Boeco Manual de uso

BBI SeriesSerie BBI Electronic Analytical and Precision BalancesBalanzas electrnicas analticas y de precisinOperating Instructions/Instrucciones de funcionamiento

98648-014-71

2English page 3

Espaol pgina 52

3Page

Warnings and Safety Precautions 4Getting Started 5

Installation 6Below-Balance Weighing 9Leveling the Balance 9

Operation 11Display and Operating Elements 11Basic Weighing Function 12Calibration/Adjustment 13

Configuration (Operating Menu) 16Functions of the Keys during Configuration 16Menu Navigation; Example: Setting the Language 17Parameter Settings: Menu 18Parameter Settings: Overview 19Input: ID Number, Date and Time 23

Application Programs 26Counting 26Weighing in Percent 28Calculation 30Animal Weighing/Averaging 32Net-total Formulation 34Totalizing 36Density Determination 38Mass Unit Conversion 40

ISO/GLP-compliant Printout/Record 43

Data Interface 45

Page

Troubleshooting Guide 46

Care and Maintenance 47

Recycling 48

Overview 49Specifications 49C Marking 51

3

Contents

4Safety To prevent damage to the equip-

ment, please read these operatinginstructions carefully before usingthe balance.

! Do not use this equipment in hazardous areas.

! The balance may be opened onlyby trained service technicians.

! Disconnect the balance frompower before connecting or disconnecting peripheral devices.

! If you operate the balance underambient conditions subject tohigher safety standards, you mustcomply with the applicable instal-lation regulations.

! Exposure to excessive electro-magnetic interference can causethe readout value to change. Once the disturbance has ceased,the instrument can be used againin accordance with its intendedpurpose.Make sure that no liquid enters the equipment housing; use only a slightly moistened cloth to cleanthe balance.

Installation! Make sure the voltage rating

printed on the power supply isidentical to your local line voltage.

Proceed with extreme cautionwhen using pre-wired RS-232 con-necting cables, as the pin assign-ments may not be compatible withBOECO equipment. Before con-necting the cable, check all pinassignments against the cablingdiagrams and disconnect anylines that are assigned differently.

! If there is visible damage to theequipment or power cord, discon-nect the equipment from powerand lock it in a secure place to ensure that it cannot be used for the time being.

Connect only BOECO accessories,as these are optimally designed foruse with your BBI balance. Theoperator shall be solely responsiblefor installation and testing of anymodifications to BOECO equip-ment, including connection ofcables or equipment not suppliedby BOECO. On request, BOECOwill be happy to provide informa-tion on operating specifications (inaccordance with the Standards fordefined immunity to interference).

$ Do not open the balance housing.If the seal is broken, this will voidall claims under the manufacturerswarranty.

$ If you have any problems with your balance, contact your localBOECO customer service center.

SymbolsThe following symbols are used in these instructions:

indicates required steps

$ indicates steps required only under certain conditions

> describes what happens after youhave performed a particular step

indicates an item in a list

! indicates a hazard

4

Warnings and Safety Precautions

5Getting Started

Storage and Shipping Conditions Do not expose the balance to

extreme temperatures, moisture,shocks, blows or vibration.

Unpacking the Equipment After unpacking the equipment,

please check it immediately forany external damage.

$ If you detect any damage, pro-ceed as directed in the chapterentitled Care and Maintenance,under Safety Inspection.

$ Save the box and all parts of thepackaging for any future transport. Disconnect all cables before packing the balance for shipping.

Equipment Supplied Balance Weighing pan Pan support (only for models

with a round weighing pan) AC adapter Sliding-door draft shield Drip/breeze ring Draft shield base plate

InstallationChoose a location that is not subject tothe following negative influences: Heat (heater or direct sunlight) Drafts from open windows and

doors Excessive vibration during

weighing Excessive moisture

Conditioning the BalanceMoisture in the air can condense on cold surfaces whenever the equip-ment is moved to a substantiallywarmer place. To avoid the effects of condensation, allow the balance tosit for 2 hours, at room temperature,before plugging into AC power.

6Setting Up the Balance

Instruments with sliding-door draftshield: Place components inside the

chamber in the following order:

Draft shield base plate Drip/breeze ring Pan support Weighing pan

Connecting the Balance to AC Power/Safety Precautions

Use only original BOECO AC adapters. For use within Europe: part no. 6971412 U.S./Canada: part no. 6971413 Connect the angle plug to

the balance Connect the AC adapter to the

wall outlet (mains)

AC Adapter with Country-specificPower Cord

Some models come with separatecountry-specific power cords for the AC adapter. Connect the angle plug to the

balance Select the power cord for your area

and connect it to the AC adapter Plug the power cord into the wall

outlet (mains)

Installation

7 Use an original BOECO AC adapterwith a wide input voltage range (100 to 240 V~), order no. 6971966,and replaceable power cord:6900900 (Europe)6900901 (US/CDN)6971945 (UK)6971973 (India)6971980 (Denmark)6971776 (Italy)6900905 (AUS)6900902 (ZA)6971977 (Argentina)6971978 (China)6971975 (Israel)

Safety Precautions Plug-in AC Adapter 6971412/6971413:The AC adapter rated to Class 2 can be plugged into any wall outlet withoutadditional safety precautions.

Benchtop AC Adapter 6971966:The AC adapter rated to Class 1 can be plugged into any wall outlet withoutadditional safety precautions.

The ground terminal is connected to the balance housing, which can beadditionally grounded for operation.The data interface is also electricallyconnected to the balance housing(ground).

NOTE: This equipment has been tested and found to comply with the limits pursuant to part 15 of FCC Rules.These limits are designed to providereasonable protection against harmfulinterference. This equipment generates,uses and can radiate radio frequencyenergy and, if not installed and used in accordance with these instructions,may cause harmful interference to radiocommunications.

For information on the specific limitsand class of this equipment, pleaserefer to the Declaration of Conformity.Depending on the particular class, you are either required or requested to correct the interference.

8If you have a Class A digital device, youneed to comply with the FCC statementas follows: Operation of this equipmentin a residential area is likely to causeharmful interference in which case the user will be required to correct theinterference at his own expense.

If you have a Class B digital device,please read and follow the FCC information given below:However, there is no guarantee thatinterference will not occur in a particularinstallation. If this equipment doescause harmful interference to radio ortelevision reception, which can be deter-mined by turning the equipment off andon, the user is encouraged to try to correct the interference by one or moreof the following measures:

Reorient or relocate the receiving antenna.

Increase the separation between theequipment and receiver.

Connect the equipment into an outleton a circuit different from that towhich the receiver is connected.

Consult the dealer or an experiencedradio/TV technician for help.

Before you operate this equipment,check which FCC class (Class A orClass B) it has according to the Declaration of Conformity included. Be sure to observe the information of this Declaration.

Connecting Electronic Peripheral Devices

Make sure to unplug the balancefrom AC power before you connector disconnect a peripheral device(printer or computer) to or from theinterface port.

Warmup Time

To ensure accurate results, the balancemust warm up for 30 minutes beforeoperation. Only after this time will theinstrument have reached the requiredoperating temperature.

9Below-Balance Weighing

A port for a below-balance weighinghanger is located on the bottom of thebalance.

Open cover plate on the bottom of the balance. Important: set the balance on its side to access the cover plate. DO NOT turn the balance upside-down.

Using the built-in hook 1: Attach thesample (e.g., using a suspensionwire) to the hanger.

2

1

$ Bore hole 2: Carefully fasten the special hanger, or order a hangerdirectly from BOECO.

$ Install a shield for protection againstdrafts if necessary.

Leveling the Balance

Purpose: To compensate for unevenness

at the place of installation

Always level the balance again anytime after it has been moved to a different location. Only the 2 front feetare adjusted to level the balance.

Retract the two rear feet (only onmodels with a rectangular weighingpan).

10

Turn the 2 front feet as shown in the diagram until the air bubble is centered within the circle of thelevel indicator.

> In most cases this will require sever-al adjustment steps.

On models with a rectangular weighing pan: Lower the 2 rear feet until they touch the surface on which the balance rests.

Anti-theft Locking Device

To secure the balance at the place of installation, fasten a chain or a lock to the lug located on the rearpanel of the balance.

11

Operation

Overview of Display Elements

Pos. Designation

1 Weight unit2 Menu level indicator3 Symbol: GLP printing mode active4 Symbol: Printing mode active5 Symbol: Application program active6 Calculated-value indicator

(i.e., not a weight value)7 Symbol: Gross or net value 8 Symbols for active application

(W, Z, L, V, R, A, C) 9 Symbol: Calibration/adjustment function10 Symbols for zero range

Pos. Designation

11 Busy symbol: command is being processed(for example, Wait for stability icon); afteryou turn on the power, A will be displayeduntil you press a key

12 Weight value displayed in selected weightunit

Symbols: Next item on current menu level Select a parameter setting

1 2

3

4 5 6

12

11

10

98 7

1

2 3

8

7

6 5

4

Overview of Operating Elements

Pos. Designation

1 Taring2 Start an application program 3 Select an application program |

Open the operating menu4 Clear

This key is generally used to cancel functions: Quit application program Cancel calibration/adjustment routine |

Exit the operating menu

Pos. Designation

5 Start calibration/adjustment routine6 Data output:

Press this key to send readout values to the built-in data interface.

7 On/off8 Level indicator

12

Features Taring the balance Printing weights

Preparation Switch on the balance: Press

Tare the balance, if necessary: Press t

$ If necessary, change the configura-tion settings: See the chapter entitled Configuration

$ If desired, load the factory settings:See the chapter entitled ConfigurationAdditional Functions

$ Switching off the balance: Press

$ Balance in standby mode: the current time is displayed

Basic Weighing Function

ExampleSimple Weighing

Step Key (or instruction) Display/Printout

Balance in standby mode 11:54 AM

1. Switch on the balance 0.0000 gSelf-test is performed, followed by automatic initial tare function.

2. Place container on weighing pan + 11.5000 g(in this example: 11.5 g).

3. Tare the balance t 0.0000 g

4. Place sample in container + 132.0000 g(in this example: 132 g).

5. Print weight. N + 132.0 gPRINT

13

PurposeCalibration is the determination of anydifference between the measured valuedisplayed and the true weight (mass) ofa sample. Adjustment is the correctionof this difference, or its reduction to anallowable level within maximum permis-sible error limits.

FeaturesCalibration/adjustment can be performed only when: there is no load on the balance the balance is tared the internal signal is stable for external calibration, the value dis-

played for the calibration weight onthe balance does not differ from thenominal weight value by more than 2%

If these conditions are not met, an errormessage is displayed (Err 02).

You can use any of the following weightunits in calibration/adjustment: Cal.Unit: Grams, Kilogr. or Pounds.

To block calibration/adjustment: Select Cal.-Adj.: blocked in the

menu Close the menu access switch on

the back of the balance

For details on generating an ISO/GLP-compliant printout of calibration/adjustment results, see page 43.

Following calibration/adjustment, the application program is cleared.

