Quincy Air Compressor

Quincy Air Compressor

Owner/Loaner	PS:One
Serial Number	{{{serial}}}
Make/Model	350-15
Arrival Date	2015
Usability	No aug 26 2021.
Contact	General Operations Team. Andrew Morris.
Where	Boiler Room (General)
Authorization Needed	no
Hackable	no
Estimated Value	~$1500
Host Area	General Area

Description

The quincy compressor is the main compressed air source for PS1. This compressor is in the boiler-room and supplied air via overhead piping to:

• the general worktables in General, Wood and Hot metals
• back door next to small metals
• wall of cold metals
• shopbot
• West wall of hot metals
• lasers for air assist

The compressor is a 2 stage unit, with integral unloaders and an aftercooler/catch tank after the compressor stage. The The compressor is currently configured:

• 125PSI output
• No drain in tank (bottom port is simply plugged)
• 1" SS flex hose connection to shop wall

maintenance

• • out of service 8/26/21. Andrew m Brian d and gary n assessed a major failure. We have contacted Quincy for a service call. no response from Quincy. Brought in another respected service co. UPDATE 9/1/2021 the system has failed. mostly drive motor but rest of system is in dangerous condition. We have configured temporary air for Lasers but all other drops plus tools that require air (Tormach, Blasting cab, Plasma table are dead in water for now. General Operations Team and President are working on solution.

• The local quincy distributor is very helpful for gaskets and replacement parts: John Hinkel <[email protected]> NOT AVAILABLE VIA EMAIL 2021. ,
• Our compressor is old enough that he can't look up the exact parts on his computer so there is some guesswork in identifying which gaskets are correct. So far he's been on the ball.
• The compressor came on a tank from the 1960's and it is unclear whether this tanks is safe to use. The cost of hydro-testing was prohibitive, so a new tank was procured from McMaster Carr
• The compressor has a history of leaking BADLY. In June 2017, the compressor head was diassembled, cleaned, and new gaskets installed. This reduced but did not eliminate leakage. Primary culprits for the leaking were the 2 side access panels. These are made of zinc, and over-torquing the mounting bolts caused them to warp. They were straightened on the arbor press before re-installation, however, leakage is still an issue.
• The unloaders have diaphragm gaskets that are cracked, and should be replaced