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“Best” - Atomic Aquatics

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assembly / testing / Qc / nitrox<br />

Every <strong>Atomic</strong> regulator is stringently tested on a breathing<br />

machine to a simulated diving depth of 165 feet.<br />

Do I really need a regulator that<br />

can perform to a depth beyond<br />

300 feet?<br />

YES. We design our regulators to perform as deep as possible<br />

while maintaining breathing stability. Our regulators deliver stable<br />

breathing below 300 feet, even though safe sport diving limits<br />

are 130 feet. <strong>Atomic</strong> designs and tests our regulators to depths<br />

beyond sport diving limits to provide you an extra margin of<br />

safety. You will never feel excessive breathing resistance at any<br />

breathing rate or well below sport diving depths.<br />

Why Is White-Room-Clean<br />

Assembly Important?<br />

We never forget we are making life support equipment.<br />

Our assembly technicians build each regulator one at a time.<br />

We hand assemble every regulator in a white room-clean<br />

environment. Each regulator is then final tested to a depth<br />

of 165 feet under simulated diving conditions conducted in<br />

one of our computerized breathing simulators.<br />

Comprehensive testing records are maintained for<br />

each <strong>Atomic</strong> regulator and can be referenced by<br />

serial number if ever needed.<br />

<strong>Atomic</strong> Regs Are Designed & Tested For Nitrox Diving<br />

Every <strong>Atomic</strong> reg model is carefully<br />

lab tested and approved as safe for<br />

EAN mixtures<br />

<strong>Atomic</strong> <strong>Aquatics</strong> has diligently designed our regulator models<br />

for virtually any diving scenario in which Enriched Air Nitrox<br />

(EAN) can be safely used. Our regs have been independently<br />

lab tested to meet the stringent ASTM G-175 requirements for<br />

positive ignition testing. The test is based on trying to start an<br />

ignition or fire inside the regulator by using an ignition "pill." The<br />

pill is designed to burn like a fuse on a firecracker and releases<br />

flaming particles inside the regulator. In a reg that is properly<br />

designed for Nitrox, the fire from the pill will not damage or<br />

excessively burn any internal regulator component part. Each<br />

<strong>Atomic</strong> reg model has been tested and passed the ASTM<br />

G-175 requirement before we certify it as SAFE for EAN.<br />

Please select from the following guidelines<br />

to choose the <strong>Atomic</strong> reg model that is<br />

approved as SAFE for your EAN mixture.<br />

<strong>Atomic</strong> T2<br />

The T2 is factory approved for Nitrox up to 40% but should<br />

be dedicated for Nitrox use unless you are certain both your<br />

air and EAN mixtures comply with minimum dive industry<br />

purity standards.<br />

NEW <strong>Atomic</strong> T2X Titanium (Available early 2009)<br />

This new flagship model is approved as SAFE for<br />

Non-dedicated EAN up to 40% O2.<br />

<strong>Atomic</strong> ST1/B2/Z2<br />

SAFE for Non-dedicated EAN up to 40% O2 These <strong>Atomic</strong> models may be used interchangeably with<br />

compressed air or EAN mixtures up to 40% Oxygen at<br />

3500 psi maximum.<br />

Special Nitrox Diving<br />

<strong>Atomic</strong> M1<br />

SAFE for dedicated EAN up to 80% O2 SAFE for non-dedicated EAN up to 50% O2 The <strong>Atomic</strong> M1 model is designed to handle special Nitrox<br />

diving mixtures up to 80% Oxygen on a strictly dedicated<br />

basis. When used with high-precentage EAN mixtures, the M1<br />

must not exceed 80% Oxygen at 3000 psi maximum and must<br />

be kept in an Oxygen-clean condition. The M1 may be used<br />

interchangeably with compressed air or EAN mixtures up to<br />

50% Oxygen at 3500 psi maximum. The M1 is the best choice<br />

if you dive in areas where clean air standards are uncertain.<br />

9

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