Takeuchi TB 290 CM 8.4t 2011-2025 - Technical data

DER KOMPAKTBAGGER TB 290 – Product Description

Powertrain and Design

The TB 290 is a compact excavator equipped with a 4TNV98CT Common-Rail engine with a turbocharger. The engine produces 51.4 kW of power at 2000 rpm and has a displacement of 3318 cm³. It has four cylinders and coolant and oil tanks with capacities of 14.0 l and 10.2 l, respectively. The performance of this model is tailored to meet the demands of challenging hydraulic tasks.

Undercarriage and Hydraulics

The TB 290 features a main pump with Load-Sensing hydraulics. The maximum output at peak pressure is 160 l/min at 27.5 MPa. The machine is also equipped with four additional hydraulic circuits that allow for various tool attachments. With its robust frame construction and appropriate technical solutions, the excavator ensures efficient and precise hydraulic operation.

Operating Parameters

The weight of the machine is 8400 kg, resulting in a ground pressure of 0.38 kg/cm². The TB 290 can achieve a maximum digging depth of 4410 mm and a working reach of up to 7275 mm. The arm can tilt 70° to the left and 60° to the right, increasing working flexibility in challenging conditions. Additionally, the machine features a swing speed of 10.3 U/min, enhancing operational efficiency.

Optional Equipment

As standard, the machine comes with four hydraulic circuits and an electric rear-view camera. Various equipment options are available, such as hydraulic quick couplers and different working tools, e.g., buckets or grapples. Additional accessories to enhance safety, such as load-related safety measures and overload warnings, also available. The standard work lighting consists of four front-mounted lights and two at the rear.

Safety and Technical Data

The TB 290 provides high safety standards with features such as pipe rupture protection and holding valves in the hydraulic cylinder. Additionally, the machine complies with EN 474-5:2006+A2:2012 standards for construction machinery safety. Desired operational parameters and a solid structure make it suitable for maximum loads. Additional overload warning systems further enhance operational safety.