B-TEK BULLSEYE COUNTING SCALE

USERS MANUAL

Rev. H (06/01/05)

Index: Pg 1….……Specifications Pg 2….……Keypad layout / Push button functions Pg 3….……Configuring the B-TEK Bullseye Pg 4….……Counting parameters Pg 5….……Calibration / Custom transmit parameters Pg 6….……Load cell wiring procedure Pg 7.………Serial port wiring / Switch settings Pg 8...……..Serial string formats Pg 9..……...Serial input commands Pg 10……...Entering custom transmits Pg 11……...Sample custom transmit Pg 12…..… Custom transmit codes Pg 13...……Custom transmit codes continued Pg 14...……Custom transmit worksheet Pg 15……...ASCII Control code chart 1 Pg 16……...ASCII Control code chart 2 Appendix A……Extended parameters / Power up functions / Error Codes Appendix B……Configuring setpoints Appendix C……Testing push buttons Appendix D……Battery Option set up

Users reference sheet is attached to the back of the manual to tear off and give to your customers

This manual may not be copied or redistributed without written consent of B-TEK Scales, LLC. 2003 by B-TEK Scales LLC. 1510 Metric Ave. SW Canton, Ohio 44706 1-800-266-8900

B-TEK Bullseye Specifications Power Supply V input Range Standard: 117VAC(range 105 to 127)@20 Watts Optional: 12VDC (range 11.6 to 17) @ 1 Amp Analog System Analog input range -0.3 to 3.3 mV/V Load cell excitation 10Vdc +/- 3% Min. Micro volt/grad. .33 (minimum) Load cell connections +/- Exc., +/- Sig.,+/-Sense, Shield Raw Zero Drift < .2 ? V/C? Raw Span Drift < .2 ? V/C? Linearity 0.002% over range A/D Conversion Method Delta-Sigma A/D Raw Counts +/ - 2,097,152 (+/-21 bits) Displayed Graduations Up to 999,999 A/D Conversions/Sec. 60 or 50 Display updates/Sec. 5 Computer and Display Display 6 digit, 11 segment 0.56” Polarity Indication “-“ sign in left-most display pos. Enunciator Bars 14 Push Buttons 22 tactile-dome push button switches w/ stiffener Serial Interface Bi-directional RS232 or 20Ma, Simplex RS232,optional RS485 Microprocessor 80c32 Speed 22.1 MHz ROM Memory 64k bytes NVSRAM Memory 8k bytes standard or 32k bytesmax.(optional) Real Time Clock phantom device in NVSRAM EEPROM Memory 2k bytes standard Set points 2 set points w/ 8 5v TTL outputs ID Program Stores up to 360 ID’s Accumulator up to 12 digits Ticket counter up to 6 digits Operator ID up to 6 digits Environmental Base For Dry area use only. Using around water may cause electrical shock Powered Scale Temp Rating -10.0 C? to 40.0 C?; 22 to 104F Max Inside Base 50.0 C? Min Inside Base 0 C? Other Overload is at 103% Capacity Under load is at –1% Capacity Page 1

Push Buttons – Configuration Mode (#3 Key) Enters Configuration mode when switch 1 is closed (Zero Key) Move forward to next Parameter (1000 to 1001, 1001 to 1002, etc.) (G/N Key) Move back to the previous parameter (1002 to 1001, 1001 to 1000, etc.) (Units Key) Change parameter setting (In ID system Units key will Delete stored ID number) (Print Key) Change parameter setting (when entering a numeric parameter, this is used as a back space) (Scale Select) View current parameter, and select parameter by numeric keypad followed by enter. (Clear Key) (Abort entry of number) Press the (CLEAR/ESCAPE) key to exit the configuration mode. Special Push buttons for operation mode (Tare Key) Used to auto tare or Keypad tare your container on the scale. Press twice to auto tare. Press once followed by numeric keys to enter your keypad tare. Press Enter or Tare again to enter the value______________________________________________________________________________ (ESCAPE Key) Use this key to back you out of any step you are performing in the counting scale. Each press backs you up one step. (#2 Key) Allows the operator to change the ticket number when option is turned on.______________ (#4 Key) Allows operator to assign a piece weight a ID number. Operator can also scroll thru existing ID’s with the (Zero) and the (G/N) buttons. (Units) Clears ID’s one at a time. (Parameter 1502 Asks the operator for a ID number each time a sample is performed)____________ (#5 Key) Allows the operator to enter their employee number. Number prints on the tickets when using a custom transmit.________________________________________________________________ (#7 Key) Starts a batch when the setpoints are enabled._______________________________________ ( . ) Stops the batch ________________________________________________________________ (#8 Key) Changes set point value for set point #1.____________________________________________ (#9 Key) Changes set point value for set point #2.____________________________________________ (#0 Key) Clears accumulator for the current ID selected. Page 2

Configuring the B-TEK Bullseye

To enter configuration mode, close switch S1-1. If you wish to see extended parameters, also close S1-2. Then press the #3 Key to enter Configuration. P9000 “Clear Accumulator” key lock out. (#0 on the keypad) (On, Off) P9002 Ticket # key lock out (#2 on the keypad) (On, Off) P9004 ID # key lock out (#4 on the keypad) (On, Off) P9005 Operator ID key lock out (#5 on the keypad) (On, Off) P9010 Push to zero key Lock out (ZERO) (On, OFF)

P1000 Summation of scales (On/Off) (Allows User to total both scales) P1001 Calibration units (lb, kg, oz, g) P1002 Conversion units (off lb, kg, oz, g, custom) P1003 Custom Units division factor. IE. .0625 = oz if calibration units is lbs. P1010 Tare selection (K-tare, both, auto) P1011 Tare range: " G 0" Greater than zero (>= 1 grad)

" G= 0" Greater or equal to zero. "CNTR 0" -.25 graduations or greater.

