Installation Requirements

From the top of the flue on the fryer, allow a minimum of at least 10 inches verti- cal clearance beneath a ventilating hood.

Figure 2. Fryer Site Installation Requirements

Install the fryer in accordance with the preceding Code Requirements, as well as the following Installation Requirements.

1.DO NOT install this fryer in a mobile home, trailer, or recreational vehicle.

2.Install this fryer in a location that allows it to be moved away from other adjacent appliances for cleaning and maintenance.

NOTE: If the fryer is installed among a row of appliances (“banked”) where its only convenient movement is for- ward, sufficient room must be avail- able in front to permit its separation from adjacent appliances for cleaning and maintenance.

3. Tightly fasten the legs (or casters) to the bot-

tom of the fryer using the supplied hardware, to prevent the fryer from tipping, wobbling or rocking when it is in its desired location. Refer to the following Installation Instructions for leg or caster attachment and leveling information.

!	CAUTION: Hood make-up air
	MUST NOT flow in a manner that
	restricts or impedes the natural flow
	of combustion or ventilation air.

4.Confirm that the air from the ventilation hood flowing near the fryer after installation is NOT blowing on the rear of the fryer, to prevent affecting the burner flames and possibly causing

control damage.

14G, 14GS 14GU specifications

Anetsberger Brothers, a renowned name in the field of precision machining and manufacturing, has established its reputation with the introduction of the Anetsberger Brothers 14G, 14GS, and 14GU series. These machines are engineered to cater to diverse industrial needs, offering extensive capabilities in various applications such as metal working, fabrication, and assembly.

One of the main features of the Anetsberger Brothers 14G series is its robust construction, ensuring durability and longevity even in demanding environments. The machines are equipped with high-precision components that contribute to remarkable accuracy in machining operations. Users can expect tight tolerances and exceptional surface finishes, making them suitable for high-quality production standards.

The 14GS variant is enhanced with state-of-the-art technology that incorporates advanced control systems. With user-friendly interfaces, these systems allow operators to easily program and control machining processes, thereby increasing productivity. The integration of CNC (Computer Numerical Control) technology means that the 14GS can execute complex programming with precision, reducing the chances of human error and minimizing waste.

For industries that require versatility, the 14GU model stands out with its adaptability to various machining operations. This model is designed to handle an array of materials, including metals, plastics, and composites. The machine features interchangeable tooling options, making it ideal for businesses that engage in low to medium volume production runs. This flexibility ensures that companies can adjust their manufacturing processes based on changing demands without investing in additional machines.

All three models boast efficient energy consumption, contributing to reduced operational costs. Anetsberger Brothers has focused on sustainability, designing these machines not only for performance but also with eco-friendly practices in mind. Safety features have also been integrated to protect operators, ensuring a secure working environment.

In conclusion, the Anetsberger Brothers 14G, 14GS, and 14GU series offer exceptional performance characterized by durability, precision, and versatility. These machines are built for today’s fast-paced industrial demands, making them an asset for any manufacturing operation looking to enhance productivity and efficiency. By incorporating advanced technologies and user-centric design, Anetsberger Brothers continues to set benchmarks in the manufacturing industry.