Kitchen Cabinet Construction

u Screw in ball stud Fig. 3 (3) together with the soft stop mechanism Fig. 3 (2) in the fastening hole.

u Re-attach all covers Fig. 2 (5,6,7,8).

-The top ventilation space can be either directly over the appliance Fig. 4 (2) or next to the ceiling over a cabinet Fig. 4 (3), or through a vent installed in a soffit Fig. 4 (4).

4 Kitchen Cabinet Construction

This is a fully integrated appliance which means that it is fully enclosed by a kitchen cabinet. This type of cabinet must be carefully constructed using the proper dimensions and it must provide proper ventilation to ensure proper ap- pliance operation.

Make a separate kitchen cabinet for each appliance for Side-by- Side installations.

Consider having a professional install the appliance in your kitchen cabinet.

4.1 Kitchen Cabinet Airflow

Fig. 4

-There must be a ventilation space at least 31 in 2 (200 cm2) at the airflow inlet Fig. 4 (1) and at the airflow outlet Fig. 4 (2).

Fig. 5

- There must be a clear ventilation space (without any ob- structions) of at least 1-1/2 in. (38 mm) at the back of the kitchen cabinet.

u Observe the above ventilation dimensions.

Ventilation through the cabinet base at the bottom can be achieved by installing the provided ventilation grille Fig.6 (3) or via a ventilation opening of at least 31 in2 (200 cm2). When using the provided ventilation grille Fig.6 (3), please proceed as follows:

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Liebherr HC1011, HC1060 installation instructions Kitchen Cabinet Construction, Kitchen Cabinet Airflow

HC1060, HC1011 specifications

The Liebherr HC1011 and HC1060 are advanced tower cranes known for their exceptional performance and reliability in construction projects. These models are part of Liebherr's commitment to engineering excellence, providing efficient solutions for high-rise building and heavy lifting tasks.

The Liebherr HC1011 crane features a maximum lifting capacity of 10 tons and a jib length of 50 meters, making it ideal for a wide range of construction applications. It is equipped with a robust hoisting mechanism that ensures smooth and precise lifting operations. The crane's modular design allows for easy assembly and dismantling, reducing setup time on construction sites.

One of the standout features of the HC1011 is its advanced control system, which integrates modern technology to enhance operational efficiency. The crane is equipped with Liebherr’s innovative Litronic control system, providing real-time monitoring and diagnostics. This system enables operators to make informed decisions based on live data, optimizing performance and safety.

The Liebherr HC1060, on the other hand, is designed for larger projects with a maximum lifting capacity of 12 tons and an impressive jib length of 60 meters. This model delivers exceptional reach and versatility, accommodating the needs of complex construction sites. Similar to the HC1011, the HC1060 also features the Litronic control system, enabling operators to manage lifting operations with precision.

Both models are distinguished by their high-quality materials and cutting-edge engineering. The cranes are built to withstand harsh weather conditions and heavy-duty use, ensuring durability and longevity. The ergonomic design of the operator’s cabin provides comfort and visibility, allowing for efficient monitoring of lifting operations.

In terms of technology, the Liebherr HC series incorporates advanced safety features, including overload protection and automatic lubrication systems. These innovations ensure safe operation and reduce maintenance requirements, allowing construction teams to focus on their projects.

In summary, the Liebherr HC1011 and HC1060 tower cranes are exemplary machines in the construction industry, characterized by their heavy lifting capabilities, innovative control systems, and robust construction. Their combination of technology and design makes them ideal for handling demanding construction tasks, ensuring that projects are completed safely and efficiently.