dynalab nx manual

dynalab nx manual LINK 1 ENTER SITE >>> http://gg.gg/11fup9 <<< Download LINK 2 ENTER SITE >>> http://inx.lv/CnOC <<< Download PDF File Name:dynalab nx manual.pdf Size: 4805 KB Type: PDF, ePub, eBook Uploaded: 9 May 2019, 22:25 Rating: 4.6/5 from 823 votes. Status: AVAILABLE Last checked: 4 Minutes ago! eBook includes PDF, ePub and Kindle version In order to read or download dynalab nx manual ebook, you need to create a FREE account. ✔ Register a free 1 month Trial Account. ✔ Download as many books as you like (Personal use) ✔ Cancel the membership at any time if not satisfied. ✔ Join Over 80000 Happy Readers dynalab nx manual NX Testers 26 Oct 2009 Dynalab Test Systems is pleased to announce the availability of enhanced This simplifies transfer of data and minimizes manual data entry. What's more, the Low Voltage Tester Specifications. 80 character, 4 line vacuum fluorescent display; Simple 4-button user interface; Testing for continuity, shorts, diodes, resistors. It verifies the tester s resistance and capacitance measuring performance. It also verifies that the tester s voltage reference is within a specified range to assure accuracy. The Calibration Verification Device may be used with any NX Tester equipped with firmware version or later. Low voltage NX Testers and Hipot NX Testers use different Calibration Verification Devices: For low voltage NX Testers, the Calibration Verification Device is part number For Hipot NX Testers, the Calibration Verification Device is part number The Calibration Verification Device s main use is to support quality assurance programs that require the accuracy of all test equipment be validated using NIST-traceable measurement equipment. The Calibration Verification Device provides an external NIST-traceable validation of the NX Tester s measurement accuracy that such quality assurance auditing programs require. It should be noted that the NX Tester has sophisticated and reliable internal self-diagnostics and automatic calibration. The NX Tester performs automatic calibration upon power-up and every time a Test Workflow item is executed. Automatic calibration is based on readings made using a set of internal precision components of known values. This provides a significant level of assurance that the NX Tester is operating accurately even if the Calibration Verification Device is not being used. Access the CALIBRATION menu on the NX Tester. The results provided in an html document. The filename is in the format: Calibration- SNxxxxxxxxx.html, where xxxxxxxxx is the tester s serial number. http://www.ermak-center.ru/userfiles/copier-service-manuals-pdf.xml dynalab nx manual, dynalab nx solo manual, dynalab nx hipot manual, dynalab nx pro manual, dynalab nx manual, dynalab nx manual pdf, dynalab nx manual download, dynalab nx manual 2017, dynalab nx manual 2016, dynalab nx solo tester manual. After transferring the file to a PC, it can be viewed with a web browser as well as printed. Calibration Verification Failure If a tester fails calibration verification, it will continue to operate, but may not meet its published accuracy specifications. At power-up, a warning message will be displayed until the user presses any button: EXTERNAL CALIBRATION FAILED To correct the failure, the tester s CPU board must be replaced. For repair service for a NX Tester that fails calibration verification, please contact Dynalab. Calibration Verification Interval Dynalab s recommended calibration verification interval is one year. Dynalab Test Systems NX Application Note Page 3 4 The following is an example of the Calibration Certificate for a successful calibration verification of a low voltage NX Tester: Dynalab 555 Lancaster Avenue Reynoldsburg, Ohio Calibration Verification Certificate This document certifies that the Dynalab Tester indicated below is in compliance with its published operating specifications: Model: Dynalab NX Tester Serial No: Verification Date: 14-Mar-2005 Expiration Date: 14-Mar-2006 The Dynalab Performance Verification Device indicated below was used for calibration verification. This device was calibrated at Dynalab using standards and accuracies traceable to NIST (National Institute of Standards and Technology). The connector numbering scheme perspective is looking at the rear of the devices. For the hipot device, note that only every other pin is used. Schematic of part number (for low voltage NX Testers): 5.000V 1K 3K 10K 30K 100K 300K 1M 2.3M pf 1K Schematic of part number (for NX Hipot Testers): 5.000V 300K 1000V 1K 3K 10K 30K 100K 300K 1M 2.3M pf 1K Note: High voltage is applied to pin 29 for gas discharge tube breakdown test. High voltage is applied to pin 31 for voltage calibration through 1K and 300K resistors. http://www.istruttorecinofilo.it/userfiles/copilot-gps-iphone-manual.xml The following method is presented as a way of verifying the NX Hipot Tester s measurement accuracy for insulation resistance tests. It is important to note that the NX Hipot Tester only provides an IR measurement in the case of an error. So the method for verification of IR measurement accuracy is as follows: 1 Using the NX Editor, build a simple hipot program that has only one connection defined. 