the number at which point the user is inputting a linearised point.

HEIGHT/PERCENTAGEHeight is the distance from the bottom of the tank to a correspondingpoint where a suitable percentage can be determined.DEFAULT 0.00 m

Enter the percentage volume of vessel at a corresponding height.DEFAULT 0.00 %

Set point 1HeightPercentage





0.00 m0.00 %

0.50 m5.00 %

1.00 m10.00 %


1.50 m15.00 %

2.00 m20.00 %

2.50 m25.00 %

27

















7.00 m70.00 %

7.50 m75.00 %

8.00 m80.00 %

8.50 m85.00 %

9.00 m90.00 %

9.50 m95.00 %

10.00 m100.00 %


3.00 m30.00 %

3.50 m35.00 %

4.00 m40.00 %

4.50 m45.00 %

5.00 m50.00 %

5.50 m55.00 %

6.00 m60.00 %

6.50 m65.00 %




CONFIGURATION FLOW

BASICSECURITY CODE

MODE

UNITEMPTY DISTANCESPANBLANKINGRATE OF CHANGEAPPLICATION

FACTORY RESETTEMPERATURECOMPENSATIONSIMULATESET PASSWORDBACKLIGHTLOSSTIMEFAILSAFE

FLOW UNITSMAXIMUM VALUEZERO OFF SETTOTALISER COUNTTOTALISER UNITSTOTALISER RESETFLOW CURVE

OPTIONS0-9999

DISTANCE/LEVEL/FLOWMETERS/FEET0.4-15.0 m0.1-15.0 m0.3-14.9 m0.01-20.0 m/minLIQUIDS/SOLIDS

NO/YESON/OFF

NO/YESNO/YESOFF/ON (1-60MIN)/PERM30-900SEC3.6mA, 4.0mA, 20mA,21mA, Hold

SEE LIST1-99999-50 mm TO 50 mm1-1000000A-Z, a-z, 0-9NO/YESSEE LIST

DEFAULTS5159

DISTANCE

METERS2 m1.5 m0.5 m0.50 m/minLIQUIDS

NOOFF

NONO2MIN300SECHold

LT/SEC10000 mm1LtNOV-NOTCH

FLOW MODE

29



BASICSETUP RELAYS

RELAY1 TO RELAY 3

SETPOINTRESET POINTPUMP CYCLECOUNT VALUECLEAR RELAYS

SETUP LINEARISERACTIVATELINEARISERSETPOINTHEIGHTPERCENTAGE

OPTIONSNO/YES

OFF/LO/HI/COUNTER

SPANSPANNO/FIFO/ROTATE1-1000000NO/YES

NO/YESNO/YES

1-210m-SPAN0-100%

DEFAULTSNO

OFF

0 m0 mNO1000NO

NOYES

10 m0%

FLOW MODE continued




FLOW MODE

SECURITY CODESecurity code to advance to programming.DEFAULT 5159

MODEChoose Flow.DEFAULT Distance

UNITSChoose between Feet and Meters.DEFAULT Meters

EMPTY DISTANCEThis is the distance from the face of the transducer to the bottom of theflume.DEFAULT 2 m

SPANThis figure is measuring the range of the instrument i.e. distance fromthe bottom of the flume to the highest point being measured.Remember, the material must not approach within 0.5 meters of thetransducer face or within the blanking distance of the transducer.DEFAULT 1.5 m

BLANKINGThis is the area where an echo cannot be processed because the returnecho would be received while the transducer is still firing.DEFAULT 0.5 m

RATE OF CHANGEThis is used to set up the rate of change of the level output. The rate ofchange governs the rate at which the instrument outputs changes. Byincreasing the rate of change (4.0 m/min) it will allow the SUMPI tomonitor rapid changes in flow. If the level moves faster than 0.5 m/minthen increase the rate of change. If a more stable output is requireddecrease the rate of change (0.3 m/min).DEFAULT 0.5 m/min

31



APPLICATIONThis selection can be used to select either liquid or solid applications.The solid application will provide more power to locate the correct echo.DEFAULT Liquids

FACTORY RESETThis prompt will reset all values entered back to factory setting exceptthe password. Please write down all settings before using this function.DEFAULT No

