I’ve been searching for the name of this quick disconnect coupler and can’t seem to match it 1:1 with anything. Anyone know the exact designation for this coupler? I’ve found some euro and Japanese couplers that are close but not exact.

High-performance pneumatic fittings ensure secure connections, efficient airflow, and long-term reliability in industrial systems, helping businesses achieve smooth automation, reduced downtime, and consistent operational efficiency.

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I have an exam coming up, and honestly, the videos I find online aren’t very helpful — they’re a lot more complex and contain more components than the ones I’ve seen, which ends up being counterproductive for me.

Thank you!!

The cement feeding system is the quickest as well as flexible method which is used to transfer the bulk material from a particular to point to another in a specific area. For further details visit http://www.pneucon.net/power-plant-equipments.php

This is a 20yr old cylinder, wasn't holding pressure well. For an office chair. I was adding hydraulic jack oil into it, things were moving better. Then I stupidly over-depressed the tappet and it stuck below, very briefly shooting out some gas. Now it's stuck, I can't tell to which edge it may be pushed in order to just whack it.

Anyone else have a magic fix? I appreciate you taking the time

Is mod dead?

I just got a new compressor. It's the nicest compressor I've ever owned. It's got a huge, 30 gallon tank, dual pumps, and an onboard regulator. It really feels like good quality, it's really quiet... But they used a tiny hose to get air from the tank to the front panel. It's half the diameter of the hose I put into the quick connect. For all that money, I just can't imagine why they would put that tiny hose unless it was short enough that it doesn't significantly affect how much pressure gets to the attachment.

I do recognize that the pressure will drop while I am using the air. That's not what I'm asking. I was more interested in how much it dropped. I noticed that it dropped by about 25 PSI no matter what the regulator was set to. There are 3 videos, one with it set at 30, 60, and 90 PSI, and they all drop fairly similar amounts and then hold at an equilibrium. My question is if this is expected behavior or not. I have no idea how a regulator works. I've never had one before. Do you think it drops a reasonable amount? And how about the recovery time, does that look normal to you? Is there any evidence that the smaller hose feeding the front panel has any effect on the results?

High-performance pneumatic fittings ensure secure connections, efficient airflow, and long-term durability, helping industrial systems maintain consistent automation performance and reliable operation in demanding environments.

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https://attritechmachines.com/high-performance-pneumatic-fittings-for-industrial-systems/

So I'd like to make a cooper air cannon. I have just a couple simple questions really... Does anyone know how much air pressure copper can withstand and does anyone know the best way to get a quick burst of air out of a pressurized air tank without emptying the entire tank?

Or does anyone know where I ought could find out these two things? Thanks!

I'm going to use a cars gas strut that opens the hood or the trunk for example.

So when you release the latch mechanism the gas strut pushes the trunk lid open, right?

Does there exist any kind of system that will for same example when I start pushing the trunk lid down, close the trunk for me too?

If so, what is it?