2 Obtain a precision high value resistor, i.e. 100 Meg ohms and measure its value using lab equipment whose calibration has been verified. 3 In the Test Hipot workflow item of the program, make sure that Soak Mode is Fixed Time for at least 2000 ms. 4 In the Test Hipot workflow item, set the Minimum Insuation Resistance to a value that is higher than the precision resistor being tested. 5 Build a fixture that has 4 connections back to the NX Hipot Tester. Connect the two points that were defined in step 1. Also, connect the precision resistor across the other two points. 6 Execute the program. NX Editor program details are provided below: FIXTURE BLOCKS VIEW In the Fixture Blocks View, define one fixture block with 4 pins. Assign each fixture block pin to a test point: Dynalab Test Systems NX Application Note Page 9 10 CONNECTIONS VIEW: In the Connections View, add a single connection that connects points 1-1 and 1-2: WORKFLOW VIEW: Use the default workflow for the NX Hipot Tester. In the Hipot Test workflow item, configure the parameters as shown below: Make sure that the Soak Mode is set to Fixed Time with a value of at least 2000 ms. Dynalab Test Systems NX Application Note Page 10 11 Calibrating the Calibration Verification Device The Calibration Verification Devices are certified for five years from time of original shipment to the customer. Dynalab Test Systems decided that it would be more efficient to offer these devices at a low price versus implementing a program where these devices would be returned to Dynalab for calibration verification. https://ayurvedia.ch/bose-radio-operation-manual When the Calibration Verification Device date expires, contact Dynalab and purchase a new device. Below is a sample of Calibration Certificate for the actual Calibration Verification Device (5-1040) Copyright, 2015 Dynalab, Inc. All rights reserved. This document is for informational purposes only. Dynalab, Inc., makes no warranties, expressed or implied, in this document. Dynalab and NX are trademarks of Dynalab, Inc. Dynalab Test Systems NX Application Note Page 11 Model 407780. Introduction Safety agency listed. ENHANCED GRAPHIC LCD The Advanced LED controller (also known as LED Chaser) is microcontroller based circuit designed to produce various visual LED light effects by controlling Running test verification is crucial to ensuring that Rosemount 8714D (Calibration Standard) Magnetic Flowtube Simulator Epic 950 TM. Master Programmer User s Guide Model RH520 PhotoPC is a registered trademark, and HyPict, Image Authentication System, and FaxAdvice are trademarks of EPSON America, Inc. SoundAdvice is Verify and calibrate electrical test tools with a single instrument The AuditGard lock maintains the last 512 lock events in non-volatile memory. Accessing the audit records The ComboGard Pro lock maintains the last 63 lock events in Nothing contained herein shall User s Guide Texas Instruments Instructional Communications. Guidebook developed by: This kit can be used in either a laboratory Xerox CentreWare Web Identifying and Applying Scanning Firmware Patch All rights reserved. Xerox, Xerox and Design, CentreWare, ColorQube and The evaluation kit can be used in either It is intended to complement the VM2 Datasheet. A Printed in USA All product names are trademarks of their respective companies. 10 MULTIMETER m m Mk SELECT RANGE OFF VDC VAC The following is a general procedure ATI and all ATI product and product feature names are Quick Guide. https://diving-gbdf.com/images/canon-ixus-manual-settings.pdf (a supplement to the Merchant User Guide) No part of this book may be reproduced or transmitted Each student must have a booklet of his own For more details, see help on the web management page. See Accessing the OS: Android 4.0 Model 42280 The 42280 is a wall-mount, tripod No license, Please see your EPSON Image Authentication System User s Guide BOTTOM VIEW TO-92 PACKAGE See Mech. Drawings Section on Website Connecting the CNC File Transfer. CNC Transfer Program Any computer on the network can transfer Setup Software Guide.The information contained in this document represents the current To use this website, you must agree to our Privacy Policy, including cookie policy. The powerful NX Editor software application is used to create unique program files to successfully validate all electrical and electro-mechanical wire harness parameters. This tester is compatible with all Dynalab NX accessories such as printers, scanners, control ports, and much more. The NX Solo Tester supports network communications with the NX Server for efficient file transfers and advanced data collection. WA2 8LT Email. NX Release 13 supports the following enhancements. This simplifies transfer of data and minimizes manual data entry. This eliminates manual data entry for fixture test point assignments. This