DOCSLIB.ORG

GE Self-Ballasted Compact Fluorescent Lamps | GE Lighting

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
GE Self-Ballasted Compact Fluorescent Lamps | GE Lighting GE Lighting Self-Ballasted Compact Fluorescent Lamps are the optimal replacement to meet legislated requirements for energy saving. GE Self-Ballasted Compact Fluorescent Lamps A world of choices in an energy-efficient, long-life lamp Self-Ballasted Compact Fluorescent Lamps: More choices,more possibilities. Screw in a GE Self-Ballasted Compact Fluorescent There’s Strength in Numbers. Lamp and forget about it. Years later, it will still be GE produces self-ballasted CFLs in so many shapes, sizes, wattages producing even, flicker-free, high-quality light, and color temperatures for one simple reason: to better serve while steadily keeping operating costs low. our customers. GE’s premium self-ballasted CFLs include the following categories: Spiral® Compact T2s for small fixtures, dimmable T3s, and 3-way T3s and T4s Dimming Products that dim from full light to 5% GU 24 Twist-and-lock plug-in with an integrated ballast Reflectors R20, dimmable R30 and R40, and PAR38 flat lens Decorative Candles, globes, bullets, A-lines, post lights and bug lights Advantages ~ Energy savings: As much as 75% over traditional lighting. Simply switching one 100-watt incandescent lamp to a 26-watt CFL lamp can save as much as $65.* ~ ;^]V[XUT) 6,000 to 15,000 hours ~ Color Quality: High CRI and available in Reveal® ~ ETabPcX[Xch) Broad range of shapes, wattages, and color temperatures ~ Exceptional Performance: Flicker-free starts in temperatures as low as 10° F ~ ATSdRTS\PX]cT]P]RT) Stretch your replacement schedule from several times a year to once every few years. * Electricity cost savings based on using the lamp for 8,000 hr rated life at 11¢ per kilowatt hour compared to ten 100-watt Soft White incandescent lamps (rated life 750 hrs). 2 The New Standard for BT[U1P[[PbcTS25;b GE’s technical expertise, reputation for quality, and long- standing commitment to innovation going back 100 years provides the foundation for a number of breakthroughs in CFL technology. ~ 8\_a^eTSSX\\X]V) GE dimmable CFLs now dim from ;TVXb[PcXeT0RcX^] full light down to 5%. That’s a 75% improvement com- pared to previous dimming to 20%. Existing and new legislation is affecting the industry. ~ FPa\d_) GE Lighting’s Spiral CFL lamps are typically We realize that new legislation means new mandates characterized by warm-up times of 30 seconds or less. and GE is dedicated to helping you understand these Covered CFLs can take up to 180 seconds, however imperatives and offer energy saving alternatives. GE GE’s new Hybrid glass covered with Halogen is Bright has created an informative web resource to explain from the StartTM and reaches 60% lumens immediately. the new regulations, complete with a tool that can help you choose the appropriate energy-saving, ~ <TaRdahR^]cT]c) GE Lighting’s CFL lamps contain a compliant replacements. minimal level of mercury, with some of the most recent designs as low as 1.0mg versus the maximum 5.0mg Visit www.gelighting.com/legislation allowed by Energy Star for lamps less than 25 watts. CWTaT{b0[fPhb<^aTc^2^\T GE is constantly looking for opportunities to improve their existing line of self-ballasted CFLs and to introduce new lamps: ® ® ~ ATeTP[ 25;b) The clean, beautiful light you expect Reveal® lighting Soft White lighting from Reveal®, with the long life and energy savings you expect from a GE CFL. ~ 7hQaXS7P[^VT]25;) GE inserted a halogen capsule