Aebi TP 47S 1.49t 1996-2006 - Technical data

Aebi TP 47S - Product Description

Drive and Construction

The Aebi TP 47S is a municipal tractor designed for efficient operation in urban environments. It features all-wheel drive, providing better traction and stability on challenging terrains. The FL steering system enables easy maneuverability in narrow spaces, making it suitable for city tasks. The machine’s construction utilizes durable materials, ensuring its longevity and reliability in municipal applications.

Driving System and Hydraulics

This model is equipped with an 8/8 transmission system, allowing precise speed adjustment for various working conditions. It lacks a cabin and front or rear hydraulics, which simplifies its design and reduces weight. The narrow gauge design is well-suited for work in confined urban areas, enhancing its operational versatility. The capability to attach implements at both the front and rear (H/F) further increases its functionality in municipal tasks.

Working Parameters

The weight of the Aebi TP 47S is 1.49 t, making it highly mobile and easy to operate. The standard tire size is 75-15.3, providing adequate traction across different surfaces. This model belongs to the TP series, with production spanning from 1996 to 2006. It was specifically designed for efficient operation under challenging urban conditions.

Additional Equipment

The Aebi TP 47S does not feature a cabin, which is typical for this type of municipal tractors, but it does offer all-wheel drive. The machine has no front or rear hydraulics or power take-off as standard features. It is designed to work effectively with front-mounted tools. Its narrow track capabilities allow it to accomplish a range of tasks including towing trailers and operating implements.

Safety and Technical Data

Operator safety is a critical aspect of municipal equipment design. While the Aebi TP 47S lacks complex features, it meets basic safety standards. The absence of a cabin and hydraulic mechanisms minimizes the risk of damage and operational hazards. This model is tailored for tasks that require agility and maneuverability within urban settings.