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Up to 300KG weighing capacity can be selected according to your need. Rechargeable batteries optionally available. The scale automatically checks the weight against preset upper and lower limits and notifies the user that the weight is LOW, OK, or HIGH with indicator lights and a built-in audible alarm. Its full-featured printing functionality (for built-in printer models) lets you better manage the weighing process by providing a print-out with a serial item number, the check result, and the tare amount. DSX-1000 has a standard RS-232 interface for sending weighing data to a PC or an optional external printer. The interface can also be used to control other equipment. DSX-1000 also features a large 270.9 x 198.4 mm weighing platter. Ideal solution to reduce excessive weight or eliminates shortage per package. Instruments have a liquid A Teraoka model DI-166 digital indicator is used. The indicator is DI-166 User Manual. To find out more click here. Weighing Indicator DI-166SS Usage Manual BEFORE USING THE SCALE To enable you to use this scale correctly. Weighing indicator. View and Download Digi DS-160 service manual online. DS-160 ent er the. Eac h time thi s key i s pr ess ed, t he s elect ed di gi t wil l i nc rement by 1 only. 29 Mar 2015.
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This product could includ e technical inaccuracies or ty pogr aphical errors. Changes are periodically made to the information herein; these ch anges may be incorp orated in new editions of the publication. Note: Unless mentioned specific ally by name, the products wil l be referred to as the embedded modules or modul es. Individual naming is used to dif ferentiate product specific features. Related Documentation See the NS9210 Har dwar e Refer ence for information on th e NS9210 chip. Support Information T o get help with a question or technical problem or mak e comments and recommendations about Digi produ cts and documentation, use the followi ng contact information.Built on the new Digi NS921 0 processor in combination with a 802.1 1bg n W i-Fi radio, it is pin-compatible with the existing Digi Connec t Wi-ME 802.11b module allowing customers to easily migrate to the n ext-generation version of the product. The NS9210 processor provides a host of featur es such as an ARM926 EJ-S core running at speeds from 75-150MHz, on-chi p AES encryption engine, one PICs, a se rial port, SPI and I2C interfaces, PWM, and others. Most importantly, it is a “drop-in” replacement for the NS7520, which means that is the ideal upgrade vehicle to deliver a next-generation desi gn. The integrated FIM on the NS 9210 processor of fer interf ace flexibility allowing the modules to provide high p erformance interface functionality and u nique software-driven configuration flexi bility by dynamically loading software supp ort for application specific interfaces, e.g. UAR T, CAN, USB device, 1-W ire, SDIO, and others. From medical systems to building control and indu strial automation, in virtually an y application where embedded device connectiv ity over a wireless network is needed, embedded modules are t he ideal choice, delivering high-performance functionality. Note: Unless mentioned specifically by n ame, the products will be referred to as the embedded modules or modu les.
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Individual naming is used to diff erentiate product specific features.Note: JT AG is a commonly used term that is also referred to as IEEE 1 149.1, an industry standard test protocol. JT AG is an abbreviation for the European Joint T est Action Group, which invented the first versions of the IEEE 1 149.1 interface. The JT AG interface, along wi th the other development tools, e nables you to download, run and debug progra ms on the module. The following figures sh ow the two types of modules. Used for developm ent purposes only. JT AG interface DC-WME-Y402-S DC-WME-Y402-C. No JT AG interface. Ordered independent ly for use in your implementation. Pins 1 thro ugh 6 are not used and have been removed from the Connect W i-ME module. The pin assignment table shows the appropriate values.Note: Any pins not used can be left floating.Pulling pin 8 low with an open drain driver will force the module into a hard reset state. Do not actively drive pin 8 high and do not allow the rise time of the pin 1 4 to be longer than 100uS. When used with the development board, this pin is wired to reset button SW4, which means it ac ts as a hard reset button. Connectors: Antenna The Digi Connect W i-ME is avai lable with 1 RP-SMA connector. The antenna is connected to the module with a reverse polarity SMA connector (sub-miniature siz e A). The antenna only fits o n the module one way to ensure a prop er connection. Any changes or modification to user ’s authority to operate the device.Blinking slowly - unit is in ad hoc mode. Blinking quickly - unit is scanning for a network. Same as Digi Plug-and Play Firmware (Network link status). Right Network Activity: Blinking -network data is transmitted or received. This LED is software programmable.The board consists of the following main features. Socket for co nnectin g the embe dded modul es. JT AG connection (for use with the develop ment kit only). GPIO switches ? Serial and GPIO ports.