enables an operator to plug one end of a wire, probe the wire, and have the NX Tester indicate where to plug the other end. This simplifies assembly of wire harnesses that have densely populated connectors. This adds another level of testing above and beyond the normal testing used to verify proper assembly. This ensures that the most critical errors are addressed first by the operator. These enhancements are also available free of charge to install on existing NX Wire Harness Testers purchased from Dynalab Test Systems. Free technical consultation is available from Dynalab’s knowledgeable application engineers. In addition, Dynalab offers an extensive library of application notes and product documentation containing examples for solving common wire harness and cable assembly testing problems. Dynalab supplies test equipment to many of the largest wire harness manufacturers in the world. With over 20 years of experience and over 20,000 testers sold, Dynalab offers products that reflect a level of industry knowledge and experience unmatched by any competitor. The company’s systems, software, and services are designed to help customers develop solutions for their testing needs quickly, reliably, and economically. For more information about Dynalab Test Systems, visit its web site at www.dynalabtesters.com or by calling 1-800-SOS-DYNA (800-767-3962). Press Release Distribution By PressReleasePoint Press Release. Please upgrade your browser to improve your experience. With over 20 years of industry-leading experience and with more than 20,000 testers sold, Dynalab has firmly established a reputation of excellence in quality, capability and service. It has the same front end as the NX Pro Tester, but employs a series of Expansion Units to accommodate the test point cards. Testing for continuity, shorts, and a variety of components. Highly flexible and adaptable product line that meets the changing needs of wire harness manufacturers. The flexibility of the NX System allows each program to perform multiple tests, display custom messages or sounds, and analyze the results of a test or an input to decide which operation to perform next. Testing for continuity, shorts, and a variety of components. The NX Pro Tester has 1.3Mb memory capacity for program storage and is compatible with Printers, Scanners, and all other Dynalab NX System accessories. Register Now. Here, operators plug in a harness for testing on the build board. Photo courtesy Cirris Systems Corp. Graphic courtesy Dynalab Test Systems Inc. Photo courtesy TSK Prufsysteme GmbH They were able to plug and pull cords into and out of jacks quickly and accurately. Partly this is due to the high volume of wire harnesses Tier 1 and Tier 2 suppliers must assemble and test on a daily basis. These technologically advanced machines can perform a continuity, hipot or component-specific test within just a few seconds. That equates to some 1 billion harnesses over the course of a year, or nearly 4 million each day. It’s no surprise suppliers need fast and reliable testers to maintain high production volumes.” That changed by the 1930s, as wiring harnesses became more complex. Testing was fairly slow, and remained so for many years as automobiles required larger harnesses to power windows, seats and other standard features. It has gotten exponentially faster over the past 25 years. For example, today’s standard tester can test 1,000 wire points in 3 seconds, whereas a 1990s tester needed 60 seconds. The tester is located on either a harness board, test table or standard table. Manufacturers that use a board test harnesses as they’re being built. A test table features a series of connector blocks (also called tiles) that serve as the mating fixture. When testing simple harnesses, it’s economical to use a standard table and stand-alone tester. The tester runs continuously. Test results appear on the display panel. If no fault is detected, a pass is displayed, accompanied by a tone. When a fault is detected, the tester stops. It displays the connector and pin numbers, and indicates if the problem is a short or open circuit. A short circuit occurs when too much current flows through wire, an open when current flow stops due to high resistance. PC-based testers display this information on a computer monitor, often with pictures of the affected connectors. Others have the capability to detect and actuate harness components, including relays, switches, sensors, capacitors, resistors, connectors and diodes. In a hipot test, 1,000 or more volts (direct current) is applied to all test points to see whether or not current flows from one point to another. If no current flows, the test points are properly isolated. Isolationresistance testing tests the quality of wire insulation. The most important are voltage, ohms, and component tests the tester can perform. Harness makers also need to consider data logging and traceability. Many testers feature a controller that enables an operator to save and share test data on networks. For