INSTALLATION

Continued

OPTIONAL GA9050A ON/OFF SAFETY VALVE/PILOT KIT

For additional convenience and safety, or for propane/LP conversion, an optional ON/OFF safety valve/pilot kit is available. See Accessories, page 18.

WARNING: You must use a ON/OFF safety valve/pilot kit for propane/LP conversion.

TESTING BURNER FOR LEAKS

1.Generously apply noncorrosive leak detec- tion fluid to all connections.

WARNING: Never check for gas leaks with open flame.

2.Light the burner with the shutoff valve no more than half open and holding a match slightly in front of the pan (see Lighting Instructions, page 10).

3.Inspect all connections for bubbles, raw gas odor, or flame from any area other than the burner (leaks). If leaks are detected, shut off the gas valve immediately. Tighten, or reas- semble the loose connection(s) using pipe joint compound until burner system is leak free.

4.When the burner is tested and leak free, observe the individual tongues of flame on the burner. Note: The burner design includes more ports on the outside of the bar. Make sure that all ports are clear and producing flame evenly across the burner. If any ports appear blocked, clear them by removing the burner manifold and reaming the ports with a modified paper clip or other suitable tool.

5.When finished testing, turn the gas shutoff valve OFF to extinguish all flames.

ADDING PAN MATERIAL

1.Open the bag of ash bed material (vermiculite) and spread it evenly across the burner pan to the top. You may overflow the front and sides of the pan to cover the entire pan and connecting hardware. Do not cover GA9050A or GA9150A valve.

2.Open the glowing embers and evenly cover the ash bed material (vermiculite) in the burner pan.

INSTALLING THE GRATE AND LOGS

1.Place the grate over the burner pan where the two outer horizontal supports on the grate fit into the two pan positioning notches in the rear vertical edge of the pan.

2.Slide the two rear log grate steps over the two outer horizontal supports on the grate as shown in Figure 8.

3.Place the back log onto the grate steps (see Figure 9).

4.Place the front log(s) on the grate and slide forward against the front bars on the grate (see Figure 9).

5.Place three middle logs on top of bottom logs (see Figure 10, page 10).

6.Place the smaller top logs onto the bottom logs (see Figure 11, page 10). Leave as much open space between logs as possible to minