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Available in Two Finishes |
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Chrome
Model 400 |
Brushed Nickel
Model 430 |
Features
- Patented design mixes water and air to create a powerful, stimulating showering experience.
- Incorporates fluid dynamics to increase water velocity and accelerate it out of the showerhead.
- Interior components made of DuPont Delrin, providing strength and resistance to corrosion and scale build-up.
- Comfort Control Lever allows you to adjust water flow from full, invigorating strength to soft, relaxing spray.
- Self-pressurizing design allows consistent performance in all water pressures above 20 psi.
- Constructed to withstand pressures to 150 psi and temperatures to 160°F.
- Includes Teflon pipe thread tape and install guide to ensure installation success.
- Lifetime Performance Guarantee: against clogging or defects in material and workmanship.
- Rated Flow:
- 2.5 gpm at 80 psi.
- 2.0 gpm at 60 psi.
- 1.6 gpm at 40 psi.
- 1.1 gpm at 20 psi.
- Material: ABS plastic housing, Delrin, brass and CBA alloy.
- Dimensions: 3"w x 5.25"l.
- Weight: 1.0 lb.
- Available Finishes: Chrome and Brushed Nickel.
How It Works
The innovative technology behind Oxygenics® is based on the Venturi Principle. As water enters the base of the showerhead, it is propelled through an accelerator fin to increase the velocity of the water flow. It is then directed through a channel where air is injected into the water. The result is phenomenal coverage and a continuous range of sensations with the adjustment of the Comfort Control Lever - from a soft relaxing spray to a deep, therapeutic massage to everything in between.
Delrin
- Delrin® is one of the key components of Oxygenics® showerheads. It provides strength, toughness and dimensional stability where needed. The hardness and lubricity of Delrin® allows smooth movement for angle adjustment and Comfort Lever control. Don't let mineral deposits and hard water get the best of your showerhead. The single orifice design of Oxygenics® showerheads coupled with internal components made of non-stick Delrin® provide complete protection against "shower cloggers" and prevents mineral build-up. Oxygenics showerheads are virtually maintenance free and come with a Limited Lifetime "Never Clog" Performance Guarantee.
Technology
The Oxygenics® SkinCare™ Series meets ANSI standard testing and materials specifications A112.18.1M-1996. Designed to function appropriately at pressures no less than 20 psi. Constructed to withstand pressures of 150 psi and temperatures up to 160° F.
The flow device is of a single orifice design. It is constructed of injection molded Delrin® acetal. The device is machine pressed into the spray nozzle and cannot be removed with a straight pushing or pulling force of less than 100 lbs.
Equipped with a comfort control lever. The lever assembly glides on “o” rings made from molded rubber. As a safety feature, when the comfort control is turned to the lowest position, water will continue to flow.
The spray nozzle is constructed of Delrin® acetal resin. The nozzle uses a venturi system consisting of 16 air entrance ports, which allow air to increase the spray velocity. Oxygen levels in the water are increased as well.
Outer covering of the spray nozzle is made of plated ABS plastic, enhancing the showerhead’s appearance and muffling the venturi system. Utilizes a ball and socket base allowing for adjustment. Ball is constructed with Delrin® acetal. The seating washer is designed to seal around the ball swivel when compressed by assembly. The base connector is made from free machining brass and CBA alloy. The base fits any standard 1/2” male threaded shower arm.
Showerhead Installation
- Remove existing showerhead from existing shower arm. Unscrew by turning counterclockwise
- Clean debris from the threads of the existing shower arm.
- Wrap threads of the shower arm with pipe thread tape in a clockwise direction. Two complete revolutions should be adequate.
- Attach new showerhead to the existing shower arm by turning the attachment nut in a clockwise direction until tight.
Showerheads
There are primarily three types of showerhead designs. Some products include a combination of the different spray types in a single showerhead. Showerheads are rated by flow rates in Gallons Per Minute (gpm) at specific Pounds per Square Inch (psi) water pressure. Higher water pressure will produce a higher flow rate than lower water pressure.
- Aerating - this design mixes water and air together to get a forceful flow of tiny water droplets, dispersed over a broad area. The concept allows a lower flow of water to fell like a higher flow rate.
- Jet Spray - showerheads with this design will have individual streams of water flowing from the showerhead and no air mixture.
