CipherLab 85002 Terminal User Manual 8500 Manual

CipherLab Co., Ltd. Terminal 8500 Manual

Manual

3FCC Regulations: zThis device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. zThis device has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiated radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: -Reorient or relocate the receiving antenna. -Increase the separation between the equipment and receiver. -Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. -Consult the dealer or an experienced radio/TV technician for help. Changes or modifications not expressly approved by the party responsible for compliance could void the user‘s authority to operate the equipment. CAUTION : 1. For AC power adapter Pluggable equipment, the socket-outlet shall be installed near the equipment and shall be easily accessible. Indicate power adaptor should be complied with L.P.S test. 2. For Battery Pack RISK OF EXPLOSION IF BATTERY IS REPLACED BY AN INCORRECT TYPE. DISPOSE OF USED BATTERIES ACCORDING TO THE INSTRUCTIONS ( Battery disposal For green※-environment issue it's important that batteries should be recycled in a proper way.) 低功率電波輻射性電機管理辦法 第十二條 經型式認證合格之低功率射頻電機，非經許可，公司、商號或使用者不得擅自 變更頻率、加大功率或變更原設計之特性及功能。 第十四條 低功率射頻電機之使用不得影響飛航安全及干擾合法通信；經發現有干擾現象 時，應立即停用，並改善至吳干擾時方得繼續使用。 前項合法通信，指依電信法規定作業之無線電通信。 低功率射頻電機需忍受合法通信或工業、科學及醫療用電波輻射性電機設備之干擾。
Printed on 25 July, 2007 Reference Manual 8500 Version 0.72
II This equipment has been tested and found in compliance with the following technical standards: Information Technology Equipment  Low Voltage Directive (LVD) - EN 60950-1  Electromagnetic Compatibility (EMC) - EN 55022, EN 55024 - EN 61000-3-2, EN 61000-3-3 Radio & Telecommunications Terminal Equipment  Technical Characteristics (2.4 GHz) - EN 300 328, EN 300 330  Electromagnetic Compatibility (EMC) - EN 301 489 Compliance with Standards
III This section is specifically prepared for those who are in charge of taking care of the terminal, such as a terminal operator or maintenance engineer. Here are some tips on how to take care and maintain the terminal. Taking care of the terminal  Always keep electric equipments, such as the terminal, away from any flammable sources.  Always make sure there is stable power supply for the terminal or its peripherals to operate properly.  This terminal is intended for industrial use. Although the terminal is rated IP 64, it may do damage to the terminal when being exposed to extreme temperatures or soaked wet.  When the body of the terminal gets dirty, use a clean and wet cloth to wipe off the dust. DO NOT use/mix any bleach or cleaner. Always keep the LCD dry.  For a liquid crystal display (LCD) or touch screen, DO NOT use any pointed or sharp object to move against the surface. Use a clean, non-abrasive, lint-free cloth to wipe dust off the screen. Maintaining the terminal  If you want to put away the terminal for a period of time, download the collected data to a host first, and then take out the battery pack. Store the terminal and battery pack separately.  When the terminal resumes its work, the main and backup batteries will take a certain time to become fully charged.  If you shall find the terminal malfunctioning, refer to the Troubleshooting section for self help first.  If the problem persists, write down the specific scenario and consult your local sales representative.  Under no circumstances, internal components are self-serviceable. Caution: Risk of explosion if battery is replaced by an incorrect type. Dispose of used batteries according to the instructions. Care & Maintenance
IV Below illustrates how to have the terminal ready to work. This scenario makes use of a cradle, which may be replaced by a gang charger and other interface to PC. Figure 1: Have 8500 ready Getting Started
i Contents FCC Regulations I Compliance with Standards II Care & Maintenance III Getting Started IV Preface 1 Typographical Conventions..........................................................................................................................2 Revision History...........................................................................................................................................2 CHAPTER 1: Introducing 8500 3 1.1 Product Highlights..................................................................................................................................3 1.2 Nomenclature..........................................................................................................................................4 1.2.1 8500..........................................................................................................................................4 1.2.2 Accessories & Peripherals........................................................................................................5 1.2.3 Dimensions...............................................................................................................................6 1.3 Features...................................................................................................................................................7 1.3.1 Power........................................................................................................................................7 1.3.2 CPU..........................................................................................................................................8 1.3.3 Memory & Calendar.................................................................................................................8 1.3.4 Keypad......................................................................................................................................9 1.3.5 LCD........................................................................................................................................12 1.3.6 Status LED..............................................................................................................................13 1.3.7 Buzzer.....................................................................................................................................13 1.3.8 Vibrator ..................................................................................................................................13 1.3.9 Readers...................................................................................................................................14 1.3.10 Wireless Support...................................................................................................................15 1.3.11 Resistance.............................................................................................................................19 1.3.12 Terminal Emulation..............................................................................................................19 1.3.13 Programming Support...........................................................................................................20
ii Contents 1.4 Unpacking the package.........................................................................................................................20 1.5 Options..................................................................................................................................................20 CHAPTER 2: Installing 8500 21 2.1 Battery Pack..........................................................................................................................................22 2.2 Hand Strap............................................................................................................................................23 2.3 Pistol Grip.............................................................................................................................................24 2.4 Cradle, serial or modem........................................................................................................................25 2.4.1 Cradle Options........................................................................................................................27 2.4.2 Status Indicators .....................................................................................................................28 2.4.3 DIP Switch..............................................................................................................................29 2.5 Charging ...............................................................................................................................................30 2.5.1 Cradle .....................................................................................................................................30 2.5.2 Gang Charger..........................................................................................................................30 2.6 Communications...................................................................................................................................30 2.6.1 Wired......................................................................................................................................31 2.6.2 Wireless..................................................................................................................................32 CHAPTER 3: Software Architecture 33 3.1 Program Module...................................................................................................................................34 3.2 System & Kernel Modules....................................................................................................................35 CHAPTER 4: Configuring 8500 36 4.1 System Menu ........................................................................................................................................37 4.1.1 Information.............................................................................................................................38 4.1.2 Settings ...................................................................................................................................39 4.1.3 Tests........................................................................................................................................44 4.1.4 Memory ..................................................................................................................................46 4.1.5 Power......................................................................................................................................47 4.1.6 Load Program.........................................................................................................................48 4.1.7 Bluetooth Menu......................................................................................................................49 4.1.8 IEEE 802.11b/g Menu............................................................................................................61 4.2 Program Manager .................................................................................................................................69 4.2.1 Download ...............................................................................................................................70 4.2.2 Activate ..................................................................................................................................72 4.2.3 Upload ....................................................................................................................................73 4.3 Kernel Menu.........................................................................................................................................74 4.3.1 Kernel Information .................................................................................................................75 4.3.2 Load Program.........................................................................................................................76 4.3.3 Kernel Update.........................................................................................................................76 4.3.4 Test & Calibrate .....................................................................................................................77 4.3.5 Bluetooth Menu......................................................................................................................78
