Showing posts with label Equipment. Show all posts
Showing posts with label Equipment. Show all posts

Great Price PWR+ for $18.90

Pwr+ Ac Adapter for Toshiba Satellite A305 A305-s6905 A305-s6914 A305-s6916 A505 A505-s6005 A505-s6012 A505-s6035 A505-s6030 A505-s6031 A505-s6998 A505-s6999 ; U305 U305-s5077 U305-s5087 U305-s5097 U305-s5107 U305-s5117 U305-s5127 U305-s7432 U305-s7446 U305-s7448 Laptop Netbook Battery Charger Power Supply Cord Plug 90 Watt Best




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Pwr+ Ac Adapter for Toshiba Satellite A305 A305-s6905 A305-s6914 A305-s6916 A505 A505-s6005 A505-s6012 A505-s6035 A505-s6030 A505-s6031 A505-s6998 A505-s6999 ; U305 U305-s5077 U305-s5087 U305-s5097 U305-s5107 U305-s5117 U305-s5127 U305-s7432 U305-s7446 U305-s7448 Laptop Netbook Battery Charger Power Supply Cord Plug 90 Watt Feature


  • Input Voltage Range: AC 100V - 240V Power: 19V 4.9A 90W / Comes with the extended 6 ft power cord / Brand-new
  • PWR+ ac adapters are made with the highest quality materials. Laptop safeguard features against incorrect voltage, short circuit, internal overheating. 100% compatibility with the original.
  • PWR+ products were tested by manufacturer to match and/or exceed specifications of OEM products
  • Warranty: 1 Year



Pwr+ Ac Adapter for Toshiba Satellite A305 A305-s6905 A305-s6914 A305-s6916 A505 A505-s6005 A505-s6012 A505-s6035 A505-s6030 A505-s6031 A505-s6998 A505-s6999 ; U305 U305-s5077 U305-s5087 U305-s5097 U305-s5107 U305-s5117 U305-s5127 U305-s7432 U305-s7446 U305-s7448 Laptop Netbook Battery Charger Power Supply Cord Plug 90 Watt Overview


Will fit all Toshiba Laptops requiring 19V 4.9A 90W Ac Adapter including Toshiba Satellite A305 A305-s6905 A305-s6914 A305-s6916 A505 A505-S6030 A505-S6031 A505-s6005 A505-s6012 A505-s6035 A505-s6998 A505-s6999 ; U305 U305-s5077 U305-s5087 U305-s5097 U305-s5107 U305-s5117 U305-s5127 U305-s7432 U305-s7446 U305-s7448





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*** Product Information and Prices Stored: Feb 19, 2012 10:31:06

Mitsubishi Provides Equipment For Skydiving Tunnel

Mitsubishi Electric has provided the fan drives and controls for a new indoor skydiving tunnel in Manchester, UK. Airkix Indoor Skydiving comprises a GBP4.5m, 14ft-diameter, 1,600hp wind tunnel. By blasting 1.7 million cubic feet of air every minute through a wind tunnel, Airkix suspends its flyers in the air, emulating the effect of freefall and offering the chance to experience real human flight. The basis of the Mitsubishi installation is four large F700 variable-speed inverter drives.

Combined, these have a capacity of 12MW, which is enough to lift several flyers simultaneously, while maintaining safety and operating all day long. Eight louvers are precision controlled using E700 drives to optimise the airflow, allowing fresh air into the system to maintain a cool fresh temperature and a comfortable atmosphere. Mitsubishi has installed one of its MX4 supervisory control and data acquisition (Scada) control networks, which includes data logging, energy optimisation and many other functions.

The heart of the Scada network is a Q-series PLC, Mitsubishi's building block for control systems, which communicates with the drives and other field devices around the simulator using the CC-Link open-source protocol. Airkix was keen to use the Mitsubishi-developed CC-Link because it is able to shut down parts of the system for maintenance, while keeping the rest up and running.

Contract Covers HRSG And Equipment For Refinery

A subsidiary of Foster Wheeler's Global Power Group has been awarded a contract to design, supply and erect a heat recovery steam generator (HRSG) by Spanish company Repsol Petroleo. The HRSG and auxiliary equipment will be integrated in a cogeneration plant being built at the Repsol Cartagena Refinery in Murcia, Spain. Foster Wheeler will also provide start-up supervision services. Commercial operation is scheduled for the first quarter of 2012.

