Bilanciai B-TEK SCALES DD1050 Operation, Maintenance And Installation Manual
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Bilanciai B-TEK SCALES DD1050 Operation, Maintenance And Installation Manual

Weighing terminal
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Summary of Contents for Bilanciai B-TEK SCALES DD1050

  • Page 3: Table Of Contents

    DD1050 TAbLE Of CONTENTS INTRODUCTION ................7 1.1 Foreword ....................7 1.2 Documentation ..................8 1.3 Symbols ....................8 1.4 Description of the terminal ..............9 1.5 Technical characteristics of the terminal ..........10 1.6 Declaration of conformity ..............11 1.7 Overall dimensions and weight of terminal ..........12 1.7.1 Table version ..................12 1.7.2 Wall version ..................12 1.8 How to dispose of electric or electronic waste ..........13 1.9 How to obtain technical assistance ............13 1.10 Warranty ..................... 13 1.11 SPARE PARTS ..................
  • Page 4 DD1050 3.5.5 RS485 connections ................26 3.6 INPUTS / OUTPUTS ................27 3.6.1 Input connection ..................28 3.6.2 Output connection ................. 28 CONTROLS, SWITCHING ON AND Off ..........29 4.1 On-off key .................... 29 4.2 Touch screen ..................30 4.3 External keyboard and mouse ..............30 USE Of THE TERMINAL ..............31 5.1 Main window for the double weighing mode ..........31 5.1.1 General information ................31 5.1.2 Metrological keys .
  • Page 5 DD1050 ERROR MESSAGES ................40 7.1 Terminal errors ..................40 7.2 Scale errors ..................40 7.3 Area codes and errors ................42 7.4 List of categories and details ..............51 7.4.1 PluginCbConfiguration ................51 7.4.2 PluginCbControlsFull ................51 7.4.3 PluginCbDeviceAccess ................52 7.4.4 PluginCbDeviceAccessScale ..............52 7.4.5 PluginCbDoubleWeight ................54 7.4.6 PluginCbMainWeight ................55 7.4.7 PluginCbWeightViewer .
  • Page 6 DD1050 9.25 CbMainWeight.ConfigOutputEndPrint.ConfigSchema.xml ......92 9.26 CbMainWeight.ConfigOutputEndTransmission.ConfigSchema.xml ....92 9.27 CbMainWeight.ConfigOutputRange.ConfigSchema.xml ....... 92 9.28 CbMainWeight.ConfigOutputSelectedScale.ConfigSchema.xml ....93 9.29 CbMainWeight.ConfigOutputSetPoint.ConfigSchema.xml ......93 9.30 CbMainWeight.ConfigOutputSlow.ConfigSchema.xml ......... 94 9.31 CbMainWeight.ConfigOutputTrafficLight.ConfigSchema.xml ......94 9.32 CbMainWeight.ConfigPrint.ConfigSchema.xml ........... 95 10 CUSTOMISING METROLOGICAL PARAMETERS ........97 10.1 Internal scale calibration ............... 98 11 HOW TO DISASSEMbLE THE COMPONENTS ........99 11.1 Opening the terminal ................99 11.2 Disassembly of the backlighting lamp inverter ........101 11.3 Disassembly of the front panel and display ..........

  • Page 7: Introduction

    DD1050 INTRODUCTION 1.1 foreword • The aim of this manual is to provide the operator, through the use of text and illustrations, with essential information regarding the installation, correct operation in safe conditions, and methodic maintenance of the weighing system. • Always keep this manual at hand! Always observe the instructions contained in the manual! • Safe operation of the system is the responsibility of the operator, who must be fully familiar with it. • The user is responsible for ensuring that the installation conforms to the applicable regulations. • The equipment must only be installed by specialised personnel who have read and understood this manual. • “Specialised personnel” means any personnel who, by virture of the training they have received and their professional experience, have been explicitly authorised by the “System safety supervisor” to install, operate and service the system. • Contact your nearest Service Centre if problems occur. • Any attempt on the part of the user or unauthorised personnel to dismantle, modify or tamper with the terminal is prohibited. Any such attempt shall invalidate the warranty and relieve the manufacturer from all liability for any damage or injury to persons or property.

  • Page 8: Documentation

    DD1050 1.2 Documentation The standard documentation supplied with terminal DD1050 includes: • QUICK START Multi-language, printed on paper, brief instructions for immediate use, declaration of conformity and principal danger warnings. • OPERATION, MAINTENANCE AND INSTALLATION MANUAL The multi-language one you are reading, stored on a CD with files in the PDF and HTML format. A version printed on paper can be supplied on request.

  • Page 9: Description Of The Terminal

    DD1050 Description of the terminal Terminal DD1050 allows highly accurate and reliable weighing operations to be carried out. • It is designed for industrial use. • Metrological software for weight management is part of the standard equipment supplied. • ABS case and steel front, available in both table and wall-mounted versions. • Simple and immediate use with the 10.4” “Touch screen” colour display. • Flexible, with customizable functions and graphic appearance. • Equipped with a powerful SQL relational data-base for managing the weighing data. • Advanced network connectivity and communication. • Programming and customising by means of PC via the network.

  • Page 10: Technical Characteristics Of The Terminal

    DD1050 Technical characteristics of the terminal Power supply Direct 12 Vdc/5 A (Min 11 V - Max 15 V) Via network adapter L+N+R 110 - 240 Vac (-15% … +10%) 1.8 A 50 - 60 Hz 60 W Max Ground connection Equipotential type for weighbridges Scales Total (or 1 analog, or 1 digital, or 2 analogs or 2 digitals) Slave operating mode Analog scale Load cells that can be connected Up to twelve 350 Ohm analog cells per scale Minimum impedance 29 Ohm per scale Load cell power supply 10 Vdc Internal resolution 200000 points @ 25 conv/s Resolution in type-approved version Up to 6000 divisions or two 3000 ranges Maximum input signal 35 mV Sensitivity 0.6 µV/division Full scale stability < 5 ppm/°C Zero stability < 5 ppm/°C Digital scale...

  • Page 11: Declaration Of Conformity

    DD1050 Communication ports USB Type B USB Type A 2 (+1 internal) Serial ports 1 RS232/422/485 – 1 RS232 Ethernet 10/100 Inputs Output Data stores SD Card Compact Flash Expansions Optional board slots Declaration of conformity See QUICK START manual.

  • Page 12: Overall Dimensions And Weight Of Terminal

    DD1050 Overall dimensions and weight of terminal 1.7.1 Table version I--(Figure1-1a.jpg)--I figure 1.1 - Dimensions of the weighing terminal • Dimensions (given in mm): see figure 1.1. • Weight: 5 kg 1.7.2 Wall version I--(Figure1-1b.jpg)--I figure 1.2 - Dimensions of the weighing terminal • Dimensions (given in mm): see figure 1.2. • Weight: 5 kg...

  • Page 13: How To Dispose Of Electric Or Electronic Waste

    DD1050 How to dispose of electric or electronic waste This symbol on the weighing device purchased means that: • This electrical or electronic device cannot be disposed of as solid urban waste. • It must be disposed of separately. • It can be returned to the dealer when a new one is purchased. • Improper use or disposal of this device could pollute the environment or damage human health. • Failure to comply with the aforementioned indications is punishable by law. In particular: • The outer casing and the mechanical components are made of plastic and/or metal materials.

  • Page 14: Spare Parts

    DD1050 1.11 SPARE PARTS fIG. REf. CODE DESCRIPTION Stainless steel front panel complete with on/off button 46020018 and polycarbonate 46050133 Display with touch screen 52050011 Inverter for display 28310016 Rear plastic casing without pedestal 404561 Mother board 404602 DC/DC converter for analog load cells 404601 DC/DC converter for digital load cells 57130019 Cord board (cpu, ram, flash disk, lan controller) Optional board spares see specific manuals 52050019 External mains supply unit 47180120 Cable for LCD display 46020019 Inverter cable + on/off button cable 52730004 Lithium battery for mother board 47180121 Touch-screen connection cable 404701 Digital scale converter, without cable 46050153 Analog scale converter, without cable 404551 Serial board for mother board without cable...
  • Page 15 DD1050 I--(Figure10-1-1.jpg)--I figure 1.3 - front panel parts, display with touch screen and inverter...
  • Page 16 DD1050 I--(Figure10-1-2.jpg)--I figure 1.4 - Internal board parts, connections, power supplier, battery...
  • Page 17 DD1050 I--(Figure10-1-3.jpg)--I figure 1.5 - Spares for scale inputs and serial links...

  • Page 18: Safety Instructions

    DD1050 SAfETY INSTRUCTIONS forbidden uses The instrument you have purchased is a weighing system and has been designed and manufactured as such. The instrument is primarily intended for weighing goods. • It is forbidden to use the terminal without taking the necessary precautions for safe use. • Use of the terminal in places with potentially explosive atmospheres or in areas where there is a risk of fire is strictly prohibited. Any other use shall only be permitted if explicitly authorised by the Manufacturer. Regulations The operating conditions for the electronic terminal are subject to the regulations in force in the country in which the terminal is used. All use of the line in conditions which do not comply with these regulations is prohibited. Instructions for use • Strictly comply with the instructions in this manual during use. • In the event of discrepancy between the information in this manual and the instrument purchased, contact your Dealer or the Manufacturer's After-Sales Service for explanations. • Always observe the indications given on the warning and danger plates on the terminal. • Make sure that all the terminal’s coverings and protective casings are correctly in place and that the connection cables are in a good condition and corrected properly.

  • Page 19: Delivery And Installation

    DD1050 DELIVERY AND INSTALLATION I--(Figure9-1.jpg)--I figure 3.1 - base of the terminal Key: 1. Expansion slot 1 2. Expansion slot 2 3. Expansion slot 3 4. RS232/422/485 COM3 serial output 5. RS232/422/485 COM2 serial output 6. COMPACT FLASH slot 7. SD CARD slot 8. Ethernet 10/100 network socket 9. 12V/4A power socket 10. I NPUT/OUTPUT terminals 11. U SB 2.0 MASTER socket 12. U SB 2.0 SLAVE socket 13. U SB 2.0 SLAVE socket 14. G round terminal 15. S cale 2...