Contents iii CHAPTER 5: Managing 8500 79 5.1 For proprietary applications..................................................................................................................79 5.2 For custom applications........................................................................................................................79 Specifications 80
iv Table of Figures Figure 1: Have 8500 ready .......................................................................................................IV Figure 2: Nomenclature (front & back).....................................................................................4 Figure 3: Nomenclature of accessories.......................................................................................5 Figure 4: Dimensions ...................................................................................................................6 Figure 5: 24-key layout..............................................................................................................10 Figure 6: 44-key layout..............................................................................................................11 Figure 7: Coverage of wireless technologies ............................................................................15 Figure 8: Installing battery pack ..............................................................................................23 Figure 9: Installing hand strap .................................................................................................24 Figure 10: Installing pistol grip ................................................................................................25 Figure 11: Setting up cradle......................................................................................................26 Figure 12: Cradle LEDs ............................................................................................................28 Figure 13: Cradle - DIP switch.................................................................................................29 Figure 14: Flow chart of cradle communications....................................................................31 Figure 15: Software Architecture.............................................................................................33 Figure 16: Downloading through Program Manager.............................................................71 Figure 17: Downloading in Kernel mode.................................................................................86 Figure 18: Downloading in Program Manager mode.............................................................86
1 The 8500 Industrial Portable Data Terminal is a robust, versatile, high performance terminal. It is specifically designed for all-day, everyday use as well as for data-intensive applications in harsh environments. This line of product comes with built-in Bluetooth wireless technology and allows for optional 802.11b/g modules, enabling all the time, anywhere applications and seamless real time sharing of performance. The terminal is bundled with powerful and rich features to ensure success in timely processing of information, even in rigorous industrial environments, and thus, makes an ideal choice for a wireless solution in either increasing business flexibility or answering the demanding needs of heavy-duty terminals. Being programmable, this handy terminal can run custom applications or terminal emulation applications. This manual serves to guide you through how to install, configure, and operate the terminal. The Care & Maintenance section is specifically prepared for those who are in charge of taking care of the terminal. We recommend you to keep one copy of the manual at hand for quick reference or maintenance purposes. To avoid any improper disposal or operation, please read the manual thoroughly before use. Thank you for choosing the CipherLab products! In This Chapter Typographical Conventions............................................... 2 Revision History................................................................ 2 Preface
2 Industrial 8500 Reference Manual Typographical Conventions Before you start using this manual, it is important to understand the terms and typographical conventions used in the documentation. The following kinds of formatting in the text identify special information. Formatting convention Type of Information Triangular Bullet (¾) Highlight features or subjects that stand out from the text. Special Bold Items you must select, such as menu options, command buttons, or items in a list. Emphasis Use to emphasize the importance of a point or for variable expressions such as parameters. CAPITALS Names of keys on the keypad, e. g. SHIFT, CTRL, or ALT. KEY+KEY Key combinations for which the user must press and hold down one key and then press another, for example, CTRL+P, or ALT+F4. Revision History Version Release Date Notes 0.72 September 2, 2005 Draft for internal reference
3 This chapter mainly explains the hardware parts and features of the 8500 terminal. In This Chapter 1.1 Product Highlights....................................................... 3 1.2 Nomenclature............................................................... 4 1.3 Features........................................................................ 7 1.4 Unpacking the package................................................ 20 1.5 Options......................................................................... 20 1.1 Product Highlights  Ergonomic design - ruggedized yet streamlined, with hand strap for secure hold.  Built tough to survive harsh environments - splash, dust & drop resistant.  Upgradeable memory - optional memory card provides up to 8 MB for data and program storage.  Dual mode support - One scan engine (integrated barcode scanner/imager) plus one RFID reader.  Total wireless solution - connectivity includes IrDA, Bluetooth, 802.11b/g.  Large graphic monochrome LCD touch screen supports double-byte characters, user fonts, and bitmap graphics. The touch screen featuring signature capture is activated with its stylus or a finger. Software programmable.  Programmable feedback includes buzzer, status light and vibrator.  Quick link to any backend database through VT100/200 and IBM 5250 emulation.  Proprietary programming tool - Windows-based application generator (AG) for easy customization of preloaded AG application.  Programming support includes BASIC & C compilers. CHAPTER 1 Introducing 8500
4 Industrial CPT-8500 Reference Manual 1.2 Nomenclature 1.2.1 8500 Figure 2: Nomenclature (front & back)
Chapter 1 Introducing 8500 5 1.2.2 Accessories & Peripherals Figure 3: Nomenclature of accessories
6 Industrial CPT-8500 Reference Manual 1.2.3 Dimensions Figure 4: Dimensions
Chapter 1 Introducing 8500 7 1.3 Features 1.3.1 Power ¾ Main Battery The 8500 is powered by a rechargeable 3.7 V/4000 mAh Li-ion battery pack, and it takes approximately four hours to fully charge it. During normal operation, the terminal can work for up to 500 hours. For power saving purpose, always turn off the backlight while working in a well-lit area. When the backlight is on for extended periods of time, the main battery will become low sooner than expected. The smart battery icon on the LCD screen shows the status of power consumption. There are two ways to monitor a low battery charge or discharged battery from the screen.  Examine the level of the 4-bar battery icon  Monitor voltage level (see 4.1.5 Power) ¾ Backup Battery In addition, one 3.0 V/7 mAh rechargeable Lithium button cell on the main board retains data in SRAM and maintains the running of the real-time clock and calendar. It takes at least twenty-four hours to fully charge the backup battery. For a fully charged backup battery, it can last for at least one week. However, it is not necessary to fully charge the backup battery for the terminal to work.  Monitor voltage level (see 4.1.5 Power) ¾ Initial Charging The main battery must be fully charged before using the terminal for the first time. Because the internal backup battery is constantly charged from the main battery, the initial charging requires installing the battery pack to the terminal and then seating the terminal in the cradle for charging. This will have main/backup batteries charged at the same time. Note: For initial charging, we recommend that you install the main battery to the terminal and seat the terminal in the cradle to charge the main/backup batteries at the same time. It requires approximately 4 hours fully charging the main battery.
8 Industrial CPT-8500 Reference Manual ¾ Caution of Low Battery Charge The battery pack is the only power source for the terminal to work. It also charges the backup battery on the main board so that the data stored in SRAM can be retained properly. Therefore, when the main battery charge goes low, replace the battery pack with a charged one or charge it as soon as possible. Always save data before it is too late. Warning! Data loss may occur with SRAM during low battery condition. Always save data before running out of power or keep a fresh battery for replacement. 1.3.2 CPU A 32-bit low power CMOS CPU is utilized. 1.3.3 Memory & Calendar The 8500 is a real-time data collection model, that is, the collected data will be sent back to a host computer immediately during normal operation. An optional memory card upgrades memory to 4 or 8 megabytes. With upgradeable memory, the terminal can further accommodate one or more application programs. Note: When in use, the memory card will override the internal SRAM. Program Memory 9 2 megabytes flash memory for core, OS, application programs, fonts, etc. Data Memory 9 2 megabytes SRAM with contents backup by a 7 mAh rechargeable Lithium button cell. Calendar 9 A calendar chip is equipped for accurate time/date logging. 9 Non-stop operation is also provided through the same Li button cell for SRAM contents backup.