example, a basic continuity tester that costs several hundred dollars may be adequate for high-volume manufacturers of simple harnesses. But, an advanced tester that costs several thousand dollars may be required for more complex harnesses, such as those that transmit power to various sections of the engine, or those used in the complex computer systems in today’s vehicles. Juan Perezchica, key account manager for TSK Prufsysteme GmbH, a Komax Group company, says this is primarily a concern for manufacturers that require one or more test tables. TSK makes custom test tables that can be quite large. They feature 1.2-metersquare sections that are joined to form vertical or L-shaped configurations. A low-voltage current is then introduced to energize the relay. Built for industrial environments, the stand-alone modular testers feature a simple four-button user interface and a four-line screen that displays default or custom messages with accompanying sounds. Its universal mating fixture accepts interface cards for many types of connectors. Test programs are created and assigned signature codes from known-good harnesses. It uses solid-state devices to perform continuity testing and to test diodes, switches, capacitors and resistors. However, the tester uses relays for high-voltage isolation testing and high-current continuity testing, which tests the quality of harness connections (solder and crimp terminations). Relays in the unit under test can be activated and tested in the energized or unenergized position. Continuity and resistance- isolation thresholds can be set as system defaults, for individual programs or while running specific tests. A full-function program editor provides wire list programming through the keyboard when CAD data or a knowngood harness is not available. The editor can also change test parameters and existing programs. These harnesses control dashboard functions, blind-spot lights mirror movement, antennas and other complex systems in the car. The unit tests wires (including twisted pairs) for opens, shorts, and miswires. It measures 17.5 by 9 by 5 inches, and features a 10.4-inch touchscreen and an integrated PC that runs Windows 7. A VGA output and USB ports enable operators to plug in an external monitor and keyboard. In addition, its 128-test-point capability can be increased to 1,024 by linking it with seven expansion boxes. The software’s TSK Studio is the control centre for all electrical, module and vision tests. Its clear layout allows fast and direct access to the most frequently used functions. It transfers data to an attached PC via Ethernet, and displays pin numbers in error messages on the computer screen. The company also offers vision test systems, which rely on color, optical character and pattern recognition to validate the presence and correct position of fuse boxes and relay carriers in harnesses. Height control is used to validate whether fuses and relays are correctly inserted. Related objects are also inspected, including fuses, screws and bolts, connector-locking mechanisms, label inscriptions and unicolor wire. Vision testing takes place either during preshipment loading, harness mounting or final automobile inspection. Tell me how we can improve. Before joining ASSEMBLY, Camillo was the editor of PM Engineer, Association for Facilities Engineering Journal and Milling Journal. Jim has an English degree from DePaul University. El nombre del archivo que es almacenado en la Memoria es de la siguiente manera EJ: CalibrationSNxxxxxxxxx.html donde xxxxxxxxx es el numero de serie del Probador. Todos los derechos reservados. Dynalab y NX son marcas registradas de Dynalab, Inc.Antes de instalar y operar el producto, se recomienda tener en cuenta las instrucciones Este tacometro permite tomar medidas de RPM y cuenta de revoluciones Importante Operaciones 05. Anexo 06. Recomendaciones 2 01 Introduccion TPV Movil GPRS Usted tendra las opciones de Menu, que le daran la opcion de volver al menu inicial en Software de redaccion de informes Manual de instrucciones Es un suplemento Contenido del paquete En esta primera version, Asignar varias direcciones IP a los hosts y observar Con este medidor, usted puede monitorear A quien va dirigida la guia. Herramientas necesarias. Como programar una sonda para prueba de Suretest paso a paso. A quien va dirigida la guia. Como programar una sonda para prueba de Suretest paso a paso. El objetivo del documento es brindar una guia paso a paso para Al momento que decida configurar su maquina Determinar la resolucion maxima El acceso al sistema de LexNET, requiere estar en posesion de un certificado de firma electronica en tarjeta. Para trabajar con la tarjeta, Este servicio permite al contribuyente verificar si los datos de los comprobantes Antes de comenzar a usar el producto es importante que leas esta guia. Despues de instalar el dispositivo, busque el numero de serie en la etiqueta All rights reserved. Tabla de contenidos Apendice Las instrucciones se basan en las configuraciones