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TECHNICAL DATA FLExIbLE SPrINkLEr CoNNECTIoN - Viking

Viking Flexible Sprinkler Connections are available for use with suspended tile ceilings, allowing ease and accuracy of sprinkler placement. They connect the branch line to the sprinkler head using a 38” (965 mm) flexible stainless steel tube and a special reducer fitting. They provide extra vertical adjustment for flush fits and precise center-of-tile sprinkler installation. Specific Viking sprinklers are available pre-packaged factory installed onto a reducer fitting along with a sprinkler support (see Figure 2). Frame style sprinklers VK302 and VK608 are available with the Model E-1 or threaded Model E-2 Recessed Escutcheon pre-packaged as Flexible Sprinkler Assemblies (White Polyester or Chrome sprinkler with a 155 °F (68 °C) or 175 °F (79 °C) temperature rating). Also inluded in the package are a special shoulder nipple (inlet), bracket and clip assembly, cross bar assembly, slip nuts, and ceiling grid clamps. Currently, the following sprinklers are available pre-packaged with the Flexible Sprinkler Connection: Concealed sprinkler VK462 and frame style sprinklers VK302 and VK608. Refer to the appropriate sprinkler technical data pages for information on available/ listed sprinkler temperature ratings and finishes. Flexible Sprinkler Connection (Shown with Viking VK462 and Cover) 2. LISTINGS AND APPROVALS cULus Listed: Category VENF, UL File Ex5290, Paradise Industry Co., Ltd. Flexible Sprinkler Connection FPSJ-4/1000 Refer to the specific sprinkler technical data pages for sprinkler listings and other technical information.

Flexible Pipe - Technip
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Flexible pipe How Technip offers a broad range of flexible pipe systems with the most advanced integrated solutions for deepwater and ultra deepwater field developments Technip profile Technip is a world leader in project management, engineering and construction for the energy industry. With a workforce of 40,000 around the world, we constantly offer the best solutions and most innovative technologies to our clients to meet the world’s energy challenges. We operate in three main businesses: Subsea Offshore Onshore In subsea hydrocarbon development, Technip’s activities include the design, manufacture and installation of rigid and flexible subsea pipelines and umbilicals. Thanks to its portfolio of technologies and industrial and operational assets, Technip offers a unique vertically integrated model in the industry. In the Offshore business segment Technip performs engineering, procurement, construction, installation, commissioning and the refurbishment/upgrading of offshore facilities for the oil and gas industry. Technip covers the full range of onshore facilities for the oil and gas chain, petrochemicals and other energy industries (nuclear, renewables including biofuels and offshore wind). It holds many proprietary cuttingedge technologies and is the leader in the design and construction of LNG and gas treatment plants as well as ethylene, hydrogen and syngas units.

STRESS ANALYSIS IN AUTOMOTIVE BRAKE VACUUM BOOSTER ...

The reliability of automobile brake components is a very important issue from the point of view of safety. This thesis presents a combined experimental and numerical stress analysis of a vacuum booster. The booster consists of a thin-walled, closed shell that contains a diaphragm and a mechanical control system. The master cylinder which provides hydraulic pressure to the components on the wheels, is mounted directly on the booster shell using threaded bolts. The booster under consideration developed crack near one of these bolts during an endurance test. The numerical stress analysis conducted here demonstrated that significant stress concentration can be present on the booster shell near these mounting bolts. The numerical model was validated by direct comparison of meridional strains to experimental measurements at selected locations. The results also showed that increasing the wall thickness of the booster by 25% would allow the booster to successfully complete the endurance test. to the Blessed Mother of God, “Notre Dame”, Who inspired me to start my studies and then, every day, encouraged me to strive to the successful finish.

G-H series horizontal grinding machines - Star SU

The new G-H series of grinding machines for gears, shafts, worms, rotors and screws. One universal solution adapted to your specific application – now for workpieces up to 500 mm in diameter Based on the widely acclaimed S 375 G, the new G-H series presents numerous enhanced features and extends the traditional series to include new model versions. Although Samputensili grinding machines are based on a modular design concept, we craft each and every machine with a wide range of options to suit your individual needs, guaranteeing you the efficient manufacturing of top quality parts. This modular, extremely versatile and universal series is ideally suited to single pass creep feed profile grinding of external spur and helical gears, crown gears, shafts, worms, rotors and screw threads. Optionally it is also possible to grind spur or helical internal gears. Owners of a GT version also add generating grinding to their process capabilities. We offer you an ad hoc solution for any of the above applications so that your machine is constructed with the right options for you. All machines are then supported by special software packages, translating our know how into your manufacturing success.