Chapter 1 Introducing 8500 9 ¾ Caution of Data Loss When the main battery is removed or drained, the backup battery on the main board is to retain the contents of SRAM and maintain the running of the calendar for at least one week, on condition that the backup battery has already been fully charged. If the terminal is to be put away for a couple of days, you should be aware that data loss occurs when both the main and backup batteries discharge completely. Therefore, it is necessary to save data in a host computer before putting away the terminal. Note: Being fully charged, the backup battery can last at least 1 week. 1.3.4 Keypad The terminal is equipped with a keypad of either 24 keys or 44 keys, which has programmable LED backlight, for system setup, user entry and so on. Silicon rubber has been chosen for their durability and prompt feedback. The key click can be configured through the System Menu. Note: Functionality of keys is application-dependent. ¾ Screen Icons The following icons appear on the screen when a certain mode is activated, that is, holding down the specific key is unnecessary. Simply press another key or red-coded function key ([F1] ~ [F12]) to produce a result. 24-key  A / a:  : Press [Alpha] to enter the alphabetic mode, capital or small letters. Press [FN] to enter the function mode (user definable). 44-key  :  :  : Press [Shift] to enter the special function mode (user definable). Press [RED] to enter the function mode (user definable). Press [Alt] to enter the special function mode (user definable).
10 Industrial 8500 Reference Manual 24-key layout The layout of the 24-key keypad is similar to that of a telephone, which consists of an alphanumeric keypad, numbers and assorted characters. This keypad is set to numeric mode by default. For alpha mode, simply press [ALPHA] to toggle between alpha and numeric modes. Figure 5: 24-key layout
Chapter 1 Introducing 8500 11 44-key layout The layout of the 44-key keypad includes numeric, alphabetic, assorted characters, function and modifier keys. Figure 6: 44-key layout For the 44-key keypad, these keys can be categorized into the following groups by color: Blue Area: 9 Two [Enter] keys: user-friendly and convenient for either right-handed or left-handed operator to perform general function of a [Enter] key. 9 It can be used together with [RED] modifier key: [Enter] + [RED] = alternately turn ON/OFF the backlight of LCD and keypad.
12 Industrial CPT-8500 Reference Manual Black Area: 9 Power key 9 Numeric keys 9 Modifier keys: [Shift] or [Alt] that modifies its next key. The functionality depends on software application. 9 Others like [Backspace], [ESC], [Space], [Tab], [Insert], [Delete], [ - ], [ . ] Yellow Area: 9 [Scan] button 9 Navigation keys for moving the cursor up, down, left, right. 9 Alphabetic keys 9 Others like punctuation keys for comma & semi-colon, dollar & colon. Red Area: 9 [RED] modifier key: the solid red key next to the Power key 9 [RED] followed by one red-coded key: The [RED] modifier key modifies (activates) the second key. Its functionality is determined by the red-coded key, which is specified by red letters under the navigation keys or on top of alpha keys and some punctuation keys. 1.3.5 LCD The terminal comes with a 3” FSTN graphic LCD, 160 by 160 pixels resolutions, which can be configured to display text or graphics, such as specific font and company logo, to meet varying application needs. English Font: Small fonts (6×8 pixels) Large fonts (8×16 pixels) 21 by 8 lines 16 by 4 lines Chinese Font: (16×16 pixels) 8 by 4 lines Other language fonts, company logo… Programmable
Chapter 1 Introducing 8500 13 ¾ Backlight Setting The LED backlight of screen and keypad helps ease reading under dim environments. It can be alternately toggled ON and OFF by simultaneously pressing the following keys:  24-key: [Enter] + [FN]  44-key: [Enter] + [RED] ¾ Touch Screen & Signature Capture This LCD is also a touch screen, which enables the use of a stylus for handwriting. It also features signature capture that can save signature as confirmation of receipt when delivering goods to door. The screen can be calibrated by tool provided in the System Menu. Warning! DO NOT use any pointed or sharp objects to move against the surface of the screen. 1.3.6 Status LED The dual-color LED on top of the [Scan] button is to provide information on status of scanning. It is programmable for diagnostics and application dependant.  Red LED - Error  Green LED - Good Read 1.3.7 Buzzer The buzzer, a low power transducer type, can be programmed for status feedback. Its pitch and duration are software programmable. 1.3.8 Vibrator Like a modern mobile phone, the terminal is integrated with a vibrator. It is software programmable and especially useful when working in a noisy environment.
14 Industrial 8500 Reference Manual 1.3.9 Readers A wide variety of readers is available for delivering flexibility to meet different requirements. Note: All specifications are subject to change without prior notice. Long Range Imager Resolution: 0.125 mm ~ 1.00 mm Depth of field: 2 ~ 20 cm Width of field: 45 mm ~ 124 mm Scan rate: 100 scans/sec Ambient Light Rejection: 1200 lux (Direct Sun-light) 2500 lux (Fluorescent Light) Laser Scanner Light source: Visible laser diode operating at 670 ± 15 nm Depth of field: 5 ~ 95 cm, depends on barcode resolution Scan angle: 42° nominal Scan rate: 36 ± 3 scans/sec Minimum print contrast: 20% absolute dark/light reflectance at 670 nm RFID Reader 13.56 MHz, Philips Mifare: From contact to 6 cm ¾ Dual Mode Support The terminal allows one integrated scan engine, plus the RFID reader.
Chapter 1 Introducing 8500 15 1.3.10 Wireless Support The 8500 terminal supports state-of-the-art wireless technologies so that it is able to send/receive data in real time in an efficient way.  WPAN: IrDA, Standard infrared (IR) technology for data exchange, embedded  WPAN: Bluetooth technology for cable replacement & data exchange, embedded  WLAN: IEEE 80.211b for wireless networking, optional module Generally, the coverage of each technology can be viewed as follows. Figure 7: Coverage of wireless technologies
16 Industrial CPT-8500 Reference Manual Standard IrDA Port The terminal has an integrated IrDA port at the bottom, which can directly establish connection with an IrDA device for printing or data exchange. Simply have the IrDA port of the terminal toward the IrDA port of the target device.  IrDA specifications define communications (transmit/receive data) between two IrDA enabled devices within a very short range, line-of-sight. IrDA Specification Infra red: Optical Data rate: Up to 115200 bps Coverage: From contact to at least 30 cm, line-of-sight Connected devices: Peer-to-Peer Standard: Version 1.0 Note: All specifications are subject to change without prior notice.
Chapter 1 Introducing 8500 17 Bluetooth Class 2 With built-in Bluetooth technology, the terminal can directly communicate with any Bluetooth enabled device, not necessarily line-of-sight.  Bluetooth is an industrial standard for Wireless Personal Area Networking (WPAN), which enables wireless communications within a short range.  Serial Port Profile (SPP) is for ad-hoc networking, without going through any access point.  Personal Area Networking Profile (PAN) makes use of Bluetooth Network Encapsulation Protocol (BNEP) for IP networking over Bluetooth. Access points required.  Dial-Up Networking Profile (DUN) makes use of a Bluetooth modem or mobile phone as a wireless modem. Bluetooth Specification Frequency Range: 2.4 ~ 2.4835 GHz Modulation: FHSS with GFSK Profiles: SPP, PAN, DUN Maximum Output Power: -1.32dBm Data rate: 721 kbps Coverage: 50 meters line-of-sight Connected devices: SPP mode - either Master or Slave Server-to-Client (access point required) Standard: Version 1.2 Note: All specifications are subject to change without prior notice.