Internal Calibration/AdjustmentIn the operating menu, select Cal.-Adj.: Cal.Int. before beginning.The built-in motorized calibration weightis applied and removed automaticallyfor internal calibration. Select calibration/adjustment:

Press q> The built-in weight is applied auto-

matically> The balance is adjusted> The built-in calibration weight is

removed.

Calibration and Adjustment

14

Internal Calibration/AdjustmentSet the following parameters: Setup: Bal.Scal.: Cal.-Adj.: Cal.Int. (menu code 1.1. 9. 4)

The built-in motorized calibration weight is applied and removed automatically forinternal calibration.

Step Key (or instruction) Display


2. Start calibration q Cal.Int.

The built-in weight is Cal. run.applied automatically

3. Calibration/adjustment executed Cal.end

4. The built-in weight is removed 0.0000 g

15

External Calibration

Parameters (changes in factory settings): SETUP: Bal.Scal.: Cal.-Adj.: Cal.Ext. (menu code 1.1. 9. 1)The required calibration weight is configured at the factory (see Specifications)



2. Start calibration. q Cal.Ext.

Once you store the zero point - 200.0000 gthe required calibration weight is prompted (flashing display)

3. Apply the prompted calibration 200.0000 gweight (in this example: 200 g)Weight too light: a minus sign is shownWeight too heavy: a plus sign + is shown

The display stops flashing as soon as the weight value is within the defined limit.

4. Calibration/adjustment executed; Cal.end then the calibration weight is displayed + 200.0000 g

5. Remove the calibration weight 0.0000 g

16

Configuration (Operating Menu)

You can configure the balance; i.e., adapt it to individual requirements.

Functions of the Keys during Configuration

Symbol Key Function

V Press and hold Scroll through menu items

> One menu level lower

Confirm menu itemPress and hold Save settings and exit menu from

any position

17

Menu Navigation

Example: Setting the Language


1. Open the menu: (hold) Applic.In weighing mode: first menu itemis shown

2. Scroll upward within the Repeatedly: Inputmenu level; after the last ...menu code, the first languag.code is displayed again

3. Select menu level English o(scrolls to the right)

4. Change setting: EspanolScroll until the desiredsetting is shown

5. Confirm the menu code; Espanol oo indicates the active setting

6. Return to the next higher menu Lengualevel (from the second level)

$ Set other menu items as desired

7. Save settings Repeatedly:and exit menu

or

$ Exit menu without saving changes

> Restart your application 0.0000 g

CLEAR

CLEAR

ENTER

SELECT

ENTER

SELECT

SELECT

18

Level 1 Level 2 Level 3 Menu code

Setup Bal.Scal. Ambient Ambient conditions 1. 1. 1.balance parameters App.filt. Application filter 1. 1. 2.

Stab.Rng. Stability range 1. 1. 3.Taring Taring 1. 1. 5AutoZer. Auto zero 1. 1. 6Wt.Unit Basic weight unit 1. 1. 7.Display Display accuracy 1. 1. 8.Cal./adj. Function of the q key 1. 1. 9.Cal.Unit Weight unit for calibration 1. 1. 11.

Interf. Interface Baud Baud rate 1. 5. 1.Parity Parity 1. 5. 2.StopBit Number of stop bits 1. 5. 3.Handshk Handshake mode 1. 5. 4.Databit Number of data bits 1. 5. 5.Dat.Rec. Output: SBI (ASCII) or printout 1. 5. 6.

Prnt.Out Print (manual/automatic) 1. 6. 1. Settings for print function StopAut. Stop automatic printing 1. 6. 2.

Tar./prt. Tare balance after ind. print 1. 6. 4.Prt.Init. Printout of appl. parameters 1. 6. 5.Format Line format for printout 1. 6. 6.GLP ISO/GLP-compliant printout 1. 6. 7. time: 12/24 h 1. 6. 8. date: Format 1. 6. 9.

Extras Menu 1. 8. 1.Additional functions Signal Acoustic signal (beep) 1. 8. 2.

Keys Keypad 1. 8. 3.On Mode Power-on mode 1. 8. 5.Backlit Display backlighting 1. 8. 6.

Reset Menu Factory settings 1. 9. 1.

Applic. Weigh 2. 1.Application Unit Toggle wt. unit Disp.Dig. Display accuracy 2. 2. 2.programs Count. Counting Resolut. Resolution 2. 3. 1.

Ref.Updt. Autom. ref. sample updating 2. 3. 2.Percent Weighing in percent Dec.Plcs Decimal places 2. 4. 1.Net-Tot Net-total formulation Comp.Prt. Printout of components 2. 5. 1.Total Totalizing Comp.Prt. Printout of components 2. 6. 1.AnimalW. Animal weighing Activty. Animal activity 2. 7. 1.

Start 2. 7. 2.Calc. Calculation Method (operator) 2. 8. 1.

Dec.Plcs Decimal places 2. 8. 2.Density Density determination Dec.Plcs Decimal places 2. 9. 1.

Input Input ID no., Date, time Input: ID no., date, time 3. 1./2./3.

Info Information Version , Ser. No. , Model Display software ver., serial no., model 4. 1./2./3.

Languag. English (factory setting) 5. 1.Deutsch German 5. 2.Franc. French 5. 3.Ital. Italian 5. 4.Espanol Spanish 5. 5.Codes Menu shows codes (not texts) 5. 6.

Parameter Settings: Menu

19

Parameter Settings: Overview = Factory setting = User-defined setting Level 1 Level 2 Level 3 Level 4 Menu code

Setup Bal.Scal. Ambient V.Stable Very stable 1. 1. 1. 1balance Ambient Stable 1. 1. 1. 2parameters conditions Unstabl 1. 1. 1. 3

(Filter adaptation) V.Unstbl. Very unstable 1. 1. 1. 4

App.filt. Final.Rd. Final readout mode 1. 1. 2. 1Application filter Filling Filling mode 1. 1. 2. 2

Stab.Rng. 1/4 Dig. (digit) 1. 1. 3. 1Stability range 1/2 Dig. 1. 1. 3. 2

1 - Digit 1. 1. 3. 3 2 - Digit 1. 1. 3. 4

4 - Digit 1. 1. 3. 58 - Digit 1. 1. 3. 6

Taring W/o Stb W/o stability 1. 1. 5. 1Taring W/ StAb After stability 1. 1. 5. 2

AutoZer. Off 1. 1. 6. 1Auto zero On 1. 1. 6. 2

Wt.Unit For list of units, see 1. 1. 7. 1Basic weight Toggling between Weight unit Units 1. 1. 7. 23

Disp.Dig. All 1. 1. 8. 1Display Minus 1 1. 1. 8. 2accuracy

Cal./adj. Cal. ext. External cal./adj. 1. 1. 9. 1Function of the Cal. int. Internal cal./adj 1. 1. 9. 2q key Blocked q key blocked 1. 1. 3. 3

Cal.Unit. Unit Grams 1. 1.11. 1for calibration Pounds 1. 1.11. 2weight

20

Level 1 Level 2 Level 3 Level 4 Menu code

Setup Interf. Baud rate 600 1. 5. 1. 3Interface 1200 1. 5. 1. 4

2400 1. 5. 1. 54800 1. 5. 1. 69600 1. 5. 1. 719200 1. 5. 1. 8

Parity Odd 1. 5. 2. 3Parity Even 1. 5. 2. 4

None 1. 5. 2. 5

StopBit 1 Bit 1. 5. 3. 1No. of stop bits 2 Bits 1. 5. 3. 2

Handshk. Sftware 1. 5. 4. 1Handshake mode Hrdware 1. 5. 4. 2

None 1. 5. 4. 3

DataBit 7 Bits 1. 5. 5. 1No. of data bits 8 Bits 1. 5. 5. 2

Dat.Rec. Com- SBI (ASCII) 1. 5. 6. 1munication mode Printer (GLP-printout) 1. 5. 6. 2

Prnt.Out Print Man. W/o W/o stability 1. 6. 1. 1Printing fct. (manual/automatic) Man.With W/ stability 1. 6. 1. 2

Aut. W/o Autom. w/o stability 1. 6. 1. 3Aut.With. Autom. w/ stability 1. 6. 1. 4

StopAut. Stop Off Not possible 1. 6. 2. 1automatic printing On Use print key 1. 6. 2. 2

Tar./prt. Tare off 1. 6. 4. 1the balance after On 1. 6. 4. 2individual printout

PRINT

21


Setup Prnt.Out Prt.Init. Off 1. 6. 5. 1Printing Printing application All All parameters 1. 6. 5. 2

parameters MainPar. Main parameters 1. 6. 5. 2

Format Line 16 Char. 16 characters (w/o ID) 1. 6. 6. 1format for printout 22 Char. 22 characters (w/ ID) 1. 6. 6. 2

2 Char. 2 characters (w/ ID) 1. 6. 6. 3(Date/Time and weight value)

GLP Printout Off 1. 6. 7. 1as ISO/GLP- Cal.-adj. Only for calib./adj. 1. 6. 7. 2compliant Always All printouts 1. 6. 7. 3time 24 h 24-hour format 1. 6. 8. 1

12 h 12-hour format AM/PM 1. 6. 8. 2date dd.mmm.yy Day/month/year 1. 6. 9. 1

mmm.dd.yy Month/day/year 1. 6. 9. 2

Extras Menu CanEdit Can change settings 1. 8. 1. 1Additional Rd. Only Read only 1. 8. 1. 2functions

Signal Off 1. 8. 2. 1Acoustic signal On 1. 8. 2. 2

Keys Free 1. 8. 3. 1Keypad Locked 1. 8. 3. 2

On Mode Off/On Off/on/standby 1. 8. 5. 1Power-on mode Standby On/standby 1. 8. 5. 2

Auto On Auto on 1. 8. 5. 3

Backlit Off 1. 8. 6. 1Display On 1. 8. 6. 2backlighting

Reset Menu Yes Restore defaults 1. 9. 1. 1Reset menu Factory settings No Do not restore defaults 1. 9. 1. 2

22


Applic. Weigh 2. 1.Applic. Unit Disp.Dig. All 2. 2. 2. 1programs Toggle units Display accuracy Minus 1 2. 2. 2. 2

Counting Resolut. Disp.Acc. Display accuracy 2. 3. 1. 1Resolution 10-fold 10 times > disp. 2. 3. 1. 2

Ref.Updt. Off 2. 3. 2. 1Autom. reference Auto 2. 3. 2. 2updating

Percent Dec.Plcs None No dec. places 2. 4. 1. 1Weighing Decimal places 1 Dec.Pl. 1 decimal place 2. 4. 1. 2in percent 2 Dec.Pl. 2 decimal places 2. 4. 1. 3

3 Dec.Pl. 3 decimal places 2. 4. 1. 4

Net-Tot Comp.Prt. Off 2. 5. 1. 1Net-total Component On 2. 5. 1. 2

printout

Total Comp.Prt. Off 2. 6. 1. 1Totalizing Component On 2. 6. 1. 2

printout

AnimalW. Activty. Calm (fluct.: 2% of test obj.) 2. 7. 1. 1Animal Animal activity Active (fluct.: 5% of test obj.) 2. 7. 1. 2weighing V.Active(fluct.: 20% of test obj.) 2. 7. 1. 3

Start Manual 2. 7. 2. 1 Auto. Automatic 2. 7. 2. 2

Calc. Method Mul. Multiplier 2. 8. 1. 1Calculation (operator) Div. Divisor 2. 8. 1. 2

Dec.Plcs None No dec. places 2. 8. 2. 1Decimal places 1 Dec.Pl.1 decimal place 2. 8. 2. 2

2 Dec.Pl.2 decimal places 2. 8. 2. 33 Dec. Pl. 3 decimal places 2. 8. 2. 4

Density Dec.Plcs None No dec. places 2. 9. 1. 1Density Decimal places 1 Dec.Pl.1 decimal place 2. 9. 1. 2determination

23

Input: ID number, Date and Time

Level 1 Level 2 Level 3 Menu Code

Input ID No. ID input for ISO/GLP compliant data record; 3. 1.Input 7 characters max.

