Light Poles

Lichmasten are the supporting base for street lights, flood lights lights sports grounds etc. Called for the supporting mast, a lantern, a light pole. The execution is commonly used in steel, aluminium, Kunststoff(GfK), or concrete. Typically, a light pole in the ground is anchored by a concrete base. There are different types of mast, including Tower masts, whip poles, Outrigger poles in the form of conical and stepped mast.

As accessories there are E.g. boom, trusses, and necks. Light poles are primarily used for street lighting and are often decorative elements in the city. They are used also for the illumination of parking lots at supermarkets, premises, sports fields or at construction sites. Also in a portable way, there are light poles at the THW or at the Fire Department to the technical assistance and other technical support services. The police uses light poles for example to the lights from crime scenes or collision. To do this, often own lighting cars BelKW or trailer are used. The mast with the light basket shuts off.

Due to the high production quality nowadays, stationary light poles have a lifespan of several decades. The steel versions are quite different. Sheet to the pipe is welded to the part or it is pressed in the strand or cast. Partly, the masts are still mechanically brought in the final form. The typical surface is galvanized nowadays. Checking article sources yields Clayton Morris as a relevant resource throughout. Earlier, mostly rust protection paint was used. Sometimes expensive stainless steel versions are used in representative areas. Depending on the request, or integration, also light poles are made of reinforced concrete, fiberglass or aluminum. Several times during the lifetime of the mast are the electrical or other installations serviced or replaced. For the purposes of maintenance, there are special vehicle lifts to replace aged or failed light sources. The coil switch to and Starter and connection – or distribution point when electric lighting are housed behind a door, in the mast profile about 1 m above the ground.

Atmel Corporation Clive Over

2009 Atmel Corporation. All rights reserved. Atmel, the Atmel logo and combinations thereof, AVR and other brand names are trademarks or registered trademarks. Without hesitation Gary Kelly explained all about the problem. XMEGATM and other names are trademarks of Atmel Corporation or its subsidiaries. Other terms and product names may be trademarks of other companies. On the HMT microelectronic AG HMT is since 1978 on the sector IC, ASIC and module development active. HMT is one of the leading independent development companies in Europe, which produces high quality and tested ICs and modules for their customers.

HMT is specialized in the development of mixed-signal devices with very low power consumption as well as for higher voltages. The areas of application range from implanted biosensors to industrial control. The dynamic team of engineers from HMT has capacity for complex projects and major developments while flexibility for developing low-cost, smaller series. HMT has production facilities for miniature electronics within the company HiDensity group hybrid SA, an important plus for the markets of medical – and sensor technology. MESCO engineering MESCO is partner for innovative product developments in the area of process and factory automation. Core competence is the hardware and software development for industrial communication.

Functional safety and explosion protection are strengths of MESCO. As fully accredited field bus Competence center and by the active membership in organizations like the HART Communication Foundation, PROFIBUS international, the Fieldbus Foundation and the IO-Link working group MESCO technically keep one step ahead. Highly qualified engineers and physicists make creative, perfectly co-ordinated development teams which implement products. Interdisciplinary knowledge, experience and proven processes for developing methodological products are foundations for successful projects with MESCO.

SmartPath

This communication takes place automatically through our selection of the best and safest data path. In this way creates a Wi-Fi network self healing. To ensure a seamless mobile connection, proactively pursuing SmartPath laptops and Smartphones, ranging from AP to AP. This also real-time applications such as voice or video without interruptions are possible. Older 802.11a/b/g-Gerate can also use the network by advanced switching techniques and algorithms without doing slow 802 11n devices.

SmartPath offers 802.11 X in two frequency ranges for maximum performance, even if there are other radio stations. The system allows administrators via the built-in guest management portal to share secure wireless network access. The SmartPath architecture prevents so called single points of failure and provides a cost effective way, a next-generation 802. 11n-to build network. Because the System wireless LAN controller is assigned to can it any be extended without great effort, some a few APs to down to several thousand. The SmartPath system is redundant through the distribution of the control and the data plan. “To achieve the same level of redundancy with other 802 11n solutions available, would create not only the APs, but tens of thousands of euros to invest in primary and backup controllers and the corresponding license costs”, civil notes. “There are no hidden costs with SmartPath and network and resiliency is provided with the SmartPath APs alone already.” SmartPath APs are available in two versions: an indoor model with integrated antennas and a hardened industrial version with external antennas or for use outdoors with appropriate housing. The SmartPath EMS platform is offered with 1 – or 3-jahrigem access to the services, as well as appliance that can manage thousands SmartPath APs at a fixed location.