- Massage - the massaging action of these showerheads are the result of pulsating water streams that may be configured in a variety of pulse speeds and spray patterns. Massage showerheads often combine with other spray options to provide multi-functionality.
Water Use Standards
The US Energy Policy and Conservation Act of 1992 requires minimum standards for the manufacture of certain major household appliances, commercial equipment and plumbing products such as toilets, faucets and showerheads. Examples of household plumbing fixture water use standards:
- Faucets - 2.2 gallons per minute (gpm) at 60 psi water pressure.
- Showerheads - 2.5 gpm at 80 psi water pressure.
- Toilets - 1.6 gallons per flush (gpf).
Benefits of Water Conservation
Water is a finite resource and although the average daily rainfall in the US exceeds 4.2 trillion gallons, water is not always available where it is needed. The demand for water has grown more quickly than our ability to find new water sources. Water shortages can range from being inconvenient to having tragic results for individuals, communities and industry. Water Conservation is a good defense against shortages and is everyone's responsibility.
The typical individual uses about 50 - 75 gallons of water per day. If your household plumbing fixtures do not meet the Energy Policy and Conservation Act standards, there is an opportunity to develop a water conservation plan in your home that is good for you and the environment and can save you about 30% on water use. Water conservation helps keep our supply of fresh drinking water up and the amount of wastewater down. When you conserve water, you benefit in many ways:
- You save money on the cost to purchase or pump your water.
- You save on the cost for waste water treatment or septic system design and maintenance.
- You save on the cost of water heating the extra unnecessary water usage.
- You save on the cost associated with maintaining water heaters and household plumbing fixtures.
- You help extend the useful life of municipal wastewater treatment plants and private septic systems.
Homes with older plumbing fixtures such as toilets, sinks and showerheads, have a great opportunity to save water and money. The following chart compares common older plumbing fixtures with modern water conserving fixtures and accessories.
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Water Conservation
Comparison |
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Energy
Efficient Fixtures |
Older
Inefficient Fixtures |
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Sink Faucet |
2.2 gpm or less |
Sink Faucet |
4-6 gpm |
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Toilet |
1.6 gpf or less |
Toilet |
3.5 to 5 gpf |
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Showerhead |
2.5 gpm or less |
Showerhead |
4-7 gpm |
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Average water
use is 51.9 gallons per person, per day |
Average water
use is 74 gallons per person, per day |
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A family of four could save
31,500 gallons per year! |
With average water costs of $0.0021 per gallon and wastewater costs of $0.00235 per gallon, this would be a cost savings of over $140 per year not including heating, electricity and other associated costs. Your water and cost savings may be significantly greater depending on your costs for water, wastewater, electricity, heating fuel and your daily water required activities.
Showerhead Performance
The US Energy Policy and Conservation Act of 1992 requires minimum standards for the manufacture of showerheads. Showerheads must not exceed 2.5 gallons per minute (gpm) at a water pressure of 80 pounds per square inch (psi). Showerheads control the water flow through it, not the water pressure. The higher the water pressure, the greater the flow of water through the plumbing system.
Water pressure is determined by the plumbing system and the delivery of water from the municipal water distribution network or household pumping system. In most municipal systems, water is pumped into towers and the difference in height of the water tower and your home creates water pressure through gravity. If you live in a high rise apartment building, most likely there is a booster pump to deliver water to the upper levels and keep plumbing pressures constant. Homes with well water have storage tanks with air filled bladders that exert force on the stored water to create water pressure for the household plumbing system. Most household plumbing systems have water pressures of 40 to 60 psi. If water pressure is too high, it can cause damage to the plumbing and fixtures. If water pressure is too low, there may not be a desirable flow rate.
There are several causes for reduced flow from showerheads. Minerals from the water supply can collect in the spray openings, and dirt and debris from the water supply can clog the screens and flow restrictors. If the showerhead has developed a reduced flow over time, there is a chance of mineral deposit build-up or sediment blockage. To return the showerhead to like new performance, remove and clean the sediment screen located where the showerhead attaches to the shower arm. To remove mineral build-up, soak the showerhead in a 50/50 solution of vinegar and water overnight. This will dissolve the mineral deposits. For showerheads with rubber spray tips called "Self Cleaning", you can run your fingers against the rubber tips while the showerhead is in use. Flexing the tips will break up calcium deposits and maintain peak flow.
