OTC 10-Ton Service Jack (HDJ10)

Description

The OTC 10-Ton Service Jack (HDJ10) is a robust and reliable lifting tool designed to handle heavy-duty applications. Its powerful hydraulic system and sturdy construction make it perfect for lifting large vehicles such as trucks, buses, and SUVs.

KEY FEATURES AND BENEFITS:

• High Capacity: Lifts up to 10 tons, ideal for heavy-duty vehicles.
• Wide Lifting Range: Accommodates a variety of vehicle heights.
• Durable Construction: Sturdy steel frame for long-lasting performance.
• Easy to Use: Foot pedal and handle controls for efficient operation.
• Safety Features: Built-in overload protection and ASME PASE-2019 compliance.

SPECIFICATIONS:

• Capacity: 10 tons
• Lifting Range: 6.3″ to 22″
• Reach: 51″
• Saddle Diameter: 6″
• Frame Height: 9.8″
• Handle Length: 43.25″
• Floor Space: 18″ x 60″
• Casters: 4 (2 fixed front, 2 swivel mid-body)
• Weight: 329 lbs.

HOW TO USE:

• Position the Jack: Place the jack on a level surface, ensuring stability.
• Extend the Saddle: Use the foot pedal to raise the saddle to the desired height.
• Position the Vehicle: Carefully drive the vehicle onto the saddle.
• Raise the Vehicle: Continue pumping the foot pedal until the vehicle is fully lifted.
• Lower the Vehicle: Release the pressure on the foot pedal to lower the vehicle.

BENEFITS OF USING OTC 10-TON SERVICE JACK (HDJ10):

• Efficient Vehicle Maintenance: Easily lift heavy vehicles for maintenance and repairs.
• Safe Operation: Built-in safety features protect both the user and the vehicle.
• Durable and Reliable: Sturdy construction ensures long-lasting performance.

FEATURES:

• Powerful hydraulic system: Ensures smooth and efficient lifting.
• Sturdy steel frame: Provides durability and strength for heavy lifting.
• Large, durable casters: Enhance mobility and stability during use.
• Easy-to-read capacity gauge: Helps monitor load limits easily.
• Ergonomic handle design: Offers comfort and control during operation.
• Oversized saddle for stability: Ensures secure lifting and minimizes load slippage.