  • Page 20: Installation

    DD1050 Installation CAUTION This terminal must be installed indoors, sheltered from the weather conditions, since it has not been designed to withstand inclement weather. 3.1.1 Table installation Position the terminal on a fixed surface (table or desk without wheels). To prevent reflections, make sure that the monitor is not in the direct light, that it is stable and securely standing on its non-slip feet. Connection of the terminal to the electricity main 3.2.1 Inspections DANGER Check that: • The voltage and frequency of the electricity main correspond to the indications on the warning...

  • Page 21: Wiring Diagram

    DD1050 3.2.2 Wiring diagram Proceed in the following way to connect the terminal to the electricity main in the correct way: • Connect the terminal to the power supplier; • Connect the power supplier to the correct power socket by means of the relative cable. I--(Figure9-2.jpg)--I figure 3.2 - Connection of the terminal to the electricity main Key: 1. Weight display terminal. 2. Power supplier. 3. Power supplier cable. 4. Mains socket 5. 12V/4A power socket (see point 9 Fig. 3.1 on page 19). 3.2.3 Power cable The power cable is generally supplied with an IEC 320 socket and 10 A Italian plug (L+N+G). It can be supplied with a SCHUKO plug on request.

  • Page 22: Dc Power Supply

    DD1050 3.3 12 V dc power supply Weighing terminal D1050 can also be powered by a direct current source with 12 V voltage rating. • The power can be supplied by a lead battery or stabilized power supplier. • The source must be able to supply 4A. • An external disconnector must be installed. I--(Figure9-3.jpg)--I +12V SCHERMO figure 3.3 - View of the power connector WARNING Sizing and routing of the power cable and external knife switch are at the customer's charge.

  • Page 23: Wiring Diagram

    DD1050 3.4.1 Wiring diagram I--(Figure9-4.jpg)--I figure 3.4 - Connection of the terminal to the electricity main Key: 1. Weight display terminal. 2. Weighing platform or weighbridge. 3. Scale cable with 9/15-pin connector. 4. Scale input (see point 15-16 Fig. 3.1 on page 19). 5. Equipotentiality cable with eyelet cable terminal. 6. Grounding screw (see point 14 Fig. 3.1 on page 19). 7. Grounging screw on the platform. 8. Grounding posts (only for weighbridges). 3.4.2 Equipotentiality between terminal and weighing platform Make sure that there is equipotentiality between the metal parts of the terminal and the weighing platform.

  • Page 24: Digital Scale Serial Connection

    DD1050 3.4.3 Digital Scale serial connection 15-pin female connector. DESCRIPTION 485- EX + EX + EX - EX - 485+ EX - NC = Stand-by. Do not connect Connections towards digital load cells are achieved with RS485 serial transmission using a screened cable with 6 conductors. Pins with the same signal can be connected in parallel. 3.4.4 Analog Scale serial connection 9-pin male connector. DESCRIPTION SIG- SIG+ EXC+ EXC- +SENSE...

  • Page 25: Serial Links

    DD1050 3.5 SERIAL LINKS 3.5.1 COM2 serial link 9-pin female connector. DESCRIPTION RX422- RX232 TX232 RX422+ TX422- TERMINATOR TX422+ NC = Stand-by. Do not connect 3.5.2 COM3 serial link 9-pin female connector. DESCRIPTION RX 232 TX 232 RTS 232 CTS 232 J2 OFF = DISCONNECTED J2 (1-2 ON) = +12V J2 (2-3 ON) = +5V NC = Stand-by. Do not connect...

  • Page 26: Rs232 Connections

    DD1050 3.5.3 RS232 connections CAUTION Maximum use conditions envisaged by standard RS232: Maximum transmission distance: 15 m Maximum voltage at ends: ± 12 Vdc It is advisable to use a screened cable for connections to external devices. Remember to connect the screen to the metal part of the shell of the 9-pin connector.

  • Page 27: Inputs / Outputs

    DD1050 INPUTS / OUTPUTS I--(Figure9-5.jpg)--I figure 3.5 - Input/Output pins Key: 1. PIN 1. 2. PIN 2. 3. PIN 3. 4. PIN 4. 5. PIN 5. 6. PIN 6. 7. PIN 7. 8. PIN 8. I--(Figure9-6.jpg)--I INPUT 1 INPUT 2 COMMON INPUT DO NOT CONNECT External DD1050 panel INPUT 1-A INPUT 1-B INPUT 2-A INPUT 2-B figure 3.6 - I/O connector and connection example...

  • Page 28: Input Connection

    DD1050 3.6.1 Input connection CAUTION Electrical specifications Inputs: maximum voltage < 5 Vdc maximum current < 5 mA The inputs can be controlled by clean contacts or by NPN transistors (negative common connection). 3.6.2 Output connection CAUTION Electrical specifications Outputs: switchable voltage <...

  • Page 29: Controls, Switching On And Off

    DD1050 CONTROLS, SWITCHING ON AND Off 4.1 On-off key To switch on the correctly powered terminal (connected to the electricity main by means of the power supplier), press the key on the front as shown in Fig. 4.1. I--(Figure9-7.jpg)--I figure 4.1 - Powering After 3 seconds, the pale blue led indicating that the terminal is operation will start toflash 3 times and will then remain permanently on. The terminal is in the starting phase in this condition. A progressive bar on the display will warn of the starting phase with messages. Press the key again. The led and display will go out. In this situation, the terminal will interrupt its functions. It will still be powered, but the power consumption will ber more or less null. The green led on the power supplier will come on to indicate this status. I--(Figure9-8.jpg)--I figure 4.2 - Green led on the power supplier Remove the plug from the power socket to completely shut down the system.

  • Page 30: Touch Screen

    DD1050 4.2 Touch screen The commands are transmitted to the terminal via the “TOUCH SCREEN”. Using a finger or the special pens, press the surface of the screen until you hear the internal buzzer make a “beep” sound. The commands are transmitted by pressing the keys. It may sometimes be necessary to move the windows. To do this, press the window's blue horizontal bar while you move over the screen. This is also true of the scroll bars at the side: e.g. when the “HELP” texts are consulted (also consult paragraph 5.1.1 on page 31) External keyboard and mouse The mouse and keyboard can be connected to the Flash Drive ports as entry devices. The terminal recognizes the common Flash Drive mice and the Flash Drive keyboards with the plug & play method. I--(Figure9-9.jpg)--I figure 4.3 - USb 2.0 SLAVE socket (See points 12-13 Fig. 3.1 on page 19).

  • Page 31: Use Of The Terminal

    DD1050 USE Of THE TERMINAL Main window for the double weighing mode 5.1.1 General information The main window contains all the basic information for the weighing operations. Press the “touch screen” with a finger to select the functions. Do not use pens or other pointed tools as they could damage the screen. A touch screen pen can also be used so long as its tip is not too pointed. Do not exercise too much pressure. 5.1.2 Metrological keys Weight reset key Press this key to reset the weight indication, but only in the following conditions: • The weight value must be within the -1% to +3% of the terminal's capacity if metric verification is obligatory and ± 50% of the capacity for other sorts of terminal. • The weight must be stable. • No tare must have been entered. Tare entry and cancellation key Press this key to acquire the weight on the weighing platform as the tare value, but only in the following conditions: • The weight must be stable. • The weight value must be positive. • The weight must not exceed the maximum capacity. Press again to cancel the acquired tare.

  • Page 32: Weight Indication (On The Left-Hand Side Of The Weight Value)

    DD1050 5.1.3 Weight indication (on the left-hand side of the weight value) Stable weight symbol Indicates that the displayed weight is stable and can be printed and/or transmitted. "Center zero" symbol Indicates that the weight detected by the platform is near zero, between -1/4 + +1/4 of the division. Tare symbol Indicates that there is a tare symbol memorized by acquisition. Tare symbol entered via the keyboard Indicates that the tare value acquired has been entered via the keyboard. Gross weight symbol Net weight symbol When this symbol is on it means that a tare has been memorized via acquisition. If the indication is also on at the same time, it means that a tare has been entered via the keyboard. Indication of the weighing range for multiextension instruments (ME) 5.1.4 Weight indication (on the right-hand side of the weight value) Scale A Key for selecting scale “A”.

  • Page 33: Weight Indications

    DD1050 5.1.5 Weight indications The weight is displayed by a number followed by the unit of measurement: Unit of measurement of the weight displayed If the indication flashes, the weight is within the minimum weight range. The following values are indicated if there has been an error: - 01 - 999999,99 Without unit of measurement = Overload - ***,** kg Weight preceded by the “-” sign (minus) = Scale in negative status 5.1.6 Current data table The fields with the descriptions of the current weight are given in the table on the left. To scroll through the fields, either select them or use the positioning keys of the column alongside: Start Jump to beginning of table. End Jump to end of table. Pg Up Scroll one page back through the table. Pg Dn Scroll one page forwards through the table. Up Scroll one element back. End Scroll one element forward. 5.1.7 Operation The icons for the operating modes appear in the box on the right. The indication below the icon shows the corresponding archive: • RcD • RPD...

  • Page 34: Status Bar

    DD1050 5.1.8 Status bar The status bar, comprising messages from the system, icons and indications, is displayed at the bottom: Status messages Brief descriptions about the current operating status. Key Access level and password settings. Help key Click for immediate access to a help text. Time Click to correct the date and time. 5.1.9 Menu Key for accessing the settings menu (MENU) Click to enter the parameters (see paragraph 5.3 on page 35). 5.1.10 Reprint Reprint key Click to reprint the last ticket printed. 5.1.11 Logo Logo key Click to display information about the software. Scale Test window • Enable high resolution • Error codes • Internal point display • In the case of Scale Test with digital load cells, click on the number of load cells to obtain the corresponding information...

  • Page 35: Parameter Customising Window

    DD1050 Parameter customising window 5.3.1 General information This window is accessed by pressing the “MENU” key (paragraph 5.1.9 on page 34). The icons for accessing the parameters are grouped in the main box. 5.3.2 Keys Key for accessing the archives customising function (ARCHIVES) Accesses the window where the archives can be customised (see paragraph 5.4 on page 36). Key for accessing the totals customising function (TOTALS) Accesses the window where the totals can be customised (see paragraph 5.5 on page 37). Key for accessing the miscellaneous parameters customising function (VARIOUS) Accesses the window where miscellaneous parameters can be customised. Key for accessing the weighing parameters customising function (SETUP) Accesses the window where the weighing parameters can be customised (see paragraph 5.6 on page 37). Key for displaying the metrological information (METROLOGICAL INFO) The SW code of the scale board is indicated along with the revision index and the counter with the number of accesses to the parameters (see paragraph 5.7 on page 38). 5.3.3 Exit key Exit Goes back to the main weighing window (see paragraph 5.1 on page 31).

