Akerman-Volvo H9 23t 1973-1981 - Technical data

Akerman-Volvo H9 23t 1973-1981 - Product Description

Powertrain and Design

The Akerman-Volvo H9 is a robust excavator weighing 23 t. It is powered by a Volvo Penta D70B engine, delivering an output of 11.1 kW. The high-quality materials and precise craftsmanship ensure durability and reliability. This machine is designed to maximize operational efficiency while performing various construction tasks. Despite its age, this model still offers reliability on the job site.

Undercarriage and Hydraulics

The undercarriage of the Akerman-Volvo H9 is based on wide tracks with a width of 650 mm, which contributes to the machine's stability on uneven terrain. While there is a lack of additional information regarding hydraulics, its design is optimized for comfortable driving and work requirements. The high quality of components leads to low failure rates and long-term usability under challenging conditions. It is suitable for use in the construction industry and for transporting building materials.

Operating Parameters

The Akerman-Volvo H9 features an engine displacement of 6.73 l and operates at a maximum torque speed of 2000 rpm. No additional data was available regarding operational parameters such as digging depth or breakout force. As a result, this model may have specialized applications that differ based on its configuration. The absence of bucket specifications also suggests that the machine can be tailored for various earthmoving tasks.

Optional Equipment

The Akerman-Volvo H9 does not include additional equipment such as a particulate filter, air conditioning, or quick couplers. Consequently, the machine can be used in traditional construction applications without added conveniences. Custom track adjustments and various hydraulic equipment options were not provided. It is worth noting the universal application of this machine in basic construction operations.

Safety and Technical Data

Weighing 23 t, the Akerman-Volvo H9 possesses appropriate parameters ensuring safety on the job site. The absence of emission levels and safety standards data should not affect its usability in standard construction operations. The engine's durability and solid construction with high-quality materials should provide confidence in its reliability. Proper training for operators is essential for the effective and safe operation of this machine.