Anyload 805BS Manual
  1. Manuals
  2. Brands
  3. Anyload Manuals
  4. Measuring Instruments
  5. 805BS Series
  6. Manual

Anyload 805BS Manual

Hide thumbs Also See for 805BS:
Table of Contents

Advertisement

Quick Links

805BS INDICATOR
MANUAL
www.anyload.com

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the 805BS and is the answer not in the manual?

Questions and answers

Related Manuals for Anyload 805BS

Summary of Contents for Anyload 805BS

  • Page 1 805BS INDICATOR MANUAL www.anyload.com...

  • Page 2: Table Of Contents

    1. Introduction ......................2 1.1 Operation Modes ..................2 1.2 Front Panel Keypad ...................3 1.3 Displayed Symbols ..................3 1.4 Start Up.......................4 1.5 Operations....................4 1.5.1 Normal Weighing Mode..............4 1.5.1.1 Gross/Net Mode ..............4 1.5.1.2 Units ..................5 1.5.1.3 Zero Scale ................5 1.5.1.4 Acquire Tare................5 1.5.1.5 Remove Stored Tare Value ...........5 1.5.2 Peak Mode Operations ..............5 1.5.2.1 Units ..................5 1.5.2.2 Peak/Normal Weighing Mode ..........6...
  • Page 3 9.1 Error Messages ..................44 9.2 Software Version and Default Configuration Parameters ....45 9.2.1 Find out indicator software version ..........45 9.2.2 Restore Factory Setup Parameters (Default Configuration Parameters).....................46 9.3 Technical Specifications .................46 9.4 ASCII Codes Table ...................48 9.5 805BS Display Characters...............49 - 1 -...

  • Page 4: Introduction

    This manual provides installation, operation and configuration information of indicator model 805BS. It is recommended to go through the manual in details before installing, operating or configuring the indicator. When it is required to work inside the indicator enclosure for some procedures described, the work can only be performed by qualified technical personnel.

  • Page 5: Front Panel Keypad

    Most of the operation data setting including parameters setting and weighing range calibration are to be carried out in Configuration mode. Remove the back panel of indicator (refer to Fig 2-1 Sockets on Circuit Board) . Switch on J1 jumper located at the lower corner. Indicator is in Configuration mode and display shows “F1”.

  • Page 6: Start Up

    “lb:oz”—— The symbol is displayed when display showing units in lb:oz. “ ”—— Gross, The symbol is displayed when display showing gross weight. “ ”——Net, The symbol is displayed when display showing net weight. “ ”—— Stable, The symbol is displayed when load is stable or within the preset dynamic load range (refer to F1.4 Menu for dynamic load setting).

  • Page 7: Units

    The ”Net” symbol is displayed when indicating net weight. 1.5.1.2 Units Press 【UNITS】, change to kg from lb or vice versa. The corresponding unit is displayed. 1.5.1.3 Zero Scale When in Gross mode (The “Gross” symbol is displayed), remove the load from scale and wait until the “Stable”...

  • Page 8: Peak/Normal Weighing Mode

    1.5.2.2 Peak/Normal Weighing Mode When the “Set” symbol is displayed, Peak mode is activated. Display shows the maximum value of load which has been applied to the load cell. When the load is removed, display still shows the peak load. When the “Set”...

  • Page 9: Zero Scale

    count items. 1.5.3.3 Zero Scale When in Gross mode (The “Gross” symbol is displayed), remove the load from scale. When the “Stable” symbol is displayed, press 【ZERO】 and “Zero” symbol is displayed. Zero Scale setting is complete. 1.5.3.4 Acquire Tare When no Tare is stored (No “Tare”...

  • Page 10: Print

    complete, there are two possible outcomes : Display shows “- - E5 - -” when the average weight of the count items is too small. Then there are two options : - Combine a few count items to become one count item. Place the same quantity of count items to the scale as per the sample quantity set in (3) above.

