Regency Air Tube - 3/4″ OD x 19.25″ Keyed (033-953)

Regency Air Tube for CI1150, CS2400, F1100, F2100, F2400M, F3500 - Sold Individually

This is the OEM secondary air tube for many Regency wood burning stoves and Regency wood burning inserts.  Regency  Fireplaces has different size air tubes – please cross reference part numbers in your manual and / or ensure your tubes are the same size and look as these.  These are genuine replacement secondary top firebox air tubes that ship in original Regency packaging – these are not after-market copies.

Sold Indvidually

Regency Part Number: 033-953 (same as 033953)

Applicable Models: The 033-953 Fits:

• Long Front Tube
  • Regency F1000/I1000/F1100/I1100/I1200 Small Freestanding Stoves & Wood Insert
  • Alterra CS1200/CI1200/CI1250 wood stoves
  • HI200 / HI3100 Wood Insert
• 3 Per Unit
  • F1150/I2000/F2100/I2100/F2400/Medium Freestanding Stoves & Wood Inserts
  • S2100/Medium Freestanding Stoves
  • F2000M
• 4 Per Unit
  • F2000 / I2400 / S2400
  •  I2400M / S2400M
  • HI300

These Regency firebox tubes may also fit other Regency fireplace models as well (check the part number and your owners manual).  Regency has different size air tubes – please cross reference part numbers in your manual and / or ensure your tubes are the same size and look as these.

Purpose

Regency Air tubes are designed to bring air into the top of the firebox of a wood burning appliance.  The air mixes with the gases off the wood and creates secondary combustion.  Without the air tubes, the stoves will run very inefficiently and will add more particulate to a chimney system, which increases the risk of chimney fires.

Installation Tip

Often to there is a trick in replacing the air tubes, often you have to put one end in first.  There are no instructions that ship with this product.

Other Notes 

This is for one tube only.  Some Regency stoves require one tub only (small), some (medium) require 3 of these.

Related Parts

Inspect and consider replacing baffle or gaskets at the same time for optimal performance.