TEMPERATURE COMPENSATIONSets temperature compensation on or off.DEFAULT Off

SIMULATESimulates the head, Relay output and mA output at the rate of changeselected.DEFAULT No

SET PASSWORDThis prompt will allow you to change the default factory code.Should the factory code be forgotten please contact a local KABInstruments agent for an override password.DEFAULT No

BACKLIGHTChoose between switching on the backlight for 1-60 minutes, switch offthe backlight or to switch the backlight permanently on.DEFAULT 2 Min

LOSSTIMEThis is the time, in seconds, between last receiving a correct echo andgoing into the Fail-safe condition. Minimum 30 seconds.DEFAULT 300 Sec

FAILSAFEIf the loss of echo condition is reached then the 4-20mA output will followthe configured settings 3.6mA, 4mA, 20mA, 21mA or Hold the reading atthe last recognized echo. This is usually due to a cable being cut.DEFAULT Hold




FLOW UNITSUnits can be set via the alphanumeric display to the desired value.DEFAULT LT/SEC

MAXIMUM VALUEThis is the maximum flow rate of the flume.DEFAULT 1000

ZERO OFFSETChoose between –50 mm to 50 mm for small errors on the instrument.DEFAULT 0

TOTALISER COUNTChoose a value where the counter will increment for a certain unit offlow between 1-1000000 when in Flow mode.DEFAULT 1

TOTALISER UNITSIndication of units the totaliser is set up for.DEFAULT Lt

TOTALISER RESETReset the totaliser counter when in Flow mode.DEFAULT No

FLOW CURVEThe flow element can be selected. Select from the list below:V-notch (5/2)Venturi (3/2)Parshall flume 1- 96 inchRectangular weir (3/2)Own curve (21 point lineariser)DEFAULT V-Notch

SETUP RELAYSThis prompt will allow a user to enter the menu to set up the relayparameters.DEFAULT No

33



RELAY1The relays can be used either for a high alarm, a low alarm or counter inflow mode. The difference is that a high alarm has its reset below the setpoint, and a low alarm has its reset above the set point. The counter willoutput a pulse every time a certain value is reached from the totaliser,which increments by more than a user defined value when in flow mode.The relays can also be set up to have pump cycling enabled.DEFAULT Off

SET POINTThis is the distance value whereby the relay will set.DEFAULT 0 m

RESET POINTThis is the distance value whereby the relay will reset.DEFAULT 0 m

PUMP CYCLESelect the type of pump control that is required.

The SUMPI has two pump cycling routines which can be used toefficiently distribute the run cycles between various pumps that serve acommon purpose.

The ROTATE pump routine will use the relay set points configured forthe pumps that require cycling, and rotate these set points among thepumps with the COMPLETION of each cycle.

The COMPLETION of a cycle is reached once all pumps haveswitched OFF.

The FIFO (First In First Out) routine will use the relay set pointsconfigured for the pumps that require cycling, and rotate these set pointsamong the pumps for subsequent cycles.

The FIFO routine ensures that the lead pump will always switchoff first.

It is advisable to configure the reset points for the pumps thatrequire cycling to the same level.

DEFAULT No

NOTE:

HINT:

NOTE:




COUNT VALUEChoose a value where the relay will pulse between 1-1000000 when inFlow mode.DEFAULT 1000

CLEAR RELAYSClears the number of cycles as well as the run hours recorded forparticular relay specified.DEFAULT No



SETUP LINEARISERThis prompt will allow you to input a curve to linearise the flume. Thespan is divided by 21 and you can input the new height for each point aswell as the corresponding percentage fill at that point. SUMPI promptsyou at each point.DEFAULT No

ACTIVATEThis function activates the lineariser.DEFAULT Yes

SET POINTThis is the number at which point the user is inputting a linearised point.

HEIGHT/PERCENTAGEHeight is the distance of the flume from the bottom to a point where asuitable percentage volume can be determined.DEFAULT 0.00 m

Enter the percentage volume of flume at a corresponding distance awayfrom the bottom of the vessel or flume.DEFAULT 0.00%

35














0.00 m0.00 %

0.075 m1.12 %

0.150 m3.16 %

0.225 m5.80 %

0.300 m8.94 %

0.375 m12.50 %


0.450 m16.43 %

0.525 m20.71 %

0.600 m25.30 %

0.675 m30.19 %

0.750 m35.36 %

0.825 m40.79 %





0.900 m46.48 %

0.975 m52.40 %

1.050 m58.57 %

1.125 m64.95 %








1.275 m78.37 %

1.350 m85.38 %

1.425 m92.59 %

1.500 m100.00 %


1.200 m71.55 %

37



WORKING WITH THE KEY PAD IN RUN MODE

In run mode the key has an alternative function.