Permitted characters: 0 to 9; A to Z; dash/hyphen; space

DATE Menu item for setting the date 3. 2.

TIME Menu item for setting the time 3. 3.

Depending on the setting you select for the menu item SETUP PRNT.OUT DATE, the date will be displayed in the following format:

Format Display: Date

DD.MMM.YY

MMM.DD.YY

Depending on the setting you select for the menu item SETUP PRNT.OUT TIME, the time will be displayed in the following format:

Time Display: Time

24-hour format

12-hour format

24

Example: ID No., Date and Time


1. Open the menu: hold APPLIC.In weighing mode; firstmenu item is displayed

2. Select Input INPUT

3. Select input for ID no. twice ID NO.

4. Set or change the ID no. 3------hold down key to automaticallychange the digit(s): hold

5. Scroll within the 7-digit or 3-aBC12ID no.

6. Save input when you ID NO.have reached the last digitof the ID no.

7. Select Date , FEB. 08.

8. Change setting FEB. 10.hold down key to automaticallychange the digit(s): hold

9. Toggle between or FEB. 10.Day/Month/Year positions

10. Save setting when you reach the YEAR position date

11. Select Time , A10.46.23

12. Change setting hold down key to automaticallychange the digit(s): hold A11.46.23

13. Toggle between or A11.46.32Hour/Minute/Second positions

14. Set seconds to zero A11.47.00

15. Save setting when you have reached the second position TIME

16. Save all settings and exit the menu repeatedly

> Restart your application 0.0 g

CLEAR

ENTER

SELECT

CLEAR

ENTER

SELECT

SELECT

ENTERSELECT

ENTER

CLEAR

ENTER

SELECT

SELECT

ENTERSELECT

ENTER

CLEAR

ENTER

SELECT

SELECT

ENTER

SELECT

SELECT

25

Device Information

Level 1 Level 2 Level 3 Example Menu code

InFo version Show software version rel.36.01 4. 1.Information

Ser. No. Show serial number 10801234 4. 2.(To toggle focus between upper and lower display sections, press )

Model Show model designation bbi-31 4. 3.(to change focus from upper to middle to lower display section and back, press )

Display of Menu Items: Text or Codes

Languag. English (factory setting) 5. 1.Deutsch German 5. 2.Franc. French 5. 3.Ital. Italian 5. 4.Espanol Spanish 5. 5.Codes Menu shows codes (not texts) 5. 6.

SELECT

SELECT

26

Application Programs / Counting

Display symbol: Z

PurposeWith the Counting program you candetermine the number of parts thateach have approximately equal weight.To do this, a known number of parts(the reference sample quantity) isweighed first, and the individual pieceweight (reference weight) is calculatedfrom this result. Thus the number of parts subsequently placed on the balance can be determined from their weight.

Preparation Select the Counting application

in the menu: see Configuration.

Set the following parameters:

Applic. Application program

Count.

Resolut. Resolution

Disp.Acc. Display accuracy10-fold 10-fold higher

Ref.Updt. Autom. ref. sample updating

Off Display accuracyAutom. Automatic

= Factory setting

Changing the Reference SampleQuantityActivate function: Press the keySelect the desired reference samplequantity (1 to 100): In increments of 1: Press the key brieflyIn increments of 10: Press and hold the key.The quantity is stored in battery-backed memory.

Reference Sample UpdatingAutomatic reference sample updating optimizes the counting accuracy. You can activate or deactivate this function in the menu.

Automatic reference sample updating is performed when the requirements, including the specified stability criterion,have been met.

The abbreviation opt, for optimizing,is displayed briefly with the new reference sample quantity.

Printout: CountingnRef + 10 : Reference sample

quantitywRef +21.1400 g : Reference weightQnt + 500 pcs : Calculated quantity

SELECT

SELECT

SELECT

27

Example : Counting parts of equal weightParameter: Applic. - Count. (menu code 2. 3.)

Step Key Display/Data output(or instruction)

1. Place empty container +22.6000 gon the balance


3. Add reference sample quantityto container (in this example:20 pcs)

4. Changing the reference ref 10pcssample quantity:

5. Select reference sample quantity: Repeatedly: In increments of 1 (1, 2, 3, etc. to 100) Press brieflyIn increments of 10 (10, 20, etc. to 100) press

and hold ref 20pcs

6. Confirm selected reference + 20pcs *sample quantity and start nRef 20 pcsapplication. The current reference wRef 0.1070 gweight remains stored until a newreference weight remains storeduntil a new reference is set or the power supply is interrupted

7. Add desired number of pieces. + 500pcs

8. If desired, print quantity Qnt + 500 pcs

9. Toggle display between 0.1070 gG*mean piece weight, weight, Repeatedly: +53.5000 g *quantity + 500pcs *

10. Unload the balance 21pcs *11. Repeat as needed, starting from

Step 7

12. Delete reference value 0.0000 gCLEAR

SELECT

PRINT

ENTER

SELECT

SELECT

SELECT

28

Weighing in Percent

Display symbol: %

PurposeThis application program allows you toobtain weight readouts in percent whichare in proportion to a reference weight.

Preparation Select the Weighing in percent

application in the menu: see Configuration.



Percent Weighing in percent

Dec.Plcs. Decimal places

None No decimal places 1 Dec. Pl. 1 decimal place

2 Dec. Pl. 2 decimal places3 Dec. Pl. 3 decimal places

= Factory setting

Changing the Reference PercentageActivate function: Press the key Select the desired reference (1 to 100): In increments of 1: Press the key briefly In increments of 10: Press and hold the key.

The percentage is stored in battery-backed memory.

Printout: Weighing in percentpRef 100 : Reference

percentageWxx% 111.6000 g : Reference weight

net xx% for selectedreference percentage

Prc + 94.9 % : Calculated referencepercentage

SELECT

SELECT

SELECT

29

Example: Determining residual weight in percentParameter settings: Applic.: Percent (menu code 2. 4.)Reference percentage: Ref 100%



2. Place sample equal to 100% on the balance (in this example: 111.6 g)

3. Information:Enter reference percentage ref 100 %(Changing the reference: see the previous page)

4. Initialize the balance + 100.0 % *The current reference weight remains stored until a new pRef 100 %reference is set or the power Wxx% 111.6000 gsupply is interrupted

5. Remove sample(e.g., for drying)

6. Place unknown weight + 94.9 % *on balance (in this example: 105.9 g)

7. If desired, print percentage Prc + 94.9 %

8. Toggle display between Repeatedly: + 105.9000 g *weight and percentage + 94.9 % *9. Clear display of residual weight

and reference percentage + 105.9000 g

10. If desired, print net N + 105.9000 gresidual weight

PRINT

CLEAR

SELECT

PRINT

ENTER

SELECT

30

Calculation

Display symbol: C

PurposeWith this application program you can calculate weight value using a multiplier or divisor. This can be used,for example, to determine the weightper unit area, or gsm weight (gramsper square meter), of paper.

Preparation Select the Calculation application in

the menu: see Configuration.



Calc. Calculation

Method Operator

Mul. MultiplierDiv. Divisor

Dec.Plcs. Decimal places

None No decimal places 1 Dec. Pl. 1 decimal place

2 Dec. Pl. 2 decimal places3 Dec. Pl. 3 decimal places

= Factory setting

Setting the Factor or Divisor Activate function: Press the keySelect a number of up to 7 digits and, if needed, one decimal point (0.000001 to 9999999): In increments of 1: Press the key briefly To increase the value without pressing repeatedly:Press and hold the key.

The selected operator is stored in battery-backed memory.

Printout: CalculationMul + 1.2634 : MultiplierDiv + 0.6237 : DivisorRes + 79.7 o : Result

SELECT

SELECT

SELECT

31

Example: Calculating the weight per unit area of paper: An A4 sheet of paper is used in thisexample, with surface dimensions of 0.210 m + 0.297 m = 0.06237 m2. To deter-mine the weight per unit area, the total weight is divided by the surface.

Parameter settings: Applic.: Calc..: Method: Div. (menu code 2. 8. 1. 2)



2. Activate divisor input ________0.

3. Set the divisor (in this example: 0.06237):Position the decimal point, ,

5+ , ____.000002+

Enter numerals Repeatedly __.06000

or press and hold: ,, etc. __.06237

4. Store the divisor and initialize the balance + 0.0 oThe current divisor remains Div 0.6237stored in battery-backed memory until the setting is changed

5. Weight per unit area: + 79.7 o *Place an A4 sheet of paper on the balance

6. If desired, print result Res + 79.7 o

7. Toggle display between Repeatedly: + 4.9700 g *weight and calculated value + 79.7 o *

8. Unload the balance + 0.0 o *9. Repeat as needed, starting from

Step 5

SELECT

PRINT

ENTER

ENTER

SELECT

ENTER

SELECT

ENTER

SELECT

32

Animal Weighing/Averaging

Display symbol: V

PurposeUse this program to determine theweights of unstable samples (e.g., liveanimals) or to determine weights underunstable ambient conditions. With this program, the balance calculatesthe weight as the average of a definednumber of individual weighing opera-tions (also referred to as subweighingoperations).

Preparation Select the Animal weighing




AnimalW. Animal weighing

activty. Animal activity

Calm Stable readout Active Unstable

V.Active Very unstable readout

Start

manual

Autom. Automatic

= Factory setting

Changing the Number of Subweighing OperationsActivate function: Press the keySelect the desired number of measurement (1 to 100): In increments of 1: Press the key briefly In increments of 10: Press and hold the key.

The selected number of measurementsis stored in battery-backed memory.

Printout: Animal weighingmDef 20 : Number of sub-

weighing operationsx-Net +10.1000 g : Calculated average

SELECT

SELECT

SELECT

33

Example: Determining animal weight with automatic start and 20 subweighingoperations (measurements)

Parameter settings: Applic.: AnimalW. (menu code 2. 7.)