in the CFL to produce a covered incandescent-shaped lamp that is Bright from the StartTM with outstanding energy efficiency and long life. Hybrid halogen CFL 3 Property Managers Choose CFLs to Curb Energy Use the volume of For property managers, 2^]UTaT]RTA^^\ATRTbbTS;P\_2^bc^U;XVWc8[[dbcaPcX^] fixtures in the standard office building 20331 21709 is a detail well worth their attention. ;P\_Ch_T %$FA" $F25;A"3X\\X]V Self-ballasted CFLs can dramatically cut %$A5;<8 5;4 $!3EA" ;P\_;XUT 2,000 8,000 energy costs, while freeing maintenance 4]SDbTa;P\_?aXRT $3.49 $9.19 staff for other projects. And with dim- FPccPVT/ !E 65 15 mable CFLs available for special uses like ;d\T]b 755 700 conference rooms, tenants have all the 0]]dP[>_TaPcX]V7^dab 2600 2600 ;PQ^a?Ta;P\_AT[P\_>][h $3.00 $3.00 flexibility of traditional lamps plus the Average Electric Rate $0.110 $0.110 satisfaction of using an energy-efficient, C^cP[=d\QTa^U;P\_b 400 400 environmentally preferable alternative. ;P\_2^bcb $1,815 $1,195 ;PQ^a2^bcb $1,560 $390 CWT2^bc^U;XVWc8[[dbcaPcX^] (on right) Electricity Costs $7,436 $1,716 7E02BPeX]Vb7E022^TUUXRXT]c 0.33 $629 reveals that replacing just the recessed Total Annual Operating Cost $10,810 $2,672 lamps with dimming CFLs in the 20 Annual Savings ' "' conference rooms in a typical 10-story Simple Payback 0.3 office building generates savings of ATcda]^]8]eTbc\T]c 357% $8,138 a year. ecomagination 0]]dP[ZFW{b 67,600 15,600 Benefits of a project like this: ZFW{bATSdRcX^] (52,000) ZFW{bATSdRcX^] -76.9% ~ ;TbbcWP]P#\^]cW_PhQPRZ 2PaQ^]3X^gXST &!"'# 6[^QP[FPa\X]V)2> Reduction (lbs) ~ "$&A>8 2 Bd[Uda3X^gXST (314) Acid Rain: SO Reduction (lbs) ~ CWTT`dXeP[T]c^UcPZX]V" #[Qb^U 2 =Xca^VT]>gXST sulfur dioxide — a contributor to acid (154) Smog: NO Reduction (lbs) rain — out of the air per year Equivalent number acres of trees (7) planted per year Equivalent number of cars (4) removed from the road per year ;P\_BT[TRcX^]6dXST?a^_Tach<P]PVT\T]c0__[XRPcX^] Spiral GU24 covRguard® Reflector Decorative ;P\_3TbRaX_cX^] T2 T3 T4 "FPh R20 R30 R40 ?0A"' Genura® Candle A-line Glass Covered Globe Post/Bullet Shape 8]cTaX^a Spiral GU24 R20 R30 Conference Rooms R 5R 5R Table Top/ R R R 3TbZ;XVWcX]V 5 Downlighting R 5R 5R Corridor R R R R R40 PAR38 Genura® Candle Task 5R 5 R 5R 5R Exterior Entryway R R R R Pathway Security A-line Glass Covered Globe Post 4 5 Dimmable lamp available R Reveal® lamp available Retailers Sell with CFLs Drama. Excitement. Allure. ATcPX[?0A"'ATRTbbTS;P\_2^bc^U;XVWc8[[dbcaPcX^] Retail lighting is literally designed to put ""' 61227 products in their best light, but because ;P\_Ch_T (F?0A"'7P[^VT] !#F25;?0A"' displays can’t be moved easily, replacing (?0A75;!$ "E 5;4!#"?0A"'5; ;P\_;XUT 5,000 10,000 down and track lighting can be difficult. 4]SDbTa;P\_?aXRT $5.99 $8.75 That’s why long-lasting, self-ballasted FPccPVT/ !E 79 24 CFLs are a great choice. Retailers can ;d\T]b 1000 1185 0]]dP[>_TaPcX]V7^dab 4500 4500 choose CFLs in the color temperature ;PQ^a?Ta;P\_AT[P\_>][h $3.00 $3.00 that best complements the shopping Average Electric Rate $0.110 $0.110 experience—and enjoy the outstanding C^cP[=d\QTa^U;P\_b 31,500 31,500 energy savings they provide. ;P\_2^bcb $169,817 $124,031 ;PQ^a2^bcb $85,050 $42,525 8]PWd]SaTSbc^aTRWPX] with 315 Electricity Costs $1,231,808 $374,220 7E02BPeX]Vb7E022^TUUXRXT]c 0.33 $94,240 fixtures per store, swapping out PAR38 Total Annual Operating Cost $1,486,674 $446,536 halogen lamps in the recessed lighting Annual Savings # "' for PAR38 CFLs yields an annual savings Annual Savings per Store # of $10,401 per store. Multiply that by Simple Payback 0.1 ATcda]^]8]eTbc\T]c 1196% 100 stores, and you have almost a ecomagination million dollars in savings, which all goes 0]]dP[ZFW{b 11,198,250 3,402,000 to the bottom line. ZFW{bATSdRcX^] (7,796,250) ZFW{bATSdRcX^] -69.6% Benefits of a project like this: 2PaQ^]3X^gXST '$!"' 