While in run mode the screen looks similar to the following:

Press once. The screen changes to the status screen of therelays.

Press again and the screen goes to the onscreen KABScope.

Note: The screen reverts back to normal run mode within 2 minutes

Pressing again while in the onscreen KABScope screen will

revert the screen into normal run mode.

KAB 10


ENTER

ENTER

ENTER

ENTER

State Hour Cycles

REL 1: OFF LO 0 2REL 2: ON HI 1 2REL 3: ON HI 3 5

E m15.0

E 0.4D13.1G 99P 15

2v

Relay




KAB 10


RUN MODE SCREEN IN DISTANCE/LEVEL MODE

1. The graphical representation of the percentage fill of the application.2. The instantaneous distance that the instrument is measuring at that

specific time. Please note that this value can change on each pulse.3. The temperature, which is being measured at the transducer, if

temperature compensation has been enabled.4. The value of percentage fill of the instrument.5. The mA output of the instrument.6. The average Distance/Level value which is calculated.7. Type of transducer used.

[1] Graphicalrepresentation ofpercentage fill.

[2] Instantaneousdistance

[4] Percentage fill[5] mA output

[6] Distance/Levelmeasurement

[7] Type oftransducer

[3] Temperatureof transducer

39

State Hour Cycles

REL 1: OFF LO 0 2REL 2: ON HI 1 2REL 3: ON HI 3 5

Relay



THE RELAY STATE SCREEN

Press while in run mode to get the RELAY STATE SCREEN.

1. Relay state headings.2. The number of cycles each relay has been through.3. The number of hours each relay has been on.4. The state at which the relay is at ON, OFF, HI, LO and CO-Counter.5. The relay indication number.

ENTER

[1] Descriptionof column

[2] Numberof cycles

[3] Hours relayhas been on

[4] Relay state

[5] Relay number




ENTER

E m15.0

E 0.4D13.1G 50P 15

2v L299

ONSCREEN KABScope

Press twice while in run mode in order to get to the onscreen

KABScope.

1. The maximum returned echo size in volts e.g. 0.4V2. Displayed instant distance from transducer to substance or object

being measured. e.g.13.1 m3. The Gain needed to get the particular returned echo signal to give a particular measurement. e.g. 50%4. The amount of power needed to obtain an echo. e.g. 15% power5. Maximum distance or span. e.g. 15.0 m6. Graphical representation of the echo received by the transducer.7. Threshold line whereby any echoes below this line will not be

accepted.8. Indication of good echo, noise, or loss of echo. e.g. E for good echo, N for noise or O for loss of echo.9. The maximum voltage scale of the Onscreen KABScope.10. The echo loss timer started when no signal is present.

See page 74 for details of KABScope

[9] Maximumvoltage

[8] Indicates Ewhen echo

found. IndicatesN when thereis too much

noise. IndicatesO when

loss of echo.

[10] Loss timer: visiblewhen no echo detected [1] Echo size

in volts

[2] Instantdistance

[3] Gain

[4] Power

[5] Emptydistance

[6] Echo[7] Thresholdline

41



EXAMPLES

Example 1 - Distance measurement

The above application deals with a moving piston:-The maximum range for the piston is 5.00 m and the closest the pistoncan get to the transducer is 0.50 m (Due to the blanking of thetransducer).

Below is what SUMPI will display on the above application.

The analogue output should be approximately 14.66mA.

SECURITY CODEMODEEMPTY DISTANCESPANBLANKINGRATE OF CHANGE

5159DISTANCE5.00 m4.50 m0.50 m1.00 m/min

3.50 m

5.00 m

PistonTransducer

mA Output: 14.66 mAInstant: 3.500 mTemperature: 20°CPercentage: 66.66%

Dist. 3.500 m KAB 10




Example 2 - Level measurement


Relay 1 will switch on (set) when the levelrises above 4.00 m and reset when the levelgoes below 3.50 m. Relay 2 will switch on(set) when the level drops below 1.00 m andreset when the level goes above 1.50 m.