1. Place animal weighing bowl 22.6000 gon the balance


3. Change the number of subweighing operations: ref 30

4. Set number of measurements: Repeatedly: In increments of 1 (1, 2, 3, etc. to 100) Press briefly

In increments of 10 (10, 20, etc. to 100) press reF 20and hold

5. Confirm number of measurements + 0.0000 g *and start automatic animal weighingThe number of measurementsremains stored in battery-backed memory until the setting is changed

6. Place first animal in bowl. 888The balance delays the start 20of measurements until the 19difference between 2 measure- ....ments meets the criterion 1

$ If you selected the manual start mode, press

7. Read off the result + 10.1000 g G*The result is displayed with the* symbol (= calculated value) mDef 20and remains displayed until x-Net + 10.1000 gthe sample (animal) is removed from the load plate (bowl)

8. Unload the balance + 0.0000 g *9. Weigh next animal (if desired)

Next weighing series begins automatically

ENTER

ENTER

SELECT

SELECT

SELECT

34

Net-total Formulation

Display symbol: R

PurposeWith this application program you canweigh in individual components eitherby their individual weight or by the totalweight. You can print out both the totalweight and the individual weights of the components.

Preparation Select the Net-total application in

the menu: see Configuration.



Net-TotL. Net-total formulation

Comp.Prt. Printout of components

Off

On

= Factory setting

Features Weigh up to 99 components from

0 to a defined total componentweight.

Store component weights (printout shows Comp xx), with display zeroed automatically

after value is stored, and automatic printout

Clear component memory followingcancellation of the weighingsequence (by pressing ) andprintout of the total weight.

Toggling between component weight and total weight by pressingand holding (< 2 sec).

Printout of the total of the individualcomponent weights (T-Comp)

Printout: Net-total formulationComp 2+ 78.1000 g : Second componentT-Comp+211.5000 g : Sum of components

SELECT

CLEAR

35

Example: Counting parts into a container

Parameter settings: Applic.: Net-Tot (menu code 2. 5.)

Step Key (or instruction) Display/Data output

1. Place empty containeron the balance. 65.0000 g


3. Add first component + 20.5000 g

4. Store component data + 0.0000 g * NETComp 1+ 20.5000 g

5. Add next component + 70.5000 g * NET

6. Store component data + 0.0000 g * NETComp 2+ 70.5000 g

7. Weigh in further components Repeat steps as desired 5 and 6

8. Fill to desired final value view + 91.0000 g *the current total weight value:

9. Print total weight and clear + 211.5000 gthe component memory T-Comp+ 211.5000 g

CLEAR

SELECT

ENTER

ENTER

36

Totalizing

Display symbol: R

PurposeWith this application program you can add values from successive, mutually independent weight values to a total that exceeds the capacity of the balance.

Preparation Select the Totalizing application

in the menu: see Configuration.



Total Totalizing

Comp.Prt. Printout of components

Off

On

= Factory setting

Features Totalizing memory for up to

99 values

Store component weights (printout shows Comp xx), with automatic printout

Toggle display between the currentindividual weight value and the valuein totalizing memory by pressing

Printout of the total of the individualcomponent weights (S-Comp)

To close the application programand print the total weight: press

Printout: TotalizingComp 2+ 78.1000 g : Second componentS-Comp+211.5000 g : Totalizing memory

CLEAR

SELECT

37

Example: Totalizing weight values

Parameter settings: Applic.: Total: Comp.Prt: On (menu code 2. 6. 1. 2)



2. Place sample balance + 80.0000 g(in this example: 80 g)

3. Store value in memory + 80.0000 g *Comp 1+ 80.0000 g

4. Remove sample + 0.0000 g *

5. Place the next sample on the balance (in this example, 75 g) + 75.0000 g *

6. Store value in memory + 55.0000 g *+ 75.0000 g *Comp 2+ 75.0000 g

7. View the value in totalizing memory + 55.0000 g G*

8. Weigh in further components Repeat stepsas desired 5 and 6

9. Print total weight and 0.0000 g clear the totalizing memory S-Comp+ 211.5000 g

CLEAR

SELECT

ENTER

ENTER

38

Density Determination

Display symbol: W

PurposeThis application program lets you determine the density of solid sub-stances using the buoyancy method.You can have results displayed with one decimal place, or no decimalplaces: see Configuration.Note: the sample holder and suspensionwire used in the example below are notincluded with the balance.

Preparation Select the Density Determination




density Density determination

dec.plcs. Decimal places

none No decimal places 1dec.pl. 1 decimal place

= Factory setting

Printout for Density DeterminationWa + 20.0000 g : Weight in airWfl + 15.0000 g : Weight in liquidRho 4.0 o : Result:

density of the sample

39

Example: Determining the density of a solid sample.

Parameter settings: Applic.: Density: Dec.Plcs: 1 Dec. Pl. (menu code 2. 9. 1. 2)


1. Attach sample holder to suspension wire


3. Start application program

4. Confirm Air display Air ?5. Determine the weight

of the sample in air:Place sample on the balance + 20.0000 g *

6. Store value for weight in air

7. Remove sample from the balance water ?

8. Determine weight in liquid: place sample in holder

9. Confirm water display 0.0000 g *10. Immerse sample in liquid + 15.0000 g *11. Store value for weight in

liquid, view result, and print + 4.0 o *Wa + 20.0000 gWfl + 15.0000 g

Rho 4.0 o

12. Delete result

13. Repeat as desired, starting from Step 3.

CLEAR

ENTER

ENTER

ENTER

ENTER

ENTER

40

Mass Unit Conversion

PurposeWith this application program you can change the weight value displayedfrom the basic weight unit to any of 4 application weight units (see table on next page).

Preparation Select the Unit application for

toggling weight units: see chapter on Configuration(Parameter Settings)


Application program

unit Toggle wt, unit

Disp.Dig. Display accuracy

All All decimal placesminus 1 Reduced by 1 place

= Factory setting

Features Set the basic unit and display

accuracy in the Setup menu: see Configuration.

Set the application weight units and display accuracies in the Application menu.

These settings are stored in battery-backed memory.

The basic unit is active when the balance is powered up.

Printout for Wt. Unit Toggling+ 100.0000 g : Weight with 16-character data output format

N + 0.22046 lb : Weight with 22-character data output format

13-Jan-2005 08:35 : Data output format for two-line printout:N + 3.5275 ozt : Date/time and weight

41

Example: Change display from the basic unit (in this example, grams [g]) to pounds [lb] and then to Troy ounces [ozt].

Set the following parameters: Applic.: Unit (code 2. 2.)


Preparation:1. Begin selection of an

application weight unit None o

2. Select an application unit; in this example, pounds Repeatedly:(see table on next page) Pounds

3. Confirm the weight unit (pounds) pounds o

4. Select the next application weight unit; , None o in this example: Troy ounces Repeatedly:(see table on next page) Troy Oz.

5. Confirm weight unit (Troy ounces)Troy Oz. o

6. Select other application units if desired (max. 4 total) (otherwise, confirm None by pressing )

7. Save selection 0.0000 g

Conversion:8. Place sample on balance + 100.0000 g

9. Toggle unit for weight value Repeatedly: + 0.22046 lb+ 3.5275 oztENTER

CLEAR

ENTER

ENTER

SELECT

ENTER

ENTER

SELECT

SELECT

42

The following weight units are available in your BBI balance:

Menu item Unit Conversion Display factor symbol

1) UserDef. 1) Grams 1,00000000000 o2) Grams (factory setting) Grams 1.00000000000 g3) Carats Carats 5.00000000000 o4) Pounds Pounds 0.00220462260 lb5) Ounces Ounces 0.03527396200 oz6) Troy Oz. Troy ounces 0.03215074700 ozt7) HKTael Hong Kong taels 0.02671725000 tl8) Sng.Tael. Singapore taels 0.02645544638 tl9) Twn.Tael Taiwanese taels 0.02666666000 tl

10) Grains Grains 15.4323583500 GN11) Peny.Wt. Pennyweights 0.64301493100 dwt12) Milligr. Milligrams 1000.00000000 mg13) Pt.P.Lb. Parts per pound 1.12876677120 o14) Chn.Tael Chinese taels 0.02645547175 tl15) Mommes mommes 0.26670000000 m16) Austr.Ct. Austrian carats 5.00000000000 Kt17) Tola Tola 0.08573333810 o18) Baht Baht 0.06578947436 b19) Mesghal Mesghal 0.21700000000 o20) Tons Tons 0.00000100000 t21) Lb / Oz 2) Pounds : ounces 0.03527396200 lb oz22) Newton Newton 0.00980665000 N

1) = User-defined weight unit; can be loaded in the balance over an optional RS-232 or USB interface using a computer program.

2) = The format for display of pounds/ounces cannot be changed: xx:yy.yy x=lb, y=oz

43

ISO/GLP-compliant Printout/Record

FeaturesYou can have device information, ID texts and date and time printedbefore (GLP header) and after (GLPfooter) the values of a weighing series.These parameters include:

GLP header: Date Time at beginning of measurement Balance manufacturer Balance model Balance serial number Software version number Identification number of the

current sampling operation

GLP footer: Date Time at end of measurement Field for operator signature

!Operating the Balance with Printer:Select the following settings on thebalance and on the printer:

Software handshake: Setup: interf.: handshk.: sftware.(menu code 1. 5. 4. 1)

Configuration Setting menu codes for the printout

(see Configuration): ISO/GLP-compliant printout or

record only for calibration/adjust-ment: Setup: Prnt.Out: GLP: Cal.-Adj.(menu code 1. 6. 7. 2) or ISO/GLP-compliant printout orrecord always on: Setup: Prnt.Out: GLP: Always on (menu code 1. 6. 7. 3)

Line format for printout: include dataID codes (22 characters; factory setting): Setup: Prnt.Out: Format: 22 Char.(menu code 1. 6. 6. 2)

Formats for time:setup: prnt.0ut: time: 24 h(menu code 1. 6. 8. 1) orsetup: prnt.oUt: time: 12 h(menu code 1. 6. 8. 2)

Formats for date:setup: prnt.0ut: date: dd.mmm.yy(menu code 1. 6. 9. 1) orsetup: prnt.oUt: date: mmm.dd.yy(menu code 1. 6. 9. 2)

!No ISO/GLP-compliant record is output if any of the following set-tings are configured:Setup: Prnt.Out: Print: Aut. W/oor Aut.With (menu code 1. 6. 1. 3, 1. 6. 1. 4, ) or Format: 16 Char.(menu code 1. 6. 6. 1)

Function KeysTransfer header and first measuredvalue: press

> The header is included with the firstprintout/data record.

