Fairbanks Fb2550 Manual
. Smart Sectional Controller (SSC), Acc 2000-1A Bulletin, Series Digital/Analog Smart Sectional Controller (DSSC), ACC 2000-2, 50693 Installation Manual, 50570 Intrinsically Safe Controller 18451 (ISC) Bulletin, 51253 2010-2016 by Fairbanks Scales, Inc. All rights reserved. Amendment Record FB2550 Series Instrument Service Manual, 51253 Manufactured by Fairbanks Scales Inc.
821 Locust Kansas City, Missouri 64106 Created 10/2010 Revision 1 5/2011 Released document. Revision 2 4/2012 Updated manual to Rev. 3.x Software. Added numerous feature definitions, specifications and installation information. Every effort has been made to provide complete and accurate information in this manual.
However, although this manual may include a specifically identified warranty notice for the product, Fairbanks Scales makes no representations or warranties with respect to the contents of this manual, and reserves the right to make changes to this manual without notice when and as improvements are made. TABLE OF CONTENTS SECTION 1: GENERAL INFORMATION. Introduction.11 1.1.1. FB2550 Standard Features.12 1.1.2. Internal Instrument Components.12 1.1.3. Two Interface Types.12 1.1.4. External Scale Components.
Scale Components. Table of Contents SECTION 6: SERVICE MENU.47 6.1. Service Options.47 6.1.1. Operating Mode.48 6.1.2. Display Rate.51 6.1.3.
Fairbanks Fb2550 Manual
Tare Options.51 6.1.5. Touch Screen Calibration.52 6.2. Service Scales.52 6.2.1.
Table of Contents SECTION 9: INPUT/ OUTPUT.111 9.1. Printer Switch Settings. IDP3550 Tape Printer. TM-U220 Tape Printer. SP700 Tape Printer.115 9.1.5.
OKI ML420 Report Printer.117 9.1.6. Table of Contents SECTION 10: ACCESSORIES.176 10.1. Accessory Parts List.176 10.1.1. Printers and Accessories.176 10.1.2. Additional Accessories.177 10.2. Installing the Expansion Board Kit (30917).178 10.3. Installing the Serial Expansion Board Kit (30921).180 10.4.
Table of Contents SECTION 14: SUPERVISOR PROGRAMMING.225 14.1. Introduction.225 14.2. Operator Menu.226 14.2.1. Entering a New Tare Automatically.226 14.2.2. Entering a New Keyboard Tare.227 14.2.3. Resetting the Ticket Number.227 14.3. Table of Contents APPENDIX I: FIELDBUS REFERENCE.281 APPENDIX II: DATA OUTPUT.
299 APPENDIX III: RF PPS CONNECTIVITY.307 APPENDIX IV: 20mA CODES.308 APPENDIX V: CONNECTIONS AND CABLES.310 APPENDIX VI: REMOTE SWITCHES. 311 APPENDIX VII: TICKET DATA FIELDS. SECTION 1: GENERAL INFORMAION 1.1. Introduction The FB2550 is a modular designed Instrument, configurable and upgradable using Printed Circuit Modules. – Each module provides a specific scale or I/O functionality to the weighing system. The FB2550 Instrument has four enclosure styles.
Section 1: General Information 1.1.1. FB2550 Standard Features 7” full-color display Multiple/ Expandable serial ports Ethernet Built-in reporting functions SQL database IP camera interface with onscreen image Touch screen operation Stainless steel construction . Section 1: General Information 1.1.5. Scale Components Displayed above are the primary components of a FB2550 Instrument with some of its accessories. – The connecting arrows show the communication paths for each.
When facing the scale, Load Cell No. 1 is located in the far-left. Section 1: General Information 1.2. Specifications Desktop (30770), Panel Mount (31053), Rack Mount (31173), NEMA 4 Enclosure (31150) Award™ Software BIOS 1 GB RAM Memory 2 GB Removable Micro SD Card Data Storage Windows XP Professional Embedded, 8 GB Flash Module Operating System Up to 12 serial ports and 4 built-in USB ports. Section 1: General Information 1.3. What is Intalogix Technology? ® Technology is a unique ® Intalogix method of individual load cell communication, providing outstanding resolution, performance and diagnostic capabilities.
