EATON 101-1035 Motor Hydraulic 5.9 Cu In/rev 2 Bolt

Eaton 101-1035 hydraulic motor is used to drive various components within hydraulic systems, such as pumps, fans, conveyors and winches. It is ideal for construction equipment, agricultural machinery and material-handling devices.

Working Mechanism:

• This Eaton hydraulic motor operates based on the principle of fluid power transmission, using pressurised hydraulic fluid to generate mechanical motion.
• When pressurised fluid enters the motor, it applies force to internal components, such as pistons or gears, initiating rotation.
• This rotational motion is then transferred to the motor's output shaft, which drives connected equipment or machinery.
• The motor's design ensures efficient conversion of hydraulic energy into mechanical power, allowing for precise control of speed and torque.
• By regulating the flow and pressure of hydraulic fluid, the motor seamlessly adjusts its output to meet the demands of the application, offering reliable and versatile performance.

Features:

• This Eaton Char Lynn 101-1035 motor comes with a side port location, allowing for flexible mounting and integration into existing hydraulic setups.
• It includes a 1-inch shaft diameter with a keyed design to secure attachment to driven equipment for reliable power transmission.
• This Eaton Char Lynn 101-1035 motor features a minimum oil viscosity requirement of 100 SUS, ensuring proper lubrication and performance in diverse operating conditions.
• It has a pressure rating of 1800 psi and offers a maximum oil temperature of 180 degrees F.
• This motor further features a flange mount with a 2-bolt, 3.25-inch pilot to secure attachment to mounting surfaces for stable operation.

Frequently Asked Questions:

Q. What safety precautions should I take when using this Eaton Char Lynn 101-1035 hydraulic motor?

A.

• Ensure proper installation according to manufacturer specifications to prevent misalignment or imbalance.
• Use only recommended hydraulic fluids to avoid damage caused by fluid incompatibility or contamination.
• Operate within specified pressure limits and install pressure relief valves for pressure regulation.
• Monitor hydraulic fluid temperature to prevent overheating and ensure proper cooling systems.
• Perform routine inspections to detect wear, leaks or damage and replace worn parts promptly.
• Install guards and enclosures to prevent contact with moving parts and protect against hazards.
• Provide adequate training and supervision for operators to ensure safe operation.
• Establish emergency procedures and provide easy access to shut-off controls and first-aid supplies.

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

A. Major factors include flow and pressure requirements, torque and speed capabilities, displacement, mounting configuration, shaft type and diameter, port size and location, operating environment, reliability and durability and maintenance requirements.