Case Poclain 688 B CK 13.2t 1993-1995 - Technical data

Case Poclain 688 B CK 13.2t 1993-1995 – Product Description

Powertrain and Design

The Case Poclain 688 B CK is a construction machine weighing 13.2 t. It features a Case engine, type 4T 390, with a power output of 65 kW. This machine is used in earthworks, providing adequate performance and efficiency. The transport dimensions are 7.7 m in length, 2.57 m in width, and 2.94 m in height, making it suitable for various tasks in the construction site.

Undercarriage and Hydraulics

The machine has tracks with a width of 700 mm, ensuring stability during operation. Details about the undercarriage are not provided, which may indicate a standard construction. In terms of hydraulics, details about the system and breakout force are also not mentioned in the documentation. This simplicity in use and maintenance is essential in the construction sector.

Operating Parameters

The bucket capacity is 0.7 m³, enabling efficient execution of earthwork tasks. The depth of excavation and maximum reach are not specified, which may be significant regarding technical specifications. Average fuel consumption and fuel consumption range have not been provided, which can be a critical absence in a complete technical profile of the machine. Nonetheless, these parameters do not impact the basic operational capabilities of the machine.

Optional Equipment

Factors that may influence functionality include available accessories. The Case Poclain 688 B CK is not equipped with a particulate filter, blade, driver’s cabin adjustment, or air conditioning. The absence of additional accessories, such as hydraulic or mechanical quick couplers, limits its capabilities. However, path adjustment is possible, making the machine more versatile in daily operations.

Safety and Technical Data

Although the emission level has not been specified, it is essential to note that meeting relevant emission standards is vital for environmental protection. The Case Poclain 688 B CK, as a product from 1993-1995, may lack modern safety systems that are currently standard. Information on the number of cylinders, their diameter, or torque is also incomplete but does not affect the overall understanding of the machine's construction.