The HRSG will be coupled with a General Electric PG-6581 gas turbine and will recover heat from the gas discharge stream, producing high-pressure and medium-pressure steam for use in refinery processes and electricity generation at the Cartagena facility. The unit will be equipped with a bypass stack and diverter, as well as a post-firing and fresh-air capability, for continuous operation even after a combustion turbine trip.

University Invests In Virtalis Equipment

The University of Northampton has ordered a five-sided Activecube and two Stereoworks Activewalls from Virtalis. The GBP1.5m order represents half the value of the equipment for the university's GBP8m NVision Centre. Stuart Wayne, NVision manager, said: 'During the next five years, we expect to bring the power of virtual reality (VR) to more than 500 small and medium businesses in the East Midlands. 'The university saw the acquisition of the Kingsley Park building for its School of Science and Technology as an opportunity to not just disseminate knowledge to our students, but to the wider community as well.

'The three Virtalis systems will give us three separate facilities with powerful capabilities, all underpinned by high-performance computing from SGI and projection equipment from Christie Digital. 'Our 6m x 3m Stereoworks Activewall, powered by Virtalis immersive display software, will generate a 3D stereo experience for up to 75 people at a time. 'Our smaller Stereoworks Activewall will be tucked away in the basement and is intended for sensitive research, product design, marketing and small-scale customer presentations,' he added.

Already the NVision team has attracted two research projects keen to use the Virtalis technology. The first will analyse and endeavour to optimise how architects and builders can collaborate to create more sustainable buildings. The second project will use VR to develop virtual laparoscopy, an area in which Virtalis has expertise.

Students studying engineering, environmental science and computing will all benefit from having some of their course content delivered in 3D. Wayne said: 'With such advanced visualisation technology, we aim to make ourselves as accessible as possible and are already in talks with automotive companies for example, about how they can use our facilities for interactive design reviews. 'The main reason we chose Virtalis is because it has the experience and expertise to support us while we develop our offering, not just with its immersive displays, but in developing specialist software applications that will benefit our students and the wider business community,' he added.

Penny Services Lifting And Load Handling Equipment

Richard Short, sales director at Penny Hydraulics, outlines the importance of the thorough examination and testing of load handling equipment. Most companies are aware of the health and safety regulations that require all items of lifting equipment to be inspected regularly. The regulations are a legal requirement and cover all types of lifting equipment, broadly defined as any device used to handle loads in a workplace. This can include, but is not limited to, cranes and tail lifts installed on commercial vehicles as well as similar equipment used in other mobile and static applications.

Goods lifts and hoists are included. The more stringent regulations have been brought in because accidents related to lifting continue to represent one of the biggest causes of deaths, injuries and time off work in the workplace. Official HSE figures show a small but steady decline in these accidents in recent years but there is still much to do. Imposing a more rigorous regime of testing and inspection on lifting and load handling equipment is designed to reduce the risk of mechanical failures that no doubt contribute to workplace accidents.

But this is about more than simply complying with the requirements of the Lifting Operations and Lifting Equipment Regulations (LOLER) and Provision and Use of Work Equipment Regulations (PUWER). Businesses that take health and safety seriously are also more aware of their corporate social responsibilities and duty of care obligations. They understand the need to provide employees with equipment that is properly maintained and fit for purpose. Even without the regulatory pressure there are sound financial reasons to ensure equipment is reliable and well maintained.

Minor problems are sorted out before they lead to something more serious and unscheduled outages are less likely. The consequential costs of accidents and injuries caused by faulty or defective lifting equipment can have obvious and even more severe implications for the business. Good safety and best practice starts with specifying the right load handling equipment and making sure it is installed to the manufacturer's recommendations. The equipment and vehicle manufacturers will normally work together, or with an approved body builder, to ensure this happens. Incorrect installation can be dangerous and make the vehicle and the load handling equipment unsafe.