  • Page 36: Archive Customising Window

    DD1050 Archive customising window 5.4.1 General information This window is accessed by pressing the “ARCHIVES” key (paragraph 5.3.2 on page 35). The icons for accessing the archives are grouped in the main box. 5.4.2 Keys Key for accessing the license plate archive (PLATE) Accesses the window of the plate archive. Key for accessing the client archive (CLIENT) Accesses the window of the client archive. Key for accessing the product archive (PRODUCT) Accesses the window of the product archive. Key for accessing the Vehicle Recall archive (AdR) Accesses the window of the archive with the vehicle recall codes. Key for accessing the Data Recall archive (RCD) Accesses the window of the archive with the data code recalls. Key for accessing the Preset Weights Recall archive (RPD) Accesses the window of the archive with the previous tare code recalls. Key for accessing the tare archive (TARE) Accesses the window of the tare archive. Key for accessing the coefficient archive (COEFFICIENTS) Accesses the window of the coefficient archive.

  • Page 37: Totals Management Window

    DD1050 Totals management window 5.5.1 General information This window is accessed by pressing the “TOTALS” key (paragraph 5.3.2 on page 35). The icons for accessing the totals are grouped in the main box. 5.5.2 Keys Key for accessing the license plate totals (PLATE TOTAL) Accesses the plate totals window. Key for accessing the client totals (CLIENT TOTAL) Accesses the client totals window. Key for accessing the product totals (PRODUCT TOTAL) Accesses the product totals window. Key for accessing the general totals (GENERAL TOTAL) Accesses the general totals window. Key for accessing the partial totals (PARTIAL TOTAL) Accesses the partial totals window. Key for accessing the Vehicle Recall totals (AdR TOTAL) Accesses the vehicle recall code totals window. Key for accessing the Preset Weights Recall totals (RPD TOTAL) Accesses the window of the previous tare code recall totals. Weighing parameter customising window (SETUP) 5.6.1 General information This window is accessed by pressing the “SETUP” key (paragraph 5.3.2 on page 35). The weighing parameter customising operations are handled in the window: (SEE CHAPTER 11 on page 99).

  • Page 38: Metrological Info Display Window

    DD1050 Metrological info display window 5.7.1 General information This window is accessed by pressing the “METROLOGICAL INfO” key(paragraph 5.3.2 on page 35). The box displays the firmware release in the scale boards. I--(Figura5-1.jpg)--I Metrological info Scale board: - program number + release - Counter: - number of accesses to metrological parameters figure 5.1 - Metrologic info...

  • Page 39: Optional Equipment

    DD1050 OPTIONAL EQUIPMENT Weighing terminal DD1050 can also be fitted with optional boards, peripheral equipment and accessory software. Consult the specific manuals for the relative operation and installation instructions. Some of the optionals also require firmware upgrades. Contact our Sales and Assistance network or After-Sales Service. The following optionals are currentlòy available (as of the date on which this manual was written): • board with 4 inputs/outputs • RS232 - RS422 - RS485 serial expansion board • profibus expansion board • analog I/O and pulse counter board (sensor interface) • audio/microphone board...

  • Page 40: Error Messages

    DD1050 ERROR MESSAGES Terminal errors fault Cause Remedy Check the green light on the power The terminal fails supplier: to switch on when The blue light is off if it is on, make sure that the connector is the power-on key is plugged in correctly into point 9 (Fig. 3.1 pressed on page 19) Press on the logo in the center of the key The terminal does not Wrong key pressed You will feel the key cap press down when switch on the key is depressed Switch off the terminal and power it again. Pressing on the touch Press on any part of the display within 5 screen produces no Display not calibrated seconds from powering.
  • Page 41 DD1050 fault Cause Remedy - 01 - Load cell connection Check extension lead, junction box, load Converter faulty faulty or missing cells (*) Response signal from load cell more - 01 - Check that the load cell is in good order and than approx. + +23 mV Converter faulty is working within its prescribed range or less than approx. - - 23 mV. Check the converter board using a load - 01 - (*) Board faulty cell simulator. If the test result is negative, Converter faulty replace the converter board.

  • Page 42: Area Codes And Errors

    DD1050 Area codes and errors A_01: Database error A_011: Database error A_02: Managed Framework error A_021: Managed Framework error A_03: Graphic plugin error A_031: Graphic plugin error A_04: Application error A_041: Application error A_05: Storage error A_051: Storage error C_00: Generic error C_001: Generic error C_01: Wrong plugin test C_011: Wrong plugin test C_02: Plugin cannot be loaded C_021: Plugin cannot be loaded C_03: Extension point cannot be loaded C_031: Extension point cannot be loaded C_04: Extension cannot be loaded C_041: Extension cannot be loaded C_05: Wrong extension point test C_051: Wrong extension point test C_06: Wrong validation of Db data structure C_061: Wrong validation of Db data structure...
  • Page 43 DD1050 C_07: Application command not valid C_071: Application command not valid C_08: Application event record not valid C_081: Application event record not valid C_09: Application event deregistration not valid C_091: Application event deregistration not valid C_10: DB data deletion not valid C_1000: LSF error C_10001: LSF error C_101: Data display update C_1010: DB data deletion not valid C_1011: Data display update C_102: Control Definition C_1021: Control Definition C_103: Command parameter setting C_1031: Command parameter setting C_104: Bind control-command C_1041: Bind control-command C_105: Bind control-data C_1051: Bind control-data C_106: Window drawing C_1061: Window drawing C_107: Window validation C_1071: Window validation C_108: Load window...
  • Page 44 DD1050 C_1081: Load window C_109: Command definition C_1091: Command definition C_11: DB data selection not valid C_110: Command validation C_1101: Command validation C_111: Access level C_1111: Access level C_112: DB data selection not valid C_12: DB data entry not valid C_121: DB data entry not valid C_13: DB data update not valid C_131: DB data update not valid C_14: DB event recording not valid C_141: DB event recording not valid C_15: DB event deregistration not valid C_151: DB event deregistration not valid C_16: DB data scheme request not valid C_161: DB data scheme request not valid C_17: Plugin cannot be executed C_171: Plugin cannot be executed C_18: Reflection error C_181: Reflection error C_19: Event recording C_191: Event recording...
  • Page 45 DD1050 C_20: Event deregistration C_201: Event deregistration C_21: Event signal C_211: Event signal C_22: System data error C_221: System data error C_23: Event notification C_231: Event notification C_24: Printer Parse C_241: Printer Parse C_25: Command execution request C_251: Command execution request C_26: File utility C_261: File utility C_27: Resource recovery C_271: Resource recovery C_28: Error in xml message validation C_281: Error in xml message validation C_29: Error in command execution C_291: Error in command execution C_30: Local IP address not configured C_301: Local IP address not configured C_31: Configuration error C_311: Configuration error C_33: Create extension...
  • Page 46 DD1050 C_331: Create extension C_34: Wrong plugin execution end C_341: Wrong plugin execution end C_35: Create plugin C_351: Create plugin C_36: UMF Management C_361: UMF Management C_37: Managed Framework notice to start C_371: Managed Framework notice to start C_38: Managed Framework Plugin start notice C_381: Managed Framework Plugin start notice C_39: External utility D_00000: • No detail. Blank string feedback D_000001: Generic Detail D_0000011: Generic Detail D_000002: • No detail. Blank string feedback D_00001: Object not valid D_000011: Object not valid D_00002: File not valid D_000021: File not valid D_00003: Object duplicated D_000031: Object duplicated D_00004: Control initialization error D_000041: Control initialization error...
  • Page 47 DD1050 D_00005: Control configuration error D_000051: Control configuration error D_00006: Command configuration not valid D_000061: Command configuration not valid D_00007: Value not valid D_000071: Value not valid D_00008: Operation not possible D_000081: Operation not possible D_00009: Object not found D_000091: Object not found D_00010: Command does not require parameters D_000101: Command does not require parameters D_00500: Object already defined D_005001: Object already defined D_00501: Object not found D_005011: Object not found D_00502: File not valid D_005021: File not valid D_00503: Data not valid D_005031: Data not valid D_00504: Name not valid D_005041: Name not valid D_00505: Plugin name not found D_005051: Plugin name not found D_00506: Event not found...
  • Page 48 DD1050 D_005061: Event not found D_00507: Extension point not valid D_005071: Extension point not valid D_00508: Constructor call not valid D_005081: Constructor call not valid D_00509: Constructor not valid D_005091: Constructor not valid D_00510: Class not found D_005101: Class not found D_00511: Method not found D_005111: Method not found D_00512: Property not found D_005121: Property not found D_00520: Non conforming data values D_005201: Non conforming data values D_00521: Negative data validation D_005211: Negative data validation D_00530: Append command D_005301: Append command D_00540: Command parameter setting error D_005401: Command parameter setting error D_00541: Command not found D_005411: Command not found D_00550: File deletion error D_005501: File deletion error...
  • Page 49 DD1050 D_00551: File writing error D_005511: File writing error D_00560: No identification tag D_005601: No identification tag D_00561: Resource path error D_005611: Resource path error D_00562: Blank resource path D_005621: Blank resource path D_00563: Information fields missing D_005631: Information fields missing D_00570: Indicated table not found D_005701: Indicated table not found D_00571: MF remote configuration not found D_005711: MF remote configuration not found D_00572: UMF remote configuration not found D_005721: UMF remote configuration not found D_00573: Corrupted Metro.xml file D_005731: Corrupted Metro.xml file D_00574: Metrological module checksum error D_005741: Metrological module checksum error D_00575: Metrological module not found D_005751: Metrological module not found D_00576: XML definition not valid D_005761: XML definition not valid D_00600: Error during startup process...
  • Page 50 DD1050 D_006001: Error during startup process D_00620: No EXE D_00621: EXE start error D_10000: Generic Error D_100001: Generic Error D_10001: Function does not exist in Manifest D_100011: Function does not exist in Manifest D_10002: Logic does not exist in Manifest D_100021: Logic does not exist in Manifest D_10003: Service does not exist in Manifest D_100031: Service does not exist in Manifest D_10004: Cannot create service defined in Manifest D_100041: Cannot create service defined in Manifest D_10005: Function already exists D_100051: Function already exists D_10006: Logic already exists D_100061: Logic already exists D_10007: Service already exists D_100071: Service already exists D_10008: Item duplicated D_100081: Item duplicated D_10009: Item does not exist D_100091: Item does not exist D_10010: Logic not set D_100101: Logic not set...