de fabrica Manual de Usuario Esta potente herramienta puede usarse para El Dispositivo Criptografico de Santander Rio es una herramienta disenada especialmente para alojar el Certificado Digital que Usted utiliza para autorizar El acceso al sistema de LexNET, requiere estar en posesion de un certificado de firma electronica en tarjeta. Para trabajar con la tarjeta, Combina instrumentacion, A partir de julio de 2015 se cumple en implementar el tramite solicitud de licencia Los derechos de propiedad intelectual (copyright) incluyen en forma y fondo Introduccion Este tutorial presenta una introduccion basica al uso del sistema de diseno y simulacion Multisim; como referencia adicional puedes consultar los manuales Contenido 1 Tarjetas para ranuras de soportes digitales Insercion IDENTIFICACION DEL EQUIPO. 1.- En su parte frontal To use this website, you must agree to our Privacy Policy, including cookie policy. Linguee Look up words and phrases in comprehensive, reliable bilingual dictionaries and search through billions of online translations. Blog Press Information Linguee Apps You helped to increase the quality of our service. Please upgrade your browser to improve your experience. Test capabilities include DC Insulation Resistance (IR), DC and AC Dielectric Withstanding Voltage (DWV), and 2-Wire and 4-Wire Continuity. Without reliable connection there is no way to determine if the part is defective or if the test system requires maintenance. Engine testing presents many unique and demanding problems when it comes to providing an electrical test interface. The demands of; the test environment, space constraints, ergonomics and cycle time all have to be considered when designing both the test connector and the test harness. Capacity testing is doneautomatically. This unit is capable of accurately measuringthe capacity of a fully charged battery with a rating between 10 and 59 amp-hours. The tester is self-contained and easy to operate and comes with a heavy duty test harness. PADS Schematic capture, circuit board layout, PCB design prototype, solder paste stencils, X-Y coordinate data, B.O.M. maintenance, and manufacturing documentation, Gerber data. The Panel can be used to test the Nav receiver alone or test the Nav system with receiver, controller and indicator. Each new harness for the LV-6 Test Panel is delivered with documentation showing signal test points and notes to aid testing. These systems ensure the wiring and components are 100 compliant and undamaged, recording every test measurement and aiding diagnosis of detected faults. The NX Pro Tester has 1.3Mb memory capacity for program storage and is compatible with Printers, Scanners, and all other Dynalab NX System accessories. Select one of the following two methods to operate test at the room temperature.Immerse the test objects (in the direction of real vehicle assembling) into 3.5 NaCl solution (mass fraction, simulated under normal temperature water composition) for 2 hours.The cables for the Navigation indicators are the same as those used by the LV-6 test panel, there by reducing the number of cables needed in a shop’s inventory. Also, the LT-6 panel can provide the loads and metering of the navigation outputs with or without an indicator connected. This is why the new LT-6 harness series replaces many of the old LA series harnesses where multiple connectors are used for indicators and do not provide for metering or test point jacks. It has the same front end as the NX Pro Tester, but employs a series of Expansion Units to accommodate the test point cards. Highly flexible and adaptable product line that meets the changing needs of wire harness manufacturers. The electronics is based on Finero’s rugged industrial grade FST range of standard test equipment. All set and measured values are shown on alphanumeric display, additionally there is an analog panel meter for output voltage. Other cable paramerter like L, C and R can also be tested by using optional test and measurement equipment. The tester can be ordered with a build in PC and it can be used in conjunction with Finero’s Quality Control software. Register Now. What's more, the system is fast and accurate. It can test a 1024-point wire harness is less than 5 s, making precise resistance measurements for each circuit in the wire harness. NX Editor allows you to program the tester through a simple flowchart. NX testers are available in three models to accommodate up to 256 test points (NX Solo), up to 512 test points (NX Pro), and up to 32,768 test points (NX Pro). Dynalab Test Systems, Reynoldsburg, OH. 800-767-3962; www.dynalabtesters.com. By continuing to browse it, you are agreeing to our use of cookiesCheck your email for your verification email, or enter your email address in the form below to resend the email. Already have an account? Sign In. Your existing password has not been changed. Enter your email below, and we'll send you another email. Enter your email below, and we'll send you another email. Your existing password has