JCB 426 14.7t 2019-2025 - Technical data

JCB 426 14.7t 2019-2025 - Product Description

Powertrain and Design

The JCB 426 is a modern front wheel loader with an operational weight of 12,740 kg. It is powered by a Cummins BTAA 5.9C engine with a capacity of 5.9 liters, generating an output of 113 kW (152 HP). The engine's high power allows for efficiency in demanding working conditions, while its design promotes durability and reliability. Additionally, the JCB 426 features an appropriate automatic transmission, enhancing ease of use and operator comfort.

Undercarriage and Hydraulics

The JCB 426 loader is equipped with a hydraulic system featuring dual piston pumps, providing high performance and operational efficiency. The hydraulic system operates under a priority scheme for steering, increasing safety and steering precision. Modern ZF axles allow for automatic torque adjustment, significantly boosting performance under various terrain conditions.

Operating Parameters

Thanks to optimized operating parameters, the JCB 426 achieves a maximum tipping load of 8,271 kg at full turn. The bucket capacity is 2.1 m³, enabling effective handling of large material quantities. The peak torque is 633 Nm, translating into excellent draw force, with a discharge height at a 45° angle reaching 2,817 mm. The loader also boasts a payload exceeding 4,000 kg.

Optional Equipment

The JCB 426 offers multiple options for additional equipment, such as an automatic lubrication system and various attachments. Rear cameras and upgraded air filtration systems in the cabin are also available as options. This allows users to customize the machine according to specific requirements and working conditions. The thoughtfully designed cabin includes storage space for tools, enhancing its practicality.

Safety and Technical Data

Operator safety is a high priority in the design of the JCB 426. The cabin is fully sealed, reducing dust ingress and ensuring healthy working conditions. Additionally, the machine's monitoring system allows for real-time tracking of key parameters. Integrated overload protection and electronic safety systems significantly enhance workplace safety on construction sites.