John Deere 1130 Tractor Specifications and Features

The John Deere 1130 tractor is a reliable machine, perfect for medium to heavy-duty farm tasks. It offers a balance between power and ease of operation, making it a solid choice for various agricultural needs. With a 48 horsepower engine, the 1130 provides enough power for most tasks without compromising on fuel efficiency.

For those needing solid transmission options, the John Deere 1130 comes with a 6-speed manual gearbox, giving the operator control over both speed and torque. The tractor’s lifting capacity of 1,500 kg ensures that it can handle heavy loads with ease, making it well-suited for transporting equipment or working with implements.

The tractor’s hydraulic system is designed to be both responsive and durable. With a maximum flow rate of 34 liters per minute, it can handle most implements, from plows to seeders, with minimal effort. The easy-to-use controls make operation straightforward, reducing the need for constant adjustments while working.

John Deere 1130 Tractor Specifications

The John Deere 1130 is equipped with a 3-cylinder, 1.6L diesel engine. This engine delivers a power output of 34 horsepower at 2,300 RPM, ideal for small to medium farming operations. The engine features a liquid cooling system to maintain optimal temperature during extended work periods.

The tractor comes with a 6-speed manual transmission, offering forward speeds ranging from 1.5 to 15.5 km/h. The 1130 model features a rear-wheel drive, but an optional 4-wheel drive system is available for better traction on uneven terrain.

The hydraulic system on the John Deere 1130 provides a maximum flow rate of 20.6 liters per minute. This is suitable for handling various attachments, including plows and cultivators, with a lifting capacity of up to 1,200 kg at the rear hitch. The PTO operates at 540 RPM for optimal attachment performance.

The tractor’s fuel tank holds 35 liters, offering a solid operating range for daily tasks. With an average fuel consumption of 4.5 to 5 liters per hour, it strikes a balance between power and economy.

Dimensions of the John Deere 1130 include a wheelbase of 1,860 mm, making it compact and highly maneuverable in tight spaces. The tractor weighs approximately 1,300 kg, which provides stability without sacrificing mobility.

The 1130 is designed for ease of maintenance, with accessible components for quick checks and service. Regular oil changes and filter replacements help maintain the tractor’s long-term performance.

Engine Power and Performance of John Deere 1130

The John Deere 1130 tractor is equipped with a reliable 3-cylinder diesel engine, offering a maximum output of 33 horsepower. This engine ensures the tractor delivers solid performance for a range of agricultural tasks, from plowing to hauling.

With a displacement of 2.5 liters, the engine efficiently manages fuel consumption while maintaining robust power delivery. Its high torque output at low RPMs makes the 1130 ideal for tasks that require consistent power over extended periods, such as tilling or mowing.

The engine is coupled with a reliable transmission system, ensuring smooth power transfer to the wheels. This combination of power and smooth operation increases productivity and reduces strain during long hours of work. Regular maintenance of the engine is necessary to keep it running at its best, ensuring long-term reliability and performance.

The John Deere 1130’s engine also offers ease of maintenance, with easy access to key components such as the oil filter, air filter, and fuel pump. Proper servicing ensures that the engine continues to perform at its optimal level, minimizing downtime during critical tasks.

Transmission and Speed Options of John Deere 1130

The John Deere 1130 features a fully synchronized transmission system that allows for smooth shifting between gears. This is ideal for operators who need precise control over their speed and torque in various agricultural tasks.

It offers a 6-speed gearbox, which includes forward and reverse gears. The tractor provides a total of 12 gear combinations (6 forward + 6 reverse), allowing users to adjust speeds easily for different working conditions.

• Transmission Type: Constant mesh with synchromesh
• Speed Options: 6 forward gears and 2 reverse gears
• Maximum Speed: 27.5 km/h (17 mph)
• Reverse Speed: 9.5 km/h (5.9 mph)

For heavier tasks, the lower gears offer more torque, while higher gears provide faster travel speeds on open fields or roads. This flexibility is key for both fieldwork and transport tasks.

The transmission’s design ensures durability and longevity, with well-protected gear components that reduce wear over time, even under heavy usage. Proper maintenance of the transmission system ensures the John Deere 1130 remains reliable and efficient throughout its life.

Hydraulic System and Lifting Capacity of John Deere 1130

The John Deere 1130 features a reliable hydraulic system that ensures smooth operation during heavy lifting and material handling. With a hydraulic pump capacity of 17.2 gallons per minute, this tractor offers consistent power to the lift arms, ensuring efficient operation for a wide range of tasks. The system is designed to handle demanding workloads, making it suitable for both agricultural and industrial applications.

The tractor’s rear lift capacity reaches up to 2,700 kg, allowing it to handle large implements and equipment with ease. The hydraulic system is equipped with advanced control valves that enable precise adjustments, ensuring optimal lift performance and smooth operation during use. The system also offers excellent pressure settings, ensuring it maintains lifting power even under heavy load conditions.

For added versatility, the John Deere 1130 is compatible with a variety of front and rear mounted attachments, enhancing its functionality. The hydraulic system’s design ensures minimal downtime, even with frequent, heavy use, making it a reliable choice for long working hours. Regular maintenance of the hydraulic filters and fluid ensures continued performance and prevents potential system failures, optimizing the tractor’s efficiency in lifting and other hydraulic-powered tasks.