6[^QP[FPa\X]V)2>2 Reduction (lbs) ~ ;TbbcWP]P!\^]cW_PhQPRZ Bd[Uda3X^gXST (47,119) Acid Rain: SO Reduction (lbs) ~ (%A>8 2 =Xca^VT]>gXST (23,131) ~ CWTT`dXeP[T]c^UaT\^eX]V%&# Smog: NO Reduction (lbs) Equivalent number acres of trees cars per year from the road (1,063) planted per year (See the Cost of Light Illustration to the right). Equivalent number of cars (674) removed from the road per year ;P\_BT[TRcX^]6dXSTATcPX[0__[XRPcX^] Spiral GU24 covRguard® Reflector Decorative ;P\_3TbRaX_cX^] T2 T3 T4 "FPh R20 R30 R40 ?0A"' Genura® Candle A-line Glass Covered Globe Post/Bullet Shape 8]cTaX^a Spiral GU24 R20 R30 Track R 5R Downlighting 5R 5R Table Top/ 3TbZ;XVWcX]V 5R R R ® R40 PAR38 Genura A-line 5 Dimmable lamp available R Reveal® lamp available Glass Covered 5 Hotels Turn to CFLs to Ensure Guest Satisfaction Guest satisfaction is a key driver 6dTbcA^^\CPQ[T;P\_2^bc^U;XVWc8[[dbcaPcX^] of profitability in the hospitality 41034 ''( industry— and CFLs can play an ;P\_Ch_T F0[X]T !%F25;B_XaP[ 0F !E 5;4!%7C"!G;'!& important role in creating a favorable ;P\_;XUT 750 hrs 12,000 hrs impression. CFLs are energy-efficient, 4]SDbTa;P\_?aXRT $0.49 $2.99 long-lasting, have great quality of light FPccPVT/ !E 100 26 and are environmentally preferable. In ;d\T]b 1690 1700 0]]dP[>_TaPcX]V7^dab 628.53 628.53 the lobby, corridors, and guest rooms, ;PQ^a?Ta;P\_AT[P\_>][h $0.00 $0.00 well-functioning lighting powerfully Average Electric Rate $0.110 $0.110 conveys the message that the property C^cP[=d\QTa^U;P\_b 14,000 14,000 is clean and well maintained.
Load more

Recommended publications
  • Candle Safety Candles Are a Source of Light and Delight When Used Properly
    Candle Safety Candles are a source of light and delight when used properly. However, People have safely enjoyed using candles for centuries. if certain precautions are Their colors and scents enhance everyday life and not taken, candles can evoke memories of special events. also become a factor in a chain of events that can result in unnecessary injury and fires. DURING POWER OUTAGES CANDLE SAFETY TIPS • Use a flashlight instead of a candle whenever possible. CANDLE USAGE TIPS • Always use a flashlight, not a candle, for emergency lighting. • Avoid carrying a lit candle. • Recommended burning time is Don’t use a lit candle when one hour per inch diameter of the • Consider using battery-operated • searching for items in a confined candle. flameless candles. space. • Keep candles at least 12-inches from flammable materials. • Never use a candle for a light when checking pilot lights or • Use sturdy, safe candle holders. fueling equipment. The flame may • Never leave a burning candle ignite the fumes. unattended. • Be careful not to splatter wax CANDLES AND when extinguishing a candle. CHILDREN • Avoid using candles Keep candles out of reach of • Hold your finger in front of the • in bedrooms and children, and never leave a child flame as you blow the candle out. sleeping areas. unattended with a lit candle. The air will flow around your finger and extinguish the candle from both • A child should not sleep in a room sides. This prevents any hot wax with a lit candle. from splattering. • Don’t allow children or teens to have candles in their bedrooms.