  • Page 51: List Of Categories And Details

    DD1050 List of categories and details 7.4.1 PluginCbConfiguration C_01: Configuration error • Category; number must be the same as category D_00001: Generic error D_00002: No COM Available D_00003: Linked table not valid D_00004: Inexistent node D_00005: Component not found D_00006: Display not supported D_00007: Configuration initializing error D_00008: Configuration graph initializating error D_00009: Plugin start error D_00010: Instance deletion error D_00011: Instance addition error D_00012: Graphic component creation for parameter management error D_00013: Instance addition/deletion requested on single component D_00014: Creation of paths with multi-instance type main node not possible D_00015: Network node list not available D_00016: Parameter bound to an unknown data type 7.4.2 PluginCbControlsfull C_01: Plugin CbControlLight - CB_DataGrid D_00001: Data not valid D_00002: Main key not modifiable...

  • Page 52: Plugincbdeviceaccess

    DD1050 7.4.3 PluginCbDeviceAccess C_01: Printing layout processing D_10000: Command line added D_10001: Print command execution D_10002: Reprint D_10003: Printer status request D_10004: Printer initialization D_10005: Error during disconnection D_10006: Print start operations D_10007: Print end operations 7.4.4 PluginCbDeviceAccessScale C_01: Scale READING command error C_02: Error in WRITING command on scale C_03: Error in STATUS FLAG reading command of scale C_04: Error in EXECUTION request command of scale commands C_05: Error during scale CALIBRATION operation C_06: Scale configuration error C_07: Scale board management C_08: Extension Point management C_09: Seal management D_00001: Value not valid in a parameter reading D_00002: Reading command with no response value D_00003: Requested parameter not found in READING command output D_00004: Error in reading of requested parameter D_00005: Error in the response of a value writing...
  • Page 53 DD1050 D_00006: Unknown value from the command execution D_00007: No value from command execution D_00008: Value not valid in a flag status reading D_00009: Error during execution of requested command D_00010: CheckSum value error D_00011: Error in command result information D_00012: Error during Eccentric Load procedure D_00013: Error during storage of scale parameters (close GUI) D_00014: Error during Zero / Full Scale calibration procedure D_00020: Unknown scale board detected D_00030: Error during the validation of extension D_00040: Unknown network knot detected...

  • Page 54: Plugincbdoubleweight

    DD1050 7.4.5 PluginCbDoubleWeight C_01: Generic Error C_02: Totalizing C_03: Working Logic D_30000: AdR Start D_30001: RcD Start D_30002: RPD Start D_30003: AdR End D_30004: RcD End D_30005: RPD End D_30006: AdR Abort D_30007: RcD Abort D_30008: RPD Abort D_30009: AdR Transmission D_30010: RcD Transmission D_30011: RPD Transmission D_30012: AdR Record inexistent D_30013: RcD Record inexistent D_30014: RPD Record inexistent D_30015: Plate Record inexistent D_30016: RcD Archive full D_30017: AdR Total D_30018: RcD Total D_30019: RPD Total D_30020: AdR Entrance printout D_30021: RcD Entrance printout...

  • Page 55: Plugincbmainweight

    DD1050 D_30022: RPD Entrance printout D_30023: AdR Exit printout D_30024: RcD Exit printout D_30025: RPD Exit printout 7.4.6 PluginCbMainWeight C_01: Archive Printout Management C_02: Error in Main Logic C_03: Error in Working Logic C_04: Error in Archive Logic C_05: Error in scale management C_06: CbMainWeight plugin management error C_07: Totalizing D_00100: Event management error D_00200: Preset tare deletion error D_00201: Scale error during requested processing D_00300: Plugin start function error D_10000: Code interval recall error D_10001: All codes recall error D_10002: One code recall error D_10003: Printer instance not present D_10004: Layout not present D_10005: Error during archive printing D_10006: Error during total printing D_10007: Total Record Does Not Exist D_10008: Record does not exist...

  • Page 56: Plugincbweightviewer

    DD1050 7.4.7 PluginCbWeightViewer C_00: Generic Error C_01: Scale Error D_00000: Generic Detail D_00001: Current scale not configured...

  • Page 57: Programming Dialogues Via Serial Links

    DD1050 PROGRAMMING DIALOGUES VIA SERIAL LINKS SEE “COMMUNICATIONS MANUAL”...

  • Page 58: Parameter Customising

    DD1050 PARAMETER CUSTOMISING The parameter customising function is accessed by pressing the “SETUP” key (paragraph 5.3.2 page 35). You can display the following information: all the parameters on which the operating statuses of the terminal are based. Not all the parameters can be edited (Metrological parameters, see chapter 10 page 97). Parameters that can be edited are shown by the different colour of the text: click on them to display the editing options. The parameters are described below grouped as to “PLUGIN” (sub-program that allows part of the terminal to be managed and operated). CAUTION Only qualified persons may access this area. Incorrect configuration of these parameters could cause the terminal to block or function in a faulty way. Core.Password.Config.ConfigSchema.xml Plugin: PluginCbCoreConfiguration Schema: ConfigSchema Component Name: - (Core.Password) Category: - (Other)
  • Page 59 DD1050 field: Minimum Weight (PESMIN). Category: Common parameters (FEATURES). > Minimum weight below which the measurement is no longer variable. Weighing may be affected by an excessive relative error. Value given in divisions (e) Default Value: [20]; Type: Short field: Fields (N_RANG). Category: Common parameters (FEATURES). > Number of weighing fields in an instrument with multiple divisions. Single, 2 multidivision, 2 multiextension, 3 multidivision, 3 multiextension. Default Value: [1] • (1) • (2MD) • (2ME) • (3MD) • (3ME) field: W1 extension feedback delay (N° of conversions) (NCAM1EST). Category: Common parameters (FEATURES). > W1 field feedback occurs after n conversions. Default Value: [0]; Type: Int field: Capacity (MAX).
  • Page 60 DD1050 • (0.01) • (0.02) • (0.05) • (0.1) • (0.2) • (0.5) • (1) • (2) • (5) • (10) • (20) • (50) • (100) • (200) field: Field 1 capacity (MAX1). Category: Common parameters (FEATURES). > Maximum weighing capacity of field 1 in an instrument with multiple divisions. Default Value: [0]; Type: Decimal field: Field 2 capacity (MAX2). Category: Common parameters (FEATURES). > Maximum weighing capacity of field 5.08 cm an instrument with multiple divisions. Default Value: [0]; Type: Decimal field: Capacity (Secondary) (2_MAX). Category: Common parameters (FEATURES).
  • Page 61 DD1050 • (0.020) • (0.050) • (0.01) • (0.02) • (0.05) • (0.1) • (0.2) • (0.5) • (1) • (2) • (5) • (10) • (20) • (50) • (100) • (200) field: Field 1 Capacity (Secondary) (2_MAX1). Category: Common parameters (FEATURES). > Concerns the secondary scale. Maximum weighing capacity of field 1 in an instrument with multiple divisions. Default Value: [0]; Type: Decimal field: Field 2 Capacity (Secondary) (2_MAX2). Category: Common parameters (FEATURES).
  • Page 62 DD1050 field: Stability indication (NCSTAB). Category: Stability management (STABILITY). > Speed with which stable weight signal appears. This parameter is also linked to the digital filter parameter setting. Default Value: [5] • Very Fast (5) • Fast (10) • Slow (20) • Very Slow (40) field: Digital filter (FILTRD). Category: Stability management (STABILITY). > Allows a digital filter to be entered or not. It enables (or disables) activation of a software process for fitering values supplied by the analog/digital converter. A higher number means a higher filtering degree. 4 MON=0, 8 MON=0, 16 MON=8, 32 MON=16, 64 MON=32, 128 MON=64, FIRHISI SOM=16 MON=2 FIR=2Hz/60dB, FIRHINO SOM=0 MON=0 FIR=2Hz/ 60dB, FIRLOSI SOM=16 MON=2 FIR=5Hz/60dB, FIRLONO SOM=0 MON=0 FIR=5Hz/60dB, ADVANCED enables the specific selection of parameters SOM=Average number of values (arithmetic mean) MON=Number of fields for average skip (monotonic) FIR=FIR filter (Finite Impulse Response, open loop filter).
  • Page 63 DD1050 • (2Hz/100db) field: Activation (DISTARA). Category: Tare management (TARE). > Defines how the tare is managed. Default Value: [SI] • Activated (SI) > A weight on the weighing platform can be acquired as tare or a tare value can be entered via the keyboard • Self-weighed tare only (AUTOP) > A weight on the weighing platform can be acquired as a tare, but a tare value cannot be entered via the keyboard. • Preset tare only (PREDET) > A tare value can be entered via the keyboard but not acquired from a weight on the weighing platform. • Deactivated (NO) > A tare can neither be acquired nor entered via the keyboard.