KAB 10


Level 4.250 m

Blanking distance 0.50 m

RELAY 1 SET 4.00 mRELAY 1 RESET 3.50 m

Span 4.50 m

RELAY 2 SET 1.00 mRELAY 2 RESET 1.50 m

0.75 m

Empty distance5.00 m

SECURITY CODEMODEEMPTY DISTANCESPANBLANKINGRATE OF CHANGESETUP RELAYSRELAY 1RELAY 1 SETRELAY 1 RESETRELAY 2RELAY 2 SETRELAY 2 RESET

5159LEVEL5.00 m4.50 m0.50 m1.00 m/minYESHI4.00 m3.50 mLO1.00 m1.50 m

Set the relay setand reset pointfurther apart toavoid the relaysfrom chattering.

TIP :

43



Example 3 - Level measurement and engineering units


The analogue output should be approximately 19.11 mA.


Span 4.50 m

0.75 m


5159LEVEL5.00 m4.50 m0.50 m1 m/minLIT40.0040.00

SECURITY CODEMODEEMPTY DISTANCESPANBLANKINGRATE OF CHANGEENGINEERING UNITSMAXIMUM VALUEDECIMAL POINT

KAB 10


ENG 37.77 LIT




Example 4 - Level measurement using the lineariser function

Blanking distance0.50 m

Span 4.50 m


0.75 m

2.50 m

45



SECURITY CODEMODEEMPTY DISTANCESPANBLANKINGRATE OF CHANGESETUP LINEARISERACTIVATE LINEARISER0.000 m2.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m4.500 m

5159LEVEL5.00 m4.50 m0.50 m1.00 m/minYESYES0%40%100%100%100%100%100%100%100%100%100%100%100%100%100%100%100%100%100%100%100%

Note: Due to the curve of thegraph being linear only 3 pointsare needed from the lineariser.

PERCENTAGE VS LEVEL

00.00 0.75 1.50 2.25 3.00 3.75 4.50

10

20

30

40

50

60

70

80

90

100

LEVEL(M)

PE

RC

EN

TA

GE

(%)




SCROLL

Before setting up the lineariser, check all other parameters arecalculated for your application.

1. Scroll through the menus with either the or until the

menu SETUP LINEARISER appears.

2. Use to select YES and then Press .

3. A prompt ACTIVATE LINEARISER will appear. Use

to select YES and then press .

4. Set up each of the 21 points of the lineariser as needed by using

and then pressing when the correct value

is entered in each point of the lineariser.

5. When finished press .


The analogue output should be approximately 18.80mA.

KAB 10


Level 4.250 m

ENTER

ENTER

RUN

ENTER

ENTER

47



Example 5 - Level measurement using the lineariser function with anon linear vessel

Span 4.50 m


0.75 m




Level 4.250 m

SECURITY CODEMODEEMPTY DISTANCESPANBLANKINGRATE OF CHANGESETUP LINEARISERACTIVATE LINEARISER0.00 m0.225 m0.450 m0.675 m0.900 m1.125 m1.350 m1.575 m1.800 m2.025 m2.250 m2.475 m2.700 m2.925 m3.150 m3.275 m3.600 m3.825 m4.050 m4.275 m4.500 m

5159LEVEL5.00 m4.50 m0.50 m1.00 m/minYESYES0.00%0.25%1.00%2.25%4.00%6.25%9.00%12.25%16.00%20.25%25.00%30.25%36.00%42.25%49.00%56.25%64.00%72.25%81.00%90.25%100%

PERCENTAGE VS LEVEL

LEVEL(M)

Note: Due to the curve of thegraph being non-linear all 21points are needed from thelineariser.


The analogue output should be approximately 18.31 mA.


0.00

0.00 0.75 1.50 2.25 3.00 3.75 4.50

100.00

90.00

80.00

70.00

60.00

50.00

40.00

30.00

20.00

10.00

KAB 10

49

PE

RC

EN

TA

GE

(%)



Example 6 - Venturi flume

This is an example of a Venturi Flume application. The transducer ismounted 1.20 m above the zero of the flume, this is the Empty Distance.The Span is 0.60 m and the Blanking Distance is 0.60 m. The transducermust be fitted 3 x maximum head upstream. There is an external counterconnected to the relay counter. The water flow must not dam up andcause a build-up inside the flume.