" ALL" Tare any value from >UL to <FS. P1012 Auto Tare Clear:

“OFF” Tare will not automatically clear. “ 1” Clear tare for the selected scale after print or N to G transition. “ 2” The tare & APW for the selected scale will be cleared when the scale goes below the %threshold set in parameter P1013.

P1013 Auto Tare & APW auto clear threshold percentage. The selected scale is monitored for this threshold; Range is 0 to 100% (Note: the weight on the inactive scale can be removed without clearing the tare & APW values.)

P1020 5 Point Linearization (Off, On) (Scale 1, Scale 2) P1x00 Capacity (1 to 999000) Default = 50.000 P1x01 Display Increment (0.0001 to 500) Default = .005 P1x02 Auto-zero grads (Off, 0.5, 1, 3, 5, 10,20, 30, 40, 50) Default = Off P1x03 Auto-zero/push to zero (1.9%, 3.9%, 10%,50%, 100%) Default = 100% P1x04 Display update (0.2 , 0.4 , 0.5 , 0.8 , 1.00 seconds/update) Default = 0.2 P1x05 Motion in grads (off, .1 , .2 , .3 , .5 , 1, 3, 5, 10, 20, 50) Default = .3 Note: Parameters will not be seen for Scales 2 if the multi scale board is not installed.

x = The scale selected in configuration mode. (Ex. Parameter 1200 is full Capacity for scale 2)

Page 3

Counting Parameters P1500 OFF,

Mode 1 – auto sampling (Auto tare, Auto Sample) Mode 2 – two push button counting (Auto tare, Sample, Count) Mode 3 – three push button counting. (Tare, Sample, Count) (Hides P1503,P1504)

P1501 Sample enhancement mode (On/Off) P1502 Prompt for ID when sample button is pressed. (On/Off) P1503 1: Scale 1 is the sample scale. (Used for the Automatic sample to Bulk operation)

2: Scale 2 is the sample scale. (Used for the Automatic sample to Bulk operation) SEL 1: When sample is pressed, scale 1 is automatically selected. Note, scale 2 can’t be used as a sample scale when this is selected. SEL 2: When sample is pressed, scale 2 is automatically selected. Note, scale 1 can’t be used as a sample scale when this is selected.

P1504 Sample scale to Bulk scale (On/Off) P1505 Average Piece Weight is weight per 1000 (On/Off) P1506 Minimum sample percentage (0.01%, 10.00%) Default= .02% P1510 Add pieces value #1 (default is 10) P1511 Add pieces value #2 (default is 20) P1512 Add pieces value #3 (default is 50) P1513 Add pieces value #4 (default is 100) P1520 Sample accuracy

1: Good (1 second sample time) 2: Better (2 Second sample time) 3. Best (2.5 Second sample time)

P1521 Filtering selection. (Off,1,2,3,4) 1 being the lightest filtering, and 4 being the heaviest.

SERIAL COMMUNICATIONS Port 1 Default P2100 Off Port mode (OFF, Continuous, Demand, UPS) (See Page 9 for UPS setup) P2101 9600 Baud Rate (300, 600, 1200, 2400, 4800, 9600, 19200) P2102 8N1 Serial data Format (8n1, 7e1, 7o1) P2103 dISP Gross Data (dISP (Condec nEt mode), Gtn, Ct 1, Ct 2,…, Ct 10) P2104 Off Independent Net Data (Off, Ct 1, Ct 2,…, Ct 10) P2x03 must be set to a

custom transmit selection for this to take effect. If P2x03 is set to OFF, the net data will be controlled by P2x03.

P2105 On Front Panel Print Pushbutton (On/off) P2107 0 Motion delay (0 through 10 seconds) P2108 0 Line-feed delay (0 – 3 seconds) P2109 NONE Handshaking – NONE, XON/XOFF P2110 0 NODE address (0=none, 1 through 32) Not available in Bullseye Port 2 Default P2200 Off Port mode (OFF, Continuous, Demand) P2201 9600 Baud Rate (300, 600, 1200, 2400, 4800, 9600, 19200) P2202 8N1 Serial data Format (8n1, 7e1, 7o1) P2203 dISP Gross Data (dISP (Condec nEt mode), Gtn, Ct 1, Ct 2,…, Ct 10) P2204 Off Independent Net Data (Off, Ct 1, Ct 2,…, Ct 10) P2x03 must be set to a

custom transmit selection for this to take effect. If P2x03 is set to OFF, the net data will be controlled by P2x03.

P2205 On Front Panel Print Pushbutton (On/off) P2207 0 Motion delay (0 through 10 seconds) P2208 0 Line-feed delay (0 – 3 seconds) Page 4

Custom Transmit Edit Buffers Each buffer can store up to 60 characters. (See page 13-16 and 25-26 for more details on custom transmits) P2501-2510

Custom Transmit 1 thru 10

Real Time Clock Parameters P4000 Date format:

A .SHORT: MM/DD/YY (“01/01/00”) B .LONG: Month day, year (“January 01, 2000”)

P4001 Time Format: 24 Hr: (“00:00:00” to “23:59:59”) 12 Hr: (“12:00:00am” to 11:59:59pm”)

P4010 Set date (MONTH.DAY.YEAR) P4011 Set time (HOUR.MINUTE.SECOND.A/P) NOTE: When entering the time in the 12 Hr mode , press the (Print) key while the seconds position is flashing to select A for am or P for pm (Scale select key changes the setting). B-TEK BULLSEYE Calibration Procedure Calibration Sequence 1) Close S1-4. and press the number 6 key on the keypad. Display will now show CXXXXX with the

“C” flashing, the “X”’s could be any number on initial calibration. 2) Remove all weight from scale and press the [ZERO] button. Indicator should now read [C 00]. 3) Apply weight to scale platform. 4) Enter the weight on the platform via number keypad followed by [Enter]. The displayed weight will

now be steady and the “C” will be flashing. 5) Take the weight off the scale and check zero. Then reapply the weight and make sure the meter reads

correctly. (Press the select (scale select)) button to calibrate other scale inputs. 6) If everything is correct, Press the (CLEAR/ESCAPE) key and you are finished calibrating the scale. If

the readings in step 5 are not correct, repeat steps2-5. 7) Make sure to open switch 4 to lock out keypad access to calibration.

