Marathon MD162 48Y Frame Open Drip Proof 48S17D2087 Belt Drive Motor 1/2 hp 1725 RPM 115 VAC - MD162

Marathon MD162 48Y Frame Open Drip Proof 48S17D2087 Belt Drive Motor 1/2 hp 1725 RPM 115 VAC - MD162

This Marathon MD162 belt drive motor is designed for reliable performance. With a 48Y frame and open drip proof enclosure, this motor delivers 1/2 hp power at 1725 RPM and operates at 115 VAC. It is ideal for various applications requiring single split phase operation.

• Single split phase operation with one-speed
• 1/2 hp power at 1725 RPM
• 48Y frame, open drip proof enclosure, resilient ring mount

This motor runs at 1/2 horsepower, providing a maximum speed of 1725 RPM. It features a 48Y frame with an open drip proof enclosure, resilient ring mount, and ball bearing system for durability.

Specifications

• Brand: Marathon Electric
• MPN: MD162
• Electrical Type: Split Phase
• Horsepower: 1/2
• RPM: 1725
• Frame: 48Y
• Enclosure: Open Drip Proof (ODP)
• Phase: Single
• Voltage: 115
• Rotation: REV
• Material: Rolled Steel
• Mounting: Resilient Base
• Amperage: 7.2

What Our Experts Think

• 1/2 HP belt drive motor designed for reliable industrial performance.

• 1725 RPM speed with 115 VAC single-phase operation.

• Open Drip Proof (ODP) 48Y frame construction for proper ventilation and durability.

• Ideal for pumps, fans, blowers, and light-duty machinery.

• Rugged Marathon design ensures long-lasting service life.

Q&A

Q: What is the horsepower of this motor?
A: 1/2 HP, suitable for light to medium-duty industrial applications.

Q: What voltage does it operate on?
A: 115 VAC, single-phase.

Q: What type of enclosure does it have?
A: Open Drip Proof (ODP) for ventilation and protection in dry environments.

Q: What applications is it used for?
A: Belt-driven pumps, fans, blowers, and other light-duty machinery.

Maintenance Tips

• Keep motor and belt free of dust and debris.

• Inspect belt alignment and tension regularly.

• Lubricate bearings per manufacturer’s guidelines.

• Ensure proper ventilation around motor for cooling efficiency.