INSTALLATION

2.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 in.2 (200 cm2).

When using the provided ventilation grille (Fig. 6, 3), please proceed as follows:

In the cabinet base, cut out a ventilation opening that is 17-23/32 in. (450 mm) in width and 2-7/32 in. (56 mm) in height (Figure 6).

Insert ventilation (Fig. 6, 3) grille into the cabinet base cut-out (Fig. 6, 1).

From the back side, slide the snap-fits (Fig. 6, 2) into the grille until the hooks make contact with the cabinet base.

Construction of Kitchen Cabinet - Figure 7

Construct the kitchen cabinet using the dimensions shown in Figure 7.

1.Align the kitchen cabinet with a level (Fig. 7, 2) and a square. If necessary, shim underneath the cabinet to make it level. The floor and side walls must be at right angles to each other.

2.Install the refrigerator-freezer in stable kitchen cabinets only.

3.The joint between the upper and the lower kitchen cabinet door must align with the joint between the upper and lower refrigerator-freezer door.

If you use a pre-designed kitchen cabinet, you may need to shim the refrigerator-freezer so the doors are properly aligned.

Completely mount cabinet base (with ventilation grille and snap-fits) to kitchen cabinet.

 

 

2

4xR

 

 

 

 

 

7/32

 

 

 

 

(5

 

in.

1

 

 

.

mm)

 

 

in

 

 

 

 

 

-23/32

 

 

 

 

 

 

 

 

 

 

 

 

17

 

 

 

2-7/32in.

(56mm)

 

(450mm)

 

 

3

 

Fi

 

 

 

ure

 

 

 

 

 

 

 

 

 

Figure 6

Follow the dimensions provided in Figure 7 to determine if any shims (Fig. 7, 4) are required. Also make sure you adjust the height of the kitchen cabinet (Fig. 7, Dimension “D”) if you need to add any shims.

4.Use a fish line (Fig. 7, 1) to pull the plug up to reach the outlet (Fig. 7, 3).

A delight in freshness

HC 1001 / HC 1050

7

Page 13
Image 13
Liebherr HC1050, HC1001 installation manual Construction of Kitchen Cabinet Figure, Ure

HC1050, HC1001 specifications

The Liebherr HC1001 and HC1050 represent a significant advancement in heavy construction equipment, particularly in the realm of crawler cranes. These machines are engineered to deliver exceptional performance, reliability, and operational efficiency, ensuring they meet the diverse needs of modern construction sites.

The Liebherr HC1001 is characterized by its robust lifting capacity and compact design, making it an ideal choice for applications in tight spaces where maneuverability is crucial. With a maximum lifting capacity of 100 tons, the HC1001 can handle a variety of loads with ease. This crane is equipped with a powerful diesel engine that provides ample power for lifting and hoisting, yet maintains fuel efficiency. Its optimized hydraulic system enhances performance while reducing operational costs.

The HC1050, on the other hand, steps up the game with a maximum lifting capacity of 120 tons. This model features innovative technologies that further improve productivity and safety on job sites. The HC1050 incorporates a state-of-the-art control system that provides real-time data to the operator, allowing for precise maneuvering and load management, reducing the likelihood of accidents during operation.

Both models feature Liebherr's advanced Luffing Jib technology, which enables them to work at variable angles, adjusting to different site requirements without compromising stability. This feature is particularly advantageous in urban construction settings where space is limited. The luffing jib also allows for higher lift heights and an extended reach, making these cranes versatile tools for a wide range of construction tasks.

Safety is paramount in Liebherr’s crane designs, and both the HC1001 and HC1050 come equipped with multiple fail-safes and monitoring systems. These systems provide alerts for overloads and operational limits, ensuring that operators can work confidently within designated safety parameters.

In terms of maintenance, Liebherr has designed these cranes with easy access to key components, simplifying routine inspections and servicing. This focus on maintenance means that downtime is minimized, allowing for continued productivity on job sites.

In conclusion, the Liebherr HC1001 and HC1050 crawler cranes combine impressive lifting capabilities with innovative technologies, making them suitable choices for modern construction challenges. Their advanced features, safety systems, and ease of maintenance position them as reliable heavy equipment for contractors aiming to enhance efficiency and safety in their operations. Whether for urban projects or expansive construction sites, Liebherr's commitment to quality and performance shines through in these models.