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Vapor Vac
Checkout Ebay Auctions For The Cheapest Prices
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 Vapor Vac to Non Vapor Adapter Bushing  US $14.00
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 Gilbarco T18021-G1 G1R Vapor-Vac Controller Board US $99.77
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 Gilbarco Vapor Vac Multiplex interface Board Part# T18159-G1 REV A2 /rev.B US $75.00
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 Gilbarco vapor vac retrofit mutiplex interface t18180 US $75.00
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 Gilbarco vapor vac mutiplex t18159 US $75.00
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 Essco Gilbarco Multi-plex board for vapor vac - never opened US $20.00
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 Flex-ing/Goodyear 10' Vapor Vac Hose US $39.99
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 D-54 Fueling Instructions Decal"Vapor Vac Assist Nozzle US $1.79
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 Emco Wheaton #A4505-052 Vapor Vac Nozzle US $125.00
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 Gilbarco vapor vac retrofit mutiplex interface T18180 US $69.99
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Shark S3325 Portable Pro Steam Cleaner, Factory Serviced List Price: $99.99 Sale Price: $68.03  |
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Use the power of pressurized steam to remove built-up grease, dirt and grime from almost any surface. Attach the Steam Pocket that features a machine-washable, 2-sided microfiber cover onto this versatile steam cleaner and watch as stubborn wrinkles disappear from clothing and drapes. Other onboard accessories, including the concentrator nozzle and brass detail brush, make it possible to spot-clean carpets, and dissolve soap scum from bathroom tiles so you can keep all areas of your home clean. |
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Phoenix VA Aluminum Wall Mount Metallic LED Vaporproof Fixture, 100-277VAC, 7" Length x 13" Height List Price: $872.46 Sale Price: $636.84 |
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The metallic LED vaporproof series fixtures are constructed of marine-grade aluminum which are optimal for outdoor marine (saltwater) and other industrial environments. This fixture was developed for applications including marine vessels, offshore platforms, US Navy ships, tankers, exploratory drill ships, high vibration mining equipment, and wastewater treatment plants. Engineered for ultimate durability, these fixtures are UL1598A and UL844 Class I, Division 2 listed and certified to IP66 standards. Models are available in 1320 lumen output (16W) with wall mounting. Long life silicone gaskets. External hardware is 316 stainless steel for ultimate corrosion resistance. Junction boxes include hardware to ground the fixture. Sealed in optically clear silicone, Bridgelux LED array rated for 50,000 hours. Marine-grade aluminum guard option available. Fully potted driver system for vibration and tamper-resistance. 100-277V AC, 47-63Hz, over-voltage, over-current, and short circuit protection with auto recovery, Class 2 rated driver standard on all units. Junction box provided with one half-inch NPT outlet for power connection. Ambient storage temperature range: -40 degree C to 40 degree C. Ambient operating temperature range: -30 degree C to 40 degree C. Compliances: UL Listed 1598A - Marine Outside Type (Saltwater), UL Listed 844 - Class I, Division 2, T4A, 120 degree C Maximum Surface Temperature, cUL, ABS, IP66, LM79. Color temperature: cool white, 5600 K. 1200 typical luminous flux, 60 degree C (case). 1320 typical luminous flux 25 degree C (junction). 5 year limited warranty. Measures 7" length by 13" height. |
Here are some more information for Vapor Vac:
While grown-ups look around, they view faces, pictures hanging on a wall, and trees blowing in the wind. On the other hand, a baby or toddler sees the world from a completely opposite viewpoint. Since a baby is primarily restricted to a foot or so above the ground, they spend much of their day staring at the floor. Laying, crawling, and sitting on the ground make up a large portion of a child's activities. Parents want to protect their kids and should consider using a steam floor cleaner to disinfect the area their child is on most of the time. Even though many machines will eliminate germs, they also utilize chemicals that can be harmful to little ones. Because parents care about their child's well being, using cleaning methods, like green steam mops, that will not hurt little ones should be a priority for all moms and dads.