DO IT RIGHT WITH MAKITA. TOP-QUALITY ... - Tooled-Up.com

Makita Corporation – 90 years of exceeding customers’ expectations The Makita Corporation was founded in 1915 to make electric motors and has been exceeding the expectations of our customers for quality and reliability ever since. Landmarks along the way to becoming the world’s No1 manufacturer of professional power tools, included making the firstcordless drill that gave sufficient performance, and was tough enough for professionals to use. The concept of toughness (or fitness for purpose) inculcates all Makita’s design philosophies. Makita engineers visit end-users all over the world to talk to them about their needs and the way they use our tools. Makita’s involvement in Outdoor Power Equipment really started when they took over Dolmar GmbH, Hamburg in 1991. This famous manufacturer of petrol chainsaws had been through a number of corporate owners, and was left with a badly under-invested factory, but a proud record for innovative design and hard-wearing tools. Makita Corporation has invested massively in the Hamburg factory so it now represents the true pinnacle of manufacturing excellence. The factory continues to demonstrate that they have retained all their old design skills by making some very significant improvements to the Makita Petrol Cutter (see page 50), massively improving the air-filtration and service life of this machine, which is used in the most inhospitable environments. Makita were flattered, but not surprised, when the established market leader embodied most of these improvements in their own latest model. Makita’s involvement in the professional power tool market saw them taking early leadership in the fight against Hand Arm Vibration Syndrome and Makita has pioneered various means of radically reducing vibration in Outdoor Powered Equipment as well as power tools. For example, the RBC421L 40cc Brushcutter (see page 28) has such low vibration, it can be safely used constantly for 8 hours. Building on this heritage of design and manufacturing excellence, Makita now offer a complete portfolio of Outdoor Powered Equipment to meet the needs of all levels of end user, from professional tree surgeons, landscapers and local authorities, through to end users whose gardening needs demand tools which are amongst the toughest and most reliable in the world.

Cordless Chain Saw
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ENGLISH (Original instructions) SPECIFICATIONS Model BUC250 UC250D Chain speed per minute 8.3 m/s (500 m/min) 8.3 m/s (500 m/min) Length of guide bar Guide bar type 250 mm 250 mm Sprocket nose bar Carving bar Sprocket nose bar Carving bar Type 91VG 25AP 91VG 25AP Pitch 3/8" 1/4" 3/8" 1/4" No. of drive links 40 60 40 60 Number of teeth 6 9 6 9 Overall length 576 mm 589 mm 577 mm 590 mm Saw chain Net weight 4.5 kg 4.5 kg Rated voltage D.C.36V D.C.36V • Weight, with battery cartridge, according to EPTA-Procedure 01/2003 END005-4 compatible recycling facility. Symbols ENE031-1 The following show the symbols used for the equipment. Be sure that you understand their meaning before use. ・ Read instruction manual. ・ Wear a helmet, goggles and ear protection. Do not expose to rain. ・ ・ ・ Saw chain oil adjustment ・ Save all warnings and instructions for future reference. Direction of chain travel ・ WARNING Read all safety warnings and all instructions. Failure to follow the warnings and instructions may result in electric shock, fire and/or serious injury. Hold the saw with both hands while working! One-handed use is extremely hazardous! Maximum permissible cut length ・ Cd Ni-MH Li-ion General Power Tool Safety Warnings Wear ear protection. ・ GEA006-2 Wear eye protection. ・ Intended use The tool is intended for cutting lumbers and logs. Only for EU countries Do not dispose of electric equipment or battery pack together with household waste material! In observance of European Directive 2002/96/EC on waste electric and electronic equipment, 2006/66/EC on batteries and accumulators and waste batteries and accumulators and their implementation in accordance with national laws, electric equipment and battery pack that have reached the end of their life must be collected separately and returned to an environmentally The term "power tool" in the warnings refers to your mains-operated (corded) power tool or battery-operated (cordless) power tool.

Tips  Residence Made Goods To Beautify You;

Be a much better and even more gorgeous model of your self. You really don't really need to acquire highly-priced makeup, just observe these straightforward and inexpensive attractiveness tips and tricks

backpage - Suzuki
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More than a decade ago, Suzuki developed a machine so unique that it instantly attracted a devoted following around the world. Like its namesake, the Japanese peregrine falcon, Hayabusa is famed for cutting through the air with incredible agility and performance. It combines massive thrust, unmatched maneuverability, and a silky smooth ride on city streets or the open road. Beneath its windswept design beats the legendary Suzuki Hayabusa engine. The resonating feel of pure power evokes an attitude of bold authority from both machine and rider. Through countless engineering refinements of the original design, the Hayabusa spirit has endured. Its incomparable performance delivers a fun and sporty ride at any speed, setting the bar high for rivals and defining the “Ultimate Sport Bike.” The radically original yet timeless styling also reflects the spirit of the person who owns a Hayabusa. Suzuki engineered the Hayabusa to perform like a heavyweight boxer—muscular yet surprisingly agile. While riders rarely need to call on its full punch off the line, the overabundant power and fleet-footed performance inspire confidence in everyday riding. That restrained yet refined energy is the presence that turns heads when a Hayabusa and rider pass. Hayabusa is equally at home on the highway or city streets. The low center of gravity that lets it conquer winding roads also makes Hayabusa a nimble urban predator. Plus, the Hayabusa's high-quality finish and attention to detail betray unequalled pride of craftsmanship that will become your pride of ownership. The bold design also gives it a unique aura and formidable presence not found in other bikes. The 2013 model comes newly equipped with Brembo Monobloc high-performance calipers and an Antilock Brake System. These features are sure to appeal to lone riders cruising the highway as well as touring couples.