Push Buttons – Calibration Mode

Set Zero Calibration Value

Input Calibration Weight Values

Enter Calibration Weight Values Page 5

Bullseye Load Cell Wiring Procedure Load Cell Wiring Diagram

Multi scale board installation

1. Disconnect power to the Bullseye 2. Screw standoffs into the main board. (only the holes that match up to the multi scale board) 3. Plug the multi-scale board into the 32 pin buss securing the board with 6/32 screws. 4. Wire the load cell or scale to the option board. 5. Power up the indicator, Configure the parameters, and Calibrate (Use the Select button).

Second Scale Wiring for the male connector Shield- Connect to the cable clamp on the connector

Page 6

Serial Port Wiring and Data

Switches Switches must be closed to access Calibration or Configuration from the front keypad. To access Configuration and Calibration close desired switch and press 3 (Config.) or 6 (Cal) key. S1-1: Open: Normal Mode (Configuration lock out) Closed: Configuration Setup S1-2: Open: Nor mal Mode Closed: Enable Extended Parameters in Setup. (Chart on page 11)

S1-3: Open: Normal Mode Closed: Power up functions enabled S1-4: Open: Normal Mode (Calibration lock out) Closed: Calibration Mode Normal operation switch settings S1-1, S1-2, S1-3, S1-4 all open. S2-1: Open: Always leave open S2-2: Open: Disable 20mA Receive Closed: Enable 20Ma Receive S2-3: Open: Disable RS-232 Receive Closed: Enable RS-232 Receive S2-4: Open: 20mA Tx Current Loop Enable Closed: 20mA Tx Current Loop Disable All S2 switches are for port 1 only Page 7

SERIAL STRINGS

CONTINUOUS FORMAT DISP mode Example: <STX><polarity><data><units><mode><status><CR><LF> Example: <STX>-123.456LGM<CR><LF> GTN mode: Gross weight, tare weight, net weight, unit, and status <STX>-123.456G-123.456T-123.456NLM<CR><LF> NOTE (continuous transmission): If <= 1200 baud is selected with 10 (20) updates/sec, there will be missed serial updates since the time of transmitting a 14 character string takes around 117 ms, select at least 2400 (4800) baud. DEMAND FORMAT <STX><label><polarity><data><SP><units><CR><LF> DEMAND (“dISP” mode), Gross displayed: <STX>Gross Wt:<SP>-123.456<SP>lb<CR><LF> DEMAND (“dISP” mode), Net displayed: <STX><SP><SP>Net Wt:<SP>-123.456<SP>lb<CR><LF> DEMAND (“Gtn” mode), Gross displayed: <STX>Gross Wt:<SP>-123.456<SP>lb<CR><LF> DEMAND (“Gtn” mode), Net displayed: <STX><SP><SP>Gross Wt:<SP>-123.456<SP>lb<CR><LF> <STX><SP>Tare Wt:<SP>-123.456<SP>lb<CR><LF> <STX>Net Wt:<SP>-123.456<SP>lb<CR><LF>

<STX> ASCII Start of text character (02H)

<polarity> Polarity: Space character (20H) for a positive number, and a negative sign (xxH) for a negative number.

<data> 7 character number representing the weight. Leading zeros are spaces & a decimal point is possible.

<SP> ASCII space character (20H)

<units> One or more character representation of either pounds, kilograms, etc. This is the units of the <polarity><data> number. Single: L,K,G,O,C & Other: lb, kg, g, oz. Parameter P2500 allows the user to enter custom unit text.

<mode> One character representation of either gross (G) or net (N) weight mode.

<status> ' ' if none of the following are true: 'O' Over/Under range; 'M' Motion

<CR> ASCII carriage-return (0DH)

<LF> ASCII line-feed (0AH)

<label> Nine character label for the <polarity><data> number (“Gross Wt.” or “ ID No.”) Note: The label is right justified, and there is a space character that immediately follows the label for a total of ten characters before the numerical data.

Page 8

SERIAL INPUT COMMANDS: <P> Print (motion inhibited) <R> Request print data (will print out regardless of motion!) <Z> Zero weight (must be in gross mode) <T> Tare weight (automatically switches to net if in gross) <G> Display gross weight <N> Display net weight <S> Toggle G/N display. <U> Unit switch. Notes: (1) Any other data received is ignored. (2) The <P> & <R> commands are the only ones that shall respond by sending the weight to the host. (3) All commands should be appended by a <CR>. (a <LF> can be sent but shall be ignored). (4) Commands MUST be capital letters (lower case shall not function). UPS Computer Setup: In your computer go to C:/UPS/Uows/Scale.ini Add the following information to the scale listings. (Note: You may copy another scale and change.) [BULLSEYE SHIPPING SCALE] ScaleType=S BaudRate=9600 DataBits=7 Parity=O StopBits=1 LbsIndicator=lb KgsIndicator=kg InMotionIndicator=gr StableIndicator=GR StabilityCount=3 RequestCommand=82,13 Sleep=200 TeeterFactor=.05 OutputStringFormat=NXXXDXXSUUSMMSSCL Save scale.ini and then restart UPS Worldship. Then select tools, and system preferences. Click on the Hardware tab. Select the Com port your scale is connected to on your computer. Select the scale then press test scale. If the scales works without errors press OK on the Scale screen and the system preferences screen to enable the scale. Page 9

Entering Custom Transmits (PRINT) When entering a custom transmits, this button moves you forward from step 1 to step 2 etc. (UNITS) When entering a custom transmit, this button moves you backward from step 3 to step 2 etc.