Keep Children Safe When They Visit
Babies chew on toys and anything they can get their tiny hands on. Toddlers stick everything they find in their mouths. Even many older kids have an oral fixation that causes them to insert objects into their mouths, although they know they shouldn't. Because of this habit, germs spread very quickly from baby to baby and child to child. When friends or relatives bring their little ones or babies into a home, they trust that the environment is safe for their precious little ones. A mom may thoroughly disinfect her home before guests arrive, but if she uses strong chemicals or a machine that leaves harmful residues on the floor, she may have made matters worse for her visitors. To ensure a surface is completely sanitized without adding toxins to the air quality in a home, use a green steam mop. This steam floor cleaner is perfectly harmless to little ones and babies as it rids hard surfaces of filth, grime, and germs. Because a green steam mop only uses water to remove residue and dirt, the only thing remaining on the floor is a clean shine. This type of floor cleaner allows a mom to place her kids, along with those who are visiting, on the floor without any concern.
Along with using a steam floor cleaner, mothers can protect their own children and guests in her home by sanitizing toys after they are played with. For years, mothers reached for bleach to kill harmful pathogens like bacteria, viruses, and fungi. However, doctors and experts now know that bleach also includes a whole bunch of potentially harmful chemicals that can bring about irritation of the respiratory system and the mucous membranes. Instead of bleach, consider using gentler alternatives. The simplest way to safely rid hard toys, such as plastic chew toys, blocks, and rings, of germs is to run them through the dishwasher. After a cycle, these toys will be safe for children to dirty again. Sprays and wipes without strong odors or fumes are a good option for items that won't fit in the dishwasher. These products also don't leave residue on objects and won't discolor items. Another guaranteed safe way to cut down on germs is to have children wash their hands frequently throughout the day, especially before they eat and after they use the bathroom.
Other Benefits Of Green Steam Mops
While green steam mops protect children from ingesting harmful chemicals that are left behind by other hard floor cleaners, they also keep children from getting burned by the hot mist. By using a trigger system that doesn't house a boiler, a steam floor cleaner won't burn children from built-up pressure when the cap is removed. These hot vapor burns can cause major discomfort to little ones, so selecting a steam floor cleaner without a boiler is important for the safety of children and babies.
Additionally, a steam floor cleaner helps children with allergies and asthma breathe much easier at home. Most children experience initial asthma symptoms before they turn five, and asthma is the chief cause of unrelieved illness in children. Ten to 12 percent of children are affected by asthma. Because youngsters are being exposed to more and more allergens, such as dust and air pollution, even in their homes, experts feel that the illness will continue to increase at a steady pace. Raising a child with allergies or asthma is an exhausting job. However, using green steam mops will be one less thing parents have to worry about when it comes to cleaning their home without aggravating their child's symptoms.
Knowing these few facts can help parents breathe a little easier when it comes to cleaning solutions and children.
Chris Harmen writes for GrueneSteam, leading providers of effective green steam mops that are safe for babies and children. She explains the health benefits of using a steam floor cleaner.
Fluorescent Lighting Dangers – Why LED Lights Are the Better Choice
Compact Fluorescent Lights (CFLs) along with more traditional fluorescent lamps are now being aggressively marketed as environmentally friendly due to their reduced electricity consumption. Indeed, widespread replacement of incandescent bulbs with CFLs will greatly reduce electricity demand; however, there are safety issues that ultimately contribute to making LED lighting the superior choice. Understanding fluorescent lighting risks can help ensure that fluorescent light bulbs are used and disposed of safely while explaining why LED lighting is the safest and most eco-friendly lighting choice in the long run.
Mercury
The most commonly cited fluorescent lighting hazard is mercury. Fluorescent and CFL bulbs contain a small amount of mercury and are identified with the elemental symbol Hg. When these bulbs are cold, some of the mercury in the lamp is in liquid form, but while the lamp is operating or when the lamp is hot, most of the mercury is in a gaseous or vapor form.
Mercury vapor is extremely toxic. Even in liquid form, contact with mercury is considered life-threatening or a "severe" risk to health. Even very small doses of mercury can cause severe respiratory tract damage, brain damage, kidney damage, central nervous system damage, and many other serious medical conditions.
CFLs average less than 4 milligrams of mercury, about the amount that would cover the tip of a ballpoint pen. By comparison, older thermometers contain about 500 milligrams, an amount equal to the mercury in 125 or more CFLs. Although the amount of mercury in each fluorescent lamp is small, it is always important to avoid breaking fluorescent lamps, and used bulbs must be delivered to a hazardous waste handler. Never place fluorescent lamps in trash compactors or incinerators, since this will release the mercury and contaminate the surrounding area.