Please Note! The Empty Distance is to the zero of the flume and not thebottom of the flume.

1.20 m

Flow

3 X H




Below is what SUMPI will display on the above application.The relay will drive the counter for every 1000 Lt/s and 1m3 of flow.

The analogue output should be approximately 14.39 mA.Relay 2 would set at above 0.500 m and reset at below 0.490 m.

SECURITY CODEMODEEMPTY DISTANCESPANBLANKINGRATE OF CHANGEFAIL TIMERFAIL SAFEFLOW UNITSMAXIMUM FLOWFLOW CURVESETUP RELAYSRELAY1RELAY 1 COUNTERVALUERELAY2RELAY 2 SETRELAY 2 RESETTOTALISER RESETZERO OFFSET


TIP :

5159FLOW1.20 m0.60 m0.60 m1.00 m/min300HOLDLt/sec1435VenturiYESCounter1000

HI0.50 m0.49 mNOO


51



Example 7 – V-Notch

This is an example of a V-Notch application. The transducer is mounted2.00 m above the Notch in the V, this is the Empty Distance. The Span is1.50 m and the Blanking Distance is 0.50 m. The transducer must befitted 3 x maximum head-height upstream. There is an external counterconnected to the relay counter. The water flow must not dam up andcause a build-up behind the weir.

Please Note! The Empty Distance is to the bottom of the V-Notch andnot the bottom of the weir.

2.00 m

2.00 m

1.50 m

1.50 m

3 X H




Below is what SUMPI will display on the above application.The relay will drive the counter for every 1000 counts.

The analogue output should be approximately 9.82 mA.Relay 2 will set above 1.45 m and reset below 1.35 m.

SECURITY CODEMODEEMPTY DISTANCESPANBLANKINGRATE OF CHANGEFAIL TIMERFAIL SAFEFLOW UNITSMAXIMUM FLOWFLOW CURVESETUP RELAYSRELAY1RELAY 1 COUNTERRELAY 2RELAY 2 SETRELAY 2 RESETTOTALISER RESETZERO OFFSET


TIP :

5159FLOW2.00 m1.50 m0.50 m1.00 m/min300HOLDLt/sec1222V-NOTCHYESCounter1000HI1.45 m1.35 mNOO


53




Span 4.50 m

0.75 m


Example 8 - Working with the Simulator

Set up instrument with the following parameters.


TIP :

5159LEVEL5.00 m4.50 m0.50 m1.00 m/minYESHI4.00 m3.50 mLO1.00 m1.50 m

SECURITY CODEMODEEMPTY DISTANCESPANBLANKINGRATE OF CHANGESETUP RELAYSRELAY 1RELAY 1 SETRELAY 1 RESETRELAY 2RELAY 2 SETRELAY 2 RESET




SCROLL

In order to activate the simulator proceed with the following:

1. Scroll through the menus with either the or until the

option Simulate appears.

2. Use to select YES and then press .

3. Press to exit the menu.

4. Press or to start the simulator to increase or decrease

the level at the rate of change.

Relay 1 will set above 4.00 m and reset below 3.50 mRelay 2 will set below 1.00 m and reset above 1.50 m.

5. Press to stop or start the simulator.

NOTE: In order for the instrument to go back to normal measurementmode, go back to the menus and select NO for the Simulate option orreset the power to the instrument.

RUN

RUN

ENTER

ENTER


Level 3.500 m KAB 10

55




Span 4.50 m

0.75 m


Example 9 - FIFO (First In First Out) Pump cycling

SECURITY CODEMODEEMPTY DISTANCESPANBLANKINGRATE OF CHANGESETUP RELAYSRELAY 1RELAY 1 SETRELAY 1 RESETPUMP CYCLINGRELAY 2RELAY 2 SETRELAY 2 RESETPUMP CYCLINGRELAY 3RELAY 3 SETRELAY 3 RESETPUMP CYCLING

5159LEVEL5.00 m4.50 m0.50 m1.00 m/minYESHI1.50 m1.00 mFIFOHI3.50 m2.50 mFIFOHI4.00 m3.00 mFIFO


TIP :