  • Page 11: Wire Installation

    2. Wire Installation 1(-V),2(-VS),3(IN+),4(GND),5(IN-),6(+VS),7(+V) 1(RXD1),2(TXD1),3(GND),4(TXD2),5(RXD2),6(GND) Output Output LOADCELL Printer RS232 DC 6V KOUT1 Fig. 2-1 Sockets on Circuit Board Note: When connect to 4-wire load cell, please turn J2 switch to ON. 1(-V),2(-VS),3(IN+),4(GND),5(IN-),6(+VS),7(+V) (IN-) (IN+) (+V) (-V) LOADCELL Fig. 2-2 Indicator connect to 4-wire load-cell - 9 -...
  • Page 12 When connect to 6-wire load cell, please turn J2 switch to OFF. O F F 1 ( - V ) , 2 ( - V S ) , 3 ( I N + ) , 4 ( G N D ) , 5 ( I N - ) , 6 ( + V S ) , 7 ( + V ) ( I N - ) ( I N + ) ( + V )

  • Page 13: Configuration

    2.3 J1 is used to switch between calibration and normal weighing mode. When it is turned to ON, the indicator get into calibration mode, otherwise it is normal weighing mode. 2.4 LOADCELL : Load Cell Input 1（V-） —— Excitation- 2（VS-）—— Sense- 3（IN+）——...

  • Page 14: Menu Structure And Parameter Descriptions

    Serial Configure serial communication ports. See Section 3.2.4 and Section 8. Mode Set weighing mode and unit weight of counted items. See Section 1.5.3, Section 3.2.5 and Section 5. Relay Set Relay operation modes. See Section 3.2.6 and Section 6. Indicate software version and regenerate default configuration parameters.
  • Page 15 Level Level Menu Menu 2nd Level 2nd Level Menu Menu Value Value Value Value Fig. 3-2 Menu Configuration Flow Diagram There are 4 directional keys to be used for configuration operation. ， ， ， ， are for horizontal movement in the same level menu and parameters. ，...

  • Page 16: F1(Configuration) Menu

    3.2.1 F1(Configuration) Menu Fig. 3-4 F1 (Configuration) Menu Structure - 14 -...
  • Page 17 Table 3-2 F1（Configuration）Menu Parameters F1（Configuration）Menu Parameter Choices Description Level 2 Submenu Graduations. Specifies the number of full scale F1.1 graduations. The value entered must be in the number （Grads） range 1-100 000. Graduation=Capacity/Display Divisions. Display divisions primary secondary units are specified in the F2 (Format) Menu.
  • Page 18 F1.7 1√ higher the value, the lower is the effect acting upon （Digital Filter 1） the indicator due to noise and mechanical vibration and hence having a more accurate display. However, it slows down the settling rate of the indicator. F1.8 （Digital Filter 2）...

  • Page 19: F2(Format) Menu

    3.2.2 F2(Format) Menu Fig. 3-5 F2 (Format) Menu Table 3-2 F2(Format) Menu F2（Format）Menu Parameter Choices Description Level 2 Submenu 0√ F2.1 Specifies the unit used of the Primary unit. （Primary Unit） （Primary Unit kg, ） assistant unit lb （Primary Unit kg, ）...
  • Page 20 （Primary Unit kg, assistant unit ） lb:oz （Primary Unit lb, ） assistant unit kg （Primary Unit lb, ） assistant unit g （Primary Unit lb, ） assistant unit oz （Primary Unit lb, assistant unit ） lb:oz （Primary Unit g, ） assistant unit kg （Primary Unit g, ）...
  • Page 21 （Primary Unit oz, assistant unit ） lb:oz （Primary Unit lb:oz, assistant unit ） （Primary Unit lb:oz, assistant unit ） （Primary Unit lb:oz, assistant unit ） （Primary Unit lb:oz, assistant unit ） 0（888888） Specifies the decimal position of the Primary F2.2 unit.

  • Page 22: F3(Calibration) Menu

    （Assistant Unit 1（2） unit. Display Divisions） 2（5） 0（250ms）√ Sets the update rate for displayed values. F2.6 Values are in milliseconds (ms) or seconds (s). 1（500ms） （Display Rate） 2（750ms） 3（1s） Note : When selecting F6.1=0 (NTEP) or F6.1=2 (Canada), Assistant Unit Decimal Point Location and Assistant Unit Display Divisions will change automatically according to the Primary Unit Decimal Point Location and Primary Unit Display Divisions (refer to F6.1 Menu).

  • Page 23: F4(Serial) Menu

    F3.3 Display and edit the span calibration A/D count （WSpan） — value. If rezero isn’t needed, press to exit, leap over F3.4. Refer to Section 4. F3.4 Press to remove an offset value from the zero （REZero） — and span calibration. Use this parameter only after F3.1 (WZero) and F3.3 (WSpan) have been set.

