Bongshin BS-750, Operational Manual

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Page 2: ...1 7CBH9BHG BHFC8I7H CBG H 9 95HIF9G C 6G H97 B 75 GD97 75H CB 8 A9BG CBG FCBH D5B9 F95F D5B9 75 6F5H CB AC89 G AI 5H CB AC89 G9H AC89 G9F 5 BH9F 579 CDH CB 9ffcf AYggU Y 5bX HfciV Y G cch b ...

Page 3: ...enience and contains help display functions that are easily accessible Before using BS 750 It is recommended that you read this manual carefully so you may use this device to its full potential DF975IH CBG Place the indicator on a flat and stable surface Do not severely press because the light pressing of keys can incite the operation Do not subject the scale to sudden temperature changes Operatin...

Page 4: ...ital calibration Watchdog circuitry system restoration Weight Back up power on actual weight AU b ibWh cb Various specification of weight conversion speed Digital Filter Function Various printer connection RS 232C Serial Printer RS 232C standard User can set the max weight which users want to and division at one s disposal ...

Page 5: ...Span drift 20ppm max bdih Bc gY 0 3 μV p p or less bdih adYXUbWY 10 Min 5 8 WcbjYfhYf Sigma Delta system 5 8 bhYfbU fYgc ih cb Approximately 200 000 counts 5 8 YlhYfbU fYgc ih cb 1 30 000 Max 5 8 WcbjYfg cb gdYYX 10 times sec AUl fYgc ih cb 1 30 000 8 hU DUfh 8 gd Um 7 Segment LED 6 Digits 20 30mm Height 8 gd Um VY ck nYfc minus signal 5XX h cbU gmaVc g Zero Stable Net Tare Hold A b 8 j g cb x 1 x...

Page 6: ...DC9V 1000mA Adaptor DckYf Wcbgiadh cb 10 W 8UhU AYacfm 10 year CdYfUh b hYadYfUhifY 10 40 14 104 ia X hm 85 Rh Max CjYfU X aYbg cbg 175 W x 53 D x 160 H KY h 1 0 kg Cdh cb GhUbXUfX Serial Interface RS 232C Cdh cb Serial Interface RS 422 485 ...

Page 7: ...6 8 A9BG CBG ...

Page 8: ...ght is NET weight H5F9 Uad ON when the tare weight is stored C 8 Uad Lamp is on when moving object is weighed YmVcUfX Available keys instead of numeric keys Change the set value Increases Decrease the first place value to 1 Change the digit of the set value Move to the right left by 1 place Usage input the numeric value in CAL SIM SET mode ...

Page 9: ...tting is released automatically aUbiU hUfY kY h bdih When you already know the tare weight press key tare and input tare weight with arrow keys and memorize it by pressing ON OFF ENTER key Use container in weight NET lamp off gross weight NET lamp on net weight In case tare weight is registered tare and item s total weight is G weight and only item s weight is N weight ...

Page 10: ...e than 3 seconds CB C _Ym HchU Df bh _Ym Set in F24 1 Print both the present weighing value and total weighing value Store current condition and exit ck hc YbhYf G9H acXY By pressing PRINT key more than 3 seconds ck hc YbhYf 75 acXY Slid switch usage 8 d g XY GK 75 AcXY 8 d g XY GK G A AcXY ...

Page 11: ...White E Red S Green FG 7 DCFH Serial interface port computer printer 57 585DH9F Port for DC power DC 9V adapter are available Pin no SIGNAL 1 Shield SHIELD 2 Load cell Input Voltage EXC white 3 Load cell output SIG blue 4 Load cell output SIG green 5 Load cell Input Voltage EXC red ...

Page 12: ...TION mode SW 1 ON Shift to calibration mode Turn sw1 off after calibration It returns to weighing mode 8 d g XY gk SIMURATION CALIBRATION mode SW 2 ON Shift to simulation calibration mode Turn sw2 off after calibration It returns to weighing mode ...

Page 13: ...r and CAL mode starts 5jU UV Y Ymg Increase the first place set value to1 Move to the left by 1 place of the set value Move into next menu 7U VfUh cb AYbi 75 r 75 CAL 1 Maximum Capacity Set CAL 2 Minimum Division Set CAL 3 Setting Weight in span calibration CAL 4 Zero Calibration CAL 5 Span Calibration ...

Page 14: ...he maximum weight that scale can measure 75 Function A b aia 8 j g cb GYh Range 1 50 Key Display Description Increase ON OFF key Store and move into next menu CAL 2 condition 1 kg Decimal point 0 0 01kg Decimal point 2 REF 1 The minimum division means the value of one division REF 2 External resolution is obtained by division the min division by the maximum capacity Set the resolution to be within...