The following will occur in the FIFO pump cycling routine:

Time onin hrs

000

100

210

321

432

RELAY

Sequence 1 Level 1.30 mRelay 1Relay 2Relay 3





Status

OFFOFFOFF

ONOFFOFF

ONONOFF

ONONON

OFFONON

Status

OFFOFFON

OFFOFFOFF

ONOFFOFF

OFFOFFOFF

OFFONOFF

Time onin hrs

443

444

544

644

654

57

RELAY




Sequence 9 Level 0.80 mRelay 1Relay 2Relay 3Sequence 10 Level 1.80 m

Relay 1Relay 2Relay 3




Span 4.50 m

0.75 m


Example 10 - Rotate Pump cycling

SECURITY CODEMODEEMPTY DISTANCESPANBLANKINGRATE OF CHANGESETUP RELAYSRELAY 1RELAY 1 SETRELAY 1 RESETPUMP CYCLINGRELAY 2RELAY 2 SETRELAY 2 RESETPUMP CYCLINGRELAY 3RELAY 3 SETRELAY 3 RESETPUMP CYCLING

5159LEVEL5.00 m4.50 m0.50 m1.00 m/minYESHI1.500 m1.000 mROTATEHI3.50 m2.50 mROTATEHI4.00 m3.00 mROTATE


TIP :




The following will occur in the Rotate pump cycling routine:

Status

OFFOFFOFF

ONOFFOFF

ONONOFF

ONONON

ONONOFF

Time onin hrs

000

100

210

321

432

Status

ONOFFOFF

OFFOFFOFF

OFFONOFF

OFFOFFOFF

OFFOFFON

Time onin hrs

542

642

652

662

663

RELAY






RELAY




Sequence 9 Level 0.80 mRelay 1Relay 2Relay 3Sequence 10 Level 1.80 m

Relay 1Relay 2Relay 3

59



There are three categories of possible faults. The malfunction of theinstrument, loss of echo, and wrong reading.

The biggest problem is to identify the malfunction. If the instrument is notworking satisfactorily then remove the transmitter and transducer to theworkshop. Connect the power and the transducer directly, not using anyextension cable. Aim the transducer to a wall about 1.5 m away, makingsure that it is perpendicular to the wall. Now reset the instrument by theFactory Reset prompt. The Instrument should now read Distance1.50 m. If it does not read the above then there is a malfunction with theinstrument and it should be returned for repair.

If the above works and it still does not work in the field then there aremany possible problems. A list of possible problems follow.

Loss of echo.

Check all transducer cable connections and that the joints are solderedtogether.

Check that you have used RG62U co-axial for an extension cable.

Only use RG62U co-axial cable.

Check the specification of the transducers as agitated surfaces andsolids do not reflect as powerful a signal as flat surfaces.

Aim the transducer straight down if used on liquids and perpendicular ifused on solids.

Check if the transducer face is dirty.

Wrong reading, always reading close to Transducer.

Check to see if the isolation kit has been used correctly and is only handtight.

FAULT FINDING




If using a flanged transducer always use a rubber gasket and only useplastic nuts and bolts. Only hand tighten the bolts.

Do not reduce blanking distance below 0.5 m unless consultation hasbeen made with KAB Instruments.

Electrical noise can cause this error. Remove noise.

Wrong reading, anywhere in weir/channel.

Check to see if there is a reflection from the wall. Please Note! A piece ofwire across a tank can cause a big enough echo to be accepted.

Are the parameters correct? Reset to factory default and check thatSUMPI reads correctly. If the factory settings are OK then yourparameters need to be changed. Re-check these parameters with a tapemeasure.

Wrong reading, erratic.

Reduce Rate of Change. Not many levels move faster than1 meter/minute.Make sure the application is set up correctly. On liquid applications it isvery important that the liquid application is selected. Solid applicationsare only used for objects or substances being measured, which are in asolid form.

Wrong reading, slow.

Increase Rate of Change.

61



TERMINAL CONNECTIONS for SUMPI AC

Please see page 72if extension Cableis used

Transducer wire blackTransducer wire redTransducer screenBlue wire temperature transducerWhite wire temperature transducer+ 4-20 mA Output- 4-20 mA OutputRelay 1 normally closedRelay 1 commonRelay 1 normally openRelay 2 normally closedRelay 2 commonRelay 2 normally openRelay 3 normally closedRelay 3 commonRelay 3 normally open220v live110v liveNeutralGround

1.2.3.4.5.6.7.8.9.

