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Three-Phase AC Induction Motor, 3 HP, 145TC Frame, 230V AC, 460V AC Voltage, 1,760 Nameplate RPM
Mfr # VEM3561T
Zoro # G8053188
product price:Â
$
1,158.99
/ea
Free Shipping & Returns
Key Features
HP
3
Nameplate RPM
1,760
Voltage
230V AC, 460V AC
Full Load Amps
4.2/8.4/9 A
Frame
145TC
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Specifications
Product Information
- MFR #
- VEM3561T
- Zoro #
- G8053188
- UPC #
- 781568799116
- Country of Origin
- United States
Dimensions
- Length Less Shaft
- 13 11/16 in
- Overall Length
- 15 11/16 in
- Shaft Dia.
- 7/8 in
- Shaft Length
- 2 in
- Shaft Diameter
- 7/8 in
- Frame Size
- 145TC
- Wire Rope Length
- 15 11/16 in
- Length
- 15 11/16 in
Description
The BALDOR-RELIANCE - VEM3561T is a 3-Phase AC Induction Motor, which functions by converting electrical energy into mechanical energy via electromagnetic induction. This motor plays an integral role in power transmission and pneumatics systems, powering machinery or equipment that necessitates rotational motion. It's suitable for various industrial applications where continuous operation and high performance are needed.
Key Features of the BALDOR-RELIANCE - VEM3561T:
- CC Number: The unique identifier assigned by EASA classifies this motor based on its design, specifications, and performance characteristics.
- Duty Cycle: The motor is designed for a continuous duty cycle, meaning it's intended to operate continuously under normal conditions.
- Frame: Its 145TC frame size conforms to standard specifications for compatibility and interchangeability.
- Inverter Rated: Yes - This suggests that the motor is compatible with being powered by a variable frequency drive which may allow for more precise control of speed and torque.
- HP: With an output capacity of 3 horsepower, it has been used in various industrial applications including those considered heavy-duty.
- Motor Enclosure Design: Features a totally enclosed fan-cooled design which aims to protect internal components from environmental factors and assist with cooling
- Nominal Efficiency: Has shown an efficiency rate of approximately 89.5% when converting electrical power into mechanical power under standard testing conditions