Target components - Import export

The bench and floor scale Combics® combines precision and versatility. All platforms are equipped with proven precision strain-gauge technology, and some models have highresolution electromechanical force compensation. The modular design allows for maximum flexibility to install the indicator and platform separately as well as targeted replacement of individual components Three easy-to-use indicators for various requirements A variety of finishes, e.g. stainless steel Load ranges of between 3 kg and 3 t Readability from 0.05 g to 200 g Platforms in various designs and sizes A range of resolutions from 3,000 d to 340,000 d Verification mode and explosion-proof solutions An extensive range of accessories, options and add-ons

Product advantages — for applications with high external pressure — large-dimensioned heat exchanger for maximum possible output — slimline design for installation in suspended ceilings - easy to install XL Outputs This fan coil guarantees XL outputs – even with high air-side pressure loss requirements. The EC fans used can be continuously variably controlled by a 0-10 V DC signal. Well insulated The sheet-steel housing helps to reduce noise and is also insulated against thermal losses, thanks to its integral insulation. Slimline design The Venkon XL fan coil is ideal for installation in suspended ceilings on account of its slimline design. It can be flexible combined with a connection unit for circular ducts to route treated air to targeted ventilation terminal components. Models You have the choice of four models for each application and building of any kind that needs to be cooled and/or heated. Applications Hotels, Offices, Commercial buildings, Restaurants

AMETEK EMC can provide packaging solutions for every need, with capabilities for applications such as: sealed pouches, anti-static bags, custom boxes, multi-material packaging, shock and vibration sensitive packaging, target component protection, and packaging for sterilization.

New standards in dynamics and efficiency. The newly developed AKL stacker crane for automatic small components warehouses has been designed and built in conformity with state-of-the-art criteria. It boasts maximum performance data and low operating costs. The AKL series is characterized by low weight, high efficiency, minimal approach dimensions and a special design that ensures optimum use of the storage space. By combining the AKL with tried-and-tested MIAS load handling attachments, it makes a major contribution to achieving the economic and functional targets of the automatic small components warehouse system.

Actran for Trimmed Body Combine the strength of Actran and Nastran for advanced vibro-acoustic modeling Actran is a powerful tool for modeling and analyzing complex vibro-acoustic systems and specifically trim components. Such components are usually made of materials with high damping and strong acoustic absorption characteristics; as such they have a significant influence on the overall vibro-acoustic behavior of the structure. Accounting for high damping very often relies on the use of physical coordinates, hence Actran models are usually available in physical coordinates. Nastran is the reference tool for vibro-acoustic analysis of lightly damped structures and cavities. It features efficient modal analysis solution sequences, making it suitable for handling large models like automotive vehicle body-in-white or an aircraft fuselage. Nastran models are usually available in modal coordinates. Actran for Trimmed Body provides CAE engineers advanced features for mixing the best of both worlds: Actran physical model and Nastran modal model. Three types of combined models may be created: Actran for Trimmed Body is able to merge a set of Actran models of individual trim components with a Nastran body-in-white model in order to create a fully trimmed body vibro-acoustic model. An Actran model may be set in its real-life working environment by connecting it to an existing Nastran model (e.g. a detailed Actran model of a layered windshield may be connected to a Nastran model of the vehicle body). A Nastran model may be enriched by including a reduced Actran model of a specific component. The Actran component is defined as a DMIG data block in the Nastran deck. Actran for Trimmed Body makes the vibro-acoustic analysis of fully trimmed bodies possible. To model the problem with both efficiency and accuracy, Free Field Technologies develops the innovative hybrid methods of Actran for Trimmed Body. With these hybrid methods, the strength of modal and physical approaches are combined and their weaknesses circumvented. Target Applications: Acoustic transmission through components in real-life mounting conditions Trimmed body modeling using a combination of Actran detailed models in physical coordinates and a Nastran body-in-white modal model