We will be more than glad to support you with first-hand information on our highly innovative Hardware and Software products and concepts.
We would be happy to see you and give you a live display of our produce from March 2 to 4, 2010 at Stand 555 in Hall 12 in the Nuremberg Trade Fair Center.
More information about our exhibited products >>
Some pictures from our last year’s exhibition stand:
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Due to popular requests we have added the executable programming sample ConsoleTest (including source code) to the download section of the Ethernet terminal.
Additionally, you will also find a programming interface (DLL class library for. NET) with extensive documentation and code samples for Visual Basic, C#, Visual C++ and JavaScript.
DLL documentation for Visual Basic, C#, Visual C++ and JavaScript.
Visit us at embedded world 2009 in Nuremberg, Germany.
The embedded world is the leading international exhibition for the embedded community.
Inspired by the excellent results of recent years, we are going to present more innovative solutions in 2009.
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| Photos from 2008 | |||
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With FAMOUS.Base, ipcas offers an integral solution for production (PDA) and machine (MDA) data acquisition and management.
Production data, working hours, process and cycle times as well as energy consumption can thus be efficiently recorded and analyzed. FAMOUS.Base provides you with a cost-effective first base towards industrial processes monitoring and control. FAMOUS.Base can be combined in a modular fashion with any of our hardware products any time. |
| We also customize integrated solutions to meet your individual requirements.
Benefit from our 20 years of experience in the embedded field! With our flexible converters upgrades of your machinery and equipment are hardly ever necessary. According to our motto “Never change a running system” we prefer low-cost connecting to high-cost retrofitting. |
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Our Printing Solutions enable paperless logging of print and record data. On request, you may also connect a modern printer with a USB interface to a device with RS232 or Centronics interfaces. |
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Metering.Network helps you to keep your energy consumption under control. Cost-intensive cabling is no longer necessary, because we use the existing power grid for data communication. |
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Our I/O solutions, ipEther232.IO and USB I/O, prepare analog and digital data fast and efficiently for further processing. |
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The Ethernet Terminal adapts to its specific environment like a chameleon. Individual programming with an open XML structure makes it highly flexible. You may use one terminal for all kinds of applications. That means your Ethernet-Terminal can still be used under altered operational conditions. Once used as a PDA terminal it can be easily changed to a MDA or TDC terminal. |
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Are you an industrial solutions provider? Then why not try our extremely energy-efficient embedded PC’s. The Linux Box 1 (LB1) is a ready-to-run embedded PC within a rugged aluminum casing that uses only 1,35 W at 100% CPU load.
LB1’s logical follow-up LB3 also provides a convincing choice due to its more powerful processor and its integrated digital I/O interfaces. |
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ipEther232.PPP enables you to quickly and easily connect your PPP-enabled network devices with no Ethernet interfaces to your network. The ipEther232.PPP works like a PPP gateway for all serial RS232 devices. In other words, it is an external network adapter for PPP-enabled devices with serial (RS232) ports. |
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ipNTP, the NTP Time Server, always gives you the exact time throughout the whole network. |
Needless to say, we also customize solutions to suit your own individual hardware requirements.
Please visit us at embedded world 2009.
We would be more than glad to help you!
Mach 3 to 5, 2009
Hall 12, Stand 555
Trade Fair Center Nuremberg
Email: info@ipcas.de
Phone: +49 (0)9131/ 7677-0
Fax: +49 (0)9131/ 7677-78
As mentioned some time ago (refer to "Smart Metering" in Green IT …), Metering.Network is used comprehensively to record the overall energy consumption of a given plant from within the switching cabinet. However, if you want to put your focus on the complex behavior of a single machine, then the versatile Ethernet Terminal I am about to introduce is the right device for you. It can be applied directly to an S0 supply meter of any machine on the factory floor and does not only monitor machine energy consumption, but also enables you, above all, to correlate machine energy consumption with PDA (Production Data Acquisition) and MDA (Machine Data Acquisition) data. In the following I would like to highlight just one of a whole range of possible applications this amazing tool has.
In times of skyrocketing energy prices rising by 20 to 30 to 50% and more … energy is becoming one of the most salient cost factors to dictate the prices of machine-manufactured goods and thus to redefine the profitability margin of production processes, methods or individual machines. Above all, one question looms up in the minds of production, project, and sales managers alike: How much does it cost to produce a specified article? How much do I have to add to the price to compensate for the rising energy costs? How, where and when can I save energy on the machines to profitably maintain a given price level?
This, of course, can only be answered by measuring the power consumption of a given machine (or a number of machines of a production line) and correlating it with the PDA (Production Data Acquisition) data, especially with regard to piece numbers per batch/shift/order, etc. But how? Manually? By individual readings?
To reach the level of transparency and flexibility you need in order to adapt to the unpredictably rising energy costs, a more systematic, continuous, and automated online approach is required, especially wherever large-scale production lines with a great number of manufacturing procedures and steps are involved.
The Ethernet Terminal is just the device you need to do the job efficiently with low costs and incredibly high returns. All you have to do is attach the Ethernet Terminal to an S0 supply meter on the machine or device you want to monitor and connect it to a PC/terminal via Ethernet. This enables you to record and monitor order-specific energy utility consumption data, evaluate it statistically with the ipcas software "FAMOUS Base" and relay the respective data to your PC/terminal for further analysis and correlation with piece-, batch-, line- and shift-specific PDA data.
