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VETROSON® OxyGen Generators

We now have NEW VETROSON® OXY-GEN™ SYSTEMS at various LPM that can handle any veterinary hospital at the lowest LPM cost.

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FAQ

 

 

 

Knowing LPM is the way to size up which VETROSON® OXY-GEN™ SYSTEM is right for you. How can you do this? It's simple.

An anesthesia machine uses about 1 LPM, fill a Snyder ICU or a Cage Door ICU at 10 LPM, maintain at 5 LPM. Both can run on a 20 PSI unit. A ventilator averages 4 LPM depending on tidal volume. It requires 50 PSI. Add the total LPM required by the oxygen consuming equipment at peak loads. Then select the proper model.

SUMMIT HILL LABORATORIES IS VERY KNOWLEDGEABLE REGARDING
THE OXYGEN NEEDS OF THE VETERINARY PROFESSION.

SAVE MONEY ON YOUR OXYGEN BILLS…..
USING THE VETROSON® OXY-GEN™ SYSTEMS!
(COSTS PENNIES PER DAY VS. DOLLARS PER DAY FOR OXYGEN)

What is it?
Each Oxy-Gen™ System is a combination of a generator and receiver tank with interfaces that connect the generator to the receiver tank and the receiver tank to the central oxygen system manifold. The system can produce a minimum of 14,000 liters of oxygen in a 24 hour period delivering either 20 or 50 PSI at a flow rate of 10-30 LPM depending on which model is used.

Why have continuous flow?
to handle a veterinary hospital's total oxygen requirements-anesthesia machines, ventilators, a Snyder ICU or Oxygen Cage Door units. With continuous flow one is assured accuracy in LPM delivery.

Why a Receiver Tank?
The receiver tank for the 20 psi units holds 30 liters of oxygen and the receiver tank for the 50 psi units holds 70 liters of oxygen. The receiver tanks are designed to handle multiple flushes for an oxygen purge during anesthesia and filling of ICU's without throwing the system off balance. This tank is not for storage. It is continually releasing a small amount of oxygen.

What isn’t it?
It is not a concentrator. Concentrators are generally used in a 1 to 1 situation delivering up to 5 PSI, which is not sufficient pressure to connect to a manifold and handle multiple machine requirements.
It is not used to fill oxygen "H" tanks.

You mention 20-50 PSI units at 10-30 LPM. Exactly what models are available, what are the costs, and which model would I use?
The chart at the page bottom explains this.

Calculating Requirements
Use 1 LPM for each anesthesia machine in use, 10 LPM to fill a Snyder ICU or an Oxygen Cage Door- 5 LPM to maintain it, and 4 LPM for each ventilator. If the practice has a ventilator, a 50 PSI unit must be purchased. These figures vary slightly per individual animal's anesthesia requirements. Match your LPM requirements with LPM supplied. Leave a little room for an additional anesthesia machine or an ICU unit. The cost per LPM will be the lowest for any oxygen generator available today.

What are the electrical requirements, size, and weight of the units?

Installation
Easy to install. Attach the short hose on the receiver tank to the generator and the long hose to the oxygen system manifold. Plug the electrical cord into a nearby dedicated receptacle.

Back Up
Utilize your present system as back up in the event of electrical failure. In this instance just turn the Oxy-Gen™ System off and the O2 tank on.