    [Show full text]
  • Cyclops 2011 Workbook
    HEADLAMPS RANGER CYC-RNG1 NOTES 1 Watt 4 Stage LED Headlamp UPC: 8-13628-08277-4 MP/24 IP/6 • CREE 1 Watt clear bulb for center light • 4 mode lighting; center white, 3 bottom green LED’s, 4 side red LED’s, plus red LED strobe • Adjustable nylon headband • Weather resistant • ABS rubberized housing for durability • Powered by 3 AAA batteries (included) CYC-903C Black UPC: 8-13628-01082-1 MP/48 IP/6 PHOENIX CYC-903NXTCMO Camo Krypton 3 LED Headlamp UPC: 8-13628-00564-3 MP/48 IP/6 • 2-way switch for dual light source • Shock resistant, rugged construction • Water resistant • Adjustable nylon headband • Burn Time: Krypton 2.5 Hrs., 3 LED’s 30 Hrs. • Includes 3 AAA batteries CYC-906C Black UPC: 8-13628-01080-7 MP/48 IP/6 HELIOS CYC-906NXTCMO Camo 6 LED Headlamp UPC: 8-13628-00566-7 MP/48 IP/6 • 2-way switch to vary light levels • Lightweight, weighs less than 3 oz. • Water resistant • Adjustable nylon headband • Burn Time: 6 LED’s 27 Hrs., 3 LED’s 33 Hrs. • Includes 3 AAA batteries ATOM LED Magnifier Headlamp • Ultra lightweight, weighs only 1oz. • Magnifier lens projects light up to 15 ft. • Reversible headband • Weatherproof • Water resistant • Includes 2 CR2016 lithium batteries CYC-ULH1-O Orange UPC: 8-13628-01294-8 MP/48 IP/6 CYC-ULH1-B Black 45 degree rotating projection UPC: 8-13628-01292-4 MP/48 IP/6 CYC-ULH1-S Silver UPC: 8-13628-01296-2 MP/48 IP/6 CYC-ULH1-CMO D-Max Green Detachable clip light UPC: 8-13628-01506-2 MP/48 IP/6 1 SPOTLIGHTS THOR Colossus C18MIL-FE NOTES 18 Million Candle Power Rechargeable Spotlight UPC: 8-13628-07248-5
    [Show full text]
  • Type 1501-A Light Meter
    OPERATING INSTRUCTIONS • For TYPE 1501-A LIGHT METER GENERAL RADIO COMPANY CAMBRIDGE 39 MASSACHUSETTS NEW YORK CHICAGO LOS ANGELES U. S. A. OPERATING INSTRUCTIONS For TYPE ·1501-A LIGHT METER Form 684-E November, 1952 GENERAL RADIO COMPANY CAMBRIDGE 39 MASSACHUSETTS NEW YORK CHICAGO LOS ANGELES U. S. A. The Light Meter in a Photographic studio. SPECIFICATIONS Light Range: A light range of 64:1 can be Spectral Characteristics: The phototube measured at mid-scale deflection, corre­ has maxinrum sensitivity in the blue-green spondi~ to 100 to 6400 lumen-seconds per portion of the visible spectrum. square foot (foot-candle-seconds). The Response Speed: For reliable results the extreme readable range is about 50 to flash shruld be V50,000 second (20 micro­ 12,800 lumen-seconds per square foot. seconds), or more, in duration. Attenuator Range: f/3.5 to f/22 corre­ Accessories Supplied: Tubes, batteries, sponding to a range of 1 to 64 on the pro­ diffusion disc, plug for flash synchronizing portional scale. circuit. Tubes: One RCA 1P39 and one RCA 1L4. Other Accessories Available: A probe for :Batteries: One Burgess 2F, three Burgess light measurements at the camera ground XX30E. glass is available at extra cost. Calibratioo.: Meter is standardized at the Mounting: Walnut cabinet with hinged factory in terms of a calibrated xenon cover. Base of cabinet carries a tripod flashtube operated from a known capaci­ socket. tor at a specified voltage. A diffusion Dimensions: (Width) 7 x (height) 6-1/2 disc and aperture is individually fitted x (length) 11 inches, over -all.