Get the aid you need to adapt your price calculation to a fast changing world of rising utility prices and global environmental pressures! If you want to be able to calculate energy consumption as a variable price determining parameter automatically as an integral part of your online accounting system, then the Ethernet Terminal is the right device for you. For more specifics please visit the Ethernet Terminal website.
Alternatively, if your focus is primarily on how to reduce energy consumption – whether comprehensively on a factory level or in-depth on a machine level – without necessarily wanting to link this information to any other acquisition data, then the Metering.Network is the right solution for you. In that case, supply yourself with the smart metering tool you need to pinpoint peak loads and high consumption areas at the individual machine and production line level. Put yourself in the position to proactively eliminate power hogs in your production lines! For more specifics please visit the Metering.Networkwebsite.
Whatever your case may be, the ipcas hardware and software portfolio is able to provide you with an incredible range of applications and industrial solutions some of which I have already presented and many more are to come … By the way in case I haven’t mentioned it yet, the ipcas system house also specializes in customizing and made-to-order projects!
Safety in public buildingsEmergency lighting systems are mandatorily installed in all large public building facilities such as airports, hotels, clubs, hospitals, nursing homes, schools, colleges, licensed premises, offices, museums, shops, multi-storey dwellings etc. They are designed to activate automatically in emergency situations (e.g. fires, power cuts, etc.) to provide sufficient light for people to safely evacuate during power supply failures.
Each country has different norms for various kinds, types and sizes of public buildings to guarantee minimum safety standards. These usually enjoin continuous monitoring and regular automatic testing of luminaires (exit signs) and battery loads. In compliance with current standards companies are also usually compelled to log and print out test results and alarms with log printers for permanent record keeping.
Despite the prospective costs involved, companies operating emergency lighting systems in public building facilities are responding to the current changes to electronic systems. Depending on the solution chosen, however, the costs for the adaptation of legacy to USB interfaces may range from total replacement of lighting control systems to merely upgrading existing ones with customized supplementary components. At first glance, the potential costs involved appear overwhelming!
The major German pharmaceutical company Bayer AG, for example, wanted to raise the log printing standards of its barely 10-year old CEAG emergency lighting systems and for some reason or other could not be helped by its customary supplier and operating company. So it came that Bayer, too, may have been startled at first by the dire prospects of having to entirely replace its functioning unamortized lighting systems under enormous costs. Fortunately, however, Bayer’s operators did their homework! After a short search in the net they alighted upon the amazingly cost-saving ipcas supplementary component solutions
The ipcas supplementary component solutions are not only the answer to changing interface technology. – For the price of a simple upgrade you additionally gain access to the future technology of online monitoring, printing, testing, data processing, control … and more … via various kinds of networks ….
For additional benefits and information, refer to previous contributions and the specifications under Printing Solutions on the ipcas hardware website.
So there is good news with excellent prospects for all companies and businesses faced with similar requirements to upgrade or even network their log printing for both parallel and serial systems.
ipcas Centronics to USB Printing Converters are currently also being used by companies in modern printing solutions for ultrasonic welding machines.
Manufacturers using ultrasonic welding machines (e.g. for plastic bag sealing in the packaging industries) often take recourse to the continuous systematic logging of MDA (machine data acquisition) data to ascertain optimized threshold values in research and development. Reliable logging is also required to compile machine parameter reports as proof of quality for customers (TQM, claim management).
Approx. 20,000 lines on paper (up to 1,000 Din A4 standard pages) often used to be printed to log 8-10 parameters (e.g. temperature, pressure, etc.) for a single procedure. Yet this log data is now recorded electronically and stored on USB Stick and eventually on a PC/sever in the companies just mentioned.
In times of replacing legacy log printers with USB printers and adopting online solutions, companies are finding the ipcas printing solution with the Centronics to USB Printing Converter increasingly attractive for many reasons:
The Centronics to USB Printing Converters also leaves customers with a wide range of options, for example to use a USB printer, network printer, USB Stick, Ethernet (see figure above).
For specifics, go to Centronics to USB Printing Converters webpage.
For machines/devices with serial interfaces, view RS 232 to USB Converters.
The other day (refer to "Data Logger …" article) I showed how companies are using the ipcas Data/Event Logger in combination with a light barrier to automatically count paper sheets in printing applications. Yet other companies devised the means of combining the Data/Event Logger with a barcode reader to crosscheck and verify processed addresses with respect to requested mailing lists in automated letter mailing procedures.
How is it done? – A customary barcode reader is simply attached to conveyer at the output side of the printing machine or at the end of an automated letter processing procedure. The data logger is then connected to the device and to the industrial network or PC. Using the barcode reader, the data logger identifies and compares the addresses and possibly even the letter contents of the processed letters with the list of requested addresses and the required letter content.
An idea of what the monitoring mask might look like can be gleaned from a Windows.Form application among many possible others (see Application range of included software below).
Thanks to the ipcas Data/Event Logger mailing companies can now always be sure they’ve sent the correct mail to all of their desired addressees.
For further information, please go to ipcas Data/Event Logger specifications.
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