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Power input This chapter provides informa tion on development board componen ts and contains the topics listed below. For more detailed informati on on the development board, see the schematic and mec hanical drawings on the CD that accompanies yo ur kit.See the following figure for the locati on of the connectors, switches, and LEDs. Additionally, th e board provides test poin ts (not shown on the figure). Board Layout and Connector Locations: Primary Seri al Port, P1. Secondary Serial Port, P2. The followi ng sections describe the ports. Primary Serial P ort, P1 The Primary Serial Port is a DB-9 male connect or that is labeled as P1 on the deve lopment board. See the following figure for pin o rientation; see the following table for pin assignments. Caution: When handling the developme nt board, wear a groun ding wrist strap to avoid ESD damage to the board. Th e port is used only with the Digi Conne ct ME modules with JT AG interfaces for debugging purposes. See the following figure for pin orientati on; see the following table for pin assign ments.Shorting P5 pins 1 and 2 will enable the RS232 transcei ver. Shorting P5 pins 2 and 3 will disable the RS232 transceiver. GPIO Port, P7 The GPIO port is a 9-pin ma le right-angle connector that is labeled as P7 on t he development board. See the foll owing figure fo r pin orientation; see the following tables for pin assignments. Note that eac h signal has a 220 ohm series resistor between the P7 pin and the module (except GND). Note: The development boa rd is shipped with a 9-pin screw-flange plug attached to the GPIO port.Embedded Mod ule Connector, P10. The Digi Connect Wi-ME module does not provide pins 1-6. JT AG Debugger Co nnector, P12. ? -48V DC input to PoE module (Digi Connect ME must be connected to a Powering Device for this feat ure.), P13 ? 12V DC output from PoE mo dule into Dev Board Power Su pply, P14. The following sections describe the conn ectors and blocks.
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Embedded Module Connector, P10 The Digi Connect ME embe dded module Connector is a 20-pin female vertical header that is labeled P10 on the development board. See the followin g figure for pin orientation; see the following tabl e for pin assignments.The connector mates with the JT AG connector on the embedded module. The Mod ule’ s JT AG Connector pins are tied to the debu gger connector (see “JT AG Debugger Connector, P12”). Since the modules' JT AG connectors are mounted on the bottom side of the modules, the pin 1 location is mirrored from that of the Development board's mating JT AG connector (P1 1). The resulting pin mapping is indicated in the Module JT AG Interface Connector Pin Assignments table below.The connector mates with a JT AG debugger plug (for ex ample, a Digi JT AG Link). The connector is used with the de velopment kit only. See the following figure for pin orientation. See the following table for p in assignments.The hea der is for co nnecting a digi tal sign al analyzer (for example, a logic analyzer) to the d evelopment board. See the fo llowing figure for pin orientation; see the following tabl e for pin assignments.User PB1 ? User PB2 ? GPIO Switch B ank 1, SW3. The followin g sections describe the switches. GPIO Switch Ba nk 1, SW3 GPIO Switch Bank 1, labeled SW3, is a set of five slide switches that allows the embedded module to use either serial signals or GPIO signal s to communicate with a device. W ith the switch to the left po sition, the module’ s signal is connected to the Serial Port1 RS232 transceiver. In the right position, the module signal is co nnected to the appropriate pin of the GPIO Port P7. GPIO Switch Bank 1 Settings User Push Button 1, SW1 When switch number 1 is se t to GPIO-1, pushing User Push Bu tton 1, SW1, will drive GPIO-1 (W i-M E pin 7, ME pi n 12) low.