Disposed of improperly, mercury can contaminate buildings, landfills, lakes, animals, fish, birds, humans, crops and rivers. In the US, the EPA has ordered waste handlers to treat fluorescent lamps as hazardous waste. With such a classification, fluorescent lamps are not to be sent to landfills, but instead are to be sent to recycling centers that break the lamps under special conditions and safely recover the mercury. Up to 95 percent of the mercury contained in CFLs can be recovered if the bulbs are recycled properly.
Mercury-containing lamps generated by households and small businesses are not always subject to legal restrictions regarding their disposal. State laws vary and some states, such as California, Maine, New Hampshire, Minnesota, Vermont and Massachusetts, prohibit all mercury-containing lamps, including CFLs, from being discarded in the solid waste stream. In addition, many local ordinances require recycling of mercury-containing products, including lighting. It is best to check with your municipality to understand whether there are local requirements addressing mercury-containing waste disposal.
Because mercury will be released if a fluorescent lamp is broken, it is important to install fixtures in areas where the lamps are not likely to be broken. Fixtures in areas close to the ground or in areas with moving equipment should use metal or plastic shields to protect the lamp from being broken. If a fluorescent lamp breaks, there are numerous safety and cleanup issues which we discuss in more detail in the following section.
Breakage
Fluorescent lamps create several hazards if broken. Depending on the type, there may be a partial vacuum or the lamp may be under pressure. Breaking the glass can cause shrapnel injuries, along with the release of mercury and other hazardous compounds.
The biggest immediate injury threat from a broken lamp is from the phosphor-coated glass. If cut with fluorescent lamp glass, any phosphor that gets into the wound is likely to prevent blood clotting and will interfere with healing. Such injuries should be treated seriously and immediate medical attention should be obtained for people or pets that are cut. Medical personnel should be informed that the injuries were caused by a broken fluorescent lamp, and that mercury was present.
To minimize exposure to mercury vapor, EPA and other experts advise a few precautions. Children and pets should stay away from the area, and windows should be opened for at least 15 minutes so that vapors may disperse. Cleanup can be done by hand using disposable materials. Use rubber disposable gloves and scoop up the materials with stiff paper or cardboard. Use sticky tape to pick up small pieces and powder, clean the area with a damp paper towel, and dispose of the materials in an outside trash can. Never use a vacuum because this will only disperse the mercury vapor and leave particles trapped inside the cleaner bag.
Dimmers
Never use a CFL with a dimmer in the circuit (unless it is specifically made to work with dimmers), even if the dimmer is set at the maximum setting. Doing so places you at risk of fire and at the very least will dramatically shorten the life of the lamp and the dimmer. Also most photocells, motion sensors and electric timers are not designed to work with a CFL. Check with the manufacturer for the use of a CFL for these types of fixtures.
To use a CFL on a dimmer switch, you must buy a bulb that's specifically made to work with dimmers (check the package). GE makes a dimming compact fluorescent light bulb (called the Energy Smart Dimming Spirals®) that is specially designed for use with dimming switches. I don't recommend using regular compact fluorescent bulbs with dimming switches, since this can shorten bulb life. Using a regular compact fluorescent bulb with a dimmer will also nullify the bulb's warranty.
Finally, if a CFL bulb "buzzing" when it is installed in a fixture that is controlled by a dimmer switch, this is an indication that you have the wrong type of CFL bulb installed.
Electrical
Any fluorescent fixture that uses lamps longer than 24" or that is used outdoors or in a damp, wet, or high-humidity location must have an electrical ground for the fixture and ballast. All rapid-start and instant-start fluorescent fixtures must have an electrical ground in order to operate properly. Fixtures with longer lamps operate at higher voltages, with some fixtures having starting voltages across the lamp as high as 950 VAC. Voltages at this level represent a strong shock hazard and improperly grounded fixtures or direct contact with electrical connectors or other wiring can result in severe injury or death.
When servicing fluorescent fixtures and lamps, electrical power to the entire fixture should be disconnected. This is not always practical in situations where a large number of fixtures are controlled from the same power control (such as in open office areas). In these cases, insulating gloves and a nonmetallic ladder should be used if the fixtures must be serviced when power is present. This advice also applies when retrofitting a fluorescent fixture to mount LED tube lights.