LOLER proscribes the testing and inspection regime that must be adopted. The main legal requirement is that all equipment should be subjected to what is known as a regular Statutory Thorough Examination (STE). This is similar to an MOT and is designed to ensure that the structural components and mechanical operation of the equipment meet acceptable standards. All equipment must be thoroughly examined before first use. After that, the frequency of an STE varies for different devices but all must be thoroughly examined at least once a year. Lifting accessories (slings, chains, grabs, buckets and so on) and equipment designed to carry people must be thoroughly examined every six months.

Equipment should also have an STE following the repair or replacement of a structural component, when a change of chassis takes place and when the device is removed and refitted to the original chassis. BS7121 Part 2 complements the LOLER recommendations and goes further in some respects, for example, by stipulating additional full tests four and eight years after first use and an annual 'load plus 10 per cent' test. Thorough examinations must be carried out by someone who is competent and impartial, although this can include an employee, the original equipment manufacturer or an independent service engineer as long as they have the relevant accreditation.

The examiner will have appropriate practical and theoretical knowledge as well as experience of the lifting equipment being examined. They should be able to recognise potential defects that might be a safety risk to people if the equipment remains in use. Load testing is no longer required during every STE although it may be a sensible precaution to include this as routine. A competent tester will always consider whether a load test is necessary after they have inspected the equipment and this would then be carried out to complement the STE. Choosing a competent person to carry out the STE can sometimes be a problem for larger as well as smaller companies.

Original equipment manufacturers and their service organisations are likely to offer this as part of their overall service. Those who supply CE-marked equipment will also meet the recommended standards in terms of design and construction. Look for organisations that belong to relevant industry bodies (such as ALLMI or the SMMT for commercial vehicles) because these will probably have a better understanding of the market and work to official codes of practice designed to promote better safety and best practice. One significant area where the current legislation differs from its predecessors is the way in which attachments are treated. In general terms, and there are a few exceptions, an attachment such as a hook or grab is now considered part of the lifting equipment even if it can be easily removed.

Similarly, the mounting or fixing points are also considered part of the equipment and should be covered by any inspection. Of course, any STE can only check the condition of the equipment on the day of the test. Although the STE is a legal requirement, any responsible owner or operator of lifting equipment will want to carry out basic checks more frequently, for their own peace of mind and to instil a safety-first culture among their employees. The objective should be to maintain the equipment so it is always safe to use. Following the manufacturer's maintenance instructions is an absolute minimum requirement. Daily checks need not be onerous and can often be completed in a couple of minutes.

With hydraulic cranes, for example, this might include looking for oil leaks, damage to steel sections or frays on wire ropes. Although potentially serious in themselves they might indicate a bigger underlying problem. There are other maintenance tasks that should be part of a regular routine. These can include, for example, checking the level of hydraulic reservoirs and topping up as necessary, lubricating components in line with manufacturers' recommendations and giving equipment a general clean or simple wipe over from time to time. It is surprising how many companies continue to ignore even the most basic tasks. Load handling equipment operators are also responsible for ensuring proper records are kept for a minimum of two years about a device's test, inspection and maintenance history.

This does not necessarily mean they must keep this information themselves because the records can be held by a third party, such as an inspection agent or service provider, as long as they can be accessed whenever required. The best service providers will offer this facility as part of their overall contract. The penalties for non-compliance can be severe. Companies that do not complete their STE and maintain records properly can be subjected to enforcement action or fined in a court of law. Penny Hydraulics designs, manufactures and services lifting and load handling equipment for use in a wide range of applications.

Products include the Swing Lift range of medium duty cranes for use on pick-ups, drop-sides and flat-beds and the Step Lift, Load Lift and Tail Lift lifting platform ranges for use on pick-ups, drop-sides and vans. The company also manufactures the Mezz Lift for handling loads between ground floor and mezzanines and specialist equipment for handling wheels, tyres and barrels in vehicles and at customers' premises.

Catalog Includes Assembly And Handling Equipment

A catalogue featuring the range of Roemheld assembly and handling equipment is now available. Ergonomically designed, the Roemheld Modulog range enables the safe and efficient handling and movement of heavy loads by operators.

The catalogue, which is in the form of a binder, includes information on the health and safety aspects of this range as well as the production benefits. It also details the modules available within the range, from horizontal and vertical rotating, tilting and lifting of workpieces through to cart and floor modules for easy transporting and installation of the units.