  • Page 64: D404701.Xml

    DD1050 field: Zero Track (e) (Z_TRAC). Category: Zero management (ZERO). > Given in divisions. Establishes the range around zero within which the zero value is "tracked” so as to eliminate small and slow variations to the weight indication, e.g. due to powder dropping on to the scale. Use the 0 (zero) value for batching systems. Zero forced on unloading is automatically disabled when zero track is eliminated by selecting the 0 (zero) value. This also occurs if a different value from 0 (zero) has been entered for the forced zero parameter. Default Value: [0] •...
  • Page 65 DD1050 field: Minimum Weight (PESMIN). Category: Common parameters (FEATURES). > Minimum weight below which the measurement is no longer variable. Weighing may be affected by an excessive relative error. Value given in divisions (e) Default Value: [20]; Type: Short field: Fields (N_RANG). Category: Common parameters (FEATURES). > Number of weighing fields in an instrument with multiple divisions. Single, 2 multidivision, 2 multiextension, 3 multidivision, 3 multiextension. Default Value: [1] • (1) • (2MD) • (2ME) • (3MD) • (3ME) field: W1 extension feedback delay (N° of conversions) (NCAM1EST). Category: Common parameters (FEATURES). > W1 field feedback occurs after n conversions. Default Value: [0]; Type: Int field: Capacity (MAX).
  • Page 66 DD1050 • (0.01) • (0.02) • (0.05) • (0.1) • (0.2) • (0.5) • (1) • (2) • (5) • (10) • (20) • (50) • (100) • (200) field: Field 1 capacity (MAX1). Category: Common parameters (FEATURES). > Maximum weighing capacity of field 1 in an instrument with multiple divisions. Default Value: [0]; Type: Decimal field: Field 2 capacity (MAX2). Category: Common parameters (FEATURES). > Maximum weighing capacity of field 5.08 cm an instrument with multiple divisions. Default Value: [0]; Type: Decimal field: Capacity (Secondary) (2_MAX). Category: Common parameters (FEATURES).
  • Page 67 DD1050 • (0.020) • (0.050) • (0.01) • (0.02) • (0.05) • (0.1) • (0.2) • (0.5) • (1) • (2) • (5) • (10) • (20) • (50) • (100) • (200) field: Field 1 Capacity (Secondary) (2_MAX1). Category: Common parameters (FEATURES). > Concerns the secondary scale. Maximum weighing capacity of field 1 in an instrument with multiple divisions. Default Value: [0]; Type: Decimal field: Field 2 Capacity (Secondary) (2_MAX2). Category: Common parameters (FEATURES).
  • Page 68 DD1050 field: Stability divisions (DDSTAB). Category: Stability management (STABILITY). > Identifies the number of divisions for which the stable weight signal is maintained even when there are weight variations. The stability signalling parameter setting must be 0 (zero) or 1 for terminals subject to metric verification. Default Value: [0] • (0) • (1) • (2) • (4) field: Stability indication (NCSTAB). Category: Stability management (STABILITY). > Speed with which stable weight signal appears. This parameter is also linked to the digital filter parameter setting. Default Value: [5] • Very Fast (5) • Fast (10) • Slow (20) • Very Slow (40) field: Digital filter (FILTRD). Category: Stability management (STABILITY). > Allows a digital filter to be entered or not. It enables (or disables) activation of a software process for fitering values supplied by the analog/digital converter. A higher number means a higher filtering degree. 4 MON=0, 8 MON=0, 16 MON=8, 32 MON=16, 64 MON=32, 128 MON=64, FIRHISI SOM=16 MON=2 FIR=2Hz/60dB, FIRHINO SOM=0 MON=0 FIR=2Hz/ 60dB, FIRLOSI SOM=16 MON=2 FIR=5Hz/60dB, FIRLONO SOM=0 MON=0 FIR=5Hz/60dB, ADVANCED enables the specific selection of parameters SOM=Average number of values (arithmetic mean) MON=Number of fields for average skip (monotonic) FIR=FIR filter (Finite...
  • Page 69 DD1050 • Deactivated (NO) > A tare can neither be acquired nor entered via the keyboard. field: Multiple Tares (TARAIMP). Category: Tare management (TARE). > Indicates the number of tares added in relation to the acquired tare and the tare typed in via the keyboard. No means no tare added. Consult the Use of the terminal chapter in the user manual (Displayed tare and Preset tares) for further details. Default Value: [NO] • (NO) • (1) • (2) field: Keep Value (TBLOC). Category: Tare management (TARE). > Defines the tare management mode when the scale unloads. Tick to prevent the tare from being kept in the memory when the scale unloads. Default Value: [false]; Type: Bool • true • false field: Forced Zero (e) (Z_FORZ). Category: Zero management (ZERO). > Given in divisions. Establishes the range around the displayed zero within which forced weight reset occurs during the unloading phase and in the presence of a stable weight. Unloading means the moment in which the weight drops below the minimum weight. 0 (zero) must be set if the terminal is subject to metric verification. Default Value: [0] • (0) • (0.5) • (1) •...

  • Page 70: Sum_Scale.xml

    DD1050 field: Initial reset (F_ACCE). Category: Zero management (ZERO). > When powered, the terminal gives the value of the weight on the scale in relation to the zero value programmed during calibration. Default Value: [ZERCAM] • Calibrated zero (ZERCAM) • Auto Zero (AUTOZ) field: Automatic Zero (AZZAUTO). Category: Zero management (ZERO). > The terminal runs through autozero when powered. If it is a legal scale, autozero occurs between -5% and +15% of the full scale value around the calibrated zero. If it is a non-legal scale, this range varies from -50% to +50%. Tick to activate automatic zero. Default Value: [false]; Type: Bool • true • false SUM_SCALE.xml Plugin: PluginCbDeviceAccessScale Schema: CardSchema Component Name: - (SUM_SCALE) Typology: - (SUM) Imput Typology: - (SCALES)
  • Page 71 DD1050 field: W1 extension feedback delay (N° of conversions) (NCAM1EST). Category: Common parameters (FEATURES). > W1 field feedback occurs after n conversions. Default Value: [0]; Type: Short field: Capacity (MAX). Category: Common parameters (FEATURES). > Maximum weighing capacity. Default Value: [20000]; Type: Decimal field: Unit of Measurement (UNITM). Category: Common parameters (FEATURES). > The terminal will not convert the unit of measurement when a different unit of measurement from the set one is selected. In this case, the scale must be re-calibrated with sample weights of the required unit of measurement. Default Value: [kg] • (kg) • (g) • (t) • (lb) • (oz) field: Division (DD). Category: Common parameters (FEATURES). > Minimum division value given in the selected unit of measurement. Selection of these values also takes the number of decimals displayed into account. Indicates the division of the last field in the case of MD or ME instruments. Default Value: [20] • (0.001) • (0.002) • (0.005) •...
  • Page 72 DD1050 field: Field 1 capacity (MAX1). Category: Common parameters (FEATURES). > Maximum weighing capacity of field 1 in an instrument with multiple divisions. Default Value: [0]; Type: Decimal field: Field 2 capacity (MAX2). Category: Common parameters (FEATURES). > Maximum weighing capacity of field 5.08 cm an instrument with multiple divisions. Default Value: [0]; Type: Decimal field: Capacity (Secondary) (2_MAX). Category: Common parameters (FEATURES). > Concerns the secondary scale. Maximum weighing capacity. Default Value: [0]; Type: Decimal field: Unit of Measurement (Secondary) (2_UNITM). Category: Common parameters (FEATURES). > Concerns the secondary scale. The terminal will convert the unit of measurement when a different unit of measurement from the main one is selected. Default Value: [kg] • (kg) • (g) • (t) •...
  • Page 73 DD1050 • (200) field: Field 1 Capacity (Secondary) (2_MAX1). Category: Common parameters (FEATURES). > Concerns the secondary scale. Maximum weighing capacity of field 1 in an instrument with multiple divisions. Default Value: [0]; Type: Decimal field: Field 2 Capacity (Secondary) (2_MAX2). Category: Common parameters (FEATURES). > Concerns the secondary scale. Maximum weighing capacity of field 5.08 cm an instrument with multiple divisions. Default Value: [0]; Type: Decimal field: Configurable scale (CONFIG). Category: Specific Parameters (SPECIFIC). > Scale sum can be configured. The menu extends to new parameters. Default Value: [NO] • YES (SI) • NO (NO) field: Scale sum stability. (GESTPS). Category: Specific Parameters (SPECIFIC). > Indicate how stability is managed Default Value: [BILANCE] • From scales (BILANCE) > Obtained from both scales at the same time (AND) • On sum (INTERNA) > Obtained from the sum of the weights on both scales. field: Number of sums per second (sums/s) (NSOMME). Category: Specific Parameters (SPECIFIC). > Defines how many times per second the data of the selected scales are summed. Default Value: [10]; Type: Short field: Scale sum tare (GESTTARA).
  • Page 74 DD1050 field: Reset single scales (AZZBILSOM). Category: Specific Parameters (SPECIFIC). > Tick to reset single scales when scale sum is reset. Default Value: [true]; Type: Bool • true • false field: Stability divisions (DDSTAB). Category: Stability management (STABILITY). > Identifies the number of divisions for which the stable weight signal is maintained even when there are weight variations. The stability signalling parameter setting must be 0 (zero) or 1 for terminals subject to metric verification. Default Value: [0] • (0) • (1) • (2) • (4) field: Stability indication (NCSTAB). Category: Stability management (STABILITY). > Speed with which stable weight signal appears. This parameter is also linked to the digital filter parameter setting. Default Value: [5] • Very Fast (5) • Fast (10) • Slow (20) • Very Slow (40) field: Digital filter (FILTRD). Category: Stability management (STABILITY).
  • Page 75 DD1050 field: Activation (DISTARA). Category: Tare management (TARE). > Defines how the tare is managed. Default Value: [SI] • Activated (SI) > A weight on the weighing platform can be acquired as tare or a tare value can be entered via the keyboard • Self-weighed tare only (AUTOP) > A weight on the weighing platform can be acquired as a tare, but a tare value cannot be entered via the keyboard. • Preset tare only (PREDET) > A tare value can be entered via the keyboard but not acquired from a weight on the weighing platform. • Deactivated (NO) > A tare can neither be acquired nor entered via the keyboard. field: Multiple Tares (TARAIMP). Category: Tare management (TARE).

  • Page 76: Bilancia.bilanciaremota.configschema.xml

    DD1050 field: Zero Track (e) (Z_TRAC). Category: Zero management (ZERO). > Given in divisions. Establishes the range around zero within which the zero value is "tracked” so as to eliminate small and slow variations to the weight indication, e.g. due to powder dropping on to the scale. Use the 0 (zero) value for batching systems. Zero forced on unloading is automatically disabled when zero track is eliminated by selecting the 0 (zero) value. This also occurs if a different value from 0 (zero) has been entered for the forced zero parameter. Default Value: [0] •...