    [Show full text]
  • Health Impacts of Fuel-‐Based Lighting
    THE LUMINA PROJECT http://light.lbl.gov Technical Report #10 Health Impacts of Fuel-based Lighting Evan Mills, Ph.D. Lawrence Berkeley National Laboratory, University of California, 94720 USA October 16, 2012 Working Paper for presentation at the 3rd International Off-Grid Lighting Conference November 13-15, 2012, Dakar, Senegal Acknowledgment. This work was supported by the Assistant Secretary for Policy and International Affairs of the U.S. Department of Energy under Contract No. DE-AC02-05CH11231. Useful data and comments were provided by Peter Alstone, Kate Bliss, Kevin Gauna, Arne Jacobson, Dustin Poppendieck, David Schwebel, Laura Stachel, Dehran Swart, and Shane Thatcher. The Lumina Project—an initiative of the U.S. Department of Energy’s Lawrence Berkeley National Laboratory—provides industry, consumers, and policymakers with timely analysis and information on off- grid lighting solutions for the developing world. Lumina Project activities combine laboratory and field- based investigations to ensure the formation of policies and uptake of products that maximize consumer acceptance and energy savings. For more information, visit http://light.lbl.gov Executive Summary The challenges of sustainability often intertwine with those of public health, revealing opportunities in both arenas for disenfranchised populations. A fifth of the world’s population earns on the order of $1 per day and lacks access to grid electricity. They pay a far higher proportion of their income for illumination than those in wealthy countries, obtaining light with fuel-based sources, primarily kerosene lanterns. The same population experiences adverse health and safety risks from these lighting fuels. Beyond the well-known benefits of reducing lighting energy use, costs, and pollution (which has its own health consequences), off-grid electric light can yield substantial health and safety benefits and save lives.
    [Show full text]
  • INSTRUCTIONS FOR: RECHARGEABLE SPOTLIGHT 10,000,000 CANDLE POWER MODEL No: AK438.V2 Thank You for Purchasing a Sealey Product
    INSTRUCTIONS FOR: RECHARGEABLE SPOTLIGHT 10,000,000 CANDLE POWER MODEL No: AK438.V2 Thank you for purchasing a Sealey Product. Manufactured to a high standard this product will, if used according to these instructions and properly maintained, give you years of trouble free performance. IMPORTANT: PLEASE READ THESE INSTRUCTIONS CAREFULLY. NOTE THE SAFE OPERATIONAL REQUIREMENTS, WARNINGS AND CAUTIONS. USE THIS PRODUCT CORRECTLY AND WITH CARE FOR THE URPOSE FOR WHICH IT IS INTENDED. FAILURE TO DO SO MAY CAUSE DAMAGE AND/ OR PERSONAL INJURY AND WILL INVALIDATE THE WARRANTY. PLEASE KEEP INSTRUCTIONS SAFE FOR FUTURE USE. 1. safety INSTRUCTIONS 1.1. GENERAL Ensure the spotlight is correctly charged before initial use. When fully charged and on full beam, the spotlight must not be used for more than 15 minutes of continuous use. To do so may damage the lamp. WARNING! The lens becomes very hot during operation. DO NOT cover or block the lens during use. DO NOT turn the spotlight on when it is being re-charged. DO NOT shine directly into your, other person’s or animal’s eyes. DO NOT stand the spotlight near any surface or item that may be adversely effected by the heat emitted from the lens. DO NOT allow children to use the spotlight. DO NOT handle or move the spotlight whilst it is being charged. DO NOT use the spotlight if you suspect that the battery or the spotlight casing is damaged. DO NOT handle spotlight bulb with your fingers. Use a soft lint-free cloth. Ensure that genuine and correctly rated battery and bulb are used for replacements.