18 Industrial 8500 Reference Manual IEEE 802.11b/g When the 802.11b/g module is installed, the terminal can easily connect to legacy networks through access points (APs). Roaming among different networks is possible.  IEEE 802.11b/g is an industrial standard for Wireless Local Area Networking (WLAN), which enables wireless communications over a long distance.  The speed of connection between two wireless devices will vary with range and signal quality. To maintain a reliable connection, the 802.11b/g system automatically fallback from 54 Mbps to 11,5.5, 2 or 1 Mbps as range increases or signal quality decreases.  An 802.11b/g network can operate in the following two modes: Infrastructure mode - Wireless devices can communicate with each other or can communicate with wired networks through APs. Ad-hoc mode - Wireless devices or stations can communicate directly to each other, without the use of APs. 802.11b/g Specification Card type: CF Type I Frequency Range: 2.4 ~ 2.4835 GHz Modulation: DSSS / OFDM Protocols: IP/TCP/UDP Maximum Output Power: 14.59dBm Data rate: 54,11, 5.5, 2, 1 Mbps auto-fallback Coverage: 100 meters line-of-sight Connected devices: Peer-to-Peer (no access point) Server-to-Client (access point required) Standard: IEEE 802.11b/g, interoperable with Wi-Fi devices Note: All specifications are subject to change without prior notice.
Chapter 1 Introducing 8500 19 1.3.11 Resistance ¾ Shock The terminal is designed for harsh industrial environments, and is proved to survive drop test by the following criteria:  Surface type: Concrete  Distance to surface: 2 meters  Drop times: multiple ¾ Splash & Dust The Ingress Protection (IP) rating is often used to indicate the protection afforded by enclosures of an electronic device, and an IP number specifies the protection level. The first number (0~6) refers to the protection against solid objects and the second (0~8) against liquids. The higher the number is, the better the protection afforded. For industrial environments, it can be very damp and dusty. Thus, the terminal is sealed against moisture and dust to industry standard IP64.  6 = Totally protected against dust  4 = Protection against water sprayed from all directions. That is, limited ingress is permitted. 1.3.12 Terminal Emulation The terminal supports the following terminal emulation to access any backend database.  VT 100/200  IBM 5250
20 Industrial 8500 Reference Manual 1.3.13 Programming Support For easy development of applications, the terminal ships with development tool package. It includes a Windows-based application generator (AG) and relevant utilities. For development of complex custom applications, proprietary BASIC or C complier is available through licensing agreement, as well as libraries. 1.4 Unpacking the package The following items are included in the package. Save the box and packaging material for future use when you need to store or ship the terminal.  Terminal: 8500  One rechargeable Li-ion battery pack  Stylus  Hand Strap  Software CD & Reference Manual (for authorized distributors only) Note: For battery charging, you'll need to purchase a charging cradle or gang charger. 1.5 Options There are a number of optional accessories to enhance the total performance of the terminal. For installation details, please refer to relevant sections. Warning! The use of any batteries or charging devices, which are not originally sold/manufactured by Syntech for its CipherLab product lines, will void your warranty and may cause damage to human body or the product itself. Accessories Features... Reader One scan engine (long range imager, laser scanner or 2D scanner And/or the RFID reader 802.11b/g Module IEEE 802.11b/g compliant for WLAN (Wireless Local Area Networking)Spare Battery Pack Rechargeable Li battery for non-stop operation Pistol Grip, Detachable Facilitating scanning with one hand Charging Communication Cradle Charging of the terminal and one spare battery at the same time while transmitting/receiving data. 4-bay Gang Charger Charging up to four batteries at the same time.
21 The terminal is designed for portable use, and it almost requires no installation except installing the battery pack and necessary auxiliary parts. Warning! The use of any batteries or charging devices, which are not originally sold/manufactured by Syntech for its CipherLab product lines, will void your warranty and may cause damage to human body or the product itself. Here are some tips and suggestions that ensure safe and comfortable experience with the terminal. ¾ Battery Pack  Spare battery pack is convenient and necessary when on the road.  Be cautious of low battery conditions.  Turn off the backlight in a bright work area to save power.  Always use proprietary CipherLab batteries for safety concern.  Do not expose the battery to temperature in excess of 140°F (60°C).  Do not disassemble, incinerate or short circuit the battery pack. ¾ Hand Strap  The hand strap is ideal for one-handed operation, which requires safe and convenient hold of the portable terminal.  Always make sure the hand strap is well hooked and screwed to the back of the terminal. ¾ Pistol Grip  This contoured pistol grip enables intuitive trigger-and-scan operation, which is very helpful in scan intensive applications. ¾ Cradle  Capable of charging and communications at the same time.  One terminal seat for terminal with battery pack installed.  One spare battery compartment for a spare battery pack. CHAPTER 2 Installing 8500
22 Industrial 8500 Reference Manual ¾ Charging  Make use of a serial cradle (RS-232).  Make use of a modem cradle.  Make use of a gang charger (charging up to four battery packs at the same time).  ¾ Communications  Wireless - make use of wireless technologies, embedded or added by module.  Wired - make use of a cradle. In This Chapter 2.1 Battery Pack................................................................. 22 2.2 Hand Strap................................................................... 23 2.3 Pistol Grip.................................................................... 24 2.4 Cradle, serial or modem............................................... 25 2.5 Charging ...................................................................... 30 2.6 Communications.......................................................... 30 2.1 Battery Pack 1 Place the terminal face down on a flat and clean surface. 2 Slide the battery pack into the battery compartment at a proper angle (30°~45°) so that the tabs on the bottom of the battery are hooked in the grooves of the compartment. Make sure that the battery is snugly fit into the compartment. 3 Hold the terminal still and slide the battery latch to lock the battery in the compartment. Note: For a new battery, make sure it is fully charged before use.
Chapter 2 Installing 8500 23 Figure 8: Installing battery pack 2.2 Hand Strap When a hand strap is necessary, install it to the terminal by following the steps: 1 Place the terminal face down on a flat and clean surface. 2 Screw one end of the hand strap to the shield-like cover on the back of the terminal. 3 Insert and hook the other end of the hand strap to the bottom of the terminal. 4 Make sure the hand strap is securely attached to the terminal. 5 Adjust the length of the hand strap to suit your handbreadth.
24 Industrial 8500 Reference Manual Figure 9: Installing hand strap 2.3 Pistol Grip When a pistol grip is necessary, install it to the terminal by following the steps: 1 Place the terminal face down on a flat and clean surface. 2 Remove the shield-like cover on the back of the terminal by unscrewing. If there is a hand strap installed, remove it first. Keep the cover and screws for future use when the pistol grip is not desired. 3 Connect the power connector from the pistol grip to the receptacle on the terminal. 4 Screw the pistol grip to the shield-like cover. 5 Make sure all screws are tightened up but not over-tightened to damage the threads. 6 Turn ON the terminal and test the trigger.
