2014-2023 TCM L9-2 WHEEL LOADER

TCM L9-2 2014-2023 TCM L9-2 WHEEL LOADER equipment image

Equipment Overview

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OEM
TCM
Model
L9-2
Year of Manufacture
2014-2023
Category
WHEEL LOADERS

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Technical Description

The TCM L9-2 is a compact wheel loader engineered for light-duty material handling and loading applications. Powered by a Kubota V3300-DI-KA diesel engine, it delivers 59.2 horsepower with a powershift transmission, enabling maximum speeds of 21.4 mph in both forward and reverse directions. The loader features a 0.9 cubic meter heaped bucket with a 1,990 mm width and a maximum breakout force of 46.6 kN, making it suitable for bulk material handling. Its dimensions are optimized for maneuverability, with an overall length of 5,015 mm, height of 2,725 mm to the top of cab, and a 2,200 mm wheelbase. The 340 mm ground clearance and 2,500 mm dump clearance at maximum raise provide adequate clearance for various job site conditions. Operating at a total weight of 4,695 kg with a static tipping weight of 3,400 kg, this machine maintains excellent stability and control. The fuel capacity of 75 liters supports extended operational periods, while the 17.5/65-20 tire size ensures reliable traction across diverse terrain. With a dump reach of 1,185 mm at maximum lift, the L9-2 efficiently loads trucks and hoppers. The machine's compact profile, combined with its robust build quality and proven Kubota engine, makes it an economical choice for small-to-medium construction sites, landscaping operations, and material distribution centers requiring dependable performance and operational efficiency.

Technical Attributes

Engine Power
59 HP
Max Speed
21.40 mph
Tire Size
17.5/65
Max Bucket Capacity
1.20 yd³
Static Tipping Weight
7,495.80
Max Dump Height
8.30 ft

Data Accuracy and Verification

Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.

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