    [Show full text]
  • 8718696763278 Philips Candle
    Philips LED Candle 5.5W (50W) E14 Warm white 8718696763278 Warm white light, no compromise on light quality Create a warm and inviting atmosphere Philips LED light bulbs provide a beautiful, warm white light, an exceptionally long life, and immediate, significant energy savings. With a pure and elegant design, this bulb is the perfect replacement for your clear incandescent bulbs. Choose for high quality light • True incandescent-like warm white light Light beyond illumination • A simple LED for everyday use Choose a simple replacement for your old bulbs • Similar shape and size as incandescent candle • Instant light when switched on Choose for a sustainable solution • Long life bulbs - Lasts up to 10 years • Saves up to 80% energy Candle 8718696763278 5.5W (50W) E14, Warm white Highlights Specifications Incandescent-like warm white saving, standard LED candle. The perfect sustainable Bulb characteristics replacement for traditional incandescent candles. • Shape: Candle •Cap/fitting: E14 Instant On • Dimmable: No • Voltage: 220 - 240 V • Wattage: 5.5 • Wattage equivalent: 50 Power consumption • Energy efficiency label: A+ • Power consumption per 1000h: 6 kW·h Light characteristics • Light output: 470 lumen • Beam angle: 150 degree • Color: Warm White This bulb has a color temperature of 2700K, • Color temperature: 2700 K providing you with a warm, tranquil atmosphere, • Light effect/finish: Warm White perfect for relaxing. This 2700K light is ideal for • Color rendering index (CRI): 80 home lighting design No need to wait: Philips LED light bulbs provide their • Starting time: <0.5 s full level of brightness immediately they are switched • Warm-up time to 60% light: Instant full light A simple LED for everyday use on.
    [Show full text]
  • Energy Saving Decorative Candles Philips Energysaver Decorative Candle Compact Fluorescent Lamps Provide Energy Saving Light and Reduced Operating Costs
    Philips EnergySaver Decorative Candle Compact Fluorescent Lamps Ideal for use in chandeliers, sconces, ceiling fans, and other decorative fixtures Energy Saver Energy saving decorative candles Philips EnergySaver Decorative Candle Compact Fluorescent Lamps provide energy saving light and reduced operating costs. Energy savings • 9W saves up to $27 in energy costs as compared to a 40W incandescent lamp* Long life • Lasts 8,000 hours** Energy saving replacement for incandescent bulbs • Provides warm, white light • Fits into incandescent fixtures • Looks similar to a standard incandescent candles • Available in candelabra and medium base *, ** See back page for footnotes Philips EnergySaver Decorative Candle Compact Fluorescent Lamps Ordering, Electrical and Technical Data (Subject to change without notice) Lamps Rated Product Nom. per Lamp Lamp Avg. Life Approx. Color MOL Mercury Number Ordering Code Watts Volts SKU Type Base (Hrs.)1 Lumens2 CRI Temp (In.) Max 42229-5 EL/Can T2 5W 5 120 1 Candle Medium 8000 215 82 2700K 4 4⁄7 3.0 42230-3 EL/mCan T2 5W 5 120 1 Candle Cand. 8000 215 82 2700K 4 1⁄2 3.0 41744-4 EL/Can T2 9W 9 120 1 Candle Medium 8000 410 82 2700K 4 3⁄4 3.0 41741-0 EL/mCan T2 9W 9 120 1 Candle Cand. 8000 410 82 2700K 4 3⁄8 3.0 Shipping Data Outer Case Case SKUs Product SKU UPC Bar Code Case Weight Cube Pallet Per Layers SKU Dimensions Case Dimensions Pallet Dimensions Number (0-46677) (5-00-46677) Qty. (lbs.) (cu. ft.) Qty. Layer High (W x D x H) (In.) (W x D x H) (In.) (W x D x H) (In.) 42229-5 42229-5 42229-0 6 1.01 0.067 3,192 456 7 1.7 x 1.7 x 4.2 4.1 x 5.7 x 4.9 39.4 x 47.2 x 40.4 42230-3 42230-1 42230-6 6 1.01 0.067 3,192 456 7 1.7 x 1.7 x 4.2 4.1 x 5.7 x 4.9 39.4 x 47.2 x 40.4 41744-4 41744-4 41744-9 6 1.32 0.102 2,376 396 6 1.9 x 1.9 x 5.4 4.5 x 6.6 x 5.9 40.8 x 48.7 x 35.5 41741-0 41741-3 41741-8 6 1.32 0.102 2,376 396 6 1.9 x 1.9 x 5.4 4.5 x 6.6 x 5.9 40.8 x 48.7 x 35.5 1) Rated average life is the length of operation (in hours) at which point an average of 50% of the lamps will still be operational and 50% will not.
