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Here is Tim's Crappy Sir Accessories page.  Basically everything here aids with the air going to and entering the marker.

 

The first part of this page is for remotes, on/off valves, quick disconnects, and slide checks.
aci_hp_remote_quickdisconnect.jpg (60052 bytes) This is an ACI High Pressure Remote with quick disconnected.  The fact that this is a high pressure remote is important, if you are using HPA.   32d_proline_coiled_remote_2500psi.jpg (88052 bytes) This is a 32 degrees low pressure remote.  Similar to the ACI this remote is tested up to 2500 psi.
remote3.gif (11432 bytes) This is a standard coiled ACI remote.  These are usually tested to about 1500 psi so do not use a nitro or air system with this remote.  The ending result will most likely be a rupture in the line or fittings.    
remote5.gif (13385 bytes) These two are ACI steel remotes.  The remote on the left has the the slide check.  Read below on what a slide check does.  These steel remotes are often cheaper that the coiled ones featured above are.  As in for their psi strength, I do not know if they can handle HPA. remote4.gif (8425 bytes)
proline_remote.jpg (27558 bytes) This is the Proline version of the ACI steel remotes.  Proline is a brand similar to the ACI, in that is delivers high quality products.  
remote7.gif (17112 bytes) This is the ACI slide check.  Slide checks are similar to an on/off valve, but are located near the ASA adapter on the marker.    By sliding the slide check you can either allow air to enter the marker, or not.  This is helpful if you do not wish to leave the CO2 attached to your marker during storage. ans_slide_check.jpg (31174 bytes) This is similar to the ACI Slide check, except this is made by ANS.  ANS usually sells higher end parts. 
SmartParts_onoffvalve_co2.jpg (5065 bytes) This is an on/off valve.  This will allow you to turn off the air leaving your tank.  Also these feature a fill nipple, so you do not have to take it off of your tank to fill your CO2 tank. remote6.gif (10868 bytes) This here is a quick disconnect.  You can easily remove a remote from your marker, without unscrewing the CO2.  If there is still CO2 in the line, the quick disconnect will not work.  Very useful if combined with a slide check or on/off valve.
aci_microline2.jpg (74211 bytes) For those of you who do not like to have steel braided hose running air from on part of your marker to another, this microline will do the job.  The microline can hold HPA, will allowing you to flex the line, and it will not cause a blockage. macroline.jpg (36371 bytes) Now if you are thinking that a microline looks a little to weak, the macroline can hold as much as a steel braided hose can, while giving you the flexibility of a microline.
These are regulators.  The assist in controlling the pressure of air that enters your marker.  These are helpful in keeping a constant pressure entering your marker.  Though I only have a few listed here, I am only trying to give people an idea of what is out there.  Go to http://g3pb.com  for more regulators.  I recommend only using regulators with HPA and not to use regulators with CO2.  
airamerica_vigilante.jpg (25793 bytes) Air America's latest Regulator, the Vigilante. Great regulator for low pressure operation.

THIS SHOULD NOT BE USED WITH CO2.  DON'T USE CO2 WITH THIS REGULATOR.
airamerica_violator_reg.jpg (26663 bytes) Air America Violator Regulator
ans_gen_x_2_inline_reg.jpg (45509 bytes) ANS Gen X 2 inline regulator. black_ice_reg.jpg (51512 bytes) Black Ice Regulator
Expansion Chambers.  When using CO2, the CO2 tends to form into a liquid.  This causes the velocity to become unsteady, causing uneven velocities.  The idea of the Ex-Chamber is to allow the CO2 to expand before entering the marker preventing liquid from entering the marker.  When looking for Ex-Chambers, do not buy on the number of cells, by rather on the size of the cells, since the larger the cell, the more CO2 will expand.  The CO2 enters the bottom chamber and travels through a series of diamond-shaped cones where the liquid and air are mixed evenly, giving a more consistent flow of pressure to the marker.  Unique to its design, the housing works in any position, even if inverted for remote set-up or crawling situations.  If excess liquid is pulled through the system due to rapid firing rates, the diamond-shaped cones act as a centrifuge, slinging excess liquid outward to be recycled through the system.  Expansion chambers come individually or in kits to best suite your needs.   
expand2.gif (25560 bytes) 6 stage ACI Ex-Chamber expand1.gif (26467 bytes) 4 stage ACI Ex-Chamber
expand4.gif (19804 bytes) Sub Zero Spyder compact Kit, 4 stage. expand5.gif (17402 bytes) Sub Zero Autococker 4 stage Ex-Chamber
expand6.gif (39357 bytes) Sub Zero Automag RT 6 stage Ex-Chamber expand3.gif (21610 bytes) Sub Zero Spyder 4 stage Ex-Chabmer
32d_xchamber_chrome.jpg (80693 bytes) 32 degrees 6 stage Ex-chamber. lapco_xchamber.jpg (4516 bytes) Unique to Lapco, the take the size of the 6 stage, but they only have 2 cells.
Gas Through Grips are used primarily to keep hose out of the way. They allow air to pass through them, while acting as a fore grip.  
kapp_gasthroughgrips.jpg (35658 bytes) These are made by KAPP.  Kick Ass Paintball Products makes some of the best aftermarket parts for your paintball marker, especially cockers. vl_gas_thru_grip.jpg (12908 bytes) These are View Loader's gas through grips.