Case Poclain 788 P4A 16.5t 1996-1999 - Technical data

Case Poclain 788 P4A 16.5t 1996-1999 - Product Description

Powertrain and Design

The Case Poclain 788 P4A is a construction machine weighing 16.5 tons. It is powered by a 4T 390 engine with a power output of 76 kW. The machine's design ensures stability and productivity under various working conditions. This model was produced from 1996 to 1999, indicating its recognition in the industry. The 'P' series signifies a proper quality of workmanship.

Undercarriage and Hydraulics

This machine features standard tires of size 10.00-20, enhancing its maneuverability and stability on-site. The hydraulic system enables efficient operation of the bucket with a capacity of 0.6 m³. The transport height is 3.23 m and the transport length is 7.55 m. These specifications make it suitable for intensive work on construction sites. The machine is not equipped with additional stabilizers.

Operating Parameters

The dimensions of the machine are 7.55 m in length, 2.49 m in width, and 3.23 m in transport height. The bucket capacity of 0.6 m³ enables effective earth-moving tasks. Unfortunately, there is no detailed data on fuel consumption, digging depth, or pulling force provided. Such information could be important for users seeking specific machine performance.

Optional Equipment

The Case Poclain 788 P4A does not come with additional equipment such as a particulate filter, blade, air conditioning, or hydraulic quick coupler. As a result, it can be configured to meet individual user needs through the purchase of compatible accessories. This offers greater flexibility in tailoring the machine for specific construction tasks.

Safety and Technical Data

This model lacks detailed data regarding emission levels and safety parameters, which may be important for construction equipment operators. Nevertheless, as a construction machine, it is built with an emphasis on stability and durability. It is essential to adhere to proper usage guidelines and regular maintenance to ensure safety during operation.