To output header and reference dataautomatically when an application program is active: press

Exit the application: 1) To send the GLP footer:

press 2) Quit application program:

press againCLEAR

CLEAR

ENTER

PRINT

44

The ISO/GLP-compliant printout can contain the following lines:

-------------------- Dotted line17-Aug-2005 10:15 Date/time (beginning of measurement)

BOECO Balance manufacturerMod. BBI-31 ModelSer. no. 10105355 Balance serial numberVer. no. 00-36-01 Software versionID 2690 923 ID-------------------- Dotted lineL ID Measurement series no.nRef 10 pcs Counting: reference sample quantitywRef 1.1400 g Counting: reference weightQnt + 567 pcs Counting result-------------------- Dotted line17-Aug-2005 10:20 Date/time (end of measurement)Name: Field for operator signature

Blank line-------------------- Dotted line

ISO/GLP-compliant printout for external calibration/adjustment:

-------------------- Dotted line17-Aug-2005 10:30 Date/time (beginning of measurement)

BOECO Balance manufacturer Mod. BBI-31 ModelSer. no. 10105352 Balance serial numberVer. no. 00-36-01 Software versionID 2690 923 ID-------------------- Dotted lineCal. Ext. Test Calibration/adjustment modeSet + 200.0000 g Calibration weightDiff. + 0.0002 g Difference determined in calibrationCal. Ext. Complete Confirmation of completed calibration procedureDiff. 0.0000 g Difference from target following adjustment-------------------- Dotted line17-Aug-2005 10:32 Date/time (end of measurement)Name: Field for operator signature

Blank line-------------------- Dotted line

45

Data Interface

PurposeYour balance comes equipped with an interface port for connection to a computer or other peripheral device.You can use a computer to change,start and/or monitor the functions of the balance and the application programs.

PreparationYou can set these parameters for other devices in the Setup menu (see the chapter entitled Configura-tion).

Please request a detailed description ofthe available data interface commands,instructions and data output formatsdirectly from BOECO.

The many and versatile properties of these balances can be fully utilizedfor printing out records of the resultswhen you connect your balance to a BOECO data printer. The recordingcapability for printouts makes it easy for you to work in compliance withISO/GLP.

Hardware HandshakeWith a 4-conductor interface, 1 or 2 characters can be transmitted after CTS.

These connections must be made when the balance is connected through the RS-232C port.

Pin Assignment Chart for Data Interface

BBI Series Standard RS-232Balance 9-pin port 9-pin connector

RxD 2 3 TxDTxD 3 2 RxDDTR 4 4 DTR

Signal ground 5 5 Signal groundCTS 8 8 CTS

BBI Series Standard RS-232Balance 9-pin port 25-pin connector

RxD 2 2 TxDTxD 3 3 RxDDTR 4 20 DTR

Signal ground 5 7 Signal groundCTS 8 5 CTS

46

Troubleshooting Guide

Error codes are shown on the main display for approx. 2 seconds. The program then returns automatically to the previous mode.

Display Cause SolutionNo segments appear No AC power is available Check the AC power supplyon the display

The power supply is not Plug in the power supplyplugged in

high The load exceeds the balance Unload the balancecapacity

low or Err 54 Something is touching Move the object that is the weighing pan touching the weighing pan

err 54, typical Weighing system defect Contact BOECO Service CenterApp.err. Cannot store data: Increase load

Load on weighing pan too light or no sample on pan while application is active

dis.err. Data output not compatible Change the configuration inwith output format the operating menu

prt.err. Interface port for printer Reset the menu factory settings, output is blocked or

Contact your local BOECOService Center

err 02 Calibration parameter Calibrate only when zeronot met; e.g.: is displayed balance not tared Press t to tare the balance load on weighing pan Unload the balance

err 10 The t key is blocked when Press to clear the tarethere is data in the second tare memory and release the tare key memory (net-total); only 1 tare function can be used at a time

err 11 Tare memory not allowed Press tThe weight readout Unstable ambient conditions Set up the balance in another changes constantly (excessive vibration or draft) area

at the place of installationA foreign object is caught Remove the foreign objectbetween weighing pan andbalance housing

The weight readout The balance was not Calibrate/adjust the balanceis obviously wrong calibrated/adjusted

Balance not tared Tare or zero the balance before weighing before weighing

If any other errors occur, contact your local BOECO Service Center.

CLEAR

47

Care and Maintenance

RepairsRepair work must be performed by trained service technicians. Any attempt by untrained persons to perform repairs may result in considerable hazards for the user.

Cleaning Unplug the AC adapter from the

wall outlet (mains supply). If youhave an interface cable connectedto the balance port, unplug it fromthe port.

!Make sure that no liquid enters the balance/scale housing.

!Do not aggressive cleaning agents(solvents or similar agents).

After cleaning, wipe down the balance with a soft, dry cloth.

On analytical balances remove andclean the weighing pan as follows:

Reach beneath the drip/breeze and lift it carefully, together with thepan support, to avoid damaging the weighing system.

!Make sure that no liquid enters thebalance housing.

Cleaning Stainless Steel SurfacesClean all stainless steel parts regularly.Remove the stainless steel weighingpan and thoroughly clean it separately.Use a damp cloth or sponge to cleanstainless steel parts on the balance.You can use any household cleaningagent that is suitable for use on stainless steel. Clean stainless steelsurfaces only by wiping them down.Then rinse the equipment thoroughly,making sure to remove all residues.Afterwards, allow the equipment to dry. If desired, you can apply oil to the cleaned surfaces as additionalprotection.

48

Recycling

Safety Inspection If there is any indication that safe operation of the balance is no longer warranted: Turn off the power and disconnect the

equipment from AC power immediately.

> Lock the equipment in a secure place to ensure that it cannot be used for thetime being.

Notify your nearest BOECO Service Center. Repair work must be performedby trained service technicians.

We recommend having the power supply inspected by a certified electricianat regular intervals, according to the following checklist: Insulating resistance: > 7 megaohms

measured with a constant voltage of atleast 500 volts at a 500 K-ohm load

Leakage current: < 0.05 mA measuredwith a properly calibrated multimeter

To ensure safe shipment, your balancehas been packaged using environmentallyfriendly materials. After successful installation of the balance, you shouldreturn this packaging for recycling.

For information on recycling options,including recycling of old weighing equipment, contact your municipal wastedisposal center or local recycling depot.

49

Overview

Specifications

Model BBI-31 BBI-32Weighing capacity g 230 110Readability g 0.0001 0.0001Tare range (subtractive) g 230 110Repeatability (std. deviation)

50

Model BBI-41 BBI-51Weighing capacity g 600 6000Readability g 0.001 0.01Tare range (subtractive) g 600 6000Repeatability (std. deviation)

51

C Marking

The balance complies with the followingEC Directives and European Standards:Council Directive 89/336/EEC Electromagnetic compatibility(EMC)Applicable European Standards:Limitation of emissions:In accordance with product standardEN 61326-1 Class B (residential area)

Defined immunity to interference:in accordance with product standardEN 61326-1(minimum test requirements, non-continuous operation)

Important Note:The operator shall be responsible forany modifications to BOECO equipmentand must check and, if necessary, cor-rect these modifications.On request, BOECO will provide infor-mation on the minimum operating spec-ifications (in accordance with the Stan-dards listed above for defined immunityto interference).

73/23/EEC Electrical equipmentdesigned for use within certain voltage limits

Applicable European Standards:

EN 60950Safety of information technology equip-ment including electrical businessequipment

EN 61010Safety requirements for electricalequipment for measurement, controland laboratory use Part 1: Generalrequirements

If you use electrical equipment in installations and under ambient con-ditions requiring higher safety stan-dards, you must comply with the provi-sions as specified in the applicableregulations for installation in your coun-try.

52

Contenido

Pgina

Contenido 52Advertencias de seguridad 53Puesta en marcha 54

Installacin 55Funcionamiento 59Elementos de pantalla y de manejo 59Funcin bsica: Pesar 60Calibracin 61

Ajustes previos (men) 64Funcin de teclas en el men 64Uso del men: Ajustar lengua 65Men: Estructura 66Ajustes de parmetros: Sinopsis 67Entrada: Nro. Ident., fecha y hora 71

Programas de aplicacin 74Contaje 74Pesada en porcentaje 76Clculo 78Pesaje de animales/Formacin del valor promedio 80Total-Neto 82Totalizacin 84Determinacin de densidad 86Conmutacin entre unidades de peso 88

Protocolo ISO/GLP 91

Interfaz de datos 93

Pgina

Mensajes de error 94

Cuidado y mantenimiento 95

Eliminacin de desechos 96

Sinopsis 97Especificaciones tcnicas 97Marca C 99

53

Advertencias de seguridad

Seguridad Leer con atencin estas instruc-

ciones de funcionamiento antes de la puesta en marcha, para evitarposibles daos en el aparato.

! No usar el aparato en reas Ex.! El aparato ha de ser abierto slo

por personal cualificado.

! Separar el aparato de la red, antesde conectar o separar perifricos.

! En los entornos de funcionamientocon altas medidas de seguridadtienen que observarse las pres-cripciones vigentes relativas a lainstalacin.

! Influencias electromagnticasextremas pueden producir distorsiones en el valor de lectura.Finalizada la influencia distorsio-nadora, el producto funciona nuevamente segn lo previsto.

Al limpiar, no debe penetrar lqui-do en la balanza: usar solamenteun pao de limpieza suave yhumedecido.

Instalacin! El valor de tensin impreso en

el alimentador de red tiene quecoincidir con el valor de la tensin de la red local.

Cuidado al usar cables de cone-xin RS232 de otros fabricantesLa asignacin de pines no es, a menudo, apropiada para losaparatos BOECO! Controlar la asignacin en base aldiagrama de conexin y separarlas lneas que no coincidan!

! Si el aparato o el cable de red presentan daos visibles, separarla alimentacin de red y asegurarcontra el uso.

Accesorios y opciones de BOECOestn ptimamente adaptados alaparato. Por tanto, no debe inten-tarse ninguna solucin propia.Modificaciones en el aparato y laconexin de cables o aparatos deotros fabricantes es responsabili-dad del explotador del equipo y tiene que ser controlado corres-pondientemente por el mismo.Advertencias al respecto seencuentran tambin en nuestrasindicaciones sobre la calidad defuncionamiento (segn las normassobre Inmunidad definida/Limita-cin de las fuentes de distorsin),que con mucho gusto se las pon-dremos a disposicin.

$ No abrir la balanza. Al violarse las marcas de seguridad caducanlos derechos de garanta!

$ En caso de problemas, le rogamoscomunicarse con el servicio tcnico BOECO que corresponda.

Explicacin de smbolos para las acciones a realizar

$ para las acciones que han de realizarse slo bajo determinadascondiciones

> describe lo que sucede despusde realizar una accin

para un tem de enumeracin

! para advertir sobre algn peligro

54

Puesta en marcha

Condiciones de transporte y almacenamiento No exponer el aparato a temperaturas

extremas, choques, vibraciones y humedad.

Desembalar Controlar el aparato de inmediato al

desembalar para detectar posiblesdaos exteriores.

$ En el caso de dao, ver en el captulo: Cuidado y mantenimiento,prrafo: Controles de seguridad.

$ Conservar todas las piezas delembalaje original, para un reenvoeventual y necesario. Al enviarSeparar todos los cables conecta-dos!

