LEESON 098006.00 C42D28FK1C SCR Motor, 0.50 HP, 90V, 2500 RPM

Leeson 098006.00 C42D28FK1 DC motor is used in conveyors, industrial machinery and robotics for reliable and precise rotational motion control in manufacturing and automation processes.

Features:

• It features a permanent magnet DC motor design for improved energy efficiency and performance.
• This DC motor offers face / base mounting for simplifying the installation process.
• It has a Class F insulation, indicating a high level of insulation for enhanced safety.
• This Leeson 098006.00 DC motor offers shaft rotation in both CW & CCW directions, enhancing flexibility in motor orientation.
It has a continuous duty cycle, allowing for uninterrupted operation in applications that require continuous use.
• This Leeson 098006.00 DC motor has a removable base for maintenance and repairs.
• It features a totally enclosed fan-cooled enclosure for protection from dust & moisture.
• This DC motor features a keyed shaft design, ensuring secure and reliable power transmission.
• It offers ball bearings for their durability and low friction.

Frequently Asked Questions:

Q. What are the factors to consider while choosing this Leeson DC motor?

A. Major factors include voltage compatibility, speed control, environmental conditions, insulation class and thermal protection to ensure it meets your application's specific needs.

Q. How is this Leeson 098006.00 C42D28FK1 motor cooled?

A. This motor is cooled by a fan integrated into its design, ensuring efficient cooling during operation.

Q. What are the factors to consider while choosing this Leeson 098006.00 C42D28FK1 DC motor?

A.

• Ensure proper electrical connections and use appropriate fuses or circuit breakers to prevent electrical hazards.
• Implement external thermal protection measures to avoid overheating, as this motor lacks built-in thermal protection.
• Regularly inspect and maintain the motor for safe and efficient operation.
• Provide adequate ventilation in the motor's operating environment to prevent excessive heat buildup.
• Operate the motor within specified temperature and environmental conditions to avoid damage and ensure safety.
• Establish and communicate emergency procedures in case of motor malfunctions or unexpected events.
• Implement lockout / tagout procedures during maintenance or repair work to prevent accidental startup.
• Properly ground the motor and associated equipment to prevent electrical hazards.
• Be cautious when adjusting the applied voltage to control motor speed to avoid excessive speed that can lead to unsafe conditions or damage.
• Consider potential environmental hazards related to materials or substances being handled and take appropriate safety measures.