These buttons are used to enter ASCII Codes in custom transmits. (ENTER KEY) Inserts one line into custom transmits. (DECIMAL POINT) Deletes one line out of custom transmits. Turning On and Setting Up Custom Transmits 1) Close SW1-1 2) Press (ZERO? ) key until you reach parameter 2103 or 2203. 3) Change parameters 2103 or 2203 to any one of Ct1 through Ct10. 4) Press (ZERO? ) key to index to 2501 through 2510. (2501=Ct1, 2502=Ct2, 2503=Ct3 etc.) Use the one you chose in step 1. 5) Display will read 01-XXX 6) Enter code you desire for this step of the custom transmit via numeric keypad followed by the <Bullseye/ENTER> key. 7) Press (PRINT? ) key. 8) Display will now read 02-XXX. 9) Enter code you desire for this step of the custom transmit via numeric keypad followed by the <Bullseye/ENTER> key. 10) Continue steps 5-7 until you reach the end of your custom transmit file, the last step must be 999. 11) You can now return to normal operation by pressing the CLEAR key and turning SW1-1 to open. 12) Test your custom transmit on your printer. Page 10

Sample Custom Transmit 01-066 “B” 02-045 “-“ 03-084 “T” 04-069 “E” 05-075 “K” 06-013 “CR” (Carriage Return) 07-010 “LF” (Line Feed) 08-401 “Time” 09-032 “ “ (Space) 10-402 “Date” 11-013 “CR” (Carriage Return) 12-010 “LF” (Line Feed) 13-500 “ID” “CR/LF” 14-510 “Quantity” “CR/LF” 15-200 “Gross Wt.” “CR/LF 16-220 “Tare Wt.” ”CR/LF” 17-210 “Net Wt.” “CR/LF” 18-999 “End” (Custom Transmit files terminate with “999”) The above custom transmit file prints out the following: B-TEK 09:41:04 July 01,2005 ID No. 3096 Quantity 200 Pcs Gross Wt. 25 lb Tare Wt. 5 lb Net Wt. 20 lb

Page 11

CUSTOM TRANSMIT CODES

Code Description Example 0-127 ASCII Characters “B-TEK Scales, LLC” See ASCII charts

Code Description 20x Gross Weight 21x Net Weight 22x Tare Weight 23x Displayed Weight / Count

CODE Description Sample printout (yy0 code)

500 Print ID Number “ID 123456” 510 Quantity (If APW is zero, this is also zero) “Quantity 200 Pcs” 520 Average Piece Weight (not rounded – prints

maximum resolution, by 0.00001) “ APW 0.00229 lb” “APW x1000 2.29000 lb”

530 Quantity accumulator (up to 12 digits) “Quan.Acc. 123456789012 Pcs” 580 Operator ID number (0-999999) “Operator# 123” 590 Ticket number (1-999999) “Ticket# 100” ‘x’ can be 0, 1, or 2 for different ticket formats.

Code Description Example xx0 Demand format “Gross Wt. 1.00 lb”

<9 char. label text><SP><sign><7 char number><SP><8 char. or less unit text><CR><LF>

xx1 Continuous format

“ 1.00LGM” <STX><sign><7 char number><1 char. unit><1 char. mode><1 char. mode>

xx2 Number only “ 12.34” <sign><7 char number>

CODE NAME DESCRIPTION EXAMPLE

300 Transmit Status Single character representation of the status of applied weight

<Space>, “O”, or “M”

301 Single character units Tx’s single L or K for weight units. “L” or “K” 302 Multi-character units Tx’s lb or kg for weight units. “lb” , “kg”, “ft-lb” 303 Single character display

mode Tx’s single N or G for the displayed weight.

“N” or “G”

304 Not allocated 305 Not allocated 306

Transmit CR Transmit carriage-return. If the delay for the tx output is 1, 2, or 3 seconds (parameters P2x08), it is initiated.

307

Transmit CR/LF

Transmits a carriage-return and then a line-feed.. If the delay for the tx output is 1, 2, or 3 seconds (parameters P2x08), it is initiated

308 Transmit I/O status bits 31-0

“00000000”

309 Transmit I/O status bits 63-32

Page 12

Custom Transmit Codes Continued

Code Description Example 310 Select total 311 Select scale 1 312 Select scale 2

Note: When selecting different scales enter the ASCII code that will print from each scale. Ex. (312,200) This would be a gross weight from scale two.

Code Description Example

402 Date “January 01, 2000”, “June 27, 2000” 401 Time “14:00:00”, “02:00:00pm”

Code Description Example 601-610 Call Ct ? and return. Execute custom transmit 1-10 and return to the caller when a 999 is

encountered. A maximum nest level of 3 from the caller is permitted. (Ex. 601=Custom Transmit 1, 602=Custom Transmit 2, etc.) There are two ways to set up the “Call Ct function” use custom transmit 1 to call up different custom transmits in a certain order. (Ex. 602,603,604,605,307,999) Or, you may call the next custom transmit by putting the call number at the end of the 60 line buffer. You will be limited to doing this 3 times. Put a (307,999) when the transmit is done. CLONING THE BULLSEYE The Bullseye’s parameters may be duplicated from a master to a slave. Follow the step below.

