News, new products

 

 Do you have electronics PCBs but NO SCHEMATICS ?

WE HAVE THE SOLUTION !

 

RevEng Schematic Generator

 

     

RevEng Schematic Generator (Pizza Configuration)

           

ABI RevEng schematic learning system offers an effective method of creating professional quality circuit diagrams from a sample board. The RevEng system comprises a fully USC PC controlled continuity measuring hardware system, RevWing control software and EdWin, a fully features CAD package.

 

RevEng is available in different packages, from small footprint table top (above, left) to higher channel count cabinets.

 

Would you like to know more ?

 

 

 

 

 

 

 

The revolutionary new WK3 generation of climate chambers from WEISS

 

Incredible power and design.
WT3 / WK3 catalogue

 

The revolution in the world of
environmental technology!
The operating philosophy of the new
WK3 is to enable users to access
operating and control functions as well
as to provide manual access to
processes quickly and conveniently all
over the world. The standard WK3 is
equipped with the large 12" TFT touch
screen monitor for convenient and
easy operation. Furthermore, the
chambers are equipped with an illuminated CONTROLPAD* that
permanently displays the current operating state and the operating
parameters. Users thus have a clear view of all important processes and
can complete their work just using their fingertips. The chamber is opened
by simply touching the radio remote control. This also ensures that the
chamber cannot be unlocked by unauthorized persons.

 

 Authorized users have access at all times to the current application via
the integrated network interface and the webserver on the Internet and
thus get the feeling that they are standing right in front of the unit.

 

The technical features of the new WK3 generation have also been
optimised. Manufacturers place great importance on a high level of
operational reliability and performance of their products. The WK3 is in
the position, to maintain all climate parameters during continuous
operation - e.g. at 85°C/85% relative humidity, even under exceptional
conditions, e.g. midsummer outdoor temperatures or extreme climatic
conditions inside the product.

 

Show pieces offered at discounted prices

WEISS climate chambers were last seen in Hungary at the E+E 2006 Exposition, after which, the WEISS climate cabinet and QUadtech milliohmmeter shown at our stand were sold at discounted prices.
AMtest plans to sell additional show pieces at similar low prices in the future.  If you plan to purchase any of the instruments or equipment we sell and consent to have the device in question displayed at our stand prior to its being delivered, then we will give you a discount off your purchase.

 

Contact us for a special offer now!

 

AMTEST-TM expo stand E+E 2006

 

AMTEST- WEISS introductory articles

Basic technical information on environmental simulation testing and WEISS test equipment (cold/heat test and climate chambers, thermal shock chambers, salt fog chambers, remote management, etc.)

 


 
This article was first published in the February 2006 issue of Elektronet.
Open article (pdf, 158 kB)

 

Weiss Sales Operation in Hungary

In December of 2005, our company became the representative in Hungary of one of the most important manufacturers of environmental simulation test equipment in Europe.

 

WEISS Umwelttechnik (Germany) is one of the leading manufacturers of product testing equipment based on environmental impact simulation.
Simulation testing attempts to reproduce the circumstances a product would actually experience in the course of operation or transport by road, rail, sea, and air both to provide convincing information as to product reliability and to reveal any problems it might have while still in the development phase – or at the latest before it is shipped from the factory – thus preventing the sorts of complaints and recall actions that incur extraordinarily high costs and cause lasting brand name damage.  During testing, samples are placed in the sealed interior of a test chamber, where they are subjected to extreme environmental loads.


In thermal test cabinets, samples can be examined at a variety of temperatures over a broad range, from very low (as low as -75 oC), to very high (as high as +180 oC), while they are either at rest or in operation.  The openings on the sides of the chambers allow cables or tubes to be routed into the chamber to facilitate device operation.  Optionally, large view panes and interior lighting may be installed, enabling observation of device function within the chamber.

In both the smaller climate cabinets and large-scale climate chambers constructed on-site, the relative humidity may be varied from 10% to 98% within a temperature range of +10 to +95 oC.  In high-power stress screening chambers, high cooling and heating rates (15 K/min on the high end) make it possible to produce temperature changes at very high speeds.  Even more radical environmental conditions are simulated in thermal shock chambers, where test objects are moved back and forth between a cold interior space (as cold as -80 oC) and a warm one (up to +220 oC).  Temperature and climatic tests may also be combined with UV radiation and mechanical stress testing, in which case the system produces mechanical vibrations and thermal/climatic loads simultaneously, thus modelling the circumstances a product might actually experience during either operation or transport by road, rail, sea, or air.  The conditions associated with various heights above sea level or with space travel may be simulated using vacuum or overpressure chambers.
Weiss also produces corrosion testers that enable the effects of salt fog, aggressive gases, acidic liquids, water spray, rain, etc. to be reproduced.
The company’s most recent development projects include SHED chambers for emissions testing and dust chambers, where dust subject to overpressure can be made to enter the interior of a test object, and the effects of abrasive materials of various particle sizes travelling a high flow rates can be simulated.

 

> standard test chambers and testing systems for environmental simulation product testing
> thermal test and climate chambers
> simulation of weather, thermal shock, UV radiation, corrosion, and other factors
> large-scale walk-in/drive-in chambers and production line test systems
> test chambers for pharmaceutical industry stability testing and biological research

 

The Weiss Umwelttechnik GmbH Web site:  www.wut.com

Environmental simulation
Test equipment
in the electronics
manufacturing industry

Bench-top test units, ESS,
Shakers, HALT/HASS,
Automatic test tunnels, etc.

 

This article appeared in the October 2006 issue of Elektronet
Open article (pdf, 723 kB)

 

Special Connectors from Multi-Contact

This article appeared in the November 2006 issue of Elektronet
Open article (pdf, 152 kB)

 

Environmental outsource testing

In the world of technology, the necessity of subjecting products to environmental simulation testing under extremes of climate, thermal shock, humidity, vibration, and other conditions is becoming increasingly widespread.

 

Using the equipment and capacity of both our own company and our partners, we are able to offer the services of our laboratories throughout Hungary under flexible terms.

 


Environmental testing:
> to suit individual needs
> AEC Q200 Stress Test as per testing regulations
> According to the EN 60068-2 standard

We undertake environmental testing according to the following terms:
> Humidity testing in the domain of +10°C to + 140°C, with a relative humidity of between 55% and 90%
> Thermal shock testing between -80°C and +220°C, in up to infinite cycles
> Climate testing between -70°C and +190°C
> Current load testing (Operation life) subject to continuous or alternating DC/AC loads
> Vibration testing, 100N, in the frequency range of 2 – 7000 Hz
> Solderability and heat resistance testing according to standard IEC 68-2-20
> Chemical resistance testing according to standards IEC 68-2-45 and MIL STD 202 Method 215
> Testing to measure control at L value up to frequencies of 1 GHz, saturation measurement, Rdc measurement, voltage/current measurement, high-voltage testing through AC 6000 V, current interruption testing at 0V, 125V, 250V, 500V, and 1000V,
> The production of engraved images using a digital microscope

 

For additional information,

contact us at:
info@amtest.hu

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