Hiorucet 1TDP7, 1TDP7A, 4C446, 6FHX8 Blower Motor for Dayton, 115 Volt, 146 CFM, Wood Furnace Draft Fan Replacement for Dayton 1TDP7 PSC, 4C446, 6FHX8, 1TDP7A, 4C005, Fasco A166, 7021-3469, 7021-7788.

Motor Specifications:1/25 HP115 Volts2850RPM1.75 AmpsSingle SpeedPSC Motor, Capacitor Included and Mounted onto Motor60 HzBall BearingRotation CW as viewing shaft endThermally ProtectedOpen VentilationNot Recommended for Speed ControlAirflow @ 0.000 in SP146 cfmAirflow @ 0.100 in SP140 cfmAirflow @ 0.250 in SP130 cfmAirflow @ 0.400 in SP120 cfmAirflow @ 0.500 in SP110 cfmMaximum Inlet Air Temperature104 °FMaximum Ambient Temperature104 °FMinimum Ambient Temperature-10 °C ►Dayton 6FHX8, 1TDP7, 1TDP7A, 4C446, 9413. ►Fasco A166, 7021-7788, 7021-3469, 4C005, 7121-3469, 7121-7788, R7121-3469, 7021-12209, 7021-10411, 70213469, 702110411, 702111307, 71213469, 70217788, 71217788, 8563.

• ►This Draft Blower Fan Replaces Many Dayton Blower Fan and Fasco Blower Motors, Such as dayton 1tdp7 blower motor, dayton blower motor 4c446, dayton 1tdp7a, dayton 6fhx8 blower, fasco a166 blower Models.
• ►【Compatibility】 Wood Furnace Boiler Blower Fan for Dayton 6FHX8, 1TDP7, 1TDP7A, 4C446, 9413 & Fasco A166, 7021-7788, 7021-3469, 4C005, 7121-3469, 7121-7788, R7121-3469, 7021-12209, 7021-10411, 70213469, 702110411, 702111307, 71213469, 70217788, 71217788, 8563.
• ►【Specifications】 Dayton 1tdp7 psc blower Voltage: 115 V, 1.75 Amps, 60 Hz, 1/25 HP, 2850 RPM, 146 CFM, Ball Bearing, Single Speed, Rotation CW as viewing shaft end, Class B Insulation, 40°C Ambient, Thermally Protected.Note: Not Recommended for Speed Control.
• ►【Powerful Ball-Bearing Motor】 Dayton blower 1tdp7 mounts in any position and operates with minimal noise and vibration, to maintain cfm at higher static pressures. The Ball-Bearing Motor has Cast-Aluminum End Shields for Greater Heat Dissipation which Results in less downtime and longer service life.
• ►【Direct-Drive】 1TDP7 Dayton blower with Direct-drive feature a blower wheel that is mounted onto the motor shaft to reduce friction and improve efficiency. Direct-drive blowers have fewer moving parts and typically require less maintenance than belt-drive blowers.