  • Page 24: F5(Mode) Menu

    （Bits） 1 (7EVEN) 2 (7ODD) 0（con） F4.3 Selects the mode of data transmission. 0(con) is （Mode） for continuous transmission and 1(comm) is for 1（comm）√ transmission upon receiving commands. It must be set to 1 to use print function. Refer to Section 8. F4.4 —...
  • Page 25 Config Format Serial Mode Relay PFormat Calibration F5.3 F5.4 F5.1 F5.2 F5.5 Sequence Zero Number Work mode (General) Press Enter Press Enter key to begin key to begin (Peaker) (Counter) 1000 Fig. 3-8 F5(Mode) Menu Table 3-5 F5(Mode) Menu F5（Mode）Menu Parameter Choices Description...

  • Page 26: F6(Relay) Menu

    F5.2 Specifies the item code number of counted items. (Counted Item number Allowable numbers are 0 to 99. Refer to Section 5 Code) for description of the setting of the counted item code. F5.3 — Sets the scale to zero before inputting the average （Zero）...

  • Page 27: F7(Ver) Menu

    F6（Relay）Menu Parameter Choices Descritpion Level 2 Submenu 0 (NTEP) For OIML, NTEP and CANADA application, Tare F6.1 removal is only allowed when Gross = 0. When 1 (OMIL) （mode） NONE is selected, Tare removal can be done at any 2 (CANADA) weighing mode.
  • Page 28 F7（Ver）Menu Parameter Choices Description Level 2 Submenu F7.1 Number Consecutive Numbering. Allows sequential （CONSNU） numbering for print operations. The consecutive number value is incremented following each print operation. The initial value of this parameter is set to the start up value specified on the CONSTU (F7.2 value).

  • Page 29: F8(Pformat) Menu

    Fig. 3-11 F8(PFormat) Menu F8 (PFormat) Menu is used for setting Print format of serial print output. Refer to Section 7. 4. Calibration The calibration of 805BS consists of the following steps: Zero calibration Entering the test weight value Span calibration Optional re-zero calibration for test weights using hooks or chains.
  • Page 30 Fig. 4-1 F3(Calibration) Menu The following section describes calibration procedure for each of the calibration methods: （1） Set indicator to the Configuration mode (display shows “F 1”) and remove all weight from the scale platform. If the test weights require hooks or chains, place the hooks or chains on the scale for zero calibration.

  • Page 31: Count Items Average Weight Setup

    edited following Fig. 4-2. When complete, press to return to F3.4 Menu. Display shows “F3.4”. （6） F 3.4 Menu is used to remove a calibration offset when hooks or chains are used to hang the test weights. When display shows “F3.4”, there are 2 options : If no other apparatus is used to hang the test weights during calibration, remove the test weight and press to return to F4 Menu.
  • Page 32 Config Format Serial Mode Relay PFormat Calibration F5.3 F5.4 F5.1 F5.2 F5.5 Sequence Zero Number Work mode (General) Press Enter Press Enter key to begin key to begin (Peaker) (Counter) 1000 Fig. 5-1 Count Items Average Weight Setup Menu Setup procedure is as follow: （1）...

  • Page 33: Relay Output Setup

    quantity. Press to go to the next menu. Display shows “F5.5”. （6） Press when display shows “F5.5”. Display shows “CAL” while processing the average weight setting. When complete, there are 2 possible outcomes : The average weight is too small and display shows “—E5—“. Press return to F5.5 Menu and display shows “F5.5”.
  • Page 34 （6） Turn off the J1 switch to exit from the configuration mode and enter into weighing mode. Config Format Serial Mode Relay PFormat Calibration F6.1 F6.2 F6.3 REGULA number number (NTEP) (OIML) (CANADA) (NONE) Fig. 6-1 Relay Output Menu - 32 -...

  • Page 35: Print Format

    Fig. 6-2 Relay Output-Upper and Lower Values Note 1 : Must ensure F6.3 (P2) value>F6.2(P1)value to give proper relay output Note 2: weight value is in net weight and is according to the unit in F2.1 setting (Refer to F2 Menu in Section 3.2.2). 7.

  • Page 36: Print Format Commands

    7.1 Print Format Commands Print format commands are as shown in Table 7-1. Command included in the format strings must be enclosed between < > delimiters. Any characters outside of the delimiters are printed as text on the ticket. Text characters can include any ASCII character shown in Appendix 9-4.

  • Page 37: Gfmt And Nfmt Print Format Input

    7.2 GFMT and NFMT Print Format Input Setting of GFMT and NFMT is as follow : Config Format Serial Mode Relay PFormat Calibration F8.1 F8.2 F8.3 GFMT NFMT Default Press to insert a Press Enter to Same as GFMT space before the Load Default Format active character Display first 6...