It is the most advanced technology available for processing Analog Load Cells or Strain Gauge Outputs. SECTION 2: COMPANY SERVICE INFORMATION 2.1. General Service Policy Prior to installation, always verify that the equipment satisfies the customer's requirements as supplied, and as described in this manual.
If the equipment cannot satisfy the application and the application cannot be modified to meet the design parameters of the equipment, the installation should NOT be attempted. Please call your local FAIRBANKS SCALES REPRESENTATIVE for any questions, problems, or comments. Pre-Installation Checklist The following points should be checked and discussed with the Area Sales Manager and/or customer, if necessary, before the technician goes to the site and installs the equipment. Section 2: Company Service Information The service technician reviews the recommended setup with the Area Sales Manager or Area Service Manager, and together they identify all necessary variations to satisfy the customer's particular application. Unpacking Follow these guidelines when unpacking all equipment.
– Electrical connections other than those specified may not be performed – Physical alterations, such as holes, etc., are not allowed. Please call your local FAIRBANKS SCALES REPRESENTATIVE for any questions, problems, or comments. SECTION 3: INSTRUMENT HARDWARE 3.1. Important Installation Documents Listed below are the scale hardware interfaces, along with the service manual numbers that describe their installations. 51326 Load Cell to Interface Connections Service Manual, 50797 Smart Sectional Controller (SSC), Acc 2000-1A Bulletin, .
Section 3: Instrument Hardware 3.2. Installation Overview These steps outline the standard installation for the FB2550 Instrument.
Install and wire all elements of the scale system. Start the Instrument, ensuring all cells are found. Program the Operating Mode, Zero Mode, and Tare Options. Section 3: Instrument Hardware 3.3. FB2550 Components Shown below are the hardware components of the FB2550 Instrument. A FRONT PANEL PCB ASSEMBLY G POWER SUPPLY B MULTI-FUNCTION BOARD H Optional POWER SUPPLY PCB with INTALOGIX SIC C FLASH MODULE 9-PIN SERIAL I/O CABLE D SINGLE BOARD COMPUTER (SBC) J LOAD CELL CABLE GLAND E EXPANSION BOARD.
Section 3: Instrument Hardware 3.3.1. Single Board Computer Single Board Computer (SBC) is the main instrument and graphical interface controller.
The weighing application resides on the SBC. Communication between the SBC and the expansion modules are routed through the Expansion Board. Section 3: Instrument Hardware 3.3.3. Expansion Board Expansion Board provides power and data communication lines to any expansion module supported by the FB2550.
Each Expansion Board contains slots for four (4) modules. A maximum of two (2) Expansion Boards can be installed to provide a maximum of eight (8) Expansion Module slots per instrument. Section 3: Instrument Hardware 3.3.4.
Expansion Modules, Continued SICs cale nterface ards) provide the link between the instrument’s internal SBC (Single Board Computer) connection and the external scale components. TWO SIC TYPES ® Intalogix SIC Board Analog Interface The FB2550 DAT uses either or an Board. Section 3: Instrument Hardware 3.3.5. Intalogix Interface Components ® The following outlines the components of a typical Intalogix Scale System. The FB2550 Instrument connects at the Interface Card with the homerun cable, which is wired to the PPS (Pit Power Supply – ACC-2001-1A), located at the Scale Platform.
Section 3: Instrument Hardware 3.3.5. Intalogix Interface Components, Continued ® Intalogix Power Supply Communications Board is designed specifically for the FB2550 Instrument.
® – The Intalogix SIC plugs in to the Expansion Board. – It provides scale power and communications from the Instrument to the platform. Section 3: Instrument Hardware 3.3.6. Internal Analog Card (31079) Only one (1) Internal Analog Card is installed per Instrument.
– Each unit supports up to eight (8) 350 ohm load cells, up to sixteen (16) 700/1000 ohm load cells. The Sense Lead Connections are fully supported, and should be utilized with scales which have multiple load cells or distances to the platform greater than twenty five (25’) feet. Section 3: Instrument Hardware 3.3.7. Power Supply Unit A recent update for wiring the Power Supply Unit is noted in the charts below. CURRENT Power Supply wiring (as of 8/13). L (117VAC) N ( NOTES: 1.
