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Freeplay Sherpa X Ray LED Self Powered Flashlight

Available in Two Colors
Transparent Blue	Clear
DC Input. 3 Way Switch - high, normal, off. Lens Enclosure.	Optimum Charge Level Indicator. Wind-Up Fold Out Handle.

According to the California Department of Conservation, Americans use 2 billion non-rechargeable batteries a year for a variety of portable uses. Batteries contain heavy metals such as mercury, lead, cadmium and nickel which can contaminate the environment when improperly disposed of. On average, each person in the US discards eight dry-cell batteries per year. Although batteries generally make up less than 1% of municipal solid waste, they account for a disproportionate amount of toxic heavy metals. In 1995, the EPA reported NiCd batteries accounted for 75% of Cadmium found in solid waste. Learn more about household batteries in the Solid Waste section of our Education Center. If you have devices that use replaceable batteries, visit the Rechargeable Battery Chargers & Batteries section for the most advanced products. View a Comparison Chart of Self Powered Flashlights.

Benefits of Self Powered Electronics:

• Health & Environment - toxic heavy metals from batteries can make it into the environment and food chain where they pose health impacts on humans. When these batteries are land filled, they can leach heavy metals slowly into the soil and ground and surface water. When batteries are incinerated, certain metals may be released into the air or concentrated in the ash that has to be disposed of. Mercury was phased out of certain batteries starting in 1996 with the signing of the Battery Act, but other heavy metals such as Cadmium are still used, which are very toxic. Using self powered electronics with rechargeable batteries reduces the environmental levels of heavy metals, reduces the number of batteries in the waste stream and greatly reduces disposal requirements.

• Cost Savings - self powered electronic devices use solar, wind-up and rechargeable power to produce the energy needed to run the electronic device. There is no need to continually buy non-rechargeable batteries or replacement bulbs over and over again to operate your electronic device. For example, a single electronic device that is used 2 hours a day for one year could have a battery cost of $95 based on purchasing 19 sets of 4C cell alkaline batteries at $5.00 each set. In less than 6 months, an average self powered device will begin to to save you money over disposable battery products and will pay for itself within a year.

Cost Comparison Freeplay vs. Disposable Battery Products
Conventional Radio	$15.00
2 AA Batteries	$1.50
Freeplay Radio	$40.00
Hours per Day Operation (at medium volume)	5
Cost Breakeven Point	4 months
Product Lifetime Savings (10,000 wind-ups)	$170

• Emergency Preparedness and Energy Independence - using wind-up, solar and rechargeable power, Self-Sufficient Energy Technology gives you freedom and independence from traditional power sources, leaving you equipped for any situation. Great for the outdoors, these products never run out of available power. In an emergency, you are never left in the dark looking for candles and batteries or without radio communication. An average battery operated flashlight lasts only 10 hrs before battery replacement is needed. Self-Sufficient Energy Technology combines wind-up, solar and rechargeable power into unique, portable, consumer electronic products that keep you powered wherever you go and when electronic power is not available.

How It Works

Energy Supply - these self powered devices use various energy charging options, such as solar, wind-up or AC plug-in, to store energy in the integrated rechargeable NiMH battery pack. All units feature a wind-up mechanism in which an AC alternator is driven by a crank through a transmission to convert human mechanical energy into stored electricity. Hand cranks are folded into the flashlight or radio and extended when needed. To power up the device using self generated power, simply fold out the handle, wind-up in either a clockwise or counterclockwise direction until the desired charge level is achieved and then fold the handle back to the original position.

Light Source - lighting is supplied by white Light Emitting Diodes (LED) instead of incandescent bulbs. LEDs can produce comparable light to incandescent bulbs, but are much more energy efficient and can last up to 100,000 hrs.

Fold Out Handle and Wind in Either Direction. Fold Back Handle when Desired Charge is Obtained

About Freeplay Self Sufficient Products

Freeplay Energy Group was founded in the mid 1990's to provide products using self-sufficient technology to meet the needs for emergency communication and diminish the dependence on traditional energy sources. Freeplay is the leader in this category and is focused on developing Self-Sufficient Energy Technology products. Many companies produce wind-up self powered products, but not all products are made of the same quality components, provide high light illumination or long operating times.

