Takeuchi TB 235 3.53t 2008-2020 - Technical data

TB235 – Product Description

Powertrain and Design

The TB235 is a hydraulic excavator with an operating weight of 7,650 lbs (3,469 kg) equipped with a bucket and rubber tracks. It features a Yanmar / 3TNV88 engine compliant with EPA Interim Tier 4 standards. The powertrain allows for efficient operation under challenging conditions, with added features such as an automatic fuel bleed system and a dual element air cleaner enhancing its performance and reliability.

Undercarriage and Hydraulics

The TB235 is equipped with a hydrostatic drive system with automatic shift. Two variable displacement piston pumps provide a total hydraulic flow of 29.4 gal / min (111.0 L / min) and an auxiliary hydraulic flow of 16.3 gal / min (61.8 L / min). With state-of-the-art cylinders and hydraulic attachments, the machine offers precise control and responsiveness to the operator's needs.

Operating Parameters

The TB235 achieves a maximum digging depth of 11 ft 2 in (3,400 mm), and its maximum dump height is 12 ft 6 in (3,815 mm). The bucket digging force is 8,582 lbs (3,893 kg), while the arm digging force is 3,597 lbs (1,632 kg). The arm length of 5 ft 3 in (1,600 mm) combined with the extensive operational reach makes it an excellent choice for construction and earthmoving tasks.

Optional Equipment

The machine can be fitted with various optional accessories, such as a mechanical quick coupler and a main pin hydraulic thumb. This allows the operator to adapt the TB235 to different working conditions. Automatic engagement and convenient controls are additional benefits that make the excavator a versatile tool on the construction site.

Safety and Technical Data

The TB235 is designed with operator safety in mind, featuring a four-post ROPS / TOPS / FOPS canopy. The electronic monitoring system alerts the operator of low oil pressure and high engine coolant temperature. The operator station is designed for comfort during operation, and appropriate safety systems enhance security during usage.