IPCC AR4 Chapter 10 - Global Climate Projections

The future climate change results assessed in this chapter are based on a hierarchy of models, ranging from AtmosphereOcean General Circulation Models (AOGCMs) and Earth System Models of Intermediate Complexity (EMICs) to Simple Climate Models (SCMs). These models are forced with concentrations of greenhouse gases and other constituents derived from various emissions scenarios ranging from nonmitigation scenarios to idealised long-term scenarios. In general, we assess non-mitigated projections of future climate change at scales from global to hundreds of kilometres. Further assessments of regional and local climate changes are provided in Chapter 11. Due to an unprecedented, joint effort by many modelling groups worldwide, climate change projections are now based on multi-model means, differences between models can be assessed quantitatively and in some instances, estimates of the probability of change of important climate system parameters complement expert judgement. New results corroborate those given in the Third Assessment Report (TAR). Continued greenhouse gas emissions at or above current rates will cause further warming and induce many changes in the global climate system during the 21st century that would very likely be larger than those observed during the 20th century. Mean Temperature All models assessed here, for all the non-mitigation scenarios considered, project increases in global mean surface air temperature (SAT) continuing over the 21st century, driven mainly by increases in anthropogenic greenhouse gas concentrations, with the warming proportional to the associated radiative forcing. There is close agreement of globally averaged SAT multi-model mean warming for the early 21st century for concentrations derived from the three non-mitigated IPCC Special Report on Emission Scenarios (SRES: B1, A1B and A2) scenarios (including only anthropogenic forcing) run by the AOGCMs (warming averaged for 2011 to 2030 compared to 1980 to 1999 is between +0.64°C and +0.69°C, with a range of only 0.05°C). Thus, this warming rate is affected little by different scenario assumptions or different model sensitivities, and is consistent with that observed for the past few decades (see Chapter 3).

Detection and Attribution of Climate Change: from Global to Regional

Atmospheric Temperatures More than half of the observed increase in global mean surface temperature (GMST) from 1951 to 2010 is very likely1 due to the observed anthropogenic increase in greenhouse gas (GHG) concentrations. The consistency of observed and modeled changes across the climate system, including warming of the atmosphere and ocean, sea level rise, ocean acidification and changes in the water cycle, the cryosphere and climate extremes points to a large-scale warming resulting primarily from anthropogenic increases in GHG concentrations. Solar forcing is the only known natural forcing acting to warm the climate over this period but it has increased much less than GHG forcing, and the observed pattern of long-term tropospheric warming and stratospheric cooling is not consistent with the expected response to solar irradiance variations. The Atlantic Multi-decadal Oscillation (AMO) could be a confounding influence but studies that find a significant role for the AMO show that this does not project strongly onto 1951–2010 temperature trends. {10.3.1, Table 10.1} It is extremely likely that human activities caused more than half of the observed increase in GMST from 1951 to 2010. This assessment is supported by robust evidence from multiple studies using different methods. Observational uncertainty has been explored much more thoroughly than previously and the assessment now considers observations from the first decade of the 21st century and simulations from a new generation of climate models whose ability to simulate historical climate has improved in many respects relative to the previous generation of models considered in AR4. Uncertainties in forcings and in climate models’ temperature responses to individual forcings and difficulty in distinguishing the patterns of temperature response due to GHGs and other anthropogenic forcings prevent a more precise quantification of the temperature changes attributable to GHGs. {9.4.1, 9.5.3, 10.3.1, Figure 10.5, Table 10.1} GHGs contributed a global mean surface warming likely to be between 0.5°C and 1.3°C over the period 1951–2010, with the contributions from other anthropogenic forcings likely to be between –0.6°C and 0.1°C, from natural forcings likely to be between –0.1°C and 0.1°C, and from internal variability likely to be between –0.1°C and 0.1°C. Together these assessed contributions are consistent with the observed warming of approximately 0.6°C over this period. {10.3.1, Figure 10.5} It is virtually certain that internal variability alone cannot account for the observed global warming since 1951. The observed global-scale warming since 1951 is large compared to climate model estimates of internal variability on 60-year time scales.

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