Claas Evion 430 Classic 170kW 2025-2025 - Technical data

Claas Evion 430 Classic - Product Description

Powertrain and Design

The Claas Evion 430 Classic is a combine harvester powered by a Cummins B6.7 engine with an output of 170 kW. This model features a modern powertrain design that ensures efficient power utilization. The construction of the machine is based on proven solutions, providing high reliability and long-lasting operation. The incorporation of modern engine technology allows for reduced fuel consumption and emissions in compliance with Stage V standards.

Working System and Hydraulics

The Evion 430 Classic is equipped with an advanced threshing system designed to enhance harvesting efficiency across different crop types. High-quality operation is achieved through the use of a versatile 600 mm drum that gently handles the grain. The machine's hydraulics are efficient and facilitate optimal material transport, which is crucial under challenging harvesting conditions.

Operating Parameters

The Claas Evion 430 Classic features a grain tank capacity of 6500 l, allowing for extended operation without frequent unloading. Additionally, the machine achieves an unloading efficiency of 90 l/s. The diameter of the rotor and the length of the cylinder are tailored to ensure high harvesting efficiency. The offered combine adeptly handles various types of crops, managing transitions between them skillfully.

Optional Equipment

The Claas Evion 430 Classic comes with hydraulic fan speed adjustment and an effective engine cooling radiator. The machine can be customized to meet individual user requirements through various additional equipment packages, such as the BUSINESS package, which enhances functionality and comfort. Optional assistance systems are also available, increasing precision and safety during operation.

Safety and Technical Data

The Claas Evion 430 Classic demonstrates high-quality construction, translating into reliability and resistance to adverse conditions. The machine is equipped with a range of safety features, increasing operator and environmental safety. Additionally, the emissions parameter complies with environmental regulations, which contributes to eco-friendliness during operation.