Page 15: ... 10 of maximum weight REF 3 The setting weight over the maximum capacity 75 Function NYfc 7U VfUh cb Key Display Description ON OFF key Zero calibration and move into next menu CAL 4 condition Unload the tray and press ON OFF key Under zero calibration Zero calibration is completed REF 1 If zero calibration is done without any error SUCCESS message is displayed and program moves into CAL 5 automat...

Page 16: ...in CAL3 and press ON OFF key Under span calibration Span calibration is completed Turn sw1 off Save exit CAL mode REF 1 If zero calibration is done without any error SUCCESS message is displayed the weight of setting weight is displayed on LED screen Check the weight REF 2 Check the weight of setting weight and turn sw1 off and calibration is completed ...

Page 17: ...ear panel of the indicator and CAL mode starts 5jU UV Y Ymg Increase the first place set value to1 Move to the left by 1 place of the set value Move into next menu 7U VfUh cb AYbi G a r G a Sim 1 Maximum Capacity Set Sim 2 Minimum Division Set Sim 3 Rated Output Set Sim 4 Zero Calibration ...

Page 18: ...he maximum weight that scale can measure G a Function A b aia 8 j g cb GYh Range 1 50 Key Display Description Increase ON OFF key Store and move into next menu Sim 2 condition 1 kg Decimal point 0 0 01kg Decimal point 2 REF 1 The minimum division means the value of one division REF 2 External resolution is obtained by division the min division by the maximum capacity Set the resolution to be withi...

Page 19: ...tion and move into next menu Sim 4 condition Unload the tray and press ON OFF key Under zero calibration Zero calibration is completed Span calibration is completed Turn sw2 off Save exit CAL mode REF 1 If zero calibration is done without any error SUCCESS message is displayed the weight of setting weight is displayed on LED screen Check the weight REF 2 Check the weight of setting weight and turn...

Page 20: ...unction no to convert with arrow keys and press ON OFF key 3 Means call the function which you would convert 4 Input function no to convert and press ON OFF key ck hc 9l h By pressing PRINT key more than 3 seconds 5jU UV Y Ymg Increase the first place set value to1 Move to the left by 1 place of the set value SET mode starts Store current condition and SET mode exit Move into next menu ...

Page 21: ...king Compensation F07 Weight Backup F08 Set ZERO Range F09 ZERO TARE Keys Availability F10 Set Hold Type F22 Device ID F23 Designation of PRINT key usage F24 Designation of ON OFF key usage GYf U bhYfZUWY F31 Designation of COM1 usage F32 Designation of Baud Rate F33 Designation of Output Mode DF BH9F F42 Auto Print Manual Print F43 Designation of Printing Format F45 Date change F46 Time change ...

Page 22: ... 0 10 Times sec 1 5 Times sec 8 hU hYf 1 9 1 Less vibration 9 Much vibration Adjust the set value according to the condition how many times converted digital value read and display Ach cb 8YhYWh cb 7cbX h cb 0 No motion Detection Condition 1 9 1 Less vibration 9 Much vibration If weight change within given time is not bigger than the SET range stable condition is displayed ...

Page 23: ...ck up is ON Display setting weight REF Memorize the current weight at sudden power failure GYh NYfc FUb Y 0 3 within 3 of MAX weight 1 10 within 10 of MAX weight 2 100 within 100 of MAX weight NYfc HUfY _Ymg 5jU UV hm 0 Works when weight is stable 1 Always GYh c X HmdY 0 Average Hold Compute the average weight of oscillating weights 1 Peak Hold Compute the maximum weight of oscillating weights 2 I...

Page 24: ...en system is connected DF BH _Ym igU Y 0 Not used 1 Print key 2 Hold key CB C _Ym igU Y 0 ON OFF of display 1 Total Print key FG 7 bhYfZUWY 7CA igU Y 0 Connection with computer and sub display BLD 236 425 6UiX FUhY 0 600 bps bit per second 1 1200 bps 2 2400 bps 3 4800 bps 4 9600 bps ...

Page 25: ...ata is required Request signal device ID F22 Device ID In case F22 1 send hex value 01H in computer ઔ FG 7 bhYfZUWY DF BH9F F9ACH9 8 GD 5M 7CA igU Y 0 Printer 1 Remote Display BLD 235 236 425 6UiX FUhY 0 600 bps 1 1200 bps 2 2400 bps 3 4800 bps 4 9600 bps Cihdih AcXY 0 No data output 1 Stream Mode 2 Transmit only in stable condition ...

Page 26: ...rinting Format 0 1 Printing Format 1 2 Printing Format 2 DF BH B CFA5H DATE TIME SERIAL NET WEIGHT 2002 7 22 001 2002 7 22 002 2002 7 22 003 2002 7 22 004 12 30 100 0 kg 12 32 100 4 kg 12 35 100 2 kg 12 50 150 0 kg TOTAL 450 6 kg DF BH B CFA5H DATE TIME SERIAL NET WEIGHT 2002 7 22 001 002 003 004 12 30 100 0 kg 100 4 kg 100 2 kg 150 0 kg TOTAL 450 6 kg ...

Page 27: ...E TIME G WEIGHT TARE WEIGHT NET WEIGHT 2002 7 22 GROSS TARE NET 2002 7 22 GROSS TARE NET 2002 7 22 GROSS TARE NET 12 30 100 0 kg 0 0 kg 100 0 kg 12 32 100 4 kg 0 0 kg 100 4 kg 12 35 100 2 kg 50 0 kg 50 2 kg TOTAL 250 6 kg ...

Page 28: ...y Meaning Increase Shift of digit ON OFF key Store and move into next menu 1 3 3 0 50 PM 1 30 50 85H9 7 5B 9 KEY Display Meaning Increase Shift of digit ON OFF key Store and move into next menu 0 2 0 5 1 8 MAY 18th 2002 ...

Page 29: ...y 6 Data Set Ready 4 Request To Send RS 232C port of BS 750 8 Clear to Send RS 232C port of BS 750 0V V SG TX T T 1 Carrier Detect 2 Receive Data 3 Transmit Data 8 Carrier Detect 5 Clear To Send 7 Signal Ground 3 Receive Data 2 Transmit Data TX T T 0V SG V ઔ G bU cfaUh Type EIA RS 232C Method Full Duplex Asynchronous Bi direction Baud rate 600 1200 2400 4800 9600bps Baud Rate Format Data Bit 8 NO ...

Page 30: ...an receive data selectively which indicator send Insert in case of except SETUP F22 00 WEIGHT 8 byte SIGNAL or WEIGHT Included Decimal point 100 0 kg 0 0 0 1 0 0 0 150 5 kg 0 0 0 1 5 0 5 165 3 kg 0 0 1 6 5 3 Each ASCII code of weight transmitted by 8 byte 0 0 x 20 Data for Number 2B H PLUS 2D H MINUS 2O H SPACE 2E H Decimal Point DATA 8byte CR LF US ST OL GS NT Device ID SPACEE UNIT I kg ...

Page 31: ...asic Program 10 OPEN COM1 9600 N 8 1 As 1 20 IF LOC 1 0 THEN 60 30 A INPUT 1 1 40 PRINT A 50 GOTO 20 60 B INKEY IF B THEN 20 70 PRINT B 80 PRINT 1 B 90 GOTO 20 C Program include bios h include conio h define COM1 0 define DATA_READY 0 100 define TRUE 1 define FALSE 0 define SETTINGS 0 E3 int main void ...

Page 32: ...DONE FALSE bioscom 0 SETTINGS COM1 cprintf BIOSCOM ESC to exit n while DONE status bioscom 3 0 COM1 if status DATA_READY if out bioscom 2 0 COM1 0 7F 0 putch out if kbhit if in getch 1B DONE TRUE bioscom 1 in COM1 return 0 ...

Page 33: ...5 should be connected as follows RXD TXD RXD TXD Specially please use the cable with shield coax cable surely Recommended distance is under 1 2 km Both end side of a wire must be connected by the termination of 300Ω ઔ FG Dcfh 7cbbYWh cb T T SG 0V TX V Receive Data Receive Data RS 422 port of BS 750 Serial port of Computer G bU cfaUh Same as RS 232C 8UhU cfaUh Same as RS 232C ...

Page 34: ...versed If the load cell output is too small When adding a resistor use a metal film resistor in the range 50 to 500KΩ with a good temperature coefficient Use as large a resistance value as possible in the range in which zero adjustment is possible If an error still occurs when the above method is used check whether the load cell is defective or incorrectly connected CjYf Reason The weight on platf...

Page 35: ...ght deviates from zero range Trouble shooting Press the ZERO key within 10 of the maximum capacity Function F11 x 9ffcf b 7U VfUh cb AcXY bc 7 bc Reason Failure in load cell connection or error in A D conversion part Trouble shooting Check the load cell connector so that you may see if the polarity of signal is reversed If the load cell output is too small ...

Page 36: ... used check whether the load cell is defective or incorrectly connected CjYf Reason The weight on platform us too heavy to be measured The weight for span calibration is set to be exceeded 100 of the maximum capacity of the scale Trouble shooting Do not load the item exceeds the maximum tolerance If the load cell is damaged the load cell should be replaced Set the weight for span calibration is se...