Chapter 2 Installing 8500 25 Figure 10: Installing pistol grip 2.4 Cradle, serial or modem For charging and communications at the same time, a cradle is necessary. 1 Place the cradle in a flat and clean surface. 2 Connect the line of the power adaptor to the power jack on the back of the cradle. 3 Connect the power adaptor to a suitable power outlet. 4 The cradle is ready for charging.
26 Industrial 8500 Reference Manual 5 If data communications are desired at the same time, connection must be established as well. This depends on the cradle type. For example, below illustrates an RS-232 cable connected between a computer and the cradle. The interface between the terminal and the cradle is serial IR that can run data in a higher speed than IrDA. Note: Make sure the connection is made secured. Figure 11: Setting up cradle
Chapter 2 Installing 8500 27 2.4.1 Cradle Options The choice of cradle can be very flexible. Choose a suitable type that best meets your needs. Note: The cradle is designed for communications and charging at the same time. Type (by communication Interface) Package Contents Serial Cradle (RS-232 only) Cradle Power adaptor Spare battery pack RS-232 cable Charging & Communications Cradle Modem Cradle (RS-232 + 56kbps Modem) Cradle Power adaptor Spare battery pack RS-232 cable Phone cable Optional Accessory RS-232 to USB adaptor (converter)
28 Industrial 8500 Reference Manual 2.4.2 Status Indicators ¾ Charging Status  For main battery, view the screen of the 8500.  For spare battery, see cradle LEDs. ¾ Communications & Port Status  See cradle LEDs: RX, TX and Power. Figure 12: Cradle LEDs Charging Spare Battery Red LED: Charging Green LED: Charging completed Flashing (Red/Green): Error occurs Receiving Data RX Red LED: Receiving data from a host Transmitting Data TX Red LED: Transmitting data to a host Power Red LED: RX/TX via modem port PowerGreen LED: RX/TX via RS-232 port Warning! Charging error may occur due to a power failure or defected battery contacts.
Chapter 2 Installing 8500 29 2.4.3 DIP Switch The modem cradle (left) integrates a modem to the original serial cradle (right). Through toggling the DIP switch, the modem cradle can make use of the modem or RS-232 port for flexibility in connection. Figure 13: Cradle - DIP switch ¾ Modem connection  Activate the modem by sliding the dip switch to right: ¾ RS-232 connection  Activate the RS-232 port by sliding the dip switch to left:
30 Industrial 8500 Reference Manual 2.5 Charging 2.5.1 Cradle After being set up, the cradle is ready for charging the terminal (loaded with main battery) and one spare battery pack. Seat the terminal and/or the spare battery pack then. 2.5.2 Gang Charger If you have purchased the 4-bay gang charger, you can charge up to four batteries at the same time. This is particularly convenient for a non-stop operation or locations where a proper power supply is unavailable. Note: The battery is fully charged after approximate 4 hours. 2.6 Communications For the 8500, it is capable of sending or receiving data in a number of different ways.
Chapter 2 Installing 8500 31 2.6.1 Wired The terminal is capable of wired communications via:  Serial cradle  Modem cradle See the following flow chart for instructions on the procedure. Figure 14: Flow chart of cradle communications
32 Industrial 8500 Reference Manual ¾ Serial Cradle (RS-232) When the cradle is set up, 1 Connect one end of a RS-232 cable to the RS-232 port on the back of the cradle. 2 Connect the other end of the cable to the RS-232 port of a host computer. 3 See the flow chart for the rest steps. ¾ Modem Cradle When the cradle is set up, 1 For communications via an internal modem, slide the DIP switch on the back of the cradle to right. 2 Connect the telephone line to the [Line] jack on the back of the cradle. 3 You may connect the cradle to a telephone through the [Phone] jack. 4 See the flow chart for the rest steps. 2.6.2 Wireless The terminal is capable of wireless communications via the following technologies:  IrDA  Bluetooth  IEEE 802.11b/g Refer to 1.3.10 Wireless Support for more details.
33 The software inside the terminal mainly consists of three modules: Kernel, System, and Program. Figure 15: Software Architecture In This Chapter 3.1 Program Module.......................................................... 34 3.2 System & Kernel Modules........................................... 35 CHAPTER 3 Software Architecture
34 Industrial 8500 Reference Manual 3.1 Program Module ¾ Preloaded Application The terminal is preloaded with a proprietary application program, that is, the AG Runtime (U8500*.SHX). After being physically set up and configured properly through the proprietary Application Generator (AG8500m.exe), the terminal is ready to collect data. The main menu is generated by the AG Runtime, U8500*.SHX. ¾ Alternative In addition to the proprietary application development tool, the Application Generator, you may develop your own application program through BASIC or C complier, in order to best meet your system requirements. Proprietary Application Program 9 The terminal is preloaded with U8500*.SHX, which is for use with the matching application development tool at PC end, AG8500m.exe. 9 The Application Generator (AG) software package includes this application development tool and several associated utilities to make it versatile in use. Alternatives: 9 Aided by programming support, user-defined application programs can be developed to satisfy specific needs, such as being integrated into an existing system.
Chapter 3 Software Architecture 35 3.2 System & Kernel Modules For system configurations and managing multiple programs, each terminal comes with the System Menu, Kernel Menu, and Program Manager. ¾ System Menu This is generated by the System module. You may configure parameters, test components, download or update the active application program (the one with the Program module), and download one custom font file. ¾ Kernel Menu This is generated by the Kernel module. Generally, you may update the core program (Kernel Update), download or update the active application program (the one with the Program module), download one custom font file, and configure Bluetooth settings. ¾ Program Manager This is also generated by the Kernel module. The Program Manager is bundled with the Kernel Menu. You may download as many as seven application programs, as well as one custom font file.
36 This section mainly describes the alternatives to configure the 8500 terminal, including hardware configuration and downloading application programs. In This Chapter 4.1 System Menu............................................................... 37 4.2 Program Manager ........................................................ 69 4.3 Kernel Menu................................................................ 74 CHAPTER 4 Configuring 8500
Chapter 4 Configuring 8500 37 4.1 System Menu The System Menu is generated by a powerful utility, which offers an interface for engineers (programmers or system integrator) to view system information, change the configuration parameters, download programs and run diagnostics. This menu is designed for engineering tests and maintenance ONLY. For this reason, the System Menu provides password protection to prevent unauthorized users from accidentally changing system settings. Warning! The System Menu is NOT for the use of any end users. The system password helps ensure system safety and integrity. How to access the System Menu?