  • Page 77: Cbdoubleweight.config.configschema.xml

    DD1050 CbDoubleWeight.Config.ConfigSchema.xml Plugin: PluginCbDoubleWeight Schema: ConfigSchema Component Name: Double Weighing operation - (CbDoubleWeight.Config) Category: - (UseMode) SubPath: Operating modes - (RESOURCE::CbMainWeight.param_Funzionamenti) field: Plate Archive enabled (param_ArchivioTarga). Default Value: [val_conTotalizzazione] • Disabled (val_Disabilitato) • Enabled without totalizing (val_noTotalizzazione) • Enabled with Totalizing (val_conTotalizzazione) field: plate Archive layout (param_PlateArchiveLayout). > Name of file containing the description of the data layout on the printed ticket. The number indicates the maximum length of the file name in characters. Default Value: [PlateArchive.xml]; Type: String, Length MAX: 30 field: Plate total layout (param_PlateTotalLayout). > Name of file containing the description of the data layout on the printed ticket. The number indicates the maximum length of the file name in characters. Default Value: [PlateTotal.xml]; Type: String, Length MAX: 30 field: Print tare (param_StampaTara). Default Value: [val_Predeterminata] • Print always (val_Sempre) • Print if preset (val_Predeterminata) • Print if not zero (val_DiversaDaZero) CbDoubleWeight.ConfigRcA.ConfigSchema.xml Plugin: PluginCbDoubleWeight Schema: ConfigSchema Component Name: AdR - (CbDoubleWeight.ConfigRcA)
  • Page 78 DD1050 field: Output Copies (param_NumeroCopieUscita). > Number of tickets printed after the exit weight. Default Value: [0]; Type: Int field: Print date and time (param_StampaDataOra). > Tick to print date and time on ticket Default Value: [true]; Type: Bool • true • false field: Print Logo (param_StampaLogo). > Tick to print logo on ticket Default Value: [true]; Type: Bool • true • false field: Print Manufacturer Line (param_StampaRigaCostruttore). > Tick to print scale manufacturer's data on ticket Default Value: [true]; Type: Bool • true • false field: Print entrance barcode (param_StampaBarcodeIngresso). > Tick to print barcode on ticket Default Value: [true]; Type: Bool • true • false field: Print exit barcode (param_StampaBarcodeUscita). > Tick to print barcode on ticket Default Value: [true]; Type: Bool •...

  • Page 79: Cbdoubleweight.configrcd.configschema.xml

    DD1050 field: Exit layout\nSecondary printer (param_SecondaryLayoutOuput). > Name of the file containing the description of the layout of the data on the printed ticket in relation to the exit weight. The exit printout gives the entrance data. The number indicates the maximum length of the file name in characters. Default Value: [RcAInputOutput.xml]; Type: String, Length MAX: 30 field: ADR total layout (param_RcATotalLayout). > Name of file containing the description of the data layout on the printed ticket. The number indicates the maximum length of the file name in characters. Default Value: [RcATotal.xml]; Type: String, Length MAX: 30 field: ADR archive layout (param_RcAArchiveLayout). > Name of file containing the description of the data layout on the printed ticket. The number indicates the maximum length of the file name in characters. Default Value: [RcAArchive.xml]; Type: String, Length MAX: 30 CbDoubleWeight.ConfigRcD.ConfigSchema.xml Plugin: PluginCbDoubleWeight Schema: ConfigSchema Component Name: RcD - (CbDoubleWeight.ConfigRcD) Category: - (UseMode) SubPath: Functions::Double Weight - (RESOURCE::CbDoubleWeight.param_FunzDp) field: Operation Type (param_OperationType). > Select operation type Default Value: [val_RcD] • Disabled (val_Disabilitato) • RcD (val_RcD) > Recall data • RcDPlate (val_RcDTarga) > Recall data with Plate field: RcD Archive enabled (param_ArchivioRcD).
  • Page 80 DD1050 field: Output Copies (param_NumeroCopieUscita). > Number of tickets printed after the exit weight. Default Value: [0]; Type: Int field: Print date and time (param_StampaDataOra). > Tick to print date and time on ticket Default Value: [true]; Type: Bool • true • false field: Print Logo (param_StampaLogo). > Tick to print logo on ticket Default Value: [true]; Type: Bool • true • false field: Print Manufacturer Line (param_StampaRigaCostruttore). > Tick to print scale manufacturer's data on ticket Default Value: [true]; Type: Bool • true • false field: Print entrance barcode (param_StampaBarcodeIngresso). > Tick to print barcode on ticket Default Value: [true]; Type: Bool • true • false field: Print exit barcode (param_StampaBarcodeUscita). > Tick to print barcode on ticket Default Value: [true]; Type: Bool •...

  • Page 81: Cbdoubleweight.configrcp.configschema.xml

    DD1050 field: Exit layout\nSecondary printer (param_SecondaryLayoutOuput). > Name of the file containing the description of the layout of the data on the printed ticket in relation to the exit weight. The exit printout gives the entrance data. The number indicates the maximum length of the file name in characters. Default Value: [RcDInputOutput.xml]; Type: String, Length MAX: 30 field: RcD archive layout (param_RcDArchiveLayout). > Name of file containing the description of the data layout on the printed ticket. The number indicates the maximum length of the file name in characters. Default Value: [RcDArchive.xml]; Type: String, Length MAX: 30 9.10 CbDoubleWeight.ConfigRcP.ConfigSchema.xml Plugin: PluginCbDoubleWeight Schema: ConfigSchema Component Name: RPD - (CbDoubleWeight.ConfigRcP) Category: - (UseMode) SubPath: Functions::Double Weight - (RESOURCE::CbDoubleWeight.param_FunzDp) field: Operation Type (param_OperationType). > Select operation type Default Value: [val_RcP] • Disabled (val_Disabilitato) • RPD (val_RcP) > Recall Preset Weights • RPDPlate (val_RcPTarga) > Recall Preset Weights with Plate field: RPD Archive enabled (param_ArchivioRcP). > Allows the RPD codes archive (Recall Preset Data) to be enabled. A first present weight, the product, elient, plate and coefficient (if enabled) fields are associated with the RPD code. The exit weight, date and time fields are added to the record after the second weight. Weight totalizing per RPD code can be enaled.
  • Page 82 DD1050 • false field: Print Manufacturer Line (param_StampaRigaCostruttore). > Tick to print scale manufacturer's data on ticket Default Value: [true]; Type: Bool • true • false field: Print barcode (param_StampaBarcode). > Tick to print barcode on ticket Default Value: [true]; Type: Bool • true • false field: Exit Layout\nMain Printer (param_MainLayoutOuput). > Name of the file containing the description of the layout of the data on the printed ticket in relation to the exit weight. The exit printout gives the entrance data. The number indicates the maximum length of the file name in characters. Default Value: [RcPOutput.xml]; Type: String, Length MAX: 30 field: Exit layout\nSecondary printer (param_SecondaryLayoutOuput). > Name of the file containing the description of the layout of the data on the printed ticket in relation to the exit weight. The exit printout gives the entrance data. The number indicates the maximum length of the file name in characters. Default Value: [RcPOutput.xml]; Type: String, Length MAX: 30 field: RPD total layout (param_RcPTotalLayout). > Name of file containing the description of the data layout on the printed ticket. The number indicates the maximum length of the file name in characters. Default Value: [RcPTotal.xml]; Type: String, Length MAX: 30 field: RPD archive layout (param_RcPArchiveLayout). Default Value: [RcPArchive.xml]; Type: String, Length MAX: 30...

  • Page 83: Cbmainweight.config.configschema.xml

    DD1050 9.11 CbMainWeight.Config.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: General - (CbMainWeight.Config) Category: - (UseMode) SubPath: Common configuration - (RESOURCE::CbMainWeight.param_CommonConfiguration) field: Automatic print (param_StampaAutomatica). > Tick to enable automatic printing when the weight has reached the selected SETPOINT 1 value and the weight is stable. Default Value: [false]; Type: Bool • true • false field: Progressive Increase (param_IncrementoProgressivo). > NO = the progressive number is never increased and printed, regardless of the type of operation in progress; YES = the progressive number is always increased and printed regardless of the type of operation in progress; ENTRANCE ONLY = the progressive number is only increased and printed after entrance operations (double weighing); EXIT ONLY = the...
  • Page 84 DD1050 • Both (val_Entrambe) field: Print archives (param_StampaArchivi). > Print the archives with the main printer or secondary printer. Default Value: [val_Principale] • Main (val_Principale) • Secondary (val_Secondaria) field: Weight printout failure on secondary (param_AvariaStPesoSecondaria). > Select Interrupt if a printing error on the secondary will invalidate the entire weighing operation. Default Value: [val_Interrompere] • Abort (val_Interrompere) • Continue (val_Continuare) field: Product Archive enabled (param_ArchivioMerce). > Enables the product code archive. An alphanumerical description is associated with the product code. Weight totalizing per product code can be enabled.
  • Page 85 DD1050 field: Product Total Layout (param_ProductTotalLayout). > Name of file containing the description of the data layout on the printed ticket. The number indicates the maximum length of the file name in characters. Default Value: [ProductTotal.xml]; Type: String, Length MAX: 30 field: Client Total Layout (param_ClientTotalLayout). > Name of file containing the description of the data layout on the printed ticket. The number indicates the maximum length of the file name in characters. Default Value: [ClientTotal.xml]; Type: String, Length MAX: 30 field: Product Archive Layout (param_ProductArchiveLayout). > Name of the file containing the descriptiopn of the data layout in the archive. The number indicates the maximum length of the file name in characters. Default Value: [ProductArchive.xml]; Type: String, Length MAX: 30 field: Client Archive Layout (param_ClientArchiveLayout). > Name of the file containing the descriptiopn of the data layout in the archive. The number indicates the maximum length of the file name in characters. Default Value: [ClientArchive.xml]; Type: String, Length MAX: 30 field: Coefficient Archive Layout (param_CoefficientArchiveLayout). > Name of the file containing the descriptiopn of the data layout in the archive. The number indicates the maximum length of the file name in characters. Default Value: [CoefficientArchive.xml]; Type: String, Length MAX: 30 field: Weight variation (unit of measurement of the weight) (param_VariazionePeso). > Once output01 red and output02 green have been entered (or vice versa), the Weight Variation and Traffic light Timeout parameters must be set in order to control the traffic lights. The following conditions may occur. If no weight variation is entered (weight variation 0), the green light will come on once the weighing operation has been carried out and will...