10.11.12.13.14.15.16.17.18.19.20.

INSTRUMENTS

KAB 10


ULTRASONIC LEVEL TRANSMITTERSCROLL RUNENTER

1

ALWAYS CONNECT SCREEN. ALWAYS CONNECT GROUND.

TRANSDUCER TEMPOUTPUT4-20MA RELAY1 RELAY2 POWER

BLKRED

2 4 + -5SCRN

3 NC1COM

8 NO1

9 106BLUEWHITE

7 11NC2COM

12 NO2

13

RELAY3

14NC3COM

15 NO3

16 17 18220V AC110V AC

19N 20GND

SUMPI




TERMINAL CONNECTIONS for SUMPI DC

Please see page 72if extension Cableis used

Transducer wire blackTransducer wire redTransducer screenBlue wire temperature transducerWhite wire temperature transducer+ 4-20 mA Output- 4-20 mA OutputRelay 1 normally closedRelay 1 commonRelay 1 normally openRelay 2 normally closedRelay 2 commonRelay 2 normally openRelay 3 normally closedRelay 3 commonRelay 3 normally open24VDC

0V

1.2.3.4.5.6.7.8.9.

10.11.12.13.14.15.16.17.18.19.20.

INSTRUMENTS

KAB 10


SCROLL RUNENTER

1



BLKRED

2 4 + -5SCRN

3 NC1COM

8 NO1

9 106BLUEWHITE

7 11NC2COM

12 NO2

13

RELAY3

14NC3COM

15 NO3

16 17 1824 VDC

19 200 V

63

ULTRASONIC LEVEL TRANSMITTERSUMPI



DIMENSIONS

Transmitter

180 mm 163 mm

163 mm

180 mm

45 mm 45 mm

30 mm

50 mm

60 mm

INSTRUMENTS

KAB 10


ULTRASONIC LEVEL TRANSMITTERSCROLL RUNENTER

1



BLKRED

2 4 + -5SCRN

3 NC1COM

8 NO1

9 106BLUEWHITE

7 11NC2COM

12 NO2

13

RELAY3

14NC3COM

15 NO3

16 17 1824 VDC

19 200 V

SUMPI




DIMENSIONS

Transducer KAB 10 / KAB 10CApplication, general use non-corrosive liquid.KAB 10C has 2 extra wires. Blue and white for temperaturecompensation.

110 mm

80 mmRed Black Screen 5 m

80 mm

DO NOT REMOVE

65



80 mm

DIMENSIONS

Transducer KAB 10FApplication, solid or dusty environments. DO NOT USE ON LIQUIDS.

119 mm

Red Black Screen 5 m

80 mm

DO NOT REMOVE




Always use arubber gasketand only use

plastic nuts andbolts. Only handtighten the bolts.

IMPORTANT:

DIMENSIONS

Transducer KAB 10T (3 INCH) PTFEApplication, corrosive liquids.


80 mm

4 HOLES 150 mmCENTRE TO CENTRE

DO NOT REMOVE

95 mm

190 mm

80 mm

15 mm

67





IMPORTANT:

DIMENSIONS

Transducer KAB 10S (3 INCH) Stainless SteelApplication, corrosive liquids.


80 mm


DO NOT REMOVE

95 mm

190 mm

80 mm

15 mm






IMPORTANT:

DIMENSIONS

Transducer KAB 10T (4 INCH) PTFEApplication, corrosive liquids.


80 mm


DO NOT REMOVE

95 mm

230 mm

80 mm

15 mm

69





IMPORTANT:

DIMENSIONS

Transducer KAB 10T (4 INCH) Stainless SteelApplication, corrosive liquids.


80 mm


DO NOT REMOVE

95 mm

230 mm

80 mm

15 mm




12 mm

DIMENSIONS

Aiming kit

163 mm130 mm

182 mm214 mm

DO NOT REMOVE

71



CABLE EXTENSION

Should it be necessary to extend the cable, KAB Instruments onlyrecommends RG62U co-axial cable as an extension cable. Thetemperature compensation must be a 2 core screened cable.

The connections must be SOLDERED and connected as below.