38 Industrial 8500 Reference Manual 4.1.1 Information The information provided here helps diagnose the system.  H/W: Hardware version (PCB)  S/N: Serial number of the terminal  M/D: Manufacturing date  KNL: Kernel version  LIB (BSC): C library or BASIC run-time version  USR: Application program version  DEV: Code for optional hardware configurations, i.e. 2400-1 2 4 0 0 - 1 Type of Reader Type of Wireless Module RFID Module Reserved Keypad layout 0= none 1= CCD 2= Laser 3= 2D 0= none 4= 802.11b/g (+ Bluetooth) 5= Bluetooth only 0= none 1= RFID 0= 24-key 1= 44-key
Chapter 4 Configuring 8500 39 4.1.2 Settings Here provides options to change the default settings. System Settings Default Values Clock blank Backlight Period 20 seconds Auto Off 10 minutes Power On Options Program Resume Key Click Tone 2 System Password Open access Font System font ¾ Settings > Clock Set date and time for Real Time Clock. Enter two digits for the year, i.e. 04 for 2004.
40 Industrial 8500 Reference Manual ¾ Settings > Backlight Period Set the backlight duration for the keypad and LCD. Enter a value between 0 and 9999. ¾ Settings > Auto Off Set time threshold for the terminal to automatically power off when no operation is taking place during that specific period. Enter a value between 0 and 999. Note: To disable this function, enter 0. ¾ Settings > Power On Options Set the startup screen right after powering on:  [0] Program Resume: Start from the last session of program before shutdown.  [1] Program Restart: Fresh start from the first session of the program.
Chapter 4 Configuring 8500 41 ¾ Settings > Key Click There is audible feedback for pressing a key on the keypad. The current value is highlighted. Select a tone for the buzzer or mute it. ¾ Settings > System Password Set a password to control user access to the System Menu. The password consists of eight characters at most. Note: To disable a previous password, enter blank on the following screens.
42 Industrial 8500 Reference Manual ¾ Settings > Font Current font information can be viewed here.  Default: System font  Custom font file, if there is one The font settings here can be changed if a "multi-language" font file has been downloaded. (Press [Up] or [Down] to move the cursor up or down through the menu of options.) ¾ Settings > Screen Calibration The cross mark will appear on the four corners of the screen for alignment. Use the tip of the stylus to tap at the center of the cross mark firmly and accurately. Warning: DO NOT use any pointed or sharp object to move against the screen.
Chapter 4 Configuring 8500 43 ¾ Settings > Reset to Default Reset all settings to the default values. The following dialog box prompts for confirmation.
44 Industrial 8500 Reference Manual 4.1.3 Tests Here provides functional tests for key parts. ¾ Tests > Reader Test the reading performance of the scanner, with laser or image scanning engine. Press [SCAN] to start. To stop and exit the test, press any key. The following barcodes are enabled by default: Code 39 Industrial 25 Interleave 25 Codabar Code 93 Code 128 UPCE UPCE with ADDON 2 UPCE with ADDON 5 EAN8 EAN8 with ADDON 2 EAN8 with ADDON 5 EAN13 EAN13 with ADDON 2 EAN13 with ADDON 5 … Other barcodes must be enabled through programming.
Chapter 4 Configuring 8500 45 ¾ Tests > Buzzer Test the buzzer with different frequency/duration combinations. Press [Enter] to start. Press any key to stop and exit the test. ¾ Tests > LCD & LED Test the LCD display and LED indicator. Press [Enter] to start. Press any key to stop and exit the test. ¾ Tests > Keyboard Test the rubber keys. Press any key and its corresponding character will be shown on the screen. Press [ESC] to stop and exit the test. ¾ Tests > Memory Test the data memory (SRAM), and the results will be shown on the screen. Press any key to exit. Warning! The contents of the data memory (SRAM) will be wiped out after test. ¾ Tests > Touch Screen Test signature capture by using the stylus for handwriting. Press [Enter] to start. Press [ESC] to stop and exit the test. ¾ Tests > RFID Test the reading performance of the RFID reader when a proximity card is present. Press [ESC] to stop and exit the test. ¾ Tests > Vibrator Test the vibrator. Press [ESC] to stop and exit the test. ¾ Tests > IR Echo Test The echo test is to verify connectivity between the terminal and the cradle (serial IR). Run the echo test at baud rate 38400. Press [ESC] to stop and exit the test.
46 Industrial 8500 Reference Manual 4.1.4 Memory Here provides information and initialization function of the memory. ¾ Memory > Size information  Base RAM (SRAM for data memory)  Memory Card (SRAM for data memory)  Flash (for program memory) Note: If memory card is present, it will replace Base RAM in use. ¾ Memory > Initialize Initialize the data memory, Base RAM or Memory Card. Warning! The contents of the data memory (SRAM) will be wiped out after memory initialization.
Chapter 4 Configuring 8500 47 4.1.5 Power Here shows current voltage consumption.  Main: This refers to the main battery. It shows dynamic status of the battery pack, as the main power source.  Backup: This refers to the backup battery. It shows dynamic status of the button cell, which is used to retain data in SRAM.
48 Industrial 8500 Reference Manual 4.1.6 Load Program Download program or font file to the active memory bank.  New application program  Program update  Font file, i.e. multi-language font ¾ Results  Success: the new program or font file will be activated right after downloading.  Failure: the terminal will resume to the current application program or system font. Interface Cradle-IR The communication parameters at PC end should be set accordingly. IrDA Point to the target IrDA device. Bluetooth Approach to the target Bluetooth enabled device.
Chapter 4 Configuring 8500 49 4.1.7 Bluetooth Menu This submenu is for the built-in Bluetooth technology to work with other Bluetooth enabled devices. Parameters must be configured correctly. Bluetooth Menu: Settings: Default Values Local Name blank Remote Name blank Broadcast Me Enable Connect Setting Power Saving Enable Authentication Disable Security PIN Code blank DHCP Enable SubNet Mask 255.255.128.0 Local IP Address 0.0.0.0 Default Gateway 0.0.0.0 DNS Server 0.0.0.0 Network Setting Domain Name blank
50 Industrial 8500 Reference Manual ¾ Bluetooth Menu > Information Information of network configuration can be viewed here.  LIB (BSC): C library or BASIC run-time version  MAC: MAC ID of the Bluetooth module  IAM: A name given to the terminal for identification.  CTY: “Normal” means frequency range is 2.4 ~ 2.5 GHz. There are bandwidth limitations for 2.4 GHz ISM band in some countries. For example, only 23 RF channels defined instead of 79 RF channels in Japan, Spain and France.  DHCP: DHCP being enabled or disabled.  IP: IP address of the terminal  Mask: Subnet Mask  Gate: Default Gateway
Chapter 4 Configuring 8500 51 ¾ Bluetooth Menu > Connect Setting A basic Bluetooth system can be configured as (1) point to point – SPP or DUN mode, and (2) point to multi-point – PAN mode. Set the following parameters if necessary.  Local Name: Enter a name for identifying the terminal.  Remote Name: Enter a name for making specific connection. The remote name must be one of those in the Freq. Dev. List. Otherwise, the terminal will fail to make connection with any device. DO NOT specify any remote name when roaming is required.  Broadcast Me: Options - Enable or Disable For initial connection, broadcasting must be enabled. For security reason, simply disable it to hide the terminal from other Bluetooth devices.  Power Saving: Options - Enable or Disable This refers to the low power consumption mode. Only the Sniff mode is supported.