1. Turn on SW2-3 on all of the slave units. 2. Make a DB9 transmission cable with wires from pin 2 to 3, 3 to 2 and pin 5 to pin 5. 3. Turn on all of the switches underneath the Bullseye on both units. 4. Enter Configuration and set up all parameters in the Master unit. 5. Enter Configuration in the Slave unit and go to parameter 9999 6. On parameter 9999 in the Master unit press the “Bullseye key”. 7. P0000 will show on the display. Press the scale select key, key in 1000, Then (Enter) 8. In 2 to 3 seconds transmission will finish. Repeat steps 5 and 6 on multiple units. 9. Calibrate the slave unit.

Note: Make sure both Bullseye units have the same E-prom version. Different versions may cause errors or input garbage into some of the parameters. If Garbage is displayed after the upload perform step 7. If problems still occur hold the print key on power up, then manually set up the scale. Page 13

Custom Serial Worksheet

Row Number Code Description 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

Page 14

ASCII CONTROL CODE CHART 1

CONTROL CONTROL SYMBOLS NUMBERS

CHAR CODE CHAR CODE CHAR CODE CHAR CODE

NUL 000 DLE 016 SP 032 0 048

SOH 001 DC1 017 ! 033 1 049

STX 002 DC2 018 “ 034 2 050

ETX 003 DC3 019 # 035 3 051

EOT 004 DC4 020 $ 036 4 052

ENQ 005 NAK 021 % 037 5 053

ACK 006 SYN 022 & 038 6 054

BEL 007 ETB 023 ‘ 039 7 055

BS 008 CAN 024 ( 040 8 056

HT 009 EM 025 ) 041 9 057

LF 010 SUB 026 * 042 : 058

VT 011 ESC 027 + 043 ; 059

FF 012 FS 028 , 044 < 060

CR 013 GS 029 - 045 = 061

SO 014 RS 030 . 046 > 062

SI 015 US 031 / 047 ? 063 Page 15

ASCII CONTROL CODE CHART 2

UPPER CASE UPPER CASE LOWER CASE LOWER CASE

CHAR CODE CHAR CODE CHAR CODE CHAR CODE

@ 064 P 080 ` 096 p 112

A 065 Q 081 a 097 q 113

B 066 R 082 b 098 r 114

C 067 S 083 c 099 s 115

D 068 T 084 d 100 t 116

E 069 U 085 e 101 u 117

F 070 V 086 f 102 v 118

G 071 W 087 g 103 w 119

H 072 X 088 h 104 x 120

I 073 Y 089 i 105 y 121

J 074 Z 090 j 106 z 122

K 075 [ 091 k 107 { 123

L 076 \ 092 l 108 } 124

M 077 ] 093 m 109 ~ 125

N 078 ^ 094 n 110 126

O 079 _ 095 o 111

Page 16

Appendix A Extended Parameters

EXTENDED PARAMETERS (S1-2=ON) P9100 mV/V input (Current input) P9101 mV/V dead zero (Parameters show the last Calibration data) P9110 Weight point 1 P9111 mV/V span point 1 P9112 Weight point 2 P9113 mV/V span point 2 P9114 Weight point 3 P9115 mV/V span point 3 P9116 Weight point 4 P9117 mV/V span point 4 P9118 Weight point 5 P9119 mV/V span point 5 P9120 Number of overloads on scale 1 P9121 Highest overload in mV/V for scale 1 P9220 Number of overloads on scale 2 P9221 Highest overload in mV/V for scale 2

P9200-P9219 are used for channel 2. Note: Holding the Clear key (with Switch 2 closed) during power up will reset the over load counter. POWER UP FUNCTIONS Hold front panel push button down during power up until the display message shows on the display.

PUSHBUTTON DISPLAY MESSAGE

DESCRIPTION

TARE “tESt” Display test/switch test. PRINT “A2D” Load factory default and calibrate A/D (S1-3 must be on)

CLEAR “bb.InIt” Clear battery-backed memory (set points, Auto Zero, tare, ID # ‘s, Resets the Over load counter)

DECIMAL POINT

N.A. Lamp-test, version, and Bullseye display delays are skipped.

Error Codes “Low Sig” No weight was applied during the span operation, or the load cell is not wired correctly or the cable is cut. “FS ERR” Span value was entered above the full scale amount in P1x00 “ADD LD” Weight applied is below the minimum calibration we ight. (Add weight). “CALOFL” Load cell will reach 3.4 mV/V (Max) before reaching full scale. Check load cell capacity (May be too low) and mV output of load cell (It may be stretched). “CSFAIL” E-Prom has missing data in buffer. (Replace E-prom) “EERR 1” E2 has failed and needs replaced. “A2DERR” Analog converter, or E2 has been corrupted. (Try Defaulting) “A2DOL” Load cell output is higher than 3.4 mV/V (Check Load Cells) “A2DUL” Load cell output is lower than .3 mV/V (Check load cells) “OL” Scale is loaded past full capacity. (Decrease load) “UL” Scale is below Zero value. (Re-calibrate the scale)