Freeplay products have been tested against other Self-Sufficient Energy Technology products and Freeplay flashlights and radios outperform all other products for efficiency, illumination, power generation and operating times. For example, Freeplay's lowest performing flashlight is 5 times more efficient than the competitor's best flashlight and Freeplay's radio played 3 to 5 times longer than other models with the same wind-up time and speed.

Freeplay vs. other Companies
Freeplay Component Quality	Competitor Component Quality

Key Features of Freeplay Products:

• No disposable batteries are used for operation, never worry about disposing or replacing batteries.

• The LED lighting lasts up to 100,000 hrs. of operation and never needs replacement.

• Self-sufficient, solar and/or wind-up power charges on-board rechargeable battery. The more you wind to charge the battery pack, the longer it operates. Wind-up at anytime.

• Internal and external components specified to industrial standards for repeated use and long life durability. Winder handle of tough glass reinforced Nylon. Gear train made of tough glass reinforced Nylon and Acetyl and tested to 500,000 cycles. Outer casing thickness is twice that of competitor brands on average.

• Dependable Rechargeable Battery tested to 10,000 crank charge cycles without capacity loss and never needs replacement.

• Products last a lifetime with rugged design and quality components.

• 2 Year Warranty for defects in materials or workmanship.

Performance Comparison

Several self-sufficient flashlights were laboratory tested to compare performance. Testing measurements included Light Intensity (Lux) and Operating Times. The following models were tested:

• Hummer DK013

• Ranger ET0100

• Brookstone Ready Light

• Sharper Image YW631

• Freeplay Sherpa X Ray

Test Methodology

Light Intensity (Lux) - the light beam from each flashlight was shone on a light meter sensor placed 1 foot from the flashlight's lens. One Lux is equal to one lumen per square meter or 0.093 footcandles.

Operating Time - each flashlight was cranked at 120 rpm for 60 seconds or if the charge procedure was to shake the flashlight, the flashlight was shaken for 60 seconds. The flashlight was left shining on the light sensor until a Lux reading of 20 was registered.

Frequently Asked Questions

Q. Is the Sherpa X Ray waterproof?
A. No. It is not waterproof, but it is splash proof and will work in rainy conditions..

Q. Can I over wind the unit or does it ever stop you from winding?

A. No, you can not over-wind the internal mechanism.

Q. Is there a specific direction to wind the hand crank?

A. No, the winder handle can be cranked in both directions.

Q. How long will it take to fully charge the X Ray flashlight using the winder handle?

A. As a guide, a constant input effort of 40 minutes into the crank at the optimum charge level will fully charge the battery.

Q. How long will a fully charged battery retain its charge for?

A. The battery will retain about 70% of its capacity after 1 month, 55% after 2 months, 45% after 3 months and 25% after 6 months.

Features

• Simple, rugged, stylish and reliable light is ready anytime, anywhere.

• Non-slip rubber grip with splash proof design, flashlight will work in rainy conditions.

• Two light brightness levels - normal for low energy use, Ultra-Bright for light demanding tasks.

• Self-sufficient, wind-up power charges on-board rechargeable battery.

• A cluster of 7 Ultra Bright white 5mm LEDs provide high lighting performance with up to 100,000 hr. operating life.

• LED charge indicator tells you the optimum winding speed.

• 6V 100mA AC/DC adapter included for household charging.

• Non-slip rubber grip.

• Rechargeable Battery: 3.6V NiMH battery pack.

• AC/DC Adapter Charge Time: 24 hrs. after full discharge.

• Shine Time:

  • Fully Charged - 20 hrs. normal beam.

  • Fully Charged - 3 hrs. 20 min. ultra-bright.

  • 30 Second Wind - 20 min. normal beam.

• Color Options: translucent blue, clear.

• Dimensions: 2.1"h x 2.4"w x 6.3"l.

• Warranty: 2 years for defects in materials or workmanship.

• Weight: 13 oz.

• View a Comparison Chart of Self Powered Flashlights.

Sherpa X Ray LED Flashlight - Blue or Clear

Price: $32.00

X Ray LED Flashlight - BlueX Ray LED Flashlight - Clear
Quantity:

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