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Chapter 4 Configuring 8500 53 ¾ Bluetooth Menu > Security Set up or modify security parameters:  Authentication: Options - Enable or Disable  PIN Code: Define the encryption key values. Up to 13 characters, using ASCII code.
54 Industrial 8500 Reference Manual ¾ Bluetooth Menu > Echo Tests Echo tests are used for verifying connectivity to make sure the terminal is within coverage. Press [ESC] to stop and exit the test. For PAN mode, it helps estimate the number of APs and terminals, and determine the topology of deploying APs.  “SPP”: Serial Port Profile - for ad hoc networking, without going through any access point.  “Dial Out”: For Dial-Up Networking Profile, also known as DUN. It makes use of a Bluetooth modem or mobile phone as a wireless modem.  “PAN(BNEP)”: Personal Area Networking Profile - uses Bluetooth Network Encapsulation Protocol for IP networking over Bluetooth. Note: You also need a test utility on PC to test the networking.
Chapter 4 Configuring 8500 55  SPP Master: Set the terminal as a master device. It is to be followed by an attempt to make connection.  SPP Slave: Set the terminal as a slave device. It is to be followed by an attempt to make connection.  Dial Out Set the terminal as a modem. It is to be followed by an attempt to make connection with the target device. The target device may be a mobile phone or Bluetooth modem.
56 Industrial 8500 Reference Manual  PAN(BNEP) Client: Set the terminal as a client. Enter the IP address of a server that connection is desired. It is to be followed by an attempt to make connection with APs.  PAN(BNEP) Server: Set the terminal as a server. It is to be followed by an attempt to make connection with APs.
Chapter 4 Configuring 8500 57 ¾ Bluetooth Menu > Pairing Test The pairing procedure is for the creation and exchange of a link key between two Bluetooth-enabled devices. The devices use the link key for future authentication when exchanging information. After inquiry, there will be a “Target Machine” menu for selecting mode:  Serial Port (SPP)  Access Point (PAN)  Dial Up Network (DUN) Press [ESC] to stop and exit the test. Note: During the initial setting of Bluetooth wireless network, the pairing procedure must be carried out before the Echo tests.
58 Industrial 8500 Reference Manual ¾ Bluetooth Menu > Freq. Dev. List After completing the pairing procedure, the system will generate a list of device/s that the terminal has been connected to lately. During roaming or rebuild the connection, the terminal will automatically connect to the listed device(s) without going through the pairing procedure. Note: To un-pair any device, simply delete the device from this list.  SPP mode (Serial Port Profile): Only one device listed for quick connection.  DUN mode (Dial-Up Networking): Only one device listed for quick connection.  AP mode (PAN - IP Networking): Up to eight APs listed for roaming purpose.
Chapter 4 Configuring 8500 59 ¾ Bluetooth Menu > Network Setting Set network parameters:  DHCP: Options - Enable or Disable  SubNet Mask: Enter a new Mask IP, if necessary.  Local IP Address: Enter a new address for the terminal, if necessary.  Default Gateway: Enter a new address for the default Gateway, if necessary.  DNS Server: Enter a new address for the DNS server, if necessary.  Domain Name: The domain name of the host is shown here. Note: All of the setting could be obtained form DHCP server if DHCP is activated.
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Chapter 4 Configuring 8500 61 4.1.8 IEEE 802.11b/g Menu This submenu is for IEEE 802.11b/g wireless networking. Parameters must be configured correctly. Note: This menu is available only when the 802.11b/g module is installed. 802.11b/g Menu: Settings: Default Values DHCP Enable SubNet Mask 255.255.128.0 Local IP Address 0.0.0.0 Default Gateway 0.0.0.0 DNS Server 0.0.0.0 Network Setting Domain Name blank Local Name blank Domain Name blank SS ID blank System Scale Medium Power Saving Enable WLAN Setting Preamble Long Authentication Open System WEP Menu Disable Security EAP Menu Disable
62 Industrial 8500 Reference Manual ¾ 802.11b/g Menu > Information Information of network configuration can be viewed here.  MAC: MAC ID of the 802.11b/g module  DHCP: DHCP being enabled or disabled  IP: IP address of the terminal  Mask: Subnet Mask  Gate: Default Gateway ¾ 802.11b/g Menu > Network Setting Set general network parameters.  DHCP: Options - Enable or Disable  SubNet Mask: Enter a new Mask IP, if necessary.  Local IP Address: Enter a new address for the terminal, if necessary.  Default Gateway: Enter a new address for the default Gateway, if necessary.  DNS Server: Enter a new address for the DNS server, if necessary.  Domain Name: The domain name of the host is shown here. Note: All of the setting could be obtained form DHCP server if DHCP is activated.
Chapter 4 Configuring 8500 63 ¾ 802.11b/g Menu > WLAN Setting 802.11b/g system can operate in two modes (1) Ad-hoc mode: peer-to-peer, and (2) Infrastructure mode: point to multi-point through access points. Set the following parameters.  Local Name: Enter a name for identifying the terminal.  Domain Name: The domain name of the host is shown here.  SS ID: This refers to Service Set ID or Identifier. The terminal can ONLY communicate with access points that have the same SS ID  System Scale: This refers to Access Point Density. Options - [1] Low [2] Medium [3] High The value you set must match that set for the access point.  Power Saving: This refers to the low power consumption mode. Options - Enable or Disable The value you set must match that set for the access point.  Preamble: Options - [1] Long [2] Short [3] Both The value you set must match that set for the access point.
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Chapter 4 Configuring 8500 65 ¾ 802.11b/g Menu > Security Set up or modify security parameters: Authentication [1] Open System: [0] Share Key: Default authentication type This requires implementing WEP key.
66 Industrial 8500 Reference Manual WEP Menu WEP Setting: WEP Key Length: Default Key: WEP Key: Enable or Disable (for Share Key, it must be enabled.) 64 or 128 bits WEP KEY1 Enter settings for WEP KEY (1, 2, 3 or 4) EAP Menu EAP Setting: EAP ID: EAP Password: Enable or Disable Enter a user name, up to 32 characters Enter a password, up to 32 characters
Chapter 4 Configuring 8500 67 ¾ 802.11b/g Menu > Echo Tests Echo tests are used for verifying connectivity to make sure the terminal is within coverage.  Client Mode: Set the terminal as a client. Enter the IP address of a server that connection is desired. It is followed by an attempt to make connection with APs.
68 Industrial 8500 Reference Manual  Server Mode: Set the terminal as a server. It is followed by an attempt to make connection with APs.
Chapter 4 Configuring 8500 69 4.2 Program Manager The 8500 terminal supports multiple applications and languages. In the menu of Program Manager, it can download up to seven programs and one of them is made active. Warning! The Program Manager menu is NOT for the use of any end users. How to access the Program Manager?
70 Industrial 8500 Reference Manual 4.2.1 Download Multiple application programs can be downloaded through a variety of interfaces. Here brings a full list of programs that are currently stored on the terminal with size information (program name of 12 characters; size in kilo bytes). A suffix letter after the memory bank (01~06) indicates the file type of program.  “b” for BASIC program  “c” for C program  “f” for font file The terminal can store up to seven application programs (including the one in the active memory bank) and one font file (may not be shown in this list).