  • Page 86: Cbmainweight.configfields.configschema.xml

    DD1050 • false field: Axle stability (param_StabilitaAssi). > Single axle weighing mode. Allows you to choose a limit value (given in the scale's unit of measurement). This value is the tolerance margin the weight of the single axle may have. This limit value is also used to calculate the minimum weight you wish to discriminate. Default Value: [200]; Type: Int field: Average (param_Media). > Single axle weighing mode. This parameter decides how many weight values to average. All of the approx. 20 values/second are transmitted with average 1. Raise the average value to lower the noise of the readings. Default Value: [val_2] • 1 (val_1) • 2 (val_2) • 3 (val_3) • 4 (val_4) field: Max. Weight on axle (param_MaxPesoAsse). > Single axle weighing mode. Allows you to choose a limit value (given in kg or better still, in the scale's unit of measurement). If the qweight of an axle exceeds this limit value, an axle overload will be indicated in the printout by an "*”. Default Value: [20000]; Type: Int field: Use alarm (param_UsoAllarme). > Single axle weighing mode. Activation of wheel out control. Error is indicated on the printout if the vehicle fails to drive off the scale correctly, e.g. by steering and driving off with the axles slanting in relation to the longitidunal line of the scale. Default Value: [false]; Type: Bool • true • false field: Wheel Limit (param_LimiteRuota). > Single axle weighing mode. Allows you to choose the limit value (given in the scale's unit of measurement) at which the alarm trips. The alarm activates if the weight drops below the value selected for a reasonable number of consecutive readings. Also consider the weight of...

  • Page 87: Cbmainweight.configinputdosagestart.configschema.xml

    DD1050 field: Field storage (param_StoreFields). Default Value: [val_Disabilitato] • Disabled (val_Disabilitato) • Enabled (val_Abilitato) 9.13 CbMainWeight.ConfigInputDosageStart.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Start - (CbMainWeight.ConfigInputDosageStart) Category: - (UseMode) SubPath: I/O Board::Inputs - (RESOURCE::CbMainWeight.param_SchedaIO_Input) field: Input Node (param_InputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: []; Type: String, Length MAX: 20 field: Input number (param_InputNumber). > Number/name to assign to the input. Inputs with the same number/name cannot coexist in the same terminal. Default Value: []; Type: String, Length MAX: 20 9.14 CbMainWeight.ConfigInputDosageStop.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Stop - (CbMainWeight.ConfigInputDosageStop) Category: - (UseMode) SubPath: I/O Board::Inputs - (RESOURCE::CbMainWeight.param_SchedaIO_Input) field: Input Node (param_InputNode).

  • Page 88: Cbmainweight.configinputscalereset.configschema.xml

    DD1050 field: Input Node (param_InputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: []; Type: String, Length MAX: 20 field: Input number (param_InputNumber). > Number/name to assign to the input. Inputs with the same number/name cannot coexist in the same terminal. Default Value: []; Type: String, Length MAX: 20 field: Alias scale (param_ScaleAlias). > Mnemonic name to assign to the scale, e.g. Scale A or B, etc. Default Value: []; Type: String, Length MAX: 20 9.16 CbMainWeight.ConfigInputScaleReset.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Reset Scale - (CbMainWeight.ConfigInputScaleReset) Category: - (UseMode) SubPath: I/O Board::Inputs - (RESOURCE::CbMainWeight.param_SchedaIO_Input) field: Input Node (param_InputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: []; Type: String, Length MAX: 20 field: Input number (param_InputNumber). > Number/name to assign to the input. Inputs with the same number/name cannot coexist in the same terminal. Default Value: []; Type: String, Length MAX: 20 field: Alias scale (param_ScaleAlias). > Mnemonic name to assign to the scale, e.g. Scale A or B, etc. Default Value: []; Type: String, Length MAX: 20 9.17 CbMainWeight.ConfigInputScaleSelect.ConfigSchema.xml Plugin: PluginCbMainWeight...

  • Page 89: Cbmainweight.configinputsetpointdisable.configschema.xml

    DD1050 field: Input number (param_InputNumber). > Number/name to assign to the input. Inputs with the same number/name cannot coexist in the same terminal. Default Value: []; Type: String, Length MAX: 20 field: Alias scale (param_ScaleAlias). > Mnemonic name to assign to the scale, e.g. Scale A or B, etc. Default Value: []; Type: String, Length MAX: 20 9.18 CbMainWeight.ConfigInputSetPointDisable.ConfigSchema. Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Disable Set Point - (CbMainWeight.ConfigInputSetPointDisable) Category: - (UseMode) SubPath: I/O Board::Inputs - (RESOURCE::CbMainWeight.param_SchedaIO_Input) field: Input Node (param_InputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: []; Type: String, Length MAX: 20 field: Input number (param_InputNumber). > Number/name to assign to the input. Inputs with the same number/name cannot coexist in the same terminal. Default Value: []; Type: String, Length MAX: 20 field: Alias scale (param_ScaleAlias). > Mnemonic name to assign to the scale, e.g. Scale A or B, etc. Default Value: []; Type: String, Length MAX: 20 9.19 CbMainWeight.ConfigInputTareReset.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Tare deletion - (CbMainWeight.ConfigInputTareReset) Category: - (UseMode)

  • Page 90: Cbmainweight.configinputtareset.configschema.xml

    DD1050 field: Alias scale (param_ScaleAlias). > Mnemonic name to assign to the scale, e.g. Scale A or B, etc. Default Value: []; Type: String, Length MAX: 20 9.20 CbMainWeight.ConfigInputTareSet.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Tare acquisition - (CbMainWeight.ConfigInputTareSet) Category: - (UseMode) SubPath: I/O Board::Inputs - (RESOURCE::CbMainWeight.param_SchedaIO_Input) field: Input Node (param_InputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: []; Type: String, Length MAX: 20 field: Input number (param_InputNumber). > Number/name to assign to the input. Inputs with the same number/name cannot coexist in the same terminal. Default Value: []; Type: String, Length MAX: 20 field: Alias scale (param_ScaleAlias). > Mnemonic name to assign to the scale, e.g. Scale A or B, etc. Default Value: []; Type: String, Length MAX: 20 9.21 CbMainWeight.ConfigInputTareSetReset.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Tare Acquisition/Deletion - (CbMainWeight.ConfigInputTareSetReset) Category: - (UseMode) SubPath: I/O Board::Inputs - (RESOURCE::CbMainWeight.param_SchedaIO_Input) field: Input Node (param_InputNode).

  • Page 91: Cbmainweight.configinputtransmissionoperation.configschema.xml

    DD1050 9.22 CbMainWeight.ConfigInputTransmissionOperation. ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Transmission request - (CbMainWeight.ConfigInputTransmissionOperation) Category: - (UseMode) SubPath: I/O Board::Inputs - (RESOURCE::CbMainWeight.param_SchedaIO_Input) field: Input Node (param_InputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: []; Type: String, Length MAX: 20 field: Input number (param_InputNumber). > Number/name to assign to the input. Inputs with the same number/name cannot coexist in the same terminal. Default Value: []; Type: String, Length MAX: 20 9.23 CbMainWeight.ConfigInputWeighingOperation. ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Weighing operation - (CbMainWeight.ConfigInputWeighingOperation) Category: - (UseMode) SubPath: I/O Board::Inputs - (RESOURCE::CbMainWeight.param_SchedaIO_Input) field: Input Node (param_InputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list.

  • Page 92: Cbmainweight.configoutputendprint.configschema.xml

    DD1050 9.25 CbMainWeight.ConfigOutputEndPrint.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Print ended - (CbMainWeight.ConfigOutputEndPrint) Category: - (UseMode) SubPath: I/O Board::Outputs - (RESOURCE::CbMainWeight.param_SchedaIO_Output) field: Output Node (param_OutputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: []; Type: String, Length MAX: 20 field: Output Number (param_OutputNumber). > Number/name to assign to the output. The terminal cannot contain outputs with the same number/name. Default Value: []; Type: String, Length MAX: 20 9.26 CbMainWeight.ConfigOutputEndTransmission.ConfigSchema. Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Transmission ended - (CbMainWeight.ConfigOutputEndTransmission) Category: - (UseMode) SubPath: I/O Board::Outputs - (RESOURCE::CbMainWeight.param_SchedaIO_Output) field: Output Node (param_OutputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list.

  • Page 93: Cbmainweight.configoutputselectedscale.configschema.xml

    DD1050 field: Output Number (param_OutputNumber). > Number/name to assign to the output. The terminal cannot contain outputs with the same number/name. Default Value: []; Type: String, Length MAX: 20 field: Alias scale (param_ScaleAlias). > Mnemonic name to assign to the scale, e.g. Scale A or B, etc. Default Value: []; Type: String, Length MAX: 20 9.28 CbMainWeight.ConfigOutputSelectedScale.ConfigSchema. Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Selected Scale - (CbMainWeight.ConfigOutputSelectedScale) Category: - (UseMode) SubPath: I/O Board::Outputs - (RESOURCE::CbMainWeight.param_SchedaIO_Output) field: Output Node (param_OutputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: []; Type: String, Length MAX: 20 field: Output Number (param_OutputNumber). > Number/name to assign to the output. The terminal cannot contain outputs with the same number/name. Default Value: []; Type: String, Length MAX: 20 field: Alias scale (param_ScaleAlias). > Mnemonic name to assign to the scale, e.g. Scale A or B, etc. Default Value: []; Type: String, Length MAX: 20 9.29 CbMainWeight.ConfigOutputSetPoint.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: SetPoint - (CbMainWeight.ConfigOutputSetPoint) Category: - (UseMode)

  • Page 94: Cbmainweight.configoutputslow.configschema.xml

    DD1050 field: Alias scale (param_ScaleAlias). > Mnemonic name to assign to the scale, e.g. Scale A or B, etc. Default Value: []; Type: String, Length MAX: 20 9.30 CbMainWeight.ConfigOutputSlow.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Slow - (CbMainWeight.ConfigOutputSlow) Category: - (UseMode) SubPath: I/O Board::Outputs - (RESOURCE::CbMainWeight.param_SchedaIO_Output) field: Output Node (param_OutputNode). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: []; Type: String, Length MAX: 20 field: Output Number (param_OutputNumber). > Number/name to assign to the output. The terminal cannot contain outputs with the same number/name. Default Value: []; Type: String, Length MAX: 20 9.31 CbMainWeight.ConfigOutputTrafficLight.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Traffic Light - (CbMainWeight.ConfigOutputTrafficLight) Category: - (UseMode) SubPath: I/O Board::Outputs - (RESOURCE::CbMainWeight.param_SchedaIO_Output) field: Output Node green traffic light (param_OutputNodeGreen).