    [Show full text]
  • White Lightning™ (WL5000 / WL10000)
    The White Lightning WL 10,000 and WL 5,000 Flash Units Operating Instructions WARNINGS: To avoid potentially lethal conditions, this unit must be connected to a 3-wire grounded outlet. Do not operate with two-wire extension cords or use an adaptor to connect to ungrounded outlets. This unit contains high voltages and internal components that can store dangerous voltages even when the unit is unplugged. The unit contains no user serviceable parts and should not be disassembled, except by a qualified technician. The flashtube and modeling lamp can get extremely hot. To change lamps, turn the unit off, then unplug power cord from the outlet. Allow the unit to cool, and use insulating gloves to remove or replace lamps. Do not allow finger oils to contact the lamps as this can cause excess heating and premature lamp failure. Before attempting to operate the unit, ensure that it is securely mounted to a light stand or other suitable mechanism. Do not allow unattended children around studio flash equipment as potentially dangerous conditions may result. These dangers may include burns and electrical shock hazards as well as the possibility of falling equipment if cords are tripped over. Never operate the unit in wet locations such as near bathtubs, swimming pools or outdoors in wet weather. Common sense should accompany all usage. PRODUCT DESCRIPTION: The White Lightning WL 10,000 and WL 5,000 units are extremely precise, high power electronic photoflashes. They are designed for professional studio use, and are well-suited for demanding location usage due to their very compact, yet highly durable construction.
    [Show full text]
  • Gas Lighting Resources for Teachers
    Gas nationalgridgas.com/resources-teachers Gas Lighting Resources for teachers © National Gas Museum Using the resource National Grid owns, manages and operates the national gas transmission network in Great Britain, making gas available when and where it’s needed all over the country. This resource is part of our series for schools, highlighting and celebrating how gas has lit our homes and streets and kept us warm for over 200 years. This resource primarily supports History at Key Stages 1 and 2 and the development of children’s enquiry, creative and critical thinking skills. It includes: • Information for teachers • Fascinating Did you know..? facts • A series of historical images to help children explore the theme, with additional information and questions to help them look closer. It can be combined with other resources in the series to explore wider topics such as: • Energy • Homes • Victorians • Jobs and work • The industrial revolution • Technology And used to support cross-curricular work in English, Technology, Science and Art & Design. Project the images onto a whiteboard to look at them really closely, print them out, cut them up or add them to presentations, Word documents and other digital applications. Our Classroom activities resource provides hints, tips and ideas for looking more closely and using the images for curriculum-linked learning. Resources in the series • Gas lighting • Heating and cooking with gas Gas• Gas gadgets • Gas – how was it made? •How The changing role ofwas women It • Transport and vehicles • Classroom activities •made? Your local gas heritage A brief history of gas lighting – information for teachers Before the 1800s, most homes, workplaces and streets were lit by candles, oil lamps or rushlights (rush plants dried and dipped in grease or fat).