Switch Number Left Position Right Position 1 DCD GPIO-1 2 CTS GPIO-2 3 DSR GPIO-3 4 RTS GPIO-4 5 DTR GPIO-5 Reset, SW4 The Reset switch is a push button switch labeled SW4 on the development board. Pressing the switch holds the embedded modu le in reset. When the push button is released, the module r eboots. The right position means that power is o ff. Development Board LEDs The development boa rd contains 25 LEDs that are labeled CR1 through CR25. The following table lists and describes the LEDs.The following tabl e shows the polarity of the power ja ck. ? The following figure schematically repr esents the polarity of the power jack.The test point numbe rs are in the development board schematic drawing s. The following table lists the test p oint number, board label, and a brief description of each test point. Test Point Descriptions Test Point Board Label Description TP2 TXD TXD-2, Transmit, Secondary Serial Port TP3 RXD RXD-2, Receive, Secondary Serial Port TP4 CTS CTS, Primary Serial Port TP5 DTR DTR, Primary Serial Port TP6 TXD TXD, Primary Serial Port TP7 RXD RXD, Primary Serial Port TP8 RTS RTS, Primary Serial Port TP9 DCD DCD, Primary Serial Port TP10 DSR DSR, Primary Serial Port TP12 Reset Reset TP13 POE 12v POE 12v TP14 3.3v 3.3v Supply TP15 GND Ground For Digi Plug and Play Firmware user s, see the Digi Connect Fami ly Users Guide for details on what Pin configurations are availabl e to you. Module Pinout The following ta ble provides si gnal header pinout informat ion for the Digi Connect ME, Digi Connec t Wi-ME and Digi Conn ect ME 92 10 modules. Please re fer to the color key below. These two 9210 signals are wired together on the 9210 mo dules. Note: The Digi Connect W i-M E 9210 module does no t provide pins 1 -6. Note: When using I2C, make sure t o put a 10k pull up on the SDA and SCL lin es.The unit is forced into a hard reset when pullin g the pin to ground, or less than 0.8v, for one microsecond.
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When plugged into a development board, thi s pin is wired to the push button at SW4. As a result, this switch acts as a hard reset button. Reset Characteristics Characteristic Specification Delay 250 milliseconds (typical) Low ActiveThreshold 0.8 V High Inactive Threshold 2.4V Minimum Hold Time 1 microsecond pulse Rise Time 1 00 microseconds max SDRAM The Digi Connect Wi-ME 9210’ s SDRAM is controlled by ch ip select 1. Depending on the variant, the module w ill have either 8 o r 16MB of SDRAM memory. The supply voltage was 3.3V. Note 2: This is the default power consumption mode when entering applicationStart(), as measured with the napsave sample application. The value of the NS92 10 Clock Configuration regi ster (A090017C) is 0001200B hexadecimal. Note 3: This measurement was produced by selecting the “C lock Scale” menu option in the napsave sample application.Antenna Con nector: 1 x RP-SMA Caution: The Digi Connect Wi-ME 9210 embedded modules were designed for use in no clea n flux wave soldering processes. The product is not designed to support draining after a water-wash process, w hich can lea d to water r esidue ins ide the e nclosure resulting from direct entry or condensation af ter the wash process. The Dig i Connect W i-ME 9210 also supports SPI and FIM-based applica tion specific interfa ces. Data Rates (bps) 50, 75, 1 10, 134, 150, 200, 300, 600, 1200, 1800, 2400, 4800, 9600, 14400,1920 0, 28800, 38400, 57600, 1 15200, 23040 0, 46 0800 DC Characteristics The following table s provide DC characteristics for operating conditions, in puts, and outputs. W arning: The rise time of the 3.3v power supply must be between 700. S and 140ms and the inrush current must be limited to less than 2 A. A rise time outside of these limits may cause the device to malfuncti on and give a 3-1 -3 diagnostic error. A I IH 16K pull up resistor -10 — 10. A I OZ HighZ Leakage Current -10 — 10.