Characters denoted by G and T are characters 0-9. Appendix II: Data Output B. Configure Output, Continued FAIRBANKS DATA FORMAT INCREMENT SIZE Bit # Count By 1 Count by 2 Count by 5 Always Logic 1 Always Logic 0 Parity Bit STATUS CODE (WORD) B Bit # Description Gross = 0. Appendix II: Data Output B. Configure Output, Continued TOLEDO DATA FORMAT NOTES: 1. Characters denoted by G and T are Characters 0-9.
Leading zeroes are not suppressed. Gross Weight data = G Tare Weight data = T STATUS CODE (WORD) A Bit # X.XX. Appendix II: Data Output B. Configure Output, Continued TOLEDO DATA FORMAT STATUS CODE (WORD) B Bit # Description Gross = 0 Net = 1 Positive = 0 Negative = 1 In Range = 0 Overcapacity = 1 No Motion = 0 Motion = 1 Lb = 0 Kg = 1.
Appendix II: Data Output B. Configure Output, Continued CARDINAL 738 CONTINUOUS SCOREBOARD DATA FORMAT NOTES: 1. W = Displayed weight P = Polarity + = Positive weight – = Negative weight U = Units lb = pounds kg = kilograms S = Status m = Motion O = Overload. Appendix II: Data Output B. Configure Output, Continued CONDEC CONTINUOUS DATA FORMAT NOTES: 1. P = Polarity space = positive weight – = negative weight W = Displayed weight U = Units L = pounds K = kilograms G = Gross; N = Net M = Motion S = Status M = Mode.
Appendix II: Data Output C. SMA P ROTOCOL STANDARD SCALE RESPONSE MESSAGE Most of the host commands are responded to in the following message format.
The only host commands that do not are the: Diagnostic, ABout and INformation commands where. Appendix II: Data Output D. E XAMPLES Command Response W W W H. APPENDIX III: RF PPS CONNECTIVITY DB9M DB9M R.F. TRAN- TRAN- CEIVER CEIVER (23393) NOTE: This skips the Power/COMM Board inside the FB2550 and front-end RS485 Communications of the PPS. The Radio Signal Communications enables the isolation on the RS485 Communication Lines. APPENDIX IV: 20mA CODES CODE UNITS WEIGHT SCALE # 00 – Display all data Gross Tare Gross Tare Gross Tare Gross Tare Gross Tare Gross Tare Gross Tare Gross Tare 01/16 Rev.
Appendix V: 20mA Codes Appendix IV: 20mA Codes, Continued CODE UNITS WEIGHT SCALE # Gross Tare Gross Tare Gross Tare Gross Tare Gross Tare Gross Tare Gross Tare Gross Tare TOTAL For FB2550 01/16 Rev. APPENDIX V: CONNECTIONS & CABLES PIN NO.: MENU ENTER ZERO PRINT UNITS INSERT KEY IN PIN 10 NO TRACE CONNECTION ON PINS 10 AND 12 SCHEMATIC DIAGRAM MENU ENTER ZERO UNITS PRINT 30746 KEYBOARD, 2550 INSTRUMENT 01/16 Rev. APPENDIX VI: REMOTE SWITCHES Follow these steps to setup the Remote Switches.
In the Digital I/O Kit ( ), connect of Multi-function Board to on the 3 Remote I/O Board ( ) using Cable ( MENU 2. Press the button. APPENDIX VII: TICKET DATA FIELDS SCALE TICKET: TICKET NUMBER Twenty-four (24) characters: Six (6) characters GROSS LABEL: GROSS Five (5) characters: Six (6) characters: lb GR Two (2) characters DUAL UNITS GROSS LABEL:P GROSS. Appendix VIII: Formatable Data Fields Ticket Data Fields, Continued: Six (6) characters: Two (2) characters: DUAL UNITS PROD TOT UNITS: Twenty-four (24) characters CUSTOMER LABEL: CUSTOMER (caption is editable from ticket. APPENDIX VIII: REMOTE FUNCTION COMMANDS HARDWARE CONNECTIONS REMOTE FUNCTIONS CN14 Remote Zero Switch 11 or Remote Print Switch 11 or These must be Dry Contacts only.
