MOTOR, 5.7" 1 STAGE 120 VOLT B/B PERIPHERAL BYPASS
LAMB L-119347-00 MOTOR, 5.7" 1 STAGE 120 VOLT B/B PERIPHERAL BYPASS is motor has a B&B periph 2 mounting configuration, flange diameter is 1", nominal voltage is 120 volts, nominal current is 0.08 amps, Wiring diagram Location footprint
Lamb L-119347-00 MOTOR, 5.7" 1 STAGE 120 VOLT B/B PERIPHERAL BYPASS
The 5.7" 1 Stage Peripheral Bypass Motor is a complete motor for any machine that requires a circular blade to cut wood or plastic, and is commonly used for a portable table saw or router. It can also be used for light commercial applications. MOTOR, 5.7" 1 STAGE 120 VOLT B/B PERIPHERAL BYPASS features include: 120 volts, 60hz, 1/3 hp, 5.7" diameter x 3" inside depth. For use with a P60A mounting bracket (L12099-00). For best performance and maximum life of your motor
The LAMB L-119347-00 MOTOR, 5.7" 1 STAGE 120 VOLT B/B PERIPHERAL BYPASS (L-1193470) is a replacement motor that Lamb has been manufacturing for its pump controllers. These are off-the-shelf production motors and can be found in pump control box assemblies.
The L-119347-00 Motor, 5.7" 1 Stage 120 Volt B/B Peripheral Bypass is a motor developed for a wide range of applications in the HVAC industry. With the right replacements available, this motor can be adapted to meet most requirements in the market. The Lamb Company offers an entire line of replacement parts to meet your needs.
More convenience? Check. More power? Check. More tools built in? Double check. The new 5.7" 1-Stage 120V B&B Peripheral Bypass scroll saw delivers the ultimate combination for professional woodworkers who demand the best scroll saw money can buy. With features like a precision-ground steel upper arm, our exclusive dust blower/dust port combination and Smart Guard technology, this is hands down the most advanced and complete machine on the market today!
The CC-2048 Peripheral Bypass Starter is a one-speed, single-stage, starter motor. It is a General Duty, List 80, cast iron frame and hub motor with a 120 volt B/B per circuit bypass RLA.