Suministro Balanza Plato de pesada Soporte de plato en los modelos

con plato redondo Alimentador de red Protector contra corrientes de aire

de puertas deslizables Anillo apantallador Chapa apantalladora Cubierta protectora de trabajo

InstalacinAl instalar, evitar lugares con lassiguientes influencias negativas: Calor (calefaccin, rayos solares) Corrientes de aire directas por

ventanas y puertas abiertas Vibraciones durante la medicin Humedad extrema

AclimatarSe puede producir una condensacin de la humedad del aire en el aparato, siun aparato fro se instala en un entornoms temperado. Aclimatar el aparato a la temperatura ambiente del lugar,separado de la red, por aprox. 2 horas.

55

Instalacin

Montaje de la balanza

Balanzas con protector contra corrientesde aire de puertas deslizables Poner las piezas una tras otra en la

cmara de pesada: Chapa apantalladora Anillo apantallador Soporte de plato Plato de pesada

Conexin a la red/Medidas de proteccin

Utilizar slo un aparato original para Europa: 6971412

Enchufar el conector angular en la balanza

Conectar alimentador a la tensin de red

Alimentador con cable de red especfico del pas

Opcionalmente las balanzas se suministran con alimentador y cable de red especfico del pas.

Conector angular a la balanza Seleccionar cable de red especfico

del pas y montar en el alimentador. Conectar cable a la red de corriente

56

Enchufar conector de red en el alimentador universal:$ Alimentador universal BOECO con

rango de entrada de tensin de red amplio 100240 V~, Nro. de referencia 6971966 y conector de red intercambiable:6900900 (Euro) 6900905

(AUS)6900901 (US/CDN) 6900902

(ZA)6971945 (UK) 6971776

(Italia)6971980 (Dinamarca) 6971975

(Israel)

Medidas de proteccin Con alimentador 6971412:El alimentador con grado de proteccin 2 puede conectarse a cualquier tomacorriente, sin problemas.Con alimentador universal 6971966:El alimentador de la clase de protec-cin 1 puede enchufarse en cualquiertoma de corriente con conductor a tierra (equipotencial). La tensin de salida est unidad con la carcasa de la balanza, a travs deun polo. La carcasa de balanza, pormotivos funcionales, puede ser puestaa tierra. La interfaz de datos tambinest unida galvnicamente (masa) conla carcasa de la balanza.

Conexin de componentes electrnicos (perifricos)

Separar la balanza de la red de tensin, antes de conectar o separaraparatos adicionales (impresora,PC) a la interfaz de datos.

Tiempo de calentamiento previo

Para que el aparato entregue resulta-dos exactos, se necesita un tiempo de calentamiento previo de 30 minutos;recin entonces se ha alcanzado la temperatura necesaria de funciona-miento.

57

Pesaje por debajo de la balanza

Para este modo de pesaje, la balanzadispone de un dispositivo de pesajeespecial.

$ No permitido en aplicaciones de la metrologa legal!

Quitar la placa de cierre en el fondode la balanza. Atencin: para esto, colocar labalanza slo de lado y no volcarla

Gancho fijo 1: colgar la muestra (p. ej. con un alambre).

2

1

$ Agujero 2: atornillar el gancho cuida-dosamente, o bien pedir uno directa-mente a BOECO.

$ En caso dado, instalar apantalla-miento contra las corrientes de aire.

58

Nivelar balanza

Objeto: Compensar desniveles del lugar de

instalacin de la balanza.

Nivelar la balanza cada vez que secambie de lugar de instalacin. Lanivelacin se realiza slo con ambaspatas delanteras, regulables.

Girar ambas patas traseras (slo en los modelos con plato de carga rectangular!).

Girar las patas reguladoras delanteras, como se indica en la ilustracin adjunta, de tal maneraque la burbuja de aire del nivelquede en el centro del crculo.

> Por lo general, se requieren variospasos de nivelacin.

En modelos con plato de pesada rectangular: Girar desatornillando ambas patas traseras, hasta que toquen la superficie de apoyo.

Seguro antirrobo

Como seguro antirrobo usar la orejetade fijacin en la parte trasera de labalanza.

Fijar la balanza en el lugar de instalacin, p. ej. con una cadena o candado.

59

Funcionamiento

Elementos de pantalla y de manejo

Elementos de pantalla y de manejo

Posicin Designacin

1 Unidades de peso 2 Lectura de los niveles de men3 Pictograma para Impresin activa GLP4 Pictograma para Impresin activa5 Programa de aplicacin activo6 Identificacin: ningn valor de peso7 Lectura: valor Bruto |Neto 8 Pictogramas de la aplicacin ajustada

(W, Z, L, V, R, A, C) 9 Lectura: Funcin de calibracin

10 Pictograma del rango cero (slo en modelos verificados)

Posicin Designacin

1 Tarar2 Iniciar progr. de aplicacin3 Conmutar en un progr. de aplicacin/acceder al men4 Borrar (Clear Function)

Esta tecla se usa generalmente como tecla para cancelar: finalizar programas aplicacin cancelar procesos iniciados

de calibracin/abandonar men

Posicin Designacin

11 Smbolo busy:un comando ha sido activado (p. ej. Esperando estabilidad); despus de encender aparece A, hasta que se pulsa la primera tecla.

12 Lectura valor de peso segn unidad bsica seleccionada

Smbolo: Seleccionar tem inferior dentro de un nivel de men Confirmar tem de men

Posicin Designacin

5 Iniciar procesos de calibracin6 Salida de datos:

tecla para activar la salida de valores de peso va interfaz de datos integrada.

7 Encender/Apagar8 Nivel de burbuja

1 2

3

4 5 6

12

11

10

98 7

1

2 3

8

7

6 5

4

60

Funcin bsica: Pesar

Caractersticas Tarar balanza Imprimir valor de medida

Preparacin Encender balanza: Pulsar tecla

En caso dado, tarar balanza: Pulsar tecla t

$ En caso dado, modificar ajustes previos: ver en el captulo: Ajustes previos

$ En caso dado, cargar ajustes de fbrica: ver en el captulo: Ajustes previos

Otra funcin:$ Apagar balanza: Pulsar tecla

$ Balanza en modo standby: lectura actual de hora

EjemploDeterminar valor de medida

Paso Pulsar tecla Lectura/Salida

Balanza en modo standby 11:54 AM

1. Encender balanza 0.0000 gSe realiza autochequeo A continuacin, se realiza la tara de la balanza.

2. Colocar recipiente de muestra + 11.5000 g(aqu, p. ej. 11,5 g)

3. Tarar balanza t 0.0000 g

4. Echar muestra en recipiente + 132.0000 g(aqu, p. ej. 132 g)Aparece smbolo unidadde peso g con resultadoestable

5. Imprimir el valor de medida N + 132.0000 gPRINT

61

Calibracin

ObjetoLa calibracin es la actividad que elimina la desviacin entre el valor demedida indicado y el valor de masareal, o bien que la reduce a los lmitespermisibles de error.

CaractersticasEl proceso de calibracin puede iniciarse slo si la balanza est descargada la balanza est tarada la seal de medida interna es

estable El valor de la pesa colocada debe

presentar una desviacin de 2%,mximo, respecto al valor debido.

Si estas condiciones no se cumplen,aparece un mensaje de error: Err 02.

La calibracin puede realizarse con diferentes unidades de peso: UNI-CAL Gramos, Kilogr., o bien Libras

La balanza puede bloquearse para lacalibracin: CAL/AJU: seleccionar BLOQ cerrar interruptor de verificacin en

la parte trasera de la balanza

Los resultados de Calibracin puedenimprimirse en un protocolo ISO/GLP,ver en la pgs. 9091.

Despus de calibrar, el programa deaplicacin est borrado.

Calibracin internaEn el men tiene que estar ajustado el tem CAL/AJU CAL.INT.En la carcasa de la balanza se encuentra una pesa de calibracin,que puede ser aplicada internamentepor motor. Seleccionar Calibracin: tecla q> La pesa de calibracin interna es

aplicada automticamente> La balanza se calibra> La balanza retira la pesa interna

62

Calibracin interna

Ajuste previo: SETUP BALANZA CAL/AJU CAL.INT (cdigo 1.1. 9. 4)

En la carcasa de la balanza se encuentra una pesa de calibracin, que se aplica internamente por motor.

Paso Pulsar tecla Lectura


2. Iniciar la calibracin q Cal.Int.

Pesa interna es aplicada CAL.RUN.automticamente

3. Calibracin finalizada CAL.END

4. La balanza retira la pesa interna 0.0000 g

63

Calibracin externa

Ajuste previo: SETUP BALANZA CAL/AJU CAL.EXT. (cdigo 1.1. 9. 1)De fbrica est preajustado un valor de pesa (ver bajo el prrafo: Especificaciones tcnicas)



2. Iniciar la calibracin q CAL.EXT.

Aceptado el valor de punto - 200.0000 gcero se indica la pesa de calibracin a colocar

3. Colocar pesa de calibracin 200.0000 gindicada (aqu, p. ej. 5000 g).Peso muy bajo: aparece signo Peso muy alto: aparece signo +

Finaliza el parpadeo, si la pesa de calibracin est dentro de los lmites predefinidos

4. Calibracin finalizada; CAL.END aparece pesa de calibracin + 200.0000 g

5. Retirar pesa calibracin 0.0000 g

64

Ajustes previos (men)

Configuracin de la balanza, es decir, adaptarla a los requerimientos del usuario.

Funcin de teclas en el men

Smbolo lectura Tecla Funcin

V pulsin larga Ajustar tem de mende tecla

> Seleccionar siguiente sub-tem de un nivel de men (con cursor a la derecha,hasta 4 niveles de men)

Confirmar tem de menpulsin larga Abandonar men y memorizar ajuste de tecla desde cualquier posicin

65

Uso del men

Ejemplo: Ajustar lengua


1. Acceso al men: largo APLIC.indicar en modo de pesada 1. tem de men

2. Avanzando, moverse dentro repetidam. Inputde un nivel de men; ...despus del ltimo tem de Languag.men aparece nuevamente el primero

3. Seleccionar niveles de men repetidam. English o(hacia la derecha, rotando)

5. Modificar ajuste: ESPanolAvanzando, seleccionar eltem de men

6. Confirmar ajuste; ESPanol oo indica el tem de men ajustado

7. Retorno al nivel men superior LENGUA(desde el 2. nivel)

$ Caso dado, ajustar otros tems ,

8. Memorizar ajuste repetidam.y abandonar men

o bien

$ Abandonar ajuste de parmetrosin memorizar

> Reinicio de aplicacin 0.0000 g

CLEAR

ENTERSELECT

CLEAR

ENTER

SELECT

ENTER

SELECT

SELECT

66

Men: EstructuraNivel 1 Nivel 2 Nivel 3 Cdigos

Setup Balanza Entorno 1. 1. 1.Parmetros de balanza Fil-apl (filtro de aplicacin) 1. 1. 2.

Estab (rango de estabilidad) 1. 1. 3. Tara 1. 1. 5Autocer (cero automtico) 1. 1. 6Unidad (bsica de peso) 1. 1. 7.Posic.d (exactitud de lectura) 1. 1. 8.Cal/Aju (funcin tecla q 1. 1. 9.Uni-Cal (unidad pesa calibracin) 1. 1.11.