  • Page 95: Cbmainweight.configprint.configschema.xml

    DD1050 field: Alias scale (param_ScaleAlias). > Mnemonic name to assign to the scale, e.g. Scale A or B, etc. Default Value: []; Type: String, Length MAX: 20 9.32 CbMainWeight.ConfigPrint.ConfigSchema.xml Plugin: PluginCbMainWeight Schema: ConfigSchema Component Name: Printers - (CbMainWeight.ConfigPrint) Category: - (UseMode) SubPath: Common configuration - (RESOURCE::CbMainWeight.param_CommonConfiguration) field: Main printer node (param_MainPrinterNodo). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: [localhost]; Type: String, Length MAX: 20 field: Main printer alias (param_MainPrinterAlias). > Mnemonic name to assign to the printer. Default Value: [myPrint]; Type: String, Length MAX: 20 field: Scondary printer node (param_SecondaryPrinterNodo). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: [localhost]; Type: String, Length MAX: 20 field: Secondary printer alias (param_SecondaryPrinterAlias). > Mnemonic name to assign to the printer. Default Value: [myPrint]; Type: String, Length MAX: 20 field: Totals printer node (param_TotalPrinterNodo). > Indicates the network node. The terminal used is indicated with localhost. Select node from pop-up list. Default Value: [localhost]; Type: String, Length MAX: 20 field: Totals printer alias (param_TotalPrinterAlias).
  • Page 96 DD1050...

  • Page 97: Customising Metrological Parameters

    DD1050 10 CUSTOMISING METROLOGICAL PARAMETERS Press the calibration button to access the metrological parameter customising options (parameters linked more sensibly to the scale's legal operating mode). I--(Figura12-1.jpg)--I figure 10.1 - CPU board disassembly Key: 1. Adhesive label that seals the hole that accesses the calibration switch 2. Calibration switch Proceed in the following way, with reference to Figure 10.1: • Switch on the terminal. • Remove the adhesive label (ref. 1) that seals the hole that accesses the calibration switch. • Operate the calibration switch (ref.2) using a non-metal tool. CAUTION It will be impossible to use the weighing terminal for commercial transactions with third parties if the metrological seals are removed.

  • Page 98: Internal Scale Calibration

    DD1050 10.1 Internal scale calibration Follow the pathway: “MENU” (paragraph 5.1.9 page 34) “SETUP” (paragraph 5.6 page 37) Select SCALE Boards (SCALES Tab) Internal sample scale CALIBRATION Select the type of calibration and proceed by following the indications on the display...

  • Page 99: How To Disassemble The Components

    DD1050 11 HOW TO DISASSEMbLE THE COMPONENTS 11.1 Opening the terminal I--(Figura11-1.jpg)--I figure 11.1 - Opening the terminal Proceed in the following way, with reference to Figure 11.1: • Remove the six screws (ref. 1, 2, 3, 4) and turn the cover forwards while supporting it with the hand to prevent the connections from being damaged. • Disconnect the connector (ref. 5) of the button and lamp inverter (ref. 6). • Disconnect the connector (ref. 7) of the display and touch screen (ref. 8). • Unscrew the nut (ref. 9) and remove the ground eyelet. • Place the cover complete with display and inverter on a work surface. DANGER Installation or maintenance work involving the components inside the terminal must always be carried out with the instrument disconnected from the electricity main.
  • Page 100 DD1050 CAUTION During the re-assembly operations, connect the touch screen connector (ref. 8, fig. 11.1 page 99) in the correct direction, as indicated in figure 11.2. I--(Figura11-2.jpg)--I figure 11.2 - Disassembly of the backlighting lamp inverter...

  • Page 101: Disassembly Of The Backlighting Lamp Inverter

    DD1050 11.2 Disassembly of the backlighting lamp inverter I--(Figura11-3.jpg)--I figure 11.3 - Disassembly of the backlighting lamp inverter Proceed in the following way, with reference to Figure 11.3: • Open the terminal (chap. 11.1 page 99). • Disconnect the connectors (ref. 1) of the lamp and inverter (ref. 2). • Unscrew the nute (ref.3) and remove the plexiglass protection (ref.4). • Unscrew the stud bolts (ref.5) and remove the inverter (ref.6).

  • Page 102: Disassembly Of The Front Panel And Display

    DD1050 11.3 Disassembly of the front panel and display I--(Figura11-4.jpg)--I figure 11.4 - Disassembly of the front panel and display Proceed in the following way, with reference to Figure 11.4: • Open the terminal (chap. 11.1 page 99). • Remove the inverter (chap. 11.2 page 101). • Unscrew the stud bolt (ref.1) and remove the stiffening plate (ref. 2). • Unscrew the stud bolts (ref. 3) and the nuts (ref. 4) and split the display (ref. 5) from the front panel (ref.6).

  • Page 103: Disassembly Of The Digital/Analog Scale Power Supplier

    DD1050 11.4 Disassembly of the digital/analog scale power supplier I--(Figura11-5.jpg)--I figure 11.5 - Disassembly of the scale power supplier Proceed in the following way, with reference to Figure 11.5: • Open the terminal (chap. 11.1 page 99) . • Remove the analog scale power supplier (ref. 1) or the digital scale power supplier (ref. 2) by pulling it delicately.

  • Page 104: Disassembly Of The Lithium Battery

    DD1050 11.5 Disassembly of the lithium battery WARNING The lithium battery must be replaced if the terminal loses the date and time when powered. I--(Figura11-6.jpg)--I figure 11.6 - Disassembly of the lithium battery Proceed in the following way, with reference to Figure 11.6: • Switch off the terminal and disconnect it from the electricity main. • Open the terminal (chap. 11.1 page 99). • Remove the scale power supplier (chap. 11.4 page 103). • Remove the lithium battery (ref. 1) taking care to prevent short circuits.

  • Page 105: Disassembly Of The Mother Board

    DD1050 11.6 Disassembly of the mother board I--(Figura11-7.jpg)--I figure 11.7 - Mother board disassembly Proceed in the following way, with reference to Figure 11.7: • Open the terminal (chap. 11.1 page 99). • Remove the scale power supplier (chap. 11.4 page 103). • Remove the lithium battery (chap. 11.5 page 104). • Remove the core board (chap. 11.7 page 106). • Remove the RS232/422/485 serial output boards (chap. 11.8 page 107). • Remove the scale input boards (chap. 11.9 page 108). • Remove the electrical connections (chap. 11.10 page 110). • Remove the screws (ref. 1), retain the plate (ref. 2) and split the mother board (ref. 3) from the plastic base (ref. 4). • Remove the screws (ref. 5) that fix the mother board to the support (ref. 6) and remove it.

  • Page 106: Disassembly Of The Core Board

    DD1050 11.7 Disassembly of the core board I--(Figura11-8.jpg)--I figure 11.8 - Core board disassembly Proceed in the following way, with reference to Figure 11.8: • Open the terminal (chap. 11.1 page 99). • Unscrew the screws (ref. 1), retain the plate (ref. 2) and spacers (ref. 3). • Unscrew the screws (ref. 4) and remove the mother board (ref. 5) by pulling it delicately.

  • Page 107: Disassembly Of The Rs232/422/485 Serial Output Boards

    DD1050 11.8 Disassembly of the RS232/422/485 serial output boards I--(Figura11-9.jpg)--I figure 11.9 - Disassembly of the RS232/422/485 serial output boards Proceed in the following way, with reference to Figure 11.9: • Open the terminal (chap. 11.1 page 99). • Remove the stud bolts (ref. 1) and remove the boards (ref. 2) from the base. • Disconnect the connector (ref. 3) from the mother board (ref. 4).

  • Page 108: Scale Input Disassembly

    DD1050 11.9 Scale input disassembly 11.9.1 Analog scale input board I--(Figura11-10.jpg)--I figure 11.10 - Analog scale board disassembly Proceed in the following way, with reference to Figura 11.10: • Open the terminal (chap. 11.1 page 99). • Remove the screws (ref. 1) and remove the board (ref. 2). • Disconnect the connector (ref. 3) from the mother board (ref. 4). • If there is a second board (ref. 5) repeat the procedure described above.

  • Page 109: Digital Scale Input Module

    DD1050 11.9.2 Digital scale input module I--(Figura11-11.jpg)--I figure 11.11 - Digital scale board disassembly Proceed in the following way, with reference to Figura 11.11: • Open the terminal (chap. 11.1 page 99). • Remove the screws (ref. 1) from the base and the screw (ref. 2) from the stiffening plate, thus releasing the module (ref. 3). • Disconnect the connector (ref. 4) from the mother board (ref. 5). • If there is a second module (ref. 6) repeat the procedure described above.

  • Page 110: Disassembly Of The Electrical Connections

    DD1050 11.10 Disassembly of the electrical connections I--(Figura11-12.jpg)--I figure 11.12 - Disassembly of the electrical connections Proceed in the following way, with reference to Figura 11.12: • Open the terminal (chap. 11.1 page 99). • Disconnect the display connector (ref. 1) and the touch screen connector (ref. 2) from the mother board (ref. 3). • Widen the clip (ref. 4) and remove the terminal cables. • Disconnect the connectors of the inverter and powering button (ref. 5) from the mother board (ref. 6). • Widen the clip (ref. 7) and remove the terminal cables.

  • Page 111: Optional Board Installation

    DD1050 11.11 Optional board installation Comply with the instructions supplied with the optional boards. 11.12 Connection of serial port and flash drive peripherals Comply with the instructions supplied with the peripheral equipment.
  • Page 112 B - T E K S c a l e s , L L C 1 5 1 0 Me t r i c S t S W C a n t o n , O h i o 4 4 7 0 6 U S A P H O N E : 1 - 8 0 0 - 2 6 6 - 8 9 0 0 F A X : 1 - 3 3 0 - 4 7 1 - 8 9 0 0 WE B : H T T P : / / WWW.

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