The I/O Accessory must be installed. REMOTE SOFTWARE COMMANDS Remote software commands using Serial Port/ Mapped Memory/ Multicast. FUNCTION COMMAND Zero Active Scale. FB2550 Inbound/Outbound Series Document 51253 Service Manual Manufactured by Fairbanks Scales, Inc 821 Locust Street Kansas City, MO 64106 www.fairbanks.com.
A leader in weighing technology, has announced updates to their FB2550 Advanced Scale Instrument software that allow greater flexibility in weighing options for FB2550 users. These updates allow for easy use of the FB2550 with both full-length and short platform truck scales.
The software updates, Axlematic Applications for the FB2550, allow for axle-by-axle weighing of vehicles on both full length platform and short platform scales. On full length scales, weights for each axle are recorded, as well as a legal for trade total weight. There are three operating modes: basic axle weighing mode, in which vehicles enter the scale axle-by-axle and then drive off after weighing; axle in/axle out mode, in which vehicles both enter and exit the scale axle-by-axle; and inbound/axle out mode, in which vehicles drive onto the scale and then exit axle-by-axle. Options in all three modes include manual operation, whereby an operator manually captures the weight of each axle, and automatic operation, whereby the weight of each axle is captured automatically. On short platform scales, axle-by-axle and total vehicle weights are also calculated, though neither weight is legal for trade. Short platform applications require only one axle or axle group to be on the scale at any given time. There are two operating modes: basic axle weighing mode and axle in/axle out mode.
Both modes allow for manual and automatic axle weight capture. The FB2550 Driver Assist Terminal features a full-color touch screen, large text and numeric keys, as well as simple-to-understand prompts to facilitate and speed operation, allowing for an increase in scale throughput and overall efficiency. Has announced the release of the latest generation of the FB6000 weighing instrument, featuring a new, dynamic web interface that enables rapid calibration and custom ticket formatting. The latest generation of the FB6000 weighing instrument is the most functional and affordable instrument in its class, and is compatible with both analog and digital weighing technology. The FB6000 is ideal for all mid-range single truck scale applications including In/Out, Gross/Tare/Net, or Basic (one button) In/Out weighing. 'The Recycling Council of Alberta (RCA) 2018 Waste Reduction Conference 'Rolling Out the Recycling Red Carpet' will be held September 19-21, 2018 at The Banff Centre for Arts and Creativity in Banff, Alberta. This conference offers an exciting and progressive array of current topics and high quality speakers, including keynote speaker Glen Murray, Executive Director of the Pembina Institute and former Environment Minister in Ontario, where he championed Extended Producer Responsibility and the Circular Economy. Sessions cover topics ranging from legal issues to international programs and an EPR bearpit.
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But what happens to these thermoformed packaging when they have been used and tossed into the bin? PET thermoforms in the context of the European Commission Circular Economy. Pellenc ST's new Mistral+ optical sorter, introduced at this year's IFAT, is the result of a 4‐year development involving over 30 engineers.
The company says extensive feedback coming from clients, the customer service team and employees were taken into account to design this piece of equipment, and that the Mistral+ is built on the experience of over 1,200 Mistral machines installed all over the world, over the past 15 years. In addition, significant investments have been made to ensure the qualification of each component and subsystem, including over 10 endurance testing sessions and thousands of hours of field and lab testing carried out to ensure the best reliability and performance. The first two day 'TOMRA Leads Global Conference' was held on the Greek island of Crete from June 16-17. Jointly hosted by and Helector S.A., waste management specialists, this first annual global event was established to share knowledge and expertise about the management of Municipal Solid Waste (MSW). Day one featured a guided tour through the innovative DEDISA-Helector waste management plant, which was renovated in 2015.
This performance upgrade has brought immense benefits to the municipal district of Chania and its 110,000-strong community. A North American manufacturer of plastic bins and carts for the collection of recyclables and organics, has enhanced their Kitchen Collector for more convenient, user-friendly kitchen food scrap collection. Among the design enhancements on the NPL 390 Kitchen Collector are new features that minimize potential messes during scrap collection and emptying. The bin’s wide opening accommodates standard plate sizes, making it easier to dispose of after-meal scraps. The NPL 390 Kitchen Collector has been designed with a wider snap latch to ensure a secure seal.