The idea is to provide the sh ortest path or a path away from circuitry for ESD t o travel to ground. These reduced power operating modes utilize the power management mechanisms for the NS9210 processor for CPU clock scalin g and sleep. In the Clock Scalin g mode, the system itself continues to exec ute instructions, but at a dif ferent clock rate, which can be change d on-the-fly, using Digi’ s patented circuitry inside the NS9210 processor. The clock speed is changed prog rammatically to lower or raise the system clock speed, thus reducing or increas ing the modul e’ s power footprint, respectively. Additionally, a Sleep mode is available in which the syst em stops executing instructions. Based on the app lication needs, wake-up triggers can b e set up programmatically to activate the processor back to whereve r it left of f. In this mode, a drastic power reduction is realized by reducing the p ower consumption of the NS9210 processor a nd the on-module PHY.The lower standard operating te mperature ranges are specifie d wit hout restrictions, except condensation must not occur. The upper operatin g temperature limit depends on the host PCB layout and surrounding environmental condition s. T o simplify the cu stomer ’ s design process, a maximum case temperature has been specified. The maximum case temperature must remain below the maximum, measured at the location shown in the figure below. Standard Operating Temperature Ranges Product Operating Temperature Range Digi Connect Wi-ME 9210 -40C to 64C no external thermal pad -40C to 85C ex ternal thermal pad Maximum Case Temperature Product Maximu m Case Temperature Digi Connect Wi-ME 84C no external thermal pad 95C external therm al pad Measure T emperature Her e A large copper plane l ocated unde r the Digi Conn ect W i-M E 9210 and soldere d to the module’ s mounting tabs will imp rove the heat dissipation c apabilities of the PCB. ? If the design allows, added buried PCB planes will also improve heat dissipation.
Limit the fill area to the folded metal portion of the module’ s underside.All scanners are set up so if they read code 3 of 9 they will automatically read 128. The reason for the two di fferent code types is to maximize th e size of the bars within a given space to improve d readability.Digi Connect ME and Wi-ME The diagram shows the magnetic field when the antenna is in a verti cal position. Th e outside line represen ts the horiz ontal plane and the inside dot ted line represents the verti cal plane. Radiation Patterns Antenna Specifications Any antenna ma tching the in-band and out-of-band sign al patterns and stren gths of the antenna, whose characteristics are given in th e Antenna Description table and the Radiation Pattern graphic may be used with the Digi Connect W i-ME 9210.Never install electrica l wiring during an electrical storm. ? Never install an e thernet connection in we t locations unless tha t connector is specifically designed for wet locations. ? Use caution w hen installing or modify ing ethernet lines. ? Use a screwdriver and other tools with insulat ed handles. ? Y ou and those around you should w ear safety glasses or goggles. ? Do not plac e ethernet wiring or conn ections in any conduit, outlet or junction box containing elect rical wiring. ? Installation of insid e wire may bring you close to electrical wire, conduit, terminals and ot her electrical facilities. Extreme caution must be used to avoid electrical shock from such facilities. In the United States th is is the National Electrical Code Article 800. Contact a licensed elect rician for details. FCC Part 15 Class B Radio Fr equency Interference (RFI) (FCC 15.105) The Digi Connect M E and Digi Connect W i-ME embedded mo dules have been tested and found to comply wit h the limits for Class B digital de vices pursuant to Part 15 Subpart B, of the FCC Rules. These limits are designed to provide reasonab le protection against harmful interference in a resi dential environment.
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This equipment generates, uses, and can radiate radio frequency ener gy, and if not installed and used in accordance with the instruction manual, may cause harmful interference to radio co mmunications. However, there is no guarantee tha t interference will not occur in a particu lar installation. If this equipment does cause harmful interference to radio or television recept ion, which can be determined by turning t he equipment off and on, the user is encourag ed to try and correct the interference by one or more of the following measures:.Operation is subject to the following two conditions: (1) this dev ice may not cause harmful interference, and (2) th is device must accept any interference re ceived, including interference that may cause undesired operation. If the FCC ID is not visible when installed inside another device, th en the outside of the device into which th e module is installed must also display a lab el referring to the enclosed module FCC ID. Industry Canada This digital apparatus does not exceed the Class B limits for radio noise emissions from digital apparatus set out in the Radio Interference Regulations of the Can adian Department of Communications. Le present apparei l numerique n'emet pas de bruits radio electriques depassant les limites applicables aux appareils numeriques de la class B prescrites dans le Reglement sur le brouillage radioelectrique edicte par le mini stere des Communications du Canada. Part 15, Subpart B, for Class B Equipment. FCC Docket 96-208 as it applies t o Class B personal. Computers and Peri pherals The product listed above h as been tested at an External T est Laboratory certified per FCC rules and has been fou nd to meet the FCC, Part 15, Class B, Emissio n Limits. Documentation is on file and available from the Digi In ternational Homologation Department.
