USING THE ROTISSERIE
The grill rotisserie system is designed to cook
items from the back using infrared heat. The
location of the burner allows the placement of the rotis basting pan (included) beneath the food to collect juices and drippings for basting and gravy.
To flavor the contents of the basting pan, you can add herbs, onion, garlic, or spices. Hams are especially good with the addition of pineapple
slices and brown sugar to the basting pan. The rotisserie burner is an infrared type which
provides intense searing radiant heat. Preferred
FIG. 22
by chefs over other methods, this intense heat is
magnificent for searing in the natural juices and nutrients found in quality cuts of meat.
Once lit, the rotis burner will reach cooking temperatures in about 1 minute. The orange/red glow will even out in about 5 minutes.
The rotis motor is equipped with metal gears and is capable of turning up to a 25 lb. cut of meat or poultry. The rotis motor on the grills is secured down to a cast rotis block with two black screw- down knobs. The rotis block is in turn bolted to the right side panel. The rod for the rotis is assembled into the motor assembly by placing the pointed end into the motor, and resting the handle end on the support at the left side of the grill. With the rod pushed as far as possible into the motor, the grooved rod should rest on the rollers.

To load the rod begin with the handle in place, and slide one of the meat holders (prongs facing away from the handle) onto the rod. Push the rod through the center of the food, then slide the second meat holder (prongs toward the food) onto the rod. Center the product to be cooked on the rod then push the meat holders firmly together. Tighten the L shape nut with pliers. It may also be necessary to wrap the food with butchers string or dental floss (never use nylon or plastic string) to secure any loose portions. Once the food is secure, insert the rod into the motor. If needed, remove the grill grates. Place the basting pan beneath the food. It is normal for the rod to flex when larger cuts of meat are being cooked.

Also, the motor is equipped with a halogen bulb to provide light when other sources of light are not sufficient. Use only a 50W Max. Halogen Narrow Flood replacement bulb.

ROD LIGHT

MOTOR

FIG. 23

CAUTION:

Halogen lamps are constructed of a glass bulb with a pressurized internal filament tube that operates at high temperatures and could unexpectedly shatter. Should the outer bulb break, particles of extremely hot glass could be discharged into the fixture enclosure and/or surrounding environment, thereby creating a risk of personal injury or fire. When replacing the bulb, let the bulb cool, and assure that power to the light has been turned off. Never allow the hot bulb to come into contact with water. DO NOT TOUCH the Light Bulb when in use. They may be hot enough to cause injury.

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Image 19
DCS BGB30-BQR manual ROD Light Motor

BGB30-BQR specifications

The DCS BGB30-BQR is a state-of-the-art gas monitoring and detection system, designed to ensure maximum safety and reliability in a variety of industrial environments. This advanced device integrates cutting-edge technologies and sophisticated features that make it a preferred choice for professionals in sectors such as oil and gas, manufacturing, and chemical processing.

At the heart of the BGB30-BQR lies its high-performance gas sensors, which are capable of detecting a wide range of hazardous gases including methane, propane, and hydrogen sulfide. These sensors utilize advanced electrochemical technology that allows for quick and accurate readings, ensuring that any potential gas leaks can be identified rapidly. The device is designed for real-time monitoring, providing continuous data to maintain safety in critical settings.

One of the standout features of the BGB30-BQR is its robust wireless communication capabilities. Equipped with built-in Bluetooth and Wi-Fi, the system allows for seamless integration into existing network infrastructures. This feature enables operators to access real-time data remotely via smartphones or tablets, empowering them to make informed decisions instantly. Additionally, the BGB30-BQR supports both local and cloud-based data storage, ensuring that historical data is available for analysis and regulatory compliance.

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In conclusion, the DCS BGB30-BQR gas monitoring system exemplifies innovation in safety technology. With its advanced sensing capabilities, robust communication features, durable construction, and user-friendly design, it stands out as a reliable solution for gas detection in various industrial applications. Investing in the BGB30-BQR not only enhances workplace safety but also boosts operational efficiency by providing critical data when it matters most.