Failure to complete Diver Certification prior to use of this product, may result in injury or death
Average Customer Review: based on 2 reviews.Rating: Model Al-E160 Hookah
Is this system capable of working with any face mask or is there a specific one you would have to get?
For the al-e160 hookah, is it a complete system,besides buying a face mask? Can the regulator be used in cold water(50-60degree) without freezing up? Ohio is where Im at. I am looking to buy a system like this one in the spring.20ft will be my limit going down..
For the A1-E160 Hookah, that takes 10.3 amps. How many watts would the 12 VDC to 110 VAC inverter need to be? I have two 12V deep cycle, series 29 batteries in parallel for 12 volts. (with 90 amp hours each) I will run the diesel motor on the sailboat, while I am using it, with an 90 Amp alternator, to keep the batteries charged. My thinking is that to have an excess of 20% above the peak voltage demand of 10.3 amp, that I would need somewhere around a 1400 watt inverter.. -to be safe and not overheat. -or am I putting the wrong numbers in the formula? Thanks 12.6 amp peak x 110 volts AC = 1,386 watts Is this the proper way to think about it?
hown with optional, padded utility bag. Set-up is for one but perfectly holds compressor with two, complete, 60 foot diver sets. (See Accessories for addit diver package)
Continuous 110 volt performance. Shore or boat generator power. Motor: 1-1/4 HP. capacitor start, Amps: 10.5 start up, 8.5 working.. Weight: 29lbs with heat hose. Size: 11 x 8 x 10 inches high.
Performance: 4.8 CFM @ 0 PSI. One to a depth of 60 ', two to 25 with Addit 60' package.
The Standard gear Package:
1 Air Line/Thomas 110 volt Single Head Compressor
1 5' US Navy heat hose
1 60' fully swiveled, individual diver hose
2 Washable, stainless-steel particle filters
1 Tow Belt
1 Weight Belt
1 Adjustable, hookah-specific, 2nd stage regulator w/fully rotational, 360º swivel
1 Owners manual
This compressor, as with all Air Line compressors, is made by Thomas Industries for distribution to the dive market only. The system has been tested and meets Compressed Gas Association Grade-E breathable air standards. Will accept a second diver to 25 feet in a working environment. Quiet Valve installed.
Can be ordered in our optional cross-link storage case. Complete two diver sets can be stored inside case as shown on Model 110E260.
1. Q. What exactly is the concept of SSA?
A. Air from a low-pressure compressor at the surface pumps air through a hose and demand second stage regulator system directly to the divers below. Virtually no gear is worn and the divers have a lifeline to the surface with the hose system and a belt that secures the hose and regulator to the body. Top
2. Q. How long will the engines run?
A. Running time on the floating gas-powered models will be 3 hours on 2.5 qts gas. On the commercial XL2 model: 4 hrs on 0.95 gallon, regardless of the number of participants on either. Top
3. Q. Do the motors require an oil gas mix?
A. No. They are four-cycle engines and take unleaded gas with a pump octane rating of 86 or above. Top
4. Q. Are the compressors oil lubricated?
A. No. A Teflon cup on an aluminum piston pulsates inside the cylinder sleeve precluding the need for even rings and seals. Bearings are sealed and grease cannot enter the breathing system. Top
5. Q. What keeps exhaust fumes out of the breathing air?
A. Lawyers and the fear thereof. Mechanically, however, a vertical snorkel draws air in 30 inches above the compressor. Exhaust is shot away horizontally on the opposite side. The way the unit floats, the exhaust will always seek the down wind position. All Air Line system designs meet or exceed Compressed Gas Association Grade E breathing air standards. Top
6. Q. What depths can I reasonably expect on an Air Line?
The XL models will support two to a depth of 85', three to 60 feet, four to 40. The R-4 models will support two to 70 feet, three to 40. The systems are primarily designed for second atmosphere, recreational diving. (Be wary of claims. In our opinion, some manufacturers may exaggerate depth ratings for the air output of their systems. The Air Line chooses to be conservative, basing our depth ratings on people with average diving experience and in average physical condition. The depth capability of a compressor system will be determined by the air output of the compressor. Compare air output.) Top
