Volvo GM 611 0t 1967-1970 - Technical data

Volvo GM 611 0t 1967-1970 - Product Description

Powertrain and Design

The Volvo GM 611 is a construction machine characterized by a solid design. The engine manufacturer, Volvo, ensures reliability and performance. Despite the lack of certain specific technical data, this model is noted for its maneuverability and functionality. The absence of information regarding the drive type and other parameters does not detract from the overall assessment of the machine within the backhoe-loader category.

Working System and Hydraulics

This machine is equipped with hydraulic systems that allow it to perform a wide range of construction tasks. Exact hydraulic parameters are not provided, yet the Volvo GM 611 is designed for effective operation in challenging conditions. The high efficiency of the working system makes this model worth noting in its segment. The basic functionalities of construction machinery are preserved in this model.

Operating Parameters

Key operating parameters of the Volvo GM 611 include a maximum reach of 5.3 m and a digging depth of up to 3.8 m. The maximum heap height is 2.7 m, making this model suitable for various construction activities. The operational session of the device is appropriately calibrated for intense use. With these parameters, the model can perform its tasks with the expected efficiency.

Optional Equipment

The Volvo GM 611 is not equipped with any additional accessories such as a particulate filter, air conditioning, or stabilizers. The standard version also lacks a clamshell bucket or lifting equipment. Proposed accessories must be tailored to specific operational needs. The possibility of future equipment customization could enhance the machine's functionality.

Safety and Technical Data

In terms of safety, the Volvo GM 611 does not possess specific protections that are indicated in the documentation. Key technical parameters remain largely unspecified, limiting a full analysis of functionality. However, the construction standards are typical for models in this class, contributing to the expected level of safety. It is worth noting the importance of technical maintenance practices to ensure the longevity of the machine.