John Deere 3040 4.162t 1980-1987 - Technical data

John Deere 3040 - Product Description

Powertrain and Construction

The John Deere 3040 is a utility agricultural tractor manufactured between 1980 and 1987, featuring a 5.9L diesel engine providing 66 kW of power. This model is equipped with a 6-cylinder engine, yielding a peak torque of 295.6 Nm. Its compact dimensions of 4.24 m in length, 2.05 m in width, and 2.79 m in height make it effective for various agricultural tasks. Standard cabin construction protects the operator, enhancing comfort during operation.

Drive System and Hydraulics

The John Deere 3040 features a capable drive system allowing for efficient operation on various terrains. With a horsepower of 66 kW, it reaches a travel speed of 28.8 km/h, making it suitable for multiple farming applications. The hydraulic system is closed-center, ensuring high efficiency when working with additional implements. The tractor supports work through a rear Power Take-Off, essential for many agricultural operations.

Working Parameters

The operational specifications of the John Deere 3040 make it a versatile tool in any farm setting. Its displacement of 5.9l and maximum torque of 295.6 Nm at 1300 rpm provide appropriate power for demanding tasks. The tractor features an independent rear PTO, enabling connections to various attachments. The vehicle's dimensions contribute to its suitability for both transport and intensive use under challenging conditions.

Additional Equipment

The John Deere 3040 includes a standard cabin, providing comfort and protection for the operator against adverse weather conditions. It also possesses a rear Power Take-Off, facilitating diverse farming actions. However, the lack of additional options such as front hydraulic sockets or a front PTO may limit versatility in specific applications. It is advisable to consider adaptability to address the specific needs of individual farms.

Safety and Technical Data

The John Deere 3040 is designed with the operator's and user's safety in mind. The standard cabin meets safety standards during operation. Moreover, the hydraulic rear system and mechanical differential lock optimize the vehicle's stability. Critical parameters also include adequate hydraulic working pressure and pump efficiency, ensuring effective coordination with working equipment. The tractor's durability is positively influenced by its solid construction and design.