Chapter 4 Configuring 8500 71 Figure 16: Downloading through Program Manager ¾ Memory Bank 01 ~ 06 Only application program can be downloaded to these banks. Empty bank:  Select an empty bank by pressing the corresponding number and then [Enter].  Select baud rate for downloading.  Connect cable and wait connecting…  To abort the action, press [ESC]. Then press [ESC] again to return to the menu. Occupied bank: If no available banks, you'll have to replace one program with the new one.  Select a program that you want to delete by pressing the corresponding number and then [Enter].  The program information is displayed on the screen. Press [Alpha] to enter the capital mode. Then press [C].  Select baud rate for downloading.  Connect cable and wait connecting…  To abort the action, press [ESC]. Then press [ESC] again to return to the menu. From the menu, you'll find the program is deleted but no new program is present. If you simply want to delete a program, press [D] in step 2. Note: [C], [D] are NOT case sensitive.
72 Industrial 8500 Reference Manual ¾ Active Memory Bank Only the application program and font file that need to be activated immediately can be downloaded to the active bank. The new font file may not be shown in the program list if application programs take all banks, but you can view font information in the System Menu. Active bank:  Select the active program (may be an empty bank) by pressing the corresponding number (that is 7) and then [Enter].  Connect cable and wait connecting…  If the downloaded program is an application, it will replace the active program and come into effect immediately. If it is a font file, then the current active program is still in use. Note: No font file will replace the active application program. 4.2.2 Activate The list shows the entire spare programs stored in the terminal. From the list, you can select from 01 to 06 and activate one of them. ¾ Activate an application program The selected program will be copied to the active memory bank and replace the current one. When <New Program Start> screen prompts “Press [ESC] to clear file”, it means the file system in the SRAM will be cleared out by pressing [ESC]. Then there will be no data (transactions, settings, etc.) stored in the terminal when the new program comes into effect. To keep the data, simply press any other key. ¾ Activate a font file The selected font file will be copied to the active memory bank and replace the current font or system font. However, the active application program will remain intact.
Chapter 4 Configuring 8500 73 4.2.3 Upload You may duplicate any program or all in the terminal to a host computer or another terminal. ¾ One Program The procedures are similar to those for loading programs. ¾ All Programs The procedures are similar to those for loading programs.
74 Industrial 8500 Reference Manual 4.3 Kernel Menu The Kernel Menu resides in the innermost core of the system. It has the highest security and is always protected by the system. When the application program is corrupted and the System Menu fails, the Kernel Menu provides an access to fix the system. Warning! The Kernel Menu is NOT for the use of any end users. How to access the Kernel Menu?
Chapter 4 Configuring 8500 75 4.3.1 Kernel Information The information provided here helps diagnose the system.  H/W: Hardware version (PCB)  S/N: Serial number of the terminal  M/D: Manufacturing date  KNL: Kernel version  DEV: Code for optional hardware configurations, i.e. 2400-1 2 4 0 0 - 1 Type of Reader Type of Wireless Module RFID Module Reserved Keypad layout 0= none 1= CCD 2= Laser 3= 2D 0= none 4= 802.11b/g (+ Bluetooth) 5= Bluetooth only 0= none 1= RFID 0= 24-key 1= 44-key
76 Industrial 8500 Reference Manual 4.3.2 Load Program Download program or font file to the active memory bank.  New application program  Program update  Font file, i.e. multi-language font ¾ Results  Success: the new program or font file will be activated right after downloading.  Failure: the terminal will resume to the current application program or system font. Interface Cradle-IR The communication parameters at PC end should be set accordingly. IrDA Point to the target IrDA device. Bluetooth Approach to the target Bluetooth enabled device. 4.3.3 Kernel Update The Kernel might be changed for improving performance or other reasons, and, an update is necessary. The procedure is the same as that for downloading program.
Chapter 4 Configuring 8500 77 4.3.4 Test & Calibrate These tools are provided for manufacturing use. No user definition is allowed.  Burn-In Test  Calibrate RTC  Base RAM Test  Memory Card Test  IR Test  Bluetooth Test  CF (CompactFlash) Test  Scanner Test  LCDTest  2D Test Warning! This is NOT for the use of any end users.
78 Industrial 8500 Reference Manual 4.3.5 Bluetooth Menu This submenu is the same as that under the System Menu except there is no Network Setting here. Moreover, the echo test for Bluetooth in Kernel mode is available for SPP (Serial Port Profile) only.
79 Depending on the application program downloaded to the terminal, managing the 8500 terminal at PC end can be very flexible and simple. Note: For details, please see relevant documents such as Programming Guide. In This Chapter 5.1 For proprietary applications......................................... 79 5.2 For custom applications............................................... 79 5.1 For proprietary applications For the preloaded application program (U8500*.SHX), we provide a PC development tool, the Application Generator (AG8500*.exe), for creating application templates from PC end in a time-saving way. 5.2 For custom applications For user-defined application programs, software is to be developed by your own system programmers. ¾ Programming Support For development of custom application software, proprietary BASIC or C complier is available through licensing agreement, as well as libraries. CHAPTER 5 Managing 8500
80 Industrial 8500 Reference Manual Power Main battery: Rechargeable 3.7 V, 4000 mAh Li-ion battery pack Backup battery: Rechargeable 3.0 V, 7 mAh Lithium button cell Working time: 500 hours CPU 32-bit CPU: Toshiba CMOS type; 40 MHz Memory Flash: 2 MB program memory SRAM: Standard 2 MB on-board data memory Memory card (optional) Programming Support Proprietary Development Tool: Windows-based application generator (AG) Compliers: BASIC, C Emulation VT 100/200, IBM 5250 Environment Humidity: Operating: 5% to 90% non-condensing Storage: 5% to 95% non-condensing Temperature: Operating: -20 to 60 °C Storage: -30 to 70 °C Shock Resistance: 2 m multiple drops onto concrete Splash/Dust Resistance: IP 64 EMC Certified FCC Class B CE Class B C-Tick Class B Enclosure Material: Rubber & ABS plastic Specifications
Managing 8500 81 Dimensions: 228 mm (L) x 89.5 mm (W) x 59.5 mm (H) Weight: Approx. 450 g Approx. 550 g (One battery pack included) Input Devices Reader: One scan engine (long range imager/laser scanner/2D scanner) and/or the RFID reader Keypad: 24-key or 44-key layout Rubber keys, LED backlit, programmable Display 160 x 160 pixels, 3” FSTN, LED backlit, programmable 19 lines by 26 characters for small fonts 9 lines by 20 characters for large fonts Graphic LCD: Touch screen control & signature capture Indicators LED: One dual-color LED, programmable Buzzer: Low power transducer type, 1 KHz to 4 KHz, programmable Vibrator: 9000 ± 2000 RPM, Max. 50 dB, programmable Interfaces Standard IrDA: Peer-to-Peer connection through IrDA ports Bluetooth: Built-in WPAN networking, class 2 IEEE 802.11b/g: WLAN networking (optional) Note: All specifications are subject to change without prior notice.

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