Appendix B To Configure Set points 1) Close SW1-1 2) Using either(ZERO? ) or (G/N? ) button step to parameter 6100 (for set point 1 setup) 6200 (for set point 2 setup) 3) Press either (UNITS? ) or (PRINT? ) button to step through HI; LO; HI-LO; Tr; Tr.dr; Tr.dr.Pr; or Off. 4) Press (ZERO? ) to 6101, display will show current Output A selected for that set point. (Output A is the output toggled by the LO or Dribble Value.) 5) Press (UNITS? ) or (PRINT? ) button to step to desired output number. (This number should be 70-77 unless I/O Expansion Option is installed.) Also, this number can be entered via the numeric keypad followed by pressing the enter button. 6) Press (ZERO? ) button to 6102, display will show current Output B value. (Output B is output toggled by the HI or Target Value.) 7) Press (UNITS? ) or (PRINT? ) button to step to desired output number. (This number should be 70-77 unless I/O Expansion Option is installed.) Also, this number can be entered via the numeric keypad followed by pressing the enter button. 8) Press (ZERO? ) button to 6103, display will show yes or no for invert relays. 9) Press (UNITS? ) or (PRINT? ) buttons to toggle yes or no. 10) Press (ZERO? ) to 6104. This parameter selects which scale you wish to base the set point on. 11) Press (UNITS? ) or (PRINT? ) buttons to toggle through SCL1, SCL2, SCL3, SCL4, SCL.TOT, or SCL.SEL. 12) Press (ZERO? ) to 6105 13) Display will show current selected mode to base set points on. Press (UNITS? ) or (PRINT? ) buttons to toggle between Gross or Net modes. 14) Press (ZERO? ) button to 6200 (This is the set-up for set point 2.) Follow steps 3-13 for set-up of each set point. 15) To exit to normal operation, Press (CLEAR/ESCAPE).

SETPOINTS

Parameter: P6x00 Description OFF Set point is disabled. High: “HI” Relay selected by P6x02 (output B) is on if the selected scale weight

is >= high set point x, otherwise off. Low: “LO” Relay selected by P6x01 (output A) is on if the selected scale weight

is <= low set point x, otherwise off. High/Low: “HI.LO” Relay selected by P6x02 is on if the selected scale weight is >= high

set point x, otherwise off. Relay selected by P6x01 is on if the selected scale weight is <= low set point x, otherwise off.

Target: “Tr” (Activate: No) (Deactivate: Yes)

When invoked by a script or start operation, the relay selected by P6x01 is energized. The relay is de-energized when the selected scale weight is >= target set point x, it will not turn back on until commanded to do so.

Target/Dribble: “Tr.Dr” (Activate: No) (Deactivate: Yes)

When invoked by a script or start operation, the relays selected by P30x1 and P6x02 are energized. The P6x02 relay is de-energized when the selected scale weight is >= (target set point x – dribble set point x), it will not turn back on until commanded to do so. The P6x01 relay is de-energized when the selected scale weight is >= target set point x, it will not turn back on until commanded to do so.

Target/Dribble/Preact: “Tr.Dr.Pr” (Activate: No) (Deactivate: Yes)

When invoked by a script or start operation, the relays selected by P6x01 and P6x02 are energized. The P6x02 relay is de-energized when the selected scale weight is >= (target set point x – dribble set point x), it will not turn back on until commanded to do so. The P6x01 relay is de-energized when the selected scale weight is >= (target set point x – preact x), it will not turn back on until commanded to do so.

Target/Preact “Tr.Pr” (Activate: No) (Deactivate: Yes)

When invoked by a script or start operation, the relay selected by P6x01 is energized. The P6x01 relay is de-energized when the selected scale weight is >= (target set point x – preact x), it will not turn back on until commanded to do so.

Input / Output points

INPUT CPU - I/O ADDRESSES

0 70 1 71 2 72 3 73 4 74 5 75 6 76 7 77

Set points continued

Parm.

P6x01 0-80 Output A: Low / Dribble If the relay is not used, it should be set to 80.

P6x02 0-80 Output B: High / Target. If the relay is not used, it should be set to 80.

P6x03

BATCH-out enable. COMPARATOR invert.

NO/YES

When the set point is configured for a batch mode (i.e. “Tr.Dr.Pr”): NO: Batch in (set points function as stated by parameter P6x00). YES: Batch out (the net weight will go negative as the product is batched out). NOTE: Parameter P6x05 must be set to “nEt” for this to function Otherwise, the batch will not start and the error message “Bat.Err” is displayed. When the set point is configured for a comparator mode (high/low): NO: HIGH/LOW relays operate normally. YES: HIGH/LOW relay inversion.

P6x04 SCL 1/SCL 2/SCL 3/

SCL 4/SCL.TOT/SCL.SEL

Select scale for set point comparisons.

P6x05 Gross/Net/Count Set point x calculations are compared to gross/net weight Note: Comparator relays can be shared (i.e. it is possible to use only one relay for setpoint 1 and 2).

Appendix C

Testing Push Buttons The pushbuttons on the Bullseye can be easily tested for proper operation by following the following procedure. 1) Unplug the Scale from the outlet. 2) Hold the TARE push button while plugging in the scale. 3) The display will now flash 888888. 4) Press any push button and the display will show the switch number that represents the switch you are pressing. The numbers are in the following chart. 5) To exit this test, unplug and power up again. Note: Battery options will not shut off unless the battery is disconnected. Push Button Switch Number ZERO S-1 GROSS/NET S-3 TARE S-5 UNITS S-7 PRINT S-9 Add Sample S-4 Piece Weight S-6 Clear/Escape S-8 Scale Select S-10 1 S-11 2 S-15 3 S-19 4 S-12 5 S-16 6 S-20 7 S-13 8 S-17 9 S-21 . S-14 0 S-18 Bullseye S-22

Appendix D

Bullseye Battery Option Battery Option parameters

P8000 (Yes / No) Battery option is installed in the Bullseye P8001 (Off, 5, 10, 15, 20, 30, 45, 60 Min) Auto Shut Off; Battery saver.

