Leeson AC Motor 1 hp 1750 rpm TEFC 143TC - 191487.00
Leeson AC Motor 1 hp 1750 rpm TEFC 143TC - 191487.00
Couldn't load pickup availability
Leeson AC Motor 1 hp 1750 rpm TEFC 143TC - 191487.00
Leeson AC Motor 1 hp 1750 rpm TEFC 143TC - 191487.00
The Leeson 191487.00 is an AC motor designed for general purpose applications. With a power rating of one horsepower and a speed of 1750 rpm, this motor is suitable for various industrial and commercial needs.
- Rated for three-phase operation
- Voltage range of 208-230/460 volts
- Rigid base for easy mounting
Product Highlights
This TEFC (Totally Enclosed Fan Cooled) motor provides reliable performance and is built to last in demanding environments.
Specifications
- Mounting: Rigid Base
- Full Load Amps: 3.2-3/1.5
- Hz: 60
- Service Factor: 1.15
- Frame Material: Stainless Steel
- Insulation Class: F
- RPM: 1750
- Voltage Rating: 208-230/460
- Rotation: Reversible
- Enclosure Designation: Totally Enclosed Fan Cooled
- Motor Application: General Purpose (Paint Free)
- Efficiency Group: 85.5%
- Drive End Bearing: 6205
- Open End Bearing: 6205
- Poles: 4
- Phase: Three Phase
- Frame: 143TC
- Weight: 48.0 LB
- EAN or UPC: 691720245521
- Brand: Leeson
- Motor Type: AC Motor
What Our Experts Think
-
Reliable 1 HP AC motor designed for industrial and commercial applications.
-
1750 RPM ensures consistent and efficient performance.
-
TEFC (Totally Enclosed Fan Cooled) design protects against dust and debris.
-
143TC frame provides easy mounting and standard compatibility.
-
Trusted Leeson quality guarantees long-lasting, dependable operation.
Q&A
-
Q: What applications is this motor suitable for?
A: Ideal for pumps, fans, conveyors, and other industrial machinery. -
Q: Can it handle continuous operation?
A: Yes, engineered for long-term, heavy-duty use. -
Q: What is the frame type?
A: 143TC, TEFC design.
Maintenance Tips
-
Inspect and clean regularly to prevent dust and debris buildup.
-
Lubricate bearings according to manufacturer instructions.
-
Monitor voltage and current to prevent overload.
-
Ensure proper ventilation to avoid overheating.
-
Schedule routine professional maintenance for peak performance.
