Description
Feature:
1: According to the original factory specifications,perfect match for the original car.
2: Own different test machines to design exact accurate parameter for our products.All items were tested for performance.
3: Made by high quality material, lightweight, anti-rust, colorfast and durable.
4: Aftermarket product with premium quality.
5: Stable performance, high reliability,suitable for replacing your broken one.
6：Product Properties : Single Speed, Up-Rated 1.0 HP, 115/230 Volts , 303 stainless steel threaded shaft.
7：New Upgrade：Equipped with automatic overload protector and ball bearings to provide quiet and long-lasting operation.
8：Easy To Instsall : 1-horsepower round flange up-rated pool pump motor has a threaded shaft that allows for convenient and direct mounting.
Specifics:
Condition: 100% Brand New
Material: Metal
Manufacturer Part Number: UST1102
Other Part Number: UST1102
Interchange Part Number: SP1607Z1M, SP1607Z1MBK, SP1607Z1MH, C48K2N117A9, C48K2N143, C48K2N143A3, C48K2N143A4, C48K2N143A5, C48K2N143A6, C48K2N143A9, UST1102, 168098, 177019, B228, B228SE, C1318, EB228, 54023, 8-168098-21, 8-177019-24, 8-168098-20, 8-177019-22, 8-177019-20, 5KC39PN2822X, C48AA35A01, C48K2N143B3, C48K2N143B1, HST110, AST125
Type: Pool Pump Motor
Fitment Type: Direct Replacement
Note:
Single Speed
115/230 Volts
15.0/7.5 Max Amps
1.10 Service Factor
Threaded Shaft
56J Frame
3450 RPM
60 HZ
Fitment:
For Pump Model : Hayward Max Flow, Hayward Super Pump, Hayward Super II, Hayward Northstar and Jacuzzi Magnum pumps.
***If you are not sure, please provide vin for us
Package Include:
1X Pool Pump Motor
High Quality, Strictly tested.
(Instruction is not inclued!)
Note:
1.Please check the description or use the year/make/model check finder and replace part numbers to confirm the compatibility before purchasing.
2.Professional installation is recommended.
Warranty:
Returns: Customers have the right to apply for a return within 60 days after the receipt of the product
24-Hour Expert Online: Solve your installation and product problems
?