Lamb L-116472-13 MOTOR, 5.7" 120 VOLT B/B 2 STAGE TANGENTIAL EPOXY

MOTOR, 5.7" 120 VOLT B/B 2 STAGE TANGENTIAL EPOXY

The L-116472-13 MOTOR, 5.7" 120 VOLT B/B 2 STAGE TANGENTIAL Epoxy is a replacement furnace motor for use with appliances made by Lennox Mfg. This adds style to your bathroom and showcases your appreciation for detail. The L-116472-13 MOTOR, 5.7" 120 VOLT B/B 2 STAGE TANGENTIAL Epoxy timeless and will work well with most decor themes and color schemes in your bathroom.

The motor is a 5.7" (14.5 cm) 120 Volt B/B 2 Stage Tangential Epoxy Motor, rated at 7.5 HP DC. The motor has a shaft diameter of 13 mm and requirements of 1/4 H.P., 160 amps, 3,600 RPM, 4 wire connection terminals on shaded pole construction and D-Flange mount. Unit comes with thermal overload protector, rubber end bell and L-bracket mounting.

The LAMB LT116472-13 120 Volt motor is a 5.7" 2 Stage tangential epoxy cast iron blower motor with a 1.3" output shaft. It produces 44.4 CFM @ 0 PSI (6.0 CFM/Watt). The input voltage is 120 with a 2 phase commitment span of 60 hertz... 960 RPM.. Class H insulation. This motor has the mounting features for a NEMA frame "C" or D"…

GE's compact, fully insulated 5.7" diameter air-cooled motor is designed for high efficiency and maximum torque. The motor comes with the shell, shaft, coupling/collar, mounting bolts and blower wheel preassembled, as well as two-pound epoxy and vent plug in place.

Work smart, not hard, with this Lamb 5.7" 2-Speed Short Life Duty Motor. It is well-made to ensure longevity and so you can count on it for many years of use. This motor is designed to be mounted in a 16H x 20W x 7L housing (sold separately) and comes complete with an adjustable mount for easy installation.

Get the power you need with this 5.7" polyphase motor from Lamb Electric.

The LAMB 5.7" Motor is the standard motor for many vintage and collectable amplifiers. It was used in a wide range of amplifiers by Gibson, Magnatone, Supro, Superscope, Silvertone, Valco and many others. The LAMB motor was copied extensively by small manufacturing companies and the internal wiring was often changed to make it easier to mount and use in their amplifiers. Some models had different winding or coil numbers but should work with this motor if the numbers are similar. Others were wired differently inside or had different stators or armatures which may require