Lamb L-115330 MOTOR, 7.2" 2 STAGE 120 VOLT PERIPHERAL BYPASS MTL

MOTOR, 7.2" 2 STAGE 120 VOLT PERIPHERAL BYPASS MTL

The Lamb L-115330 MOTOR, 7.2" 2 STAGE 120 VOLT PERIPHERAL BYPASS MTL is great to use when your Pumps are not working in that 1st step of the process It will blow the water up and out of the piping if your pump ever let's go,allowing for you not to worry about a flood inside your home You will always want to have an extra motor like this on hand so you can replace the first motor if it ever goes bad

Lamb L-115330 Motor, 7.2" 2 Stage 120V Peripheral Bypass Motor, Single Phase

The Lamb L-115330 is a 7.2 in. 2 stage 120 volt periph bypass motor. The Lamb L-115330 features a 2 stage design to run pumps at desired pressure and flows. This bypass motor can be used in HVAC systems, refrigeration systems, and well water pumping applications.

Motor, 7.2", 2 Stage, 120V bypas

The 7.2" 2-Stage Motor is made of plastic with Aluminum end plates and features an epoxy coated finish.

Lamb's 7.2" Motor has a 1/4 HP motor and uses 120V DC voltage. It has a bolt-on flange with 3/4" mounting hole, a Thermal overload protection device (replaces overload fuse) and features a 118 FD series single capacitor with centrifugal switch in metal housing with open end bellows, 1.25" diameter non-shielded ball bearing shaft, 6" embedded flange, 1.75" square baseplate and mounting plate, 9.5 horse power peak and 11 horse power continuous.

The Lamb L-115330 MOTOR is a high quality, hassle free solution designed to accommodate the difficulties and problems on certain equipment. In some cases, this part is useful as a replacement part for older equipment. The Lamb L-115330 MOTOR is made from recycled materials that save resources and reduce emissions. It has a 2 stage centrifugal bypass motor that is specially designed for use in either finger catch or slot machines. It can be used in conjunction with the appropriate control board to power slot machine mechanisms by supplying them with continuous AC power from the house current.