The transducer cable to RG62U cable.

The red wire from the transducer is soldered to the single conductor onthe RG62U cable and the black and screen from the transducer issoldered to the screen of the RG62U co-axial cable.

RG62U cable connection on the SUMPI.

The other end of the RG62U cable should be connected to thetransducer connection on the circuit board with the core going to the redmarked terminal and the screen going to the SCRN marked terminal.

The extra length of cable should not exceed 150 m. This distance couldbe shorter if the cable is run close to high voltage cables.

BLACK

RED CONDUCTOR

SCREENSCREEN

SCREEN 3

RED 2CONDUCTOR

SCREEN




The transducer cable to Co-axial and 2 core screened cable for atemperature compensated transducer.

Solder all wires, the red wire from the transducer is soldered to thesingle conductor on the RG62U co-axial cable and the black and screenfrom the transducer is soldered to the screen of the RG62U co-axialcable. The blue wire is soldered to the blue wire and the white wire issoldered to the white wire on the 2 core screen cable. The screen on the2 core cable must be connected to the screen on the co-axial cable andthe screen on the transducer cable.

Apply insulation tape or heat shrink to the wires so they do not short.

RG62U cable and 2 core cable connection on the SUMPI.

All wires should be connected as above, Co-Axial core to red, Co-Axialscreen to screen. Blue and white from the temperature probe should beconnected to blue and white on the board. The Black does not need aconnection as it is already connected to the screen on the circuit board.

The extra length of cable should not exceed 150 m. This distance couldbe shorter if the cable is run close to high voltage cables.

2 CORE SCREENBLUE

BLACK

BLUE

WHITE

SCREEN

SCREEN

SCREEN

WHITE

RED CONDUCTORCO-AXIAL CABLE

73

BLUE

CONDUCTOR

SCREEN

SCREEN

WHITE

SCREEN 3

BLUE 4

WHITE 5

RED 2

BLACK 1

CO-AXIAL CABLE

2 CORE SCREEN



KABScope is a software package designed by KAB Instruments toenable the user of KAB's range of SUMPI ultrasonic level instruments toenjoy rapid programming and fault finding when using the SUMPI rangeof products. Please note KABScope is not normally supplied with theSUMPI and must be purchased separately. There is an on screenKABScope that comes with the instrument but the detail of the scopedata is limited by the screen pixels and size.

Background

The nature of ultrasonic level equipment dictates that an oscilloscope isneeded to do fault finding on a level application. Most often thetransducer is not mounted correctly and this can cause endlessproblems with even a simple application. Without an oscilloscope onewould not necessarily determine this problem. Many technical personneldo not have access to an oscilloscope; hence the reason for thedevelopment of KABScope.

Operation

The KABScope is equipped with an on-screen oscilloscope whichenables the user to conduct fault finding in the simplest manner. It alsohas a full programming menu that enables the user to set-up the unit oninstallation and to make any necessary changes to the unit.

The traditionally simple manner of programming the SUMPI rangeextends to the KABScope. Once the access code has been enteredcorrectly the complete programming menu opens up into a Windowsbased display. All parameters can be altered in this window. Theparameters of the SUMPI will be reflected on the display of theKABScope.

KABScope




1. Switch off instrument and connect the KABScope cable to the Instrument and Computer. Make sure all transducers are connected properly.

2. Switch instrument on and hold for 1 second to start the

instrument sending information. The instrument has a maximum KABScope timeout of 1 hour, whereby the instrument will stop

sending information to the computer. Press again for 1

second to start the instrument sending information again.3. Click the KABScope XP icon to launch program.

4. If the profile does not appear on screen the following must be done. Click on the Commport menu to setup the serial port, which the KABScope cable has been inserted into.

5. Select Maximum speed 38400. The Stop bits, Parity and Flow Control should be grayed out.6. Click OK7. The instruments profile should now be on screen.

STARTING KABScope

75



1. Click on the icon or Press F3 or Go to the menu Parameters

and then select SUMPI parameters2. Enter the security code, 5159 is the default code. The following

screen will appear:

3. All values that are saved on the SUMPI will appear on the KABScope programming page.4. After all settings have been changed click on the save icon to save data to the SUMPI.

PROGRAMMING IN KABScope

Documents

Sumpi - Manual