Interf. Interfaz Baudios 1. 5. 1.Paridad 1. 5. 2.Bitstop 1. 5. 3.Handshk (modo de funcionamiento) 1. 5. 4.Bitdat (cantidad bits datos) 1. 5. 5.Modo.com (SBI (ASCII) o impresora) 1. 5. 6.

Protoc (impresin) Modo.imp (manual/automtica) 1. 6. 1. cancel (impresin autom.) 1. 6. 2.Imp/Tar (tarar despus de impr-indiv) 1. 6. 4.Parm.Apl (impr. parm. aplicacin) 1. 6. 5.Formato (formato lnea de impresin) 1. 6. 6.GLP (impresin protocolo ISO/GLP 1. 6. 7. tiempo: 12/24 h 1. 6. 8. Fecha: Format 1. 6. 9.

F.Extra Menu 1. 8. 1.(Func. adicionales) S-Acust (seal acstica) 1. 8. 2.

Teclas (teclado) 1. 8. 3.On-Mode (encendido de la balanza) 1. 8. 5.Retroil. (retroiluminacin) 1. 8. 6.

Reset Menu (ajuste de frbrica) 1. 9. 1.

Aplic. Pesar 2. 1.(Progr- Unidad Posic (exact- de lectura) 2. 2. 2.aplicacin) Contaje Resol (resolucin) 2. 3. 1.

Optimiz (optimizac. autom. refer.) 2. 3. 2.Porcent Decimal 2. 4. 1.Tot-Net Imp.comp (impresin de componente) 2. 5. 1.Total (totalizacin) Imp.comp (impresin de componente) 2. 6. 1.P-anim (pesaje de animales) Intranq (intranquilidad) 2. 7. 1.

Inicio 2. 7. 2.Calcu Metodo (operador) 2. 8. 1.

Decimal 2. 8. 2.Densi (densidad) Decimal 2. 9. 1.

Entrar N-ID, fecha, hora Entrada de ID 7 posic. mx. 3. 1./.2./.3.

InFo V-softw, N-serie, modelo Lecturas vers-soft., Nro. ser., mod. 4. 1./.2./.3.

Lengua Ingles (ajuste de frbrica) 5. 1.Aleman 5. 2.Frances 5. 3.Ital. 5. 4.Espanol 5. 5.Codes (representacin de men como cdigo) 5. 6.

67

Ajustes de parmetros: Sinopsis = ajuste de fbrica; = ajuste de usuario Nivel 1 Nivel 2 Nivel 3 Nivel 4 Cdigo

Setup Balanza Entorno M-tranq 1. 1. 1. 1(adapt. de Tranq 1. 1. 1. 2filtro) Intranq 1. 1. 1. 3

M-intr 1. 1. 1. 4

Fil-apl Pesar 1. 1. 2. 1Filtro de aplicac. Dosif 1. 1. 2. 2

Estab 1/4-Dig. 1. 1. 3. 1Rango 1/2-Dig. 1. 1. 3. 2estabilidad 1-Digit 1. 1. 3. 3

2-Digit 1. 1. 3. 44-Digit 1. 1. 3. 58-Digit 1. 1. 3. 6

Tara S-estab 1. 1. 5. 1 C-estab 1. 1. 5. 2

Autocer Desact 1. 1. 6. 1Autocero Activ 1. 1. 6. 2

Unidad Ver en captulo 1. 1. 7. 1Unidad bsica Conmutar unidades hastade pesos 1. 1. 7.23

Posic.d Todas 1. 1. 8. 1Exactitud de Menos 1 1. 1. 8. 2lectura

Cal/Aju Cal.ext. 1. 1. 9. 1Funcin de Cal.int. 1. 1. 9. 2tecla q Bloq (q) 1. 1. 3. 3

Uni-Cal Gramos 1. 1.11. 1(para pesa de Libras 1. 1.11. 3calibracin)

68

Nivel 1 Nivel 2 Nivel 3 Nivel 4 Cdigo

Setup Interf. Baudios 600 1. 5. 1. 3Interfaz 1200 1. 5. 1. 4

2400 1. 5. 1. 54800 1. 5. 1. 69600 1. 5. 1. 719200 1. 5. 1. 8

Paridad Impar 1. 5. 2. 3Par 1. 5. 2. 4Ninguna 1. 5. 2. 5

Bitstop 1 Stop 1. 5. 3. 1Cant-bits stop 2 Stop 1. 5. 3. 2

Handsh Softw. 1. 5. 4. 1Modo de Hardw. 1. 5. 4. 2funcionamiento Ninguno 1. 5. 4. 3

Bitdat 7 bits 1. 5. 5. 1Cant-bits datos 8 bits 1. 5. 5. 2

Modo.COM SBI (ASCII) 1. 5. 6. 1Modo comunic. Impreso (Protoc-GLP) 1. 5. 6. 2

Protoc Modo.Imp Man-sin (estabilidad) 1. 6. 1. 1(Impresin) (manual/ Man-con (estabilidad) 1. 6. 1. 2

autom.) Aut-sin (estabilidad) 1. 6. 1. 3Aut-con (estabilidad) 1. 6. 1. 4

Cancel Desact (no es posible) 1. 6. 2. 1(impres-autom.) Activa (con tecla ) 1. 6. 2. 2

Imp/Tar Desact 1. 6. 4. 1Tarar despus Activa 1. 6. 4. 2de impres-indiv.

PRINT

69


Setup Protoc Parm.apl Desact 1. 6. 5. 1(Impresin) (impres-parm. Todos 1. 6. 5. 2

de aplicacin P-princ 1. 6. 5. 2

Formato 16carac (sin ident.) 1. 6. 6. 1(formato lnea) 22carac (con ident.) 1. 6. 6. 2

2 lineas (Fecha, hora 1. 6. 6. 3y val-peso)

GLP (como Desact 1. 6. 7. 1protocolo Calibr (slo al calibr.) 1. 6. 7. 2ISO/GLP) Siempre 1. 6. 7. 3

tiempo 24 h 24-hour format 1. 6. 8. 112 h 12-hour format AM/PM 1. 6. 8. 2

Fecha dd.mmm.AA Daylmonthlyear 1. 6. 9. 1mmm.dd.AA Monthldaylyear 1. 6. 9. 2

F.Extra Menu Modific 1. 8. 1. 1(Funciones Lectura (slo leer) 1. 8. 1. 2adicionales)

S-acust Desact 1. 8. 2. 1(seal acstica) Activa 1. 8. 2. 2

Teclas Libre 1. 8. 3. 1(Teclado) Bloq 1. 8. 3. 2

On-Mode Off/On des/act/standby 1. 8. 5. 1(encendido de Standby /activado 1. 8. 5. 2la balanza) Auto-On autom. activ 1. 8. 5. 3

Retroil. Desact 1. 8. 6. 1(retroilumina- Activa 1. 8. 6. 2cin)

Reset Menu Si (reponer) 1. 9. 1. 1(reponer) (ajuste) No (no reponer) 1. 9. 1. 2

70


Aplic Pesar 2. 1.Programas Unidad Posic Todas 2. 2. 2. 1de Menos 1 2. 2. 2. 2aplicacin

Contaje Resol Lectura (exact. lectura) 2. 3. 1. 1(resolucin) 10.mejor 2. 3. 1. 2

Optimiz Desact 2. 3. 2. 1(optimiz. autom. Autom 2. 3. 2. 2de referencia)

Porcent Decimal Sin 2. 4. 1. 1(porcentaje) 1 2. 4. 1. 2

2 2. 4. 1. 33 2. 4. 1. 4

Tot-Net Imp-comp Desact 2. 5. 1. 1(total neto) (impresin de Activ 2. 5. 1. 2

componentes)

Total Imp-comp Desact 2. 6. 1. 1(totalizacin) (impresin de Activ 2. 6. 1. 2

componentes)

P-anim Intranq Poca (tranq., 2%.) 2. 7. 1. 1Pesaje Intranquilidad Mediana (normal, 5% ) 2. 7. 1. 2anim. Mucha (intranq., 20% ) 2. 7. 1. 3

Inicio Manual 2. 7. 2. 1 Autom 2. 7. 2. 2

Calcu Metodo Mul. (multiplicador) 2. 8. 1. 1(operador) Div. (divisor) 2. 8. 1. 2

Decimal Sin 2. 8. 2. 1 1 2. 8. 2. 2

2 2. 8. 2. 33 2. 8. 2. 4

Densi Decimal Sin 2. 9. 1. 1(det-densidad) 1 2. 9. 1. 2

71

Entrada: Nro. Ident., fecha y hora

Nivel 1 Nivel 2 Nivel 3 Cdigo

Entrar N-ID Entrar ID, mx. 7 posiciones 3. 1.Caracteres posibles: 0-9, A-Z, rayas y caracter en blanco

fecha Ajustar fecha 3. 2.

hora Ajustar hora 3. 3.

Segn ajuste tem de men SETUP PROT. FECHA la fecha aparece en el siguiente formato:

Formato Lectura: Fecha

DD.MMM.YY

MMM.DD.YY

Segn ajuste tem de men SETUP PROT. HORA, la hora aparece en el siguiente formato:

Tiempo Lectura: Hora

24h-Mode

12h-Mode

72

Ejemplo: Ajustar Nro. Ident., fecha y horaPaso Pulsar tecla Lectura/salida

1. Acceso al men: largo Aplic.indicar 1. nivel de men

2. Seleccionar Entrar entrar

3. Seleccionar entrada para Nro. Ident. 2x n-id

4. Ajustar Nro-Ident., o bien 3------modificar-con repeticin largoautom. tecla

5. Moverse dentro de Nro. Ident. , o bien 3-aBC127 posiciones

6. Memorizar entrada con ltima n-idposic. Nro. Ident.

7. Seleccionar Fecha , 08.feb.06

8. Modificar ajuste 10.feb.06con repeticion autom. tecla largo

9. Cambiar posicin entre , o bien 10.feb.06Da/mes/ao

10. Memorizar ajuste en la posicin Ao fecha

11. Seleccionar Hora , 10.46.23

12. Modificar ajuste 11.46.23con repeticin autom. tecla largo

13. Cambiar posicin entre , o bien 11.46.32Hora/minuto/segundo

14. Ajustar segundo a cero 11.47.00

15. Memorizar ajuste en la posicin Segundo hora

16. Memorizar ajuste y abandonar repetidam.men

> Reinicio aplicacin 0.0 g

CLEAR

ENTER

SELECT

CLEAR

ENTER

SELECT

SELECT

ENTERSELECT

ENTER

CLEAR

ENTER

SELECT

SELECT

ENTERSELECT

ENTER

CLEAR

ENTER

SELECT

SELECT

ENTER

SELECT

SELECT

73

Informaciones especficas del aparato

Nivel 1 Nivel 2 Nivel 3 Ejemplo Cdigo

InFo V-softw Lectura versin de software rel.36.01 4. 1.