Connections:

1. Run 4 conductor 22 Guage wire from the low-voltage (1 AC 2) connection on the B-TEK-BC and directly solder to the low-voltage secondary side of transformer T1 (pins 5 & 8) on the main board. 2. With the remaining 2 wires connect the (+ OUT -) on the B-TEK-BC to TB4 + and – on

the main board. 3. The 12V rechargeable battery connects to B-TEK-BC terminals 5 and 6 ( - Bat +). 4. Run the 8 pin ribbon cable to the side of the Bullseye’s display

BATTERY CHARGER VOLTAGE (VR1)

All settings are set at the factory on scales purchased with the option. Settings do not need changed unless you are installing a battery option into an existing Bullseye. Equipment needed:

? ½ W, 5%, 1.0kohm resistor ? A small screwdriver that fits the potentiometer adjustment slots correctly. ? DMM capable of, at least, a 20V D.C. range with 0.01V resolution

Procedure: 1. Unplug all AC power to the counting scale. 2. Disconnect the battery. 3. Connect a ½ W, 5%, 1.0kohm resistor across BAT+&- terminals (Make sure the battery is

not connected to this terminal with the resistor) 4. Also, connect a DMM (20.00V D/C range) put your red lead on the + Bat terminal and

your black lead on the - Bat terminal. 5. Plug in the counting scale. 6. Set the voltage with the VR1 potentiometer per the chart below. Counter clockwise

makes the voltage decrease. Clockwise increases the voltage. 7. Remove A/C power. 8. Remove resistor and DMM then reconnect the battery.

Charge V

13.2

13.3

13.4

13.5

13.6

13.7

13.8

13.9

14

14.1

14.2

-4 5 14 23 32 41 50 59 68 77 86 95 104 113 122 131 140

Degrees F

BA

T +

/- T

ER

MIN

AL

V. (

1k L

OA

D)

BATTERY CHARGE VOLTAGE vs. TEMPERATURE

Battery option continued

POTENTIOMETERS VR2 THROUGH VR4

To simplify VR2-VR4 adjustments, set per the following table. NOTE: The potentiometers have an eleven-point scale (0%, 10%, 20%, …100%). Notice the 2 dimples on the potentiometer. They indicate the direction of the setting.

VRx POSITION VR2 ISET

VR3 DEAD BATTERY

VR4 LOW BATTERY

0% (fully CCW) 14mA 9.63V on/9.86V off 10.8V on/11.1V off 50% (mid) 30mA 10.26V on/10.66V off 11.6V on/11.9V off

100% (fully CW) 45mA 11.15V on /11.48V off 12.4V on/12.7V off

Recommended setting 50% 50% 30% (11.3V on/11.6V off)

NOTE: VR2-VR4 values can vary +/-3% with the above settings. POTENTIOMETER SUMMARY VR1 CHARGE VOLTAGE This sets the temperature-compensated charge voltage to the battery. VR2 I SET (CHARGE LED / Current Setting) After the charge-current supplied to the battery drops below the value set by VR2, the charge indicator LED on the display turns off. VR3 DEAD BATTERY This sets the point where the Bullseye will detect the battery as being drained. The message, “BT.DEAD” is displayed, the beeper is sounded, and the instrument is shut down. VR4 LOW BATTERY This sets the point where the Bullseye will detect the battery is low (almost drained); the low battery LED will turn on.

BATTERY REVERSAL PROTECTION If the battery connections would be connected backwards (opposite polarity), the circuitry protects the indicator from damage. Of course, the indicator will not start. Reverse the leads and press the battery on/off (power) pushbutton to turn the Bullseye.

BATTERY ON/OFF PUSHBUTTON The battery on/off pushbutton only functions while the battery is being used. While the A/C power is supplied pressing the pushbutton will cause the beeper to sound but the indicator will not shut down.

Estimated Battery Charging and Run Times Calculations are based on the Bullseye without the remote scale option. Run time : 9 - 13 Hrs. Note: The run time may be increased by turning on the automatic shut off in parameter 8001. The scale will automatically shut down after setting idle, which saves your batteries charge. Charge time : 12 – 15 Hrs. With Dual scale option: Subtract 1 hour of run time per 350 ohm load cell in the remote scale. Example: 12Hrs. – 4 load cells = 8 Hrs. run time. Battery Care: Always store your Bullseye counting scale with a fully charged battery. Every 4 to 5 months the Bullseye should be re-charged until the charge light turns off. Do not exceed 6 months without charging the scale or battery damage may occur. Lower storage temperatures will increase your battery’s life.

Revision D (6/1/05)

B-TEK Bullseye Quick Reference Guide Performing a sample in one button count ing mode

1. Place empty container on the scale if needed. 2. Press ENTER / SAMPLE (Bullseye), (Auto Tare is performed) 3. The counting scale will display “SPL 10”. Select the number of pieces being sampled on the scale

with the (ADD SAMPLE) key for pre -set numbers, or use the Numeric keypad followed by (ENTER).

4. Place sample pieces on the scale. The scale will automatically sample the pieces. 5. The (CLEAR) key can be pressed at any time to Escape.

Note: If the scale is bumped it may start sampling and then display “SPL1000”. If this happens, just press the ADD SAMPLE key and then set your pieces on the scale. (The scale is reading no sample weight) Performing a sample in two button counting mode

1. Place empty container on the scale if needed.

(Starting the sample, Can be done at any time) 2. Press (ENTER / SAMPLE) (Auto Tare is performed at this time) 3. The scale will display “SPL 10”. Select the number of pieces being sampled on the scale with the

(ADD SAMPLE) key for pre-set numbers, or use the Numeric keypad followed by (ENTER).

4. Place sample pieces on the scale followed by (ENTER / SAMPLE). 5. The (CLEAR) key can be pressed at any time to Escape.

Performing a sample in three button counting mode

1. Press ENTER / SAMPLE (Bullseye key). Scale will display TARE.

2. With “TARE” Still on the display place container on the scale and press ENTER, or key in the tare weight followed by (ENTER).