Manufacture r's Name: Digi International Corporate Headqua rters: 11001 Bren Road East Minnetonka MN 55343 Manufactur ing Headquarters: 10000 West 76th Street Eden Prairie MN 55344 Product Name: Digi Connect Wi-ME 9210 embedded module Model Number: 50001745 PDF Version: 1.5. Linearized: Yes. Author: Digi International. Copyright: 2008. Create Date: 2011:05:03 15:04:36Z. Modify Date: 2011:05:03 15:04:36Z. Tagged PDF: Yes. Producer: Acrobat Distiller 9.0.0 (Windows). Creator Tool: FrameMaker 9.0. Title: Digi Connect ME and Wi-ME Hardware Reference. Creator: Digi International. Document ID: uuid:9e316b24-1cb3-4e43-b6db-c72e53e3e5c7. Instance ID: uuid:0124daae-0aa7-4de5-8638-d7a96c146252. Page Mode: UseOutlines. Page Count: 62. If this has not happened, without a manual Digi Connect ES Firmware 82001234 driver installation your device may not work properly or may not use all of its features. Download the Digi Connect ES Firmware 82001234 driver and install it on your computer - if the device still is not working properly, read the information further down the site about the Others device from the Firmware category. There you will find helpful tips on how to install the Digi Connect ES Firmware 82001234 driver. You will also learn why it is so important to have current Others drivers. If this has not happened, you should take the following steps: It is worth noting that in order for the automatic update to work, the computer must be connected to the Internet (perhaps when connecting the Others device the computer temporarily did not have the Internet connection or a WiFi signal was weak making it impossible to download the Digi Connect ES Firmware 82001234 driver). To make sure, disconnect now and reconnect the Others device again, and maybe this time the driver will be downloaded. Just download the Digi Connect ES Firmware 82001234 driver and start the installation (keeping in mind that the Others device must be at the same time connected to the computer).
After the installation of the Digi Connect ES Firmware 82001234 driver, the device should work properly. Without current Digi Connect ES Firmware 82001234 drivers there is a greater risk of the device malfunction, of the reduction in security, and there is a possibility of the total damage of the Others device. Manufacturers from time to time issue new versions of the Digi Connect ES Firmware 82001234 software, repairing the errors they find that may cause problems with the Others devices. Therefore, if you notice that a new version of the Digi Connect ES Firmware 82001234 driver is available, you should install it immediately. By continuing to browse the site, you are agreeing to our use of cookies. Accept More info. Forget about using physical SIMs, or changing cards when you travel. Experience and be a part of this new era of digitalisation with Digi. What is Digi eSIM? Benefits of eSIM Who is Eligible.A chip is built-in to a device to hold multiple profiles at one time, without the need for a traditional, physical SIM card. No more fumbling for SIM cards in your pocket. Embrace a truly digital SIM experience. Setup and activation of your eSIM is a simple process. All you need is an eSIM enabled smartphone and a QR code from Digi that will contain the unique SIM profile for your device. These include cookies thatIn addition, we would like to measure the use of ourYour consent isYou can find moreYour cookie settings are saved. Mobile Authenticator Enterprise Security. This version can only be activated with Enterprise Security activation codes. Two-Factor authentication provided by OneSpan is now in your pocket. Mobile Authenticator Enterprise Security allows online users to safely connect to your enterprise application or networks from your mobile equipment. Help on using this application is available on OneSpan website via the Mobile Authenticator Enterprise Security application. It's fast but it could be simpler.
