AO: We are back from the dead... again! After an 18 day outage, we are finally alive and well. Who knew how complicated updating software/databases from 2008 would be. I still have alot of tweaks to make, but my main goal was getting everything patched and updated to 2026.
Vbulletin 6 has changed alot since 2008 so we will have a ton of new features to dig into.
No, I know the large one on top is 80 psi, but the black one on the left hand side is what I'm referring to. It looks like a high pressure line of some sort...
The black hose on the left is shrink tube on a braided stainless hose. Its all sticking out because I have quick disconnects on it so I can splice in a gauge when I need to see the pressure out of that piston. The production unit will have a steel tube like the one below the braided.
AO members are going to get first shot at the first batch so HANG OUT HERE!! :)
The marker business is pretty tough right now. I am talking with different people since things are in such upheaval. Can't tell what the future holds.
AGD
That sounds like a maybe to me. Well if you do come back i'd be glad to see you back, and i have a feeling that if you came out with a new marker it would be the next one i buy since i'm probably done for a while what with trying to get a prototype made for my design.
Il n'y a point de sots si incommodes que ceux qui ont de l'esprit.
The marker business is pretty tough right now. I am talking with different people since things are in such upheaval. Can't tell what the future holds.
AGD
Market is tough but you do have a strong core of fans who trust you and will consider changing their equipment.
Personally I love my automag xvalve and the only thingI would work on would be efficiency. I am not sure how it is doable but it would be a niche-market imo.
Tom, just joined up yesterday due to the compressor info posted on Talon Airguns Group.
I am curious about the suction and discharge checks for each stage. Are they user serviceable or are replacements available? How about the piston rings?
I may have need of one of these compressors as a backup to my Walter Kidde compressor.
So is the pressure determined by the pressure cutout arrangment? by spring selection or placement on the guide? For most uses 3,000psi would be fine but occasional 4500 would be needed. For airgunning the 3,000 works but for filling my 68/4500 is requiired.
Welcome to AO. I am glad you came because I have been monitoring the conversation over at Talon.
All the parts are user serviceable. I made it so you can break it down without special tools. For instance, disconnecting a hose and one snap ring is all that is needed to remove the cylinders. There are no piston rings. The "piston" is a chrome plated steel rod no more or less. There are only orings making all the seals and they are stationary in the cylinder.
There is a back-check that uses an oring at the ends of the cylinders. No in and out valves like in a standard compressor. The cylinder pulls a slight vacuum on the back stroke until the rod pulls out of the stationary oring letting in the next charge.
The spring holds back an over-center arrangement on the lever arm. When the pressure against the pistons gets high enough, the over-center allows the arm to snap forward and hit the on-off switch as you surmised. The spring pressure controls the final cutoff with a small amount of adjustment by sliding the anchor along the piston shaft. Because there is a rated burst disk in the compressor, and its different for 3k and 4.5, I will not be selling a convertible model. What you do is your business but when your dead I need to say I didn't sell it to you that way. :)
Tell the guys over at Talon that there are many, many ways to make it better but only a few, that keeps it in this price category, with low volume production, and made in this country.
I would sell them without the motor but at the rpm its running, the cylinders are hitting 160 deg and not likely to handle more RPM's without melting the orings.
Welcome to AO. I am glad you came because I have been monitoring the conversation over at Talon.
All the parts are user serviceable. I made it so you can break it down without special tools. For instance, disconnecting a hose and one snap ring is all that is needed to remove the cylinders. There are no piston rings. The "piston" is a chrome plated steel rod no more or less. There are only orings making all the seals and they are stationary in the cylinder.
There is a back-check that uses an oring at the ends of the cylinders. No in and out valves like in a standard compressor. The cylinder pulls a slight vacuum on the back stroke until the rod pulls out of the stationary oring letting in the next charge.
The spring holds back an over-center arrangement on the lever arm. When the pressure against the pistons gets high enough, the over-center allows the arm to snap forward and hit the on-off switch as you surmised. The spring pressure controls the final cutoff with a small amount of adjustment by sliding the anchor along the piston shaft. Because there is a rated burst disk in the compressor, and its different for 3k and 4.5, I will not be selling a convertible model. What you do is your business but when your dead I need to say I didn't sell it to you that way. :)
Tell the guys over at Talon that there are many, many ways to make it better but only a few, that keeps it in this price category, with low volume production, and made in this country.
I would sell them without the motor but at the rpm its running, the cylinders are hitting 160 deg and not likely to handle more RPM's without melting the orings.
Welcome to AO. I am glad you came because I have been monitoring the conversation over at Talon.
All the parts are user serviceable. I made it so you can break it down without special tools. For instance, disconnecting a hose and one snap ring is all that is needed to remove the cylinders. There are no piston rings. The "piston" is a chrome plated steel rod no more or less. There are only orings making all the seals and they are stationary in the cylinder.
There is a back-check that uses an oring at the ends of the cylinders. No in and out valves like in a standard compressor. The cylinder pulls a slight vacuum on the back stroke until the rod pulls out of the stationary oring letting in the next charge.
The spring holds back an over-center arrangement on the lever arm. When the pressure against the pistons gets high enough, the over-center allows the arm to snap forward and hit the on-off switch as you surmised. The spring pressure controls the final cutoff with a small amount of adjustment by sliding the anchor along the piston shaft. Because there is a rated burst disk in the compressor, and its different for 3k and 4.5, I will not be selling a convertible model. What you do is your business but when your dead I need to say I didn't sell it to you that way. :)
Tell the guys over at Talon that there are many, many ways to make it better but only a few, that keeps it in this price category, with low volume production, and made in this country.
I would sell them without the motor but at the rpm its running, the cylinders are hitting 160 deg and not likely to handle more RPM's without melting the orings.
Hope that answers your questions.
AGD
Tom, thank you.
I guess what i was getting at with the no motor thing was to reduce cost and weight for shipping. Speed of motor is most likely 1750rpm or 1140rpm?
cool method to do the inlet check and stages! I like that. Do you lubricate the orings?
Does the compressor need the burst disk? how about a spring controlled relief adjustable even?
Please advise if you would sell the housing stripped of motor and pressure cutout ( I would use a pair of pressure switchs calibrated for the 3,000psi and one at 4500psi.
Watching with admiration as I was one of the naysayers :)
Walter....
Comment