John Deere T550 HM\u2122 202kW 2019-2020 - Technical data

John Deere T550 HM™ - Product Description

Powertrain and Design

The John Deere T550 HM™ is powered by a 6.8-liter PowerTech PSS engine, delivering a rated power of 202 kW (275 hp) and a maximum output of 224 kW (305 hp). This engine complies with Tier 4 emission standards and is designed for operation in challenging agricultural conditions. The threshing system featured in this model emphasizes efficiency and reliability, with a threshing width of 1.4 m and a drum diameter of 660 mm, allowing effective grain separation even in demanding situations.

Undercarriage and Hydraulics

The T550 HM™ is equipped with an advanced undercarriage system, allowing a maximum transport speed of up to 40 km/h. The X-Traction system provides excellent traction and comfort on uneven terrain. The hydraulic system enhances force management, which is critical for effective operations under challenging conditions. The four-wheel drive further boosts the machine's maneuverability, contributing to operational efficiency.

Operating Parameters

The machine weighs 14.24 tons, with a grain tank capacity of 8000 liters. The T550 HM™ is designed for cereal harvesting, and its performance is supported by enhanced features for yield management and loss monitoring. Its transport dimensions are 3.25 m in length, 3.5 m in width, and 3.88 m in height. The gearbox type is a mechanical 3-speed, ensuring convenient shifting during operations.

Optional Equipment

The T550 HM™ may be fitted with various additional modifications, including air conditioning and grain loss monitoring systems. Optional accessories such as a camera for monitoring the harvesting process may also be available. It is worth noting the optional systems that support real-time management and monitoring of the machine's operation.

Safety and Technical Data

The machine is equipped with safety systems, such as adjustable legs to ensure stable positioning during operation on slopes. It also features various mechanical safeguards and technologies that enhance productivity during increased capacity use. Integrated electronic systems provide monitoring of critical operational parameters.