Power Vent Attic Fan Motor 1/10hp 1050 RPM 115 Volts F0510B2944

Replaced my attic fan motor with this unit after it stopped working. Easy to install and nice construction. Quieter than the old one. Has worked well for over 6 months now.

This motor replaced my old one perfectly. Looking at the picture I wasn't those little tabs would work. They do fit perfectly and replace the original triangular plate that mounted my old motor. The BX cable shield from the old motor also fit over the wires and threaded right onto the new motor.

The Lomanco Power Vent Motor Replacement F0510B2944 is a top-quality product! Easy to install, durable, and performs flawlessly. Highly recommend for efficient ventilation. Excellent value for money. A must-have for smooth operation. 5 stars! ⭐⭐⭐⭐⭐

replaced my old motor with this one and its working great. Motor is quiet and easy to install. ***UPDATE*** 5/21/2016 Install it on June 4, 2015. It was working great during the summer. My attic gets very hot and the motor seems to be on constantly. Then this year, May 18, 2016, I went up to my attic and it was hot, over 95 degree. I set my thermostat to 90 and it wasn't working. Checked the current and it was getting electricity. Motor died. Call CSH Inc. who was the seller through Amazon. They were very nice and explained that I had to go through Amazon for the 1year warranty even though they were the seller since I bought it through Amazon Prime. CSH said to call them back if Amazon didn't help and they would help me. Amazon said they don't do warranty but would take it back with a 15% restocking fee. Amazon said I could call the manufacturer for the warranty. So I called Lomanco and they honored the warranty with no problem. They asked for the model #, manufacturing date which is in the motor but I didn't know it - I give them the date on the box and when I bought. They sent me a new replacement one. I didn't have to send back the defective one. I received it in 5 days, call Monday received it Saturday. Excellent customer service, excellent warranty. I hope the new motor lasts a lot longer than a year.

Motor worked great and fit perfectly as advertised. The blade can be mounted on the shaft at different heights if needed (within 1/2” or so). I even replaced it from underneath the roof which made me SO happy. I had it installed a total of 3 weeks when a bird got in my attic somehow and decided that it would attempt trying to fly through the fan blades in rotation... My daughter said there were feathers going everywhere, the bird got lodged against the support and burned up the motor. I wish this motor would have had a thermal overload like a lot of others do because it would have tripped and probably been fine by the time I got home to assess the problem.

Bought this in 2016 at the start of summer and it fit my attic fixture well. It's lasted until summer 2025 with a LOT of running during the hotter months. If you get it balanced well, it's pretty quiet. Was fairly easy to install except having an extra pair of hands while working with it above one's help would help. But overall for the price and function I'm satisfied.

13 Aug 2015 Replace motor in center attic exhaust fan The center attic is the one above the upstairs master bedroom. It is accessible using the drop down ladder in the ceiling at the top of the stairs. 1) I ordered a replacement motor for the original, DM (Asia) Ltd. Model DOW-136-0-40-XIN-1*-D, from Amazon.com ($52.19). The replacement is a Lomanco Vents Model F0510B2944. It has the same outside diameter as the original (and therefore will fit exactly into the existing brackets of the exhaust fan). It is about 1/4" shorter in height and the fan blade mounting shaft extends from the motor by about 1/4" less than the original. These differences turn out not to matter. The Lomanco motor assumes a mounting scheme using brackets that attach to the three screws passing from top to bottom through the motor. The new motor came with three Universal Kit Bridges. My assembly mounted using a compression clamp around the motor. The nominal 5" diameter clamp is made up of three brackets attached to the fan housing. I did not use the Universal Kit Bridges. 2) To remove the existing motor: a) Disconnect the power at breaker 2-1. b) Open the control box mounted on the rafter near the exhaust fan and disconnect at the wire nuts the power wires to the motor. c) Remove the flexible metal conduit and strain relief at the control box. d) Using a 5/32" hex wrench, loosen the set screw holding the fan blade to the motor shaft. There is a flat on the shaft. [In this repair, I first removed the three screws (7/16" wrench and socket). Then I bent, messed with, etc., the motor with the fan blade still attached, removing it as a unit. It's better to leave the fan blade above the motor mounting bracket and drop the motor down by itself, by just loosening the three screws tightening the bracket around the motor. You have to mess a bit to get the flat at the set screw when assembling, but it's worth it. e) After loosening the set screw holding the fan blade to the motor shaft and removing it from the shaft, and the three screws holding the motor to the mounting bracket, drop the motor down and remove it. f) On my assembly, the motor electrical leads were protected by a flexible metal conduit that attaches to the motor and the control box. Remove the conduit by unscrewing it from the boss at the motor. Re-use it with the new motor. 3) To assemble the new motor to the fan blade and mounting bracket: a) Slide the new motor into the mounting bracket. Since the new motor and shaft were shorter in height than the original, the fan blade interferes with the mounting bracket by about 1/8" - 1/4". Slide the new motor up as far as it will go (limited by the boss for the flexible conduit). As best as possible, orient the motor so the shaft is normal to the plane of the motor (so it is not tilted in the bracket), to decrease the risk of interference of the fan blade with the bracket. Tighten the three screws to secure the motor in the bracket. b) Install the fan blade onto the motor shaft by feeling for the flat on the shaft to orient it with the set screw. Move the fan blade as high as practicable on the motor shaft to provide clearance between the blade and the motor mounting bracket. Tighten the set screw. Use a pliers or a lever (the box end of the 7/16" wrench) to tighten the set screw. Rotate the fan blade to test for clearance with the motor mounting bracket. There is about 1/8" clearance in this assembly. I did not have to bend the fan blades to provide clearance. c) Install the flexible metal conduit by sliding it over the two power leads and screwing it onto the boss at the motor. d) Install the flexible metal conduit to the control box by screwing the strain relief into the flexible conduit and attaching the strain relief to the control box. e) Attach the power (black) and neutral (white) wires to the respective wires using wire nuts (Step 2-b). 4) Test: a) Turn on power at breaker 2-1 b) Press the test switch to test for fan movement. c) Install the cover to the control box and set the control temperature to 90F (in this installation).

Still working