3. The scale will then display “SPL 10”. Select the number of pieces being sampled on the scale with the (ADD SAMPLE) key for pre -set numbers, or use the Numeric keypad followed by (ENTER).

4. Place sample pieces on the scale followed by (ENTER / SAMPLE). 5. The (CLEAR) key can be pressed at any time to Escape. Top end counting 1. Place Full container on the scale. 2. Press ENTER / SAMPLE (Bullseye), (Auto Tare is performed) 3. Select the number of pieces being subtracted from the scale with the (ADD SAMPLE) key for pre -

selected numbers, or use the Numeric keypad followed by ENTER. 4. Take off the sample pieces on the scale followed by ENTER / SAMPLE. 5. Add your sample pieced back on the scale and Start negative counting. If making parts kits, use

the TARE key to set your count to zero and start a new kit of parts. 6. The CLEAR key can be pressed at any time to Escape.

Performing a sample in two button counting mode with second scale option installed.

1. Place empty container on the scale 1 if needed. 2. Press (ENTER / SAMPLE) (Auto Tare is performed at this time) 3. The scale will display “SPL 10”. Select the number of pieces being sampled on the scale with the

(ADD SAMPLE) key for pre-set numbers, or use the Numeric keypad followed by (ENTER). 4. Place sample pieces on the scale followed by (ENTER / SAMPLE). 5. Use the (Scale Select) key to see the count on scale 2. 6. Place the empty bulk container on scale 2 and press the (TARE) key twice. Or with the known

container weight, Press the (TARE) key, then key in the tare weight followed by (TARE or ENTER).

7. Place the full container on the bulk scale for the count. 8. The (CLEAR) key can be pressed at any time to Escape.

Note: The Automatic Sample to Bulk feature may be turned on to skip step 5. The second scale will also perform an auto tare during step 4 to skip step number 6. .

Performing a sample in three button counting mode with the second scale option installed; (Similar to a 8582)

1. Press ENTER / SAMPLE (Bullseye key).

(Starting the sample, Can be done at any time) 2. Scale will display TARE. At this prompt the (SCALE SELECT) key will allow you to select the

sample scale and the count scale. The first number is the “Sample” and the second number is the “Count” Scale. There are 4 selections; (1 1) , (1 2) , (2 1) , (2 2)

(Container is on the “Count” scale) 3. With “TARE” Still on the display place container on the sample and the “count” scale and press

ENTER, or key in the tare weight for the “count” scale followed by (ENTER). 4. The scale will then display “SPL 10”. Select the number of pieces being sampled on the scale

with the (ADD SAMPLE) key for pre -set numbers, or use the Numeric keypad followed by (ENTER).

(Sampling on scale 1) 5. Place sample pieces on the scale followed by (ENTER / SAMPLE).

(Counting on scale 2) 6. The (CLEAR) key can be pressed at any time to Escape.

Note: If the sample weight is too small the scale will display (Add ##) and then automatically add the correct sample amount. Place the amount displayed on the scale and press the ENTER / SAMPLE again. (The minimum weight setting is adjustable by a service technician)

ZERO BUTTON Zero’s the scale in the gross mode only. G/N Toggles the scale between Gross and Net Weights. UNITS BUTTON Toggles between Lb. , Kg. , and counting modes. The CLEAR key will move the scale back one step each time it is pressed.

ENTERING AVERAGE PIECE WEIGHTS MANUALLY 1. Press the PIECE WEIGHT button on the counting scale. 2. Current piece weight will be displayed. A different piece weight may be entered by using

the numeric keypad followed by ENTER.

AUTO TARE , or performing a KEYPAD TARE 1. Press the TARE key (Tare weight will be displayed) 2. If a Auto tare is desired press the TARE key or the ENTER/ SAMPLE key to enter the displayed

value. Or 3. Key in the tare weight of the container followed by the TARE key or the ENTER / SAMPLE.

ID# PROGRAM The ID program can be accessed through the # 4 key or prompt you to enter a ID number with every sample. Up to 6 numeric digits may be entered for your ID number. The Bullseye is able to store up to 360 ID numbers total.

1. Press the (Bullseye key) or the (#4) key depending on your scale setup. 2. “ID” will be displayed on the left of the display with your last saved ID on the right. At this step you have 3 selections for operation

a. Use the (Zero) & (G/N) keys to scroll thru your stored ID’s followed by the (Bullseye) key to select.

b. Key in a existing or new ID number followed by the (Bullseye) key. c. Press the (Units) key to delete the currently displayed ID number.

3. The scale will display “Found” for existing ID’s then automatically start counting, or display “SPL ##” for a new ID number.

4. If “SPL ##” is displayed, sample your pieces as shown in the counting procedure. When the Bullseye is finished sampling the ID will be stored into the ID file.

Pressing the (Print) key while “ID ##” is displayed will print all of the ID’s with Average piece weight and Accumulated count for each ID. Note: If you wish to resample an existing ID number scroll to the ID number using the (Zero) or (G/N) keys. Then press the (UNITS) key to delete the file. Key in the same ID number to resample.

The CLEAR key will move the scale back one step each time it is pressed. SET POINTS Set points can be used for check weighing parts. The setpoint value can be calculated from gross weight, Net weight, or the parts count. With B-TEK’s 2 pole relay option installed internally the scale is able to shut off valves, Turn on/off lights for the operator, Sound alarms, or any control a device which requires less than 120 volts and less than 10 amps. (# 8) key is used to set the target value for setpoint #1. (# 9) key is used to set the target value for setpoint #2. If you are batching with your counting scale you can press the # 7 key to start your batch, and the decimal point (.)will stop the batch. Rev. G (2/6/04)

Front View

Side View