The Breckwell A-E-033 is a direct-replacement variable speed blower motor engineered for a wide range of Breckwell pellet stoves. High-quality electronic components deliver smooth, variable-speed airflow control, while high-temperature rubber bushings and washers dampen vibration and reduce operational noise -- keeping your stove running quietly and efficiently season after season.
When your pellet stove blower starts running loud, slow, or not at all, the A-E-033 motor restores full variable-speed operation without modification. This is a genuine Breckwell replacement part -- also sold under the NBK parts number 20071S -- built to the same electrical and mechanical specifications as the original factory motor.
Variable speed control means your stove's control board can modulate airflow across a range of heat output levels, not just high and low. Combined with vibration-isolating rubber mounts, this motor is designed for the long-duration duty cycles typical of a primary heat source.
Electronic speed control allows the stove's board to dial airflow across the full heat range -- not just on/off switching.
High-temperature rubber bushings and washers isolate motor vibration from the stove cabinet, reducing noise and mechanical wear.
Fits over 15 Breckwell pellet stove models across the P22, P23, P24, P26, P2000, P2700, P4000, SP6000, and P7000 families.
Backed by a full one-year warranty from Breckwell -- the same coverage as a new stove motor installation.
The A-E-033 blower motor is a verified replacement for the following Breckwell models:
The A-E-033 uses a 3-3/4" x 3-1/2" flange mount pattern that matches the original motor bracket in supported Breckwell models. No drilling or bracket modification is required for the stoves listed above. Always disconnect power to the stove before beginning motor replacement.
Fixed-speed motors run at full power or not at all, forcing the control board to cycle the motor on and off to manage heat output. A variable speed motor like the A-E-033 allows the board to slow the blower at low heat settings, which reduces noise, lowers amp draw, and extends motor life compared to constant start/stop cycling.