    [Show full text]
  • Headlamp History and Harmonization
    UMTRI-98-21 HEADLAMP HISTORY AND HARMONIZATION David W. Moore June 1998 HEADLAMP HISTORY AND HARMONIZATION David W. Moore The University of Michigan Transportation Research Institute Ann Arbor, Michigan 48109-2150 U.S.A. Report No. UMTRI-98-21 June 1998 Technical Report Documentation Page 1. Report No. 2. Government Accession No. 3. Recipient’s Catalog No. UMTRI-98-21 4. Title and Subtitle 5. Report Date Headlamp History and Harmonization June 1998 6. Performing Organization Code 302753 7. Author(s) 8. Performing Organization Report No. David W. Moore UMTRI-98-21 9. Performing Organization Name and Address 10. Work Unit no. (TRAIS) The University of Michigan Transportation Research Institute 11. Contract or Grant No. 2901 Baxter Road Ann Arbor, Michigan 48109-2150 U.S.A. 12. Sponsoring Agency Name and Address 13. Type of Report and Period Covered The University of Michigan Industry Affiliation Program for 14. Sponsoring Agency Code Human Factors in Transportation Safety 15. Supplementary Notes The Affiliation Program currently includes Adac Plastics, BMW, Bosch, Britax International, Chrysler, Corning, Delphi Interior and Lighting Systems, Denso, GE, GM NAO Safety Center, Hella, Hewlett-Packard, Ichikoh Industries, Koito Manufacturing, LESCOA, Libbey-Owens-Ford, Magneti Marelli, North American Lighting, Osram Sylvania, Philips Lighting, PPG Industries, Reflexite, Stanley Electric, Stimsonite, TEXTRON Automotive, Valeo, Visteon, Wagner Lighting, 3M Personal Safety Products, and 3M Traffic Control Materials. Information about the Affiliation Program is available at: http://www.umich.edu/~industry/ 16. Abstract This report describes the development of automobile headlamps. The major topics covered include the following: the reasons for the emergence and use of different light sources, headlamp materials, optical controls, and aiming methods; differences between U.S.
    [Show full text]
  • How We Use Fire
    HOW DO WE USE FIRE? Grade level: PreK-5 Suggested Time: 20 minutes Overview Our homes have many sources of flame and heat. Children need to know which things are safe for them to use and which are tools for adults only. Objective Children and their parents are made more aware of the sources of fire and heat, and reminded of key safety practices and the message that these are adult tools. Resources/Props/Preparation Worksheets following this lesson plan, scissors, pencil The Lesson Note: Select from below the questions most appropriate for the age of the children 1. Have students cut out the sorting labels and the 16 pictures of sources of fire/heat. 2. Explain to students that they are going to sort the pictures into categories, and that it is okay if their answers are different, and that some pictures may not fit perfectly into a category. 3. Have students first sort the pictures by "Electricity" vs. "Fire." Ask questions like: How would electricity lead to a fire? Which is more dangerous? Do you have more examples of electricity or fire in your home? Have students compare sorts and discuss differences. Are there any examples that don't fit into either category? What could another category be? 4. Have students then sort the pictures by "I can use with help" vs. "Adults Only." Ask questions like: What sources of heat are you allowed to use at home? What are the safety rules for using those sources of heat? How would the sort change as you get older? Have students compare sorts and discuss differences.
    [Show full text]
  • Blue and Green Luminescent Carbon Nanodots from Controllable Fuel-Rich
    www.nature.com/scientificreports OPEN Blue and green luminescent carbon nanodots from controllable fuel- rich fame reactors Received: 29 May 2019 Carmela Russo, Barbara Apicella & Anna Ciajolo Accepted: 18 September 2019 The continuous synthesis in controlled gas fame reactors is here demonstrated as a very efective Published: xx xx xxxx approach for the direct and easy production of structurally reproducible carbon nanodots. In this work, the design of a simple deposition system, inserted into the reactor, is introduced. A controlled fame reactor is employed in the present investigation. The system was optimized for the production of carbon nanoparticles including fuorescent nanocarbons. Blue and green fuorescent carbon could be easily separated from the carbon nanoparticles by extraction with organic solvents and characterized by advanced chemical (size exclusion chromatography and mass spectrometry) and spectroscopic analysis. The blue fuorescent carbon comprised a mixture of molecular fuorophores and aromatic domains; the green fuorescent carbon was composed of aromatic domains (10–20 aromatic condensed rings), bonded and/or turbostratically stacked together. The green-fuorescent carbon nanodots produced in the fame reactor were insoluble in water but soluble in N-methylpyrrolidinone and showed excitation- independent luminescence. These results provide insights for a simple and controlled synthesis of carbon nanodots with specifc and versatile features, which is a promising pathway for their use in quite diferent applicative sectors of bioimaging. Te new class of luminescent quantum dots named carbon dots (CDs) has drawn a lot of attention since the discovery of carbon fuorescent nanoparticles into arc discharge soot in 20041 and the frst attempt of synthesis2. CDs are eco-friendly candidates aiming at replacing both the semiconductor quantum nanodots and the organic dyes for biolabeling and bioimaging, as they ofer advantages in terms of their low toxicity, biocompatibility and chemical stability.
    [Show full text]