What is needed for Chamber Installation
- Qualified electrician for electrical connection
- Plumber for drain, air and water connections
- HVAC installer (or other qualified personnel) for chamber vent connection
- Level floor
- Access to the outside via a roof vent or side wall vent
- Floor drain
- Pressurized 450 – 690 kPa (60-100 psi) ASTM D1193 reagent grade type IV water. Best chamber performance is obtained at the higher pressure ratings
- Clean dry compressed air regulated to 655– 698 kPa(95-100 psi)
- Customer specified electric power from a lockable disconnect with appropriate amount of electric cord and conduit for the chamber location
- 1.9 cm (¾”) plastic (PVC) plumbing fittings and ball valve for chamber drain to connect the chamber to the floor drain
- 10.2 cm (4”) outside diameter (O.D.) CPVC schedule 40 “T”, CPVC 10.2 cm (4”) to 1.9 cm (¾”) reducer
- 10.2 cm (4”) O.D.(CPVC) plumbing fittings for the chamber vent
- 5.08 cm (2”) O.D.(CPVC) plumbing fittings for the chamber vent
- 9.525 mm (3/8”) O.D. poly tubing from the compressed air line source to the chamber compressed air installation fitting
- 9.525 mm (3/8”) O.D. poly tubing from the pressurized DI line to the chamber inlet
Improper installation will affect the operation
of the instrument and compromise test
integrity. We strongly discourage
installation in a warehouse, boiler
room, garage, factory floor, paint room,
powder mixing room, where outside doors
are frequently opened, where dust is
frequently airborne, or where humidity,
air pressure or temperature vary widely.
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