7. Q. What length are the hoses?
A. They are all arbitrarily 60 feet because we have found this to be an optimal length for common hookah dive profiles. Hose extensions are available for lengthening hoses if desired. We will, however, customize lengths for certain applications such as deck mounting. It is important to understand that each diver has an independent 60 foot down line on an Air Line instead of a single down line. You will get more air volume under pressure in two, three or four hoses than you will through one; Common-Sense 101. There are safety factors involved also. We can discuss these through e-mail or a telephone call. Top
8. Q. Won't a salty environment cause the equipment to rust?
A. It would without a few simple care procedures. The gas-powered compressors are marinized and require no pre-dive procedures. The engines need a bit more attention. When new, thoroughly coat with a marine protectant, such as, Boeshield T-9. After the dive day, a fresh water bath will rinse away accumulated salt, followed by a light touch-up of the protectant. Top
9. Q. Is training needed?
A. Yes. Knowledge of the pertinent laws of physics is essential. Although easier to use as no gear is worn, you are still subject to the same physical laws that relate to scuba diving. BCDs are not discouraged but they are not as critical, as the weight of air in a scuba cylinder is not being consumed. Snorkel vests are an option but remember, you are connected to the surface float through the hose system. Top
10. Q. If the engine runs out of gas, what happens?
A. You are encouraged to come up. Silliness aside, you will be aware when the engine stops as each succeeding breath will require slightly more effort. The air in the hoses is under pressure and supplies a reservoir of air. As you may know, the air in the hoses will naturally increase in volume (i.e., expand) as you rise, so there will be a few more breaths in the hoses. However, The Air Line recommends that the divers carry an independent, back-up air supply (such as a Spare Aiir, see the Accessories section) whether diving on surface supplied air or scuba tanks. Top
11. Q. Are the floating models stable when the sea gets choppy?
A. Yes, but three or four footers are the suggested maximum. when you feel a surge on the hose you will know it's time to call it a day, or at least, go to the surface to evaluate the situation. Top
12. Q. Do the floats tow easily?
A. Yes. The divers being free of gear experience the freedom of snorkelers. Otherwise, the hoses being under pressure will arch gracefully down so the floats are not being pulled awkwardly. The task of towing is shared by at least two anyway. They should never be towed behind a boat except at slow idle. They will sink (no relation). Top
13.Q. How much separation can I expect on the Air Line's individual 60 foot hoses compared to a single down hose with individual 20 foot whips?
**The chart indicates what you can expect in separation and freedom, at depth, by using individual hoses. For instance: At 2nd atmosphere (33 feet) you would be able to explore up to 109 feet apart.
At any depth, on a system with only a single down hose, your separation would always be just 40 feet. ** Top
14. Q. Is there any advantage of having a single down hose?
It might look like a cleaner configuration for pictures, but is that what you're buying it for? (Excuse the answering a question with a question) (Also it's less expensive to provide only one hose.)
15. Q. What then, are the advantages to the Air Line's individual hoses?
A.1. Simple, common sense physics to start. You will have more breathable air volume in multiple hoses than in one hose.
A.2. The aforementioned separation (13.Q.), which equates to freedom (See, also, next answer).
A.3. Imagine being at a depth of say 60 feet around some coral, wreck or rock formations. With the floating, individual hoses you can easily maneuver about unobstructed. On the one down hose at 60 feet, the 20 foot whips will be effectively horizontal, restricting movement to follow-the-leader.
A.4. Let's talk SAFETY! At 60 feet on individual hoses, if one diver needs to reach the surface for any reason, he/she can calmly do so, hand-over-hand to the security of the float or boat. On the single hose, the stressed diver can only ascend 40 feet, the total of the two 20 foot whips. At that point he/she would have to jettison the towing belt, with the regulator, and swim the remaining 20 feet to the surface.
A.5. More on SAFETY. In the event of equipment failure, there will be a small reserve of air trapped in the hoses. There will be more air volume stored under pressure in multiple individual diver hoses than in a single down hose. On the single down hose, all divers must share the air from the one hose. (Note: The Air Line recommends carrying an independent backup air supply, like Spare Air, for all divers, whether on hookah or scuba equipment.)