N-serie Lectura nmero de serie 10801234 4. 2.(conmutar entre lectura parte superior/parte inferior: pulsar tecla )

Modelo Lectura designacin de modelo bbi-31 4. 3.(conmutar entre parte superior/parte inferior: pulsar tecla )

Representacin de men: seleccionar Lengua o Cdigo

Lengua Ingles (ajuste de fbrica) 5. 1.Aleman 5. 2.Frances 5. 3.Ital. 5. 4.Espanol 5. 5.Codes (representacin del men como cdigo) 5. 6.

SELECT

SELECT

74

Programas de aplicacin / Contaje

Smbolo en lectura: Z

ObjetoEn Contaje puede determinarse unacantidad de piezas cuyo peso de piezaindividual es aproximadamente igual. Aqu se determina primero el peso deuna cantidad determinada de piezasmanualmente y de este peso se calculael peso individual (referencia). Del pesode la cantidad desconocida de piezasse calcula a continuacin la cantidadtotal.

Preparacin Ajustar en el men el programa

de aplicacin: Contaje, ver en elcaptulo: Ajustes previos

Ajustar parmetros:

Aplic Programas aplicacin

Contaje

Resol

Lectura Exactitud de lectura10.Mejor

Optimiz Optimizacin autom. de referencia

Desact Exact. de lecturaAutom Automtica

= ajuste de fbrica

Modificar la cantidad de referenciaAcceder a la funcin: Pulsar tecla Seleccionar posible cantidad referencial de piezas 1 hasta 100: Secuencial, una a una: pulsar brevemente tecla En pasos de 10 en 10: manteniendo pulsada la tecla La cantidad seleccionada de piezas se memoriza a prueba contra los fallos de red.

Optimizacin de los resultados del ContajeLa optimizacin automtica de la referencia conduce a resultados ms precisos durante el contaje. Esta funcin puede activarse o des-activarse en el men.

Una optimizacin automtica de la referencia se realiza si se cumplenlas condiciones y el criterio definido de estabilidad.

Con la tecla opt se indica brevementeel nuevo peso promedio de pieza.

Impresin ContajenRef 10 : Cantidad piezas

referenciawRef 21.1400 g : Peso de referenciaQnt + 500 pcs : Cantidad piezas

calculada

SELECT

SELECT

SELECT

75

Ejemplo: Contaje de piezas de igual pesoAjuste previo de parmetro: Aplic Contaje (cdigo 2. 3.)


1. Colocar recipiente para + 22.6000 gllenar con piezas


3. Poner cant-piezas referenciaen el recipiente (aqu: 20 pcs)

4. Modificar cant-piezas referencia ref 10pcs

5. Selecc. cant-piezas referencia: repetidam. una por una (1, 2, 3, ..., 100) brevem., o bien Pasos 10 en 10 (10, 20, ..., 100) mantenerla ref 20pcs

pulsada

6. Confirmar cant-piezas refer. + 20pcs *e iniciar aplicacin. nRef 20 pcsPeso refer. actual permanece wRef 0.1070 gmemorizado, hasta definir nueva refer. o al producise fallo de red.

7. Echar cantidad piezas deseada + 500pcs *

8. Caso dado, imprimir cant-pcs Qnt + 500 pcs

9. Conmutar lectura entre 0.1070 g G*peso promedio piezas, peso, + 53.5000 g *cantidad de piezas repetidam. + 500pcs *

10. Descargar balanza 21pcs *11. Caso dado, seguir desde 7.

12. Borrar valor de referencia 0.0000 gCLEAR

SELECT

PRINT

ENTER

SELECT

SELECT

SELECT

76

Pesada en porcentaje

Smbolo en lectura: %

ObjetoCon este programa de aplicacinpuede determinarse el porcentaje deuna muestra en relacin con un pesode referencia.

Preparacin Ajustar en el men el programa de

aplicacin: Pesada en porcentaje: ver en captulo: Ajustes previos

Ajustar parmetros:

Aplic (programas de aplicacin)

Porcent (porcentaje)

Decimal (posiciones decimales)

Sin

12

3

= ajuste de fbrica

Modificar el valor porcentaje de referenciaAcceder a la funcin: pulsar la tecla Seleccionar posible referencia 1 hasta 100: una a una: pulsar tecla brevementepasos de 10 en 10: mantener pulsadatecla

La cantidad porcentual seleccionadase memoriza contra los fallos de red.

Impresin: Pesada en porcentajepRef 100 : Cant-porcentaje

referenciaWxx% 111.6000 g : Peso referencia

neto xx%Prc + 94.9 % : Cant-porcentaje

calculada

SELECT

SELECT

SELECT

77

Ejemplo: Determinacin del peso residual en porcentajeAjuste previo de parmetro: Aplic Porcent (cdigo 2. 4.)Valor porcentaje de referencia: Ref 100%



2. Colocar muestra para 100% preparada (aqu: 111,6 g)

3. Informacin:Entrar cant-porcent-referencia ref 100 %(modificar: ver pg. anterior)

4. Inicializar balanza + 100.0 % *Peso refer. actual permanece memorizado, hasta definir pRef 100 %nueva referencia o al Wxx% 111.6000 gproducirse un fallo de red.

5. Retirar muestra(p. ej. secar la muestra)

6. Colocar peso desconocido + 94.9 % *(aqu 105,9 g)

7. Caso dado, imprimir v-porcent. Prc + 94.9 %

8. Conmutar lectura entre + 105.9000 g *peso y cant-porcentaje repetidam. + 94.9 % *9. Borrar lectura peso referencia

y cant- porcentaje referencia + 105.9000 g

10. Caso dado, impr. p-resid. neto N + 105.9000 gPRINT

CLEAR

SELECT

PRINT

ENTER

SELECT

78

Clculo

Smbolo en lectura: C

ObjetoCon este programa de aplicacinpuede calcularse el valor de medidacon ayuda de un multiplicador o divisor. Campos de uso son, p. ej. la determi-nacin de pesos de superficies depapel.


de aplicacin: Clculo: ver en el captulo: Ajustes previos

Ajustar parmetros:

Aplic

Calcu Clculo

Metodo (operador)

Mul. (multiplicador)div. (divisor)

Decimal

Sin

12

3

= ajuste de fbrica

Ajustar factor o divisor Acceder a la funcin: pulsar tecla Seleccionar posible tamao numrico,siete posiciones numricas y un decimal (0.000001 9999999): uno a uno: pulsar brevemente tecla

o bien secuencialmente: mantener pulsada la tecla

El operador seleccionado se memorizacontra los fallos de red.

Impresin: ClculoMul 1.2634 : MultiplicadorDiv 0.6237 : DivisorRes + 79.7 o : Resultado

SELECT

SELECT

SELECT

79

Ejemplo: Clculo de peso de la superficie de papel: ha de determinarse el peso de la superficie de una hoja DIN A4 (0,210 m + 0,297 m = 0,06237 m2). El peso de la superficie resulta de la divisin del valor de peso por la superficie.

Ajustes previos para el mtodo Divisor: Aplic Calcu Metodo Div. (cdigo 2. 8. 1. 2)



2. Seleccionar entrada Divisor ______0.

3. Ajustar Divisor (aqu: 0,06237):Posicionar decimal, , 5+ , __.00000

2+ , cifras una a una, o bien repetidam. __.06000secuencialmente brevem., o bien

mantenerlapulsada, , etc. __.06237

4. Aceptar ajuste de Divisor e inicializar balanza. + 0.0 oDivisor actual permanece Div 0.6237memorizado contra fallos de red, hasta modificarse el ajuste.

5. Determinar peso superficial: + 79.7 o *colocar hoja DIN A4

6. Caso dado, impr. peso superf. Res + 79.7 o

7. Conmutar lectura entre repetidam. + 4.9700 g *peso y valor calculado + 79.7 o *

8. Descargar balanza + 0.0 o *9. Caso dado, seguir desde 5.

SELECT

PRINT

ENTER

ENTER

SELECT

ENTER

SELECTENTER

SELECT

80

Pesaje de animales/Formacin del valor promedio

Smbolo en la lectura: V

ObjetoCon este programa de aplicacin es posible la medicin de muestrasintranquilas (p. ej. animales), o bien lamedicin de muestras en entornosextremadamente intranquilos. Para esto, debe obtenerse un valor promedio a travs de varios ciclos de medida


de aplicacin: Pesaje de animales: ver en el captulo: Ajustes previos

Ajustar parmetros:

Aplic

P-anim (pesaje de animales)

Intranq (intranquilidad)

Poca (tranquilo) Mediana (normal)

Mucha (intranquilo)

Inicio

Manual

Autom

= ajuste de fbrica

Modificar la cantidad de submedicionesAcceder a la funcin: pulsar tecla Seleccionar posibles mediciones 1 hasta 100: una a una: pulsar brevemente la tecla en pasos de 10 en 10:mantener pulsada la tecla

La cantidad seleccionada de submedi-ciones es memorizada contra los fallosde red.

Impresin: Pesaje de animalesmDef 20 : Cantidad definida de

submedicionesx-Net +10.1000 g : Resultado del valor

promedio

SELECT

SELECT

SELECT

81

Ejemplo: Pesaje automtico de animales con 20 submedicionesAjustes previos para el parmetro: Aplic P-anim (cdigo 2. 7.)


1. Colocar plato pesa-animales 22.6000 g


3. Modificar cant-submediciones ref 30

4. Seleccionar mediciones: repetidam. una a una (1, 2, 3, ..., 100) brevem., o biende 10 en 10 (10, 20, ..., 100) mantenerla ref 20

pulsada

5. Confirmar submedic. selecc. + 0.0000 g *e iniciar pesaje automtico.Cant-submediciones permanecememorizada contra los fallos de red, hasta modificarse el ajuste.

6. Poner 1. animal en el recipiente. 888La balanza retarda el comienzo 20del pesaje hasta que la desviacin 19de 2 mediciones satisface el ....criterio. 1

$ Con inicio manual

7. Leer el resultado. + 10.1000 g G*El resultado de la medicin se indica con el smbolo mDef 20* (= valor calculado) x-Net + 10.1000 gy permanece en la lectura hasta que la muestra es retirada del plato de pesada o del recipiente.

8. Descargar la balanza + 0.0000 g*9. Caso dado, pesar siguiente animal

La medicin siguiente inicia automticamente.

ENTER

ENTER

SELECT

SELECT

SELECT

82

Total-Neto

Smbolo en la lectura: R

ObjetoCon este programa de aplicacin pueden pesarse componentes parauna mezcla. Pueden imprimirse los pesos totales y los pesos de componentes.

Preparacin Ajustar en el men programa de

aplicacin: Total-Neto: ver el captulo: Ajustes previos

Ajustar parmetros:

Aplic

Tot-Net (Total Neto)

Imp-comp (impresin de componente)

Desact

Activ

= ajuste de fbrica

Caractersticas Pesada de componentes individua-

les (mximo 99 componentes)desde valor lectura cero, hasta el peso deseado del componente.

Memorizacin del componentepe

Boeco Manual de uso

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