not been changed. The present crop of testers isn’t quite that revolutionary, but they do incrementally improve upon those available a couple of years ago by increasing measurement range or adding capabilities and features such as an integral LRC bridge or fiber-optic testing. Some are more portable than others. A few are limited to only low voltages or high voltages. Yet others can handle any size test requirement including a complete military jet fighter. In addition, a design’s physical ruggedness must be considered when addressing field, military, or large industrial testing. As a harness is being assembled, the operator is prompted to insert the connector contacts in the proper locations. In one approach, an LED illuminates the empty cavity. When the pin is inserted, the LED no longer is visible. After both ends of the wire have been inserted, a continuity test confirms correctness, and the program moves on to the next wire. Tester capabilities clearly affect the price. Nevertheless, the lowest overall cost of test results from the best match between feature mix and application. A few real-life examples illustrate a variety of ways in which this has been achieved. For heavy-duty trucks, the harnesses are built into a modular dashboard assembly that contains the majority of the cab and dash wiring with provisions for body-builder options. There are approximately 300 to 400 leads. As shown in Figure 1, the harnesses are assembled on conveyors of 4? x 16? build boards and connected to Dynalab NX Testers through connector holders, matrix cards, and ribbon cables. Although a typical harness may only use 600 to 800 test points,” he explained, “the boards are set up for all possible combinations or options, necessitating different test points for each of the possible connector holders that may be used. The information is compiled by the resident Dynalab compiler for downloading to the tester. The operator then scans a bar code that designates the board’s unique identification number, a parameter setting within the NX tester, and gives the station the address for the download. The compiled file is downloaded to the tester via a wireless network. At a station, the tester displays the pick location that has been programmed in for each feature or group of wires,” he continued. “This tells the operator the rack and location of the wires needed for that station. At the end of the build, or at the last station on the conveyor, the complete harness is tested again for continuity and for shorts—any wire connected to the wrong place or any wires not needed for that job. After all tests are complete, the tester sends a report back to the exit station, a bar-coded label is generated, and the harness is removed from the board for post operations. Through these processes,” he concluded, “we have traceability of each harness including the board it was built on and the date and time it was built.” James Hudson, the company’s engineering manager, elaborated: We currently are doing a job for a company that manufactures capacitive touch panels. With the heat bonder, we are attaching FPC cables to these panels using a Z-axis adhesive, one that is electrically conductive only in the Z axis when cured. Really, we are just testing a one-ended cable.Enter Eclypse International’s environmentally sealed Model RTS Tester with optional explosion-proof chassis and mechanical high-voltage lockout switch. Not only is the tester rugged, but because of these safety features, it can be used for integrity testing on aircraft wire and cable harnesses in a preflight hanger ( Figure 2 ). However, the main requirement, as stated in a Defense Industry Daily article, was to improve what previously was a laborious, error-prone, manual troubleshooting procedure. In general, the system saved a great deal of time and in a few cases found faults or potential faults that had not previously been identified manually. “Setup, connection, and testing of 480 wires take about one hour with the analyzer compared to about 24 hours with an ohmmeter. In one instance, the analyzer found a mis-wire in the auto-pilot system and a burn-through in the flight control system that the aircraft’s maintenance team was unaware of.” 1 In this respect, the RTS-501 uses open architecture commercial components to make future parts replacements easier and lower cost. Also, the system can record and collect baseline test data for comparison to data from other similar systems, adding the benefit of proactive maintenance to already existing reactive capabilities. Selecting the best tester for the job begins with a clear definition of requirements ranked by importance. John Weinhardt, a Dynalab Test Systems sales engineer, said that with the correct options, NX testers connect to Ethernet networks. Also, with an extended version of the company’s NX Editor Software, users could define all possible harness options in a master program. A unique test program can be automatically compiled based on selection of the applicable feature codes.