  • Page 38: Default Formating

    When the cursor at a certain digit position, press to edit. Display shows the characters as shown in Appendix 9-5. “-” is shown for characters not available in Appendix 9-5. When complete character editing, press to return to (4) above and to perform editing other characters.

  • Page 39: Date And Time Setting

    Detailed Setup Procedure : Fig. 7-2 Consecutive Numbering Setup （1） Set indicator to Configuration mode. Display shows “F1”. （2） Press until display shows “F7” (see Fig. 7-2). Press to go to F7.1 Menu. Display shows “F7.1” （3） When display shows “F 7.1”, press .

  • Page 40: Serial Communication

    （5） When complete, press to return to F7.6 Menu. Display shows “F7.6”. （6） Turn off the J1 switch to exit from the configuration mode and enter into weighing mode. 8. Serial Communication Indicator has the following two serial communication modes: Continuous transmission Transmission upon request (from an external PC) Set up Baud, Bits, Parity, Mode and Test in F4 Menu.

  • Page 41: Transmission Upon Request

    Turn off the J1 switch to exit from the configuration mode and enter into weighing mode. After selecting continuous transmission mode (F4.4=0), indicator transmits data continuously according to Fig. 8-2. Note: Other items in F4 Menu are for Baud, Bits Test and etc. Start and stop are set at 1.
  • Page 42 Fig. 8-3 Transmission Format from PC Example : Set BLOCK to “G” (which is 47H) in ASCII code. Inspection and BCC calculation are as follow: ASCII “OR” with 30H - 40 -...

  • Page 43: Communication Command

    Respond Format from Indicator Fig. 8-4 Respond Format from Indicator 8.2.2 Communication Command 8.2.2.1 Transmit Current Weight Value Command data from PC<BLACK> Format: G (ASCII 71) Response data from indicator<BLACK> Format see Fig. 8-5 - 41 -...

  • Page 44: Zero Scale

    Fig. 8-5 Respond to<BLACK>data after receiving G command Example: PC receives data from indicator PC sends： 01H，31H，02H，47H ， 03H，74H ， ， ， ， ， ， ， ， ， Indicator responds：01H，31H，02H，20H ， ， 03H，3BH Data received in gross weight 1072kg。 8.2.2.2 Zero Scale PC command data <BLACK>...

  • Page 45: Serial Communication Tests

    Fig. 8-6 Print Format Command Transmission Sequence Note: When <G/N> is ‘G’ (ASCII 72), the format followed is the gross weight print mode (GFMT). When <G/N> is ‘N’ (ASCII 78), the format followed is the net weight print mode (NFMT). Refer to Section 7 regarding GFMT and NFMT. Indicator respond format : Correct transmission “OK”, Incorrect transmission “??”.

  • Page 46: Appendix

    outcomes: After B indicator sends command, A indicator gives no response and B display shows “EC”. B indicator receives error message and B display shows “Er”. B indicator receives proper data from A indicator, both displays show identical message. （5） Turn off the J1 switch of B indicator to exit from the configuration mode and enter into weighing mode.

  • Page 47: Software Version And Default Configuration Parameters

    – – E 1 – – Incorrect operating Check parameters parameters according to Section 3 – – E 2 – – A/D exchange error S Check hardware qualified personnel – – E 3 – – Data reading error Check hardware qualified personnel –...

  • Page 48: Restore Factory Setup Parameters (Default Configuration Parameters)

    Press until display shows “F 7” (see Fig. 9-1). Press to go to F7 Menu. Display shows “F 7.1”. Press twice until display shows “F 7.3”. When indicator shows “F 7.3”, press again, display shows the current software version “XX.XX”. Software version cannot be edited. Press to return to F7.3 Menu.
  • Page 49 range of scale initial signal -1~+9mV input signal sensitivity 0.2uV /d（minimum） 1.5uV/d（recommended） zero scale range ±1.9%FS、±100%FS selectable tare range 0 ~ +100%FS operating temperature -10 ~ 40 ℃ ℃ operating humidity （without dew） ≯ supply power source with transformer AC220V（–15%~ +10%） ，0.2A without transformer AC 7V~10V，1A or：DC 6V~7.5V，1A relay current...

  • Page 50: Ascii Codes Table

    9.4 ASCII Codes Table - 48 -...

  • Page 51: 805Bs Display Characters

    9.5 805BS Display Characters - 49 -...

Table of Contents