CCC PROPRIETARY – Jan2013

CCC PROPRIETARY

FEB 2013

OXYGEN IN SECONDS EASE OF ACTUATION

OPERATES IN ANY POSITION

DESERT TO MOUNTAIN UP TO 40,000 FEET

COMPACT & RUGGED

NON EXPLOSIVE P26029

The O2PAK is an FDA approved handheld emergency oxygen solution for immediate use at the point of injury, under the most severe conditions and in the most remote locations until patient/casualty treatment and evacuation can be achieved.

CCC PROPRIETARY

FEB 2013

GRAB & GO SOLUTION ALWAYS READY

NO MAINTENANCE

NO REFILLING NEEDED NO NEED FOR BATTERIES

NO NEED FOR ELECTRICITY

SPECIAL OPS DEMINING MILITARY MASS CASUALTY

CCC PROPRIETARY

FEB 2013

CCC PROPRIETARY

FEB 2013

9.8 inches 25 cm

4 inches 10 cm

3 lbs 1.36 kg

TYPE Solid State Chemical – Single use Medically pure oxygen (USP99% - odorless - colorless) DURATION 22 minutes minimum guaranteed FLOW CHARACTERISTICS Flow rates 8-4 LPM for 22 minutes minimum Oxygen availability Within 4 seconds of actuation CAPACITY 90 liters minimum PRESSURE 3 psig max. during operation 30 psig max. during initial surge Pressure relief at approximately 25-35 psi GAS TEMPERATURE maximum 6° C above ambient ORIENTATION Works any position (vertical, horizontal) SHELF LIFE 48 months MAINTENANCE No battery, no electricity, no filling, no mixing P26029

CSTARS Testing University of Cincinnati College of Medicine

(laboratory conditions)

Flow rate/ duration is dependent on the surrounding ambient temperature, pressure, humidity & air circulation

CCC PROPRIETARY

FEB 2013

SAME GENERATOR AS USED ON BOEING PASSENGER AIRPLANES

Fundamental reaction: NaClO3 --> NaCl + 3/2 O2 Heat generating reaction: Na2O + 1/2 O2 --> Na2O2 + heat Chlorine absorption reaction: Na2O2 + Cl2 --> 2NaCl + O2

Oxygen is produced by chemical reaction when the activation pin is pulled, releasing a spring-powered striker that ignites the reactant. The reactant is sodium chlorate which produces heat in an exothermic reaction (internal temperature of the canister can reach over 300 °C degrees Celsius ). Once activated the production of oxygen cannot be stopped until the reactant is depleted. The heated sodium chlorate decomposes into sodium chloride (salt) and oxygen gas. In the presence of water, chlorine gas and hypochlorite ions are also produced. Disodium peroxide is used to scavenge the chlorine gas and hypochlorite ions.

MAT

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FEB 2013

VIBRATION

PURITY - TEMPERATURES ALTITUDE CHAMBER

DROP TESTS

Extensive scientific R&D and testing (shock, vibration, temperature, purity, flow, pressure, humidity…) were done under a wide variety of operational conditions to prove safety and efficacy.

The O2PAK has been cleared by the FDA

O2PAK, Portable Oxygen Generator 510(K) number K120566

Regulation number 21 CFR 868.5440 Class II, Code CAW

The O2PAK is cleared for emergency use under the direction of trained medical military personnel in support for disaster relief, crisis response, wartime operations, deterrence and contingency operations, humanitarian relief operations or peacetime engagements.

CCC PROPRIETARY

FEB 2013

CCC PROPRIETARY

FEB 2013

ACTIVATION INSTRUCTIONS MARKED ON THE SIDE OF THE BAG

P26029

OXYGEN FLOWS WITHIN 4 SECONDS OF PULLING OUT BOTH PINS (SAFETY + ACTUATION)

1. OPEN COVER FLAP 2. CONNECT APPROVED CANNULA TO FLOW INDICATOR 3. PULL BOTH ACTIVATION PINS

4. CLOSE COVER FLAP 5. INDICATOR WILL SHOW FLOW 6. DO NOT PLACE THE DEVICE DIRECTLY ON THE PATIENT

FOR MORE INFORMATION, REFER TO SI-P26029

ONCE ACTIVATED, THE GENERATOR WILL INCREASINGLY GET HOT AND REMAIN HOT EVEN AFTER THE FLOW HAS STOPPED.

THE END COVERS MUST REMAIN SECURED IN CLOSED POSITION AT ALL TIMES. AVOID PROLONGED DIRECT CONTACT WITH THE SKIN (OVER 1 SECOND) AS POTENTIAL INJURY MAY OCCUR. NEVER PLACE THE DEVICE DIRECTLY ON THE PATIENT The O2PAK will become hot to the touch due to the exothermic reaction within the chemical oxygen generator (the internal temperature can reach up to 600 degrees Fahrenheit - 316 degrees Celsius) with a ‘hot spot’ up to 86°C / 187°F: temperature reached at, near, or past the end of flow.

CAUTION

CCC PROPRIETARY

FEB 2013

The O2PAK requires specific shipping boxes & handling procedures

Oxygen generators (O2PAK) are classified as hazardous Hazardous Materials Regulations HMR ; 49CFR 171-180

Hazard class: 5.1 oxidizer Packing group: II (if by air: CAO, Cargo Aircraft Only, 523)

Classification code: 03 UN number: 3356

The O2PAK cannot be carried on or shipped on passenger carrying aircraft P26029

CCC PROPRIETARY

FEB 2013

Where do I find the expiration date? On the label of the O2PAK

Does it make a difference which pin I pull out first? NO (but both pins need to be removed)

What happens if I remove only 1 pin? The flow will not start Both pins have been removed (2nd pin guarantees O2PAK will not actuate inadvertently)

Can pressure build up if the port is blocked? NO (there is a relief valve)

Can the O2PAK be used against toxic fumes or smoke? NO

Is it possible to stop the flow? NO (trying to putt a pin back will not stop the flow)

Is it possible to regulate the flow? NO the flow is pre-determined Can the O2PAK be used with ventilators (10-15LPM)? Not unless user combines multiple O2PAK to reach flow

Is it CE approved? Not yet

Will the O2PAK explode if a bullet goes through? NO, the O2PAK will not explode

What are the O2PAK storage temperatures? Optimal : +50°F to +95°F (+10°C to +35°C) Full range: -40°F to 158°F (-40°C to +70°C)

What are the O2PAK operating temperatures? Optimal : +35°F to +95°F (+2°C to 35°C) Full range: -4°F to 155°F (-20°C to 68°C)

Is a mask supplied with the O2PAK? NO, the O2PAK is an oxygen source only Patient interface: Salter Labs P/N 1600 Nasal Cannula or equivalent

P26029

CCC PROPRIETARY

FEB 2013

Combat Critical Care is a subsidiary of Pacific Precision Products (PPP), a privately owned corporation based out of Southern California. Founded in 1973, Pacific Precision Products has earned a strong reputation in the aerospace industry, with over 39 years expertise in the development, qualification and manufacturing of customized oxygen solutions for a large variety of platforms (Lockheed Martin, Boeing, Airbus, Gulfstream, Embraer, Bombardier, SpaceX etc….). Combat Critical Care is bringing a similar expertise to new markets for trained professionals within the military, search and rescue, first responder, homeland security, disaster relief and humanitarian efforts. With a highly skilled work force, it develops and manufactures customized solutions, working closely with its customers.

FEMA – Responder Knowledge Base https://www.rkb.us/contentdetail.cfm?content_id=291635&query=PORTABLE%20OXYGEN&overridesubtype=131