It would be even better if it had an Apple Watch version that would automatically pop-up a request and allow access with a button press since the Watch knows if you're wearing it, if it is unlocked and being worn, it would be secure to use a push notification like other 2-factor apps do. In other words, it really is what it says: a single-use PIN. Otherwise, I’m happy with this simple app. All Rights Reserved. Or call 1-800-MY-APPLE. The Digital Economy and Society Index (DESI) Finland, Sweden, Denmark and the Netherlands scored the highest ratings in DESI 2020 and are among the global leaders in digitalisation. These countries are followed by Malta, Ireland and Estonia. Some other countries however still have a long way to go, and the EU as a whole needs improvement to be able to compete on the global stage. The United Kingdom is still included in the 2020 DESI, and EU averages are calculated for 28 Member States. The DESI was re-calculated for previous years to reflect the changes in the choice of indicators and corrections made to the underlying data. The scores and rankings may thus have changed compared with previous editions. The scoreboard assesses Member States' performance in the areas of Internet use, Internet user skills as well as specialist skills and employment based on 13 indicators. No, you cannot install any other equipment or covering on the top surface of Phantom, that will probably affect GPS signal and functions. 2.Can I fly my Phantom with any WiFi function enabled equipment. No, the WiFi signal may interfere with the signal of the transmitter and affect your flight. 3.Can I use thread locker when mounting the Phantom. No, the thread locker may corrode the shell of Phantom, may cause fractures. 4.Can I use thread locker when mounting the propellers. No, just tighten the screws is enough. 5.Where can I get the manual, assistant software and other materials of Phantom. You can find all the related materials from DOWNLOADS at PHANTOM page on 6.
Where can I find relevant videos of Phantom. Please download the Advanced Manual from the PHANTOM web page. 8.Where can I get the information about the battery and charger. The autopilot system works abnormally. Please contact your dealer. 10.Some risks may occur during the flight. Please be sure to read the instructions and get familiar with this product before flying, otherwise there could be a serious accident. Aircraft crashed, rotating propeller may hurt people and objects. Aircraft may be out of control or even lost. 11.After the system start and self-checking has finished, if the LED blinks Red, Green and Yellow continually. Please contact your dealer. Please contact your dealer. Check that the rotation of the propellers and motors are matched. The built-in sensors need some time to reach a stable state. Make sure not to fly the PHANTOM until the 6 rapid yellow flashes disappear. 15.Under low temperature conditions, if I have six yellow lights appearing continuously for a long time, what can I do. You can cover the ventilation holes with some adhesive tape. 16.The LED blinks Red and Yellow alternately. Lift the aircraft up about 1m from the ground, if there is no Red and Yellow flashing, then it will not affect the flight. Please contact your dealer. Sensor error is too big, IMU calibration may be required; for the calibration operation, please watch the “IMU calibration” video (online). 18.The aircraft is suddenly out of control during flying. The compass has been magnetized or not calibrated. Please watch the “resetting the compass” video, (online), referring to the video carry out demagnetization. Then Recalibrate the compass. 19.The aircraft drops height suddenly during flying and the LED flashes RED quickly continually. Low-voltage protection is triggered. Please land the aircraft ASAP. 20.The LED blinks Yellow quickly continually. Please contact your dealer. 22.
After power on and before the motors start, if the control mode LED double blinks without moving any TX stick. This indicates that you have moved at least one TX sticks during system start up and self-check. Reboot the autopilot system. 23.The aircraft does not receive any satellite signals. GPS needs an open area to work. GPS needs an open area to work. Reinstall the driver. Upgrade the software or firmware. If it is sure the LED is broken, please contact your dealer. Damaged LED module. Please replace it for a new LED module. 29.When I push the throttle stick the Phantom has no response, why. In order to prevent faulty operation, you need to execute CSC. Please check the user manual for detailed instructions. 30.When I execute CSC, motors have no response, why? Four yellow flashes means preheating, and after preheating it will be OK. Four green flashes means sensor error, please connect to the assistant software and calibrate the IMU. Four red flashes means the sticks are not in center position, please connect the software and calibrate the transmitter. Please check the transmitter stick commands and its channel mapping in the software, it has to be consistent and make full range sliding. And check the throttle and pitch channel mapping. The internal sensor may break down because of collision. Please contact your local dealer for after-sales service. 34.It asked me for SN after I install the assistant software, where can I get the SN. The SN is already input, no need to input again. This is because you did not connect the main controller or you did not install driver correctly. 35.After I assembled the Phantom, every time I try to take-off it flips away? Please check: 1. the orientation of the main controller; 2. the rotate direction of the motor and propeller; 3. the ESCs are in the correct port; 4. set the correct mixer type in the software; Please check the connection. 37.Why can the IOC not be used. The IOC is an advanced functionality, and is default OFF.