Short-Wave Ultraviolet Light
A long-term hazard from fluorescent lighting is the shorter-wave ultraviolet (UV) light that escapes the lamp. No matter how well crafted, some short-wave ultraviolet light escapes from every fluorescent lamp made. Short-wave UV light is one of the damaging components of the suns rays that reach the surface of the Earth, which can directly damage organic tissue and trigger cancers. Short-wave UV light can also age or damage paper, fabrics and other materials.
Generally, fixtures with a plastic lens leak the smallest amount of UV light, mainly because most of the ultraviolet light gets absorbed in the plastic lens. Fluorescent lighting in museums, archival libraries and manufacturing "clean room" areas usually have UV-absorbing sheeting applied to the lamps or the fixture lens to eliminate all UV light. LED bulbs do not produce any UV light.
Flicker and Glare
Flicker and glare from fluorescent lights can also cause headaches and have been found to impact learning and ability to concentrate. Although humans cannot see fluorescent lights flicker, the sensory system in some individuals can somehow detect the flicker. Ever since fluorescent lighting was introduced in workplaces, there have been complaints about headaches, eye strain and general eye discomfort. These complaints have been associated with the light flicker from fluorescent lights. When compared to regular fluorescent lights with magnetic ballasts, the use of high frequency electronic ballasts fluorescent lights resulted in more than a 50% drop in complaints of eye strain and headaches. There tended to be fewer complaints of headaches among workers on higher floors compared to those closer to ground level; that is, workers exposed to more natural light experienced fewer health effects.
Long-term clinical studies that conclude fluorescent lighting in schools may be related to many academic and health problems. A 2006 study found that students in schools with natural light instead of fluorescent lighting had a 10% to 21% higher learning rate and higher test scores. Fluorescent lighting may trigger headaches, migraines and other physical symptoms. Many children have been mislabeled with learning disabilities, ADD/ADHD, reading problems and dyslexia all because of students having to work under fluorescent lights. With cool-white fluorescent lighting, some students demonstrated hyperactivity, fatigue, irritability, and attention deficits.
Lamps operating on alternating current (AC) electric systems produce light flickering at a frequency of 120 Hertz (Hz, cycles per second), twice the power line frequency of 60 Hz (50 Hz in many countries outside North America). Essentially, the power is turning on and off 120 times a second (actually the voltage varies from +120 volts to -120 volts, 60 times or cycles a second and is at zero volts twice in one cycle). People cannot notice the flicker in fluorescent lights that have a flicker rate of 120 cycles per second (or 120 Hz).
Flicker is usually a potential problem only with lighting that require the use of ballasts, like fluorescent lights. Incandescent lights usually do not cause a flicker problem since the light filaments generally do not cool quickly enough (and make the light dimmer) during the "off" time as the voltage changes in the AC power line. New, energy-efficient electronic ballasts take the 60 Hz power and convert it to voltages at a much higher frequency. The resulting flicker frequency is so high that the human eye cannot detect any fluctuation in the light intensity - essentially flicker-free. An added benefit is that electronic ballasts produce less hum than that emitted by other kinds of ballasts.
Manufacturers and regulators have taken steps to eliminate this problem with LED lights. In the US, the new Energy Star criteria for integrated LED replacement lamps include a requirement for 150 Hz operation (now being challenged by manufacturers who cite studies that 120 Hz is sufficient). The majority of low-frequency AC LED systems already operate in the rectified mode, which effectively doubles the luminous modulation frequency to 120Hz for 60Hz mains in the US. Despite many attempts, laboratory investigations have not found statistically significant evidence of luminous modulation with frequencies over 100Hz on human performance, health, or comfort.
For practical advice about LED lights, including everything you ever wanted to know about LED tube lights, please visit ledtubelights.org and for objective reviews of LED lighting products, please visit LED Light Reviews.
About the Author
James is a small business owner who enjoys sharing the lessons he has learned retrofitting his office and home with energy-efficient LED lighting. In fact, he likes LED lights so much, that he has become sort of an LED lighting evangelist. For practical advice about LED lights, including everything you ever wanted to know about LED tube lights, please visit ledtubelights.org.
in automotive a/c how long at what vac in will water turn to vapor?
in 5min at 190 degrees
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