2013 John Deere 326D Specifications and Key Features

The 2013 John Deere 326D is a compact track loader designed for a variety of tasks in construction and agriculture. With a powerful engine and robust build, it is capable of handling tough conditions. It is equipped with a 74-horsepower engine, providing an optimal balance of power and fuel efficiency.

One of the key features of the 326D is its rated operating capacity of 2,000 lbs, which makes it suitable for moving heavy materials and attachments. The loader’s hydraulic flow rate of 23.3 GPM ensures efficient operation with various implements, allowing for quick work on the job site.

The 326D also offers excellent maneuverability with a compact size and high ground clearance. This makes it ideal for work in tight spaces. Its Track Tensioning System reduces maintenance time and enhances the longevity of the undercarriage.

2013 John Deere 326D Specs

The 2013 John Deere 326D is equipped with a powerful 2.4L Yanmar diesel engine, delivering a gross horsepower of 75.5 hp (56.3 kW). This model offers an operating weight of 8,047 lbs (3,650 kg), providing a balance of power and stability for heavy-duty tasks. The lift capacity reaches up to 2,700 lbs (1,225 kg), making it highly capable for handling various attachments and loads.

The 326D features a vertical lift design, enabling a lift height of 128.5 inches (3.26 m). This feature allows for better material handling in tight spaces, especially when lifting and stacking. The hydraulic system provides an impressive flow rate of 23.7 gpm (89.7 L/min), ensuring consistent performance during demanding tasks.

For operator comfort, the 2013 326D comes with a spacious and ergonomic cabin. The standard air conditioning, adjustable seating, and improved visibility reduce operator fatigue, especially during long hours of operation. The machine’s control system is user-friendly, with a joystick to manage hydraulic functions and travel speeds.

With a ground clearance of 8.3 inches (21 cm) and a radial lift path, the 326D ensures smooth operation across uneven terrain. The track width spans 5 feet (1.52 m), offering stability while maneuvering around obstacles. Maintenance on the 326D is streamlined, with easy access to key components like the engine and filters, reducing downtime and servicing costs.

Engine and Performance Features of the 2013 John Deere 326D

The 2013 John Deere 326D is powered by a 2.4L, 4-cylinder diesel engine, providing a balanced mix of power and efficiency. The engine produces 74 horsepower, making the 326D capable of handling demanding tasks with ease. This engine is paired with a hydrostatic transmission system, offering smooth operation and precise control during loading and lifting tasks.

The machine’s maximum lift capacity reaches 2,500 lbs, which allows for handling a wide range of attachments. With a rated operating capacity of 1,750 lbs, it provides a solid combination of strength and maneuverability. The 326D’s engine design optimizes fuel efficiency without compromising performance, reducing downtime and extending the working hours for operators.

For improved performance, the 326D is equipped with a variable-speed cooling fan, ensuring the engine stays at optimal temperatures, even during long hours of use. The fan’s automatic adjustment based on engine temperature further contributes to fuel savings and reduces wear on components.

Operators will appreciate the 326D’s impressive travel speed of up to 7 mph, making it efficient for transporting materials over short distances. The machine’s hydraulic system delivers 2,000 psi, which supports a wide range of attachments, from heavy lifting to more intricate tasks.

Operating Capacity and Lift Specifications for the 2013 John Deere 326D

The 2013 John Deere 326D offers impressive lifting capabilities. With a rated operating capacity of 2,000 lbs, it can handle a wide range of attachments and materials. This allows for increased productivity on demanding job sites.

Its vertical lift design ensures excellent reach and stability, making it suitable for lifting and placing heavy loads. The machine offers a lift height of 10 feet 6 inches, providing the ability to reach high shelves and other elevated areas without needing to reposition.

The tipping load is 4,000 lbs, ensuring the machine remains stable during heavy lifts. With a breakout force of 5,500 lbs, the 326D can efficiently handle tough materials such as compacted dirt, debris, and bulk materials.

For operators, these specifications translate into better control, allowing for precise placement of loads with reduced risk of tipping. The combination of the 326D’s operating capacity and lift specifications makes it a reliable machine for various construction and material handling tasks.

Maintenance and Service Requirements for the 2013 John Deere 326D

Regular maintenance is crucial for the 2013 John Deere 326D to ensure long-term reliability. Follow these key tasks to keep the machine in top working condition:

• Engine Oil Change: Replace engine oil and filter every 250 hours of operation or annually, whichever comes first.
• Hydraulic Fluid Check: Inspect hydraulic fluid levels at least once a week. Replace every 1,000 hours or according to manufacturer’s guidelines.
• Air Filter Maintenance: Clean or replace the air filter every 500 hours or when you notice a decrease in engine performance.
• Fuel System: Inspect fuel lines for leaks and replace fuel filters every 500 hours.
• Tire Inspection: Check tire pressure and tread wear regularly. Ensure proper inflation to avoid excessive wear or damage.
• Track Maintenance (if applicable): Inspect tracks for damage or wear, especially after heavy use. Lubricate tracks periodically to prevent rust.
• Battery Care: Check battery terminals for corrosion and ensure secure connections. Clean terminals as needed to ensure proper power flow.
• Cooling System: Check coolant levels regularly, especially during extreme temperature changes. Flush the cooling system every 1,000 hours to avoid overheating.

Following these guidelines will help maintain performance and reduce the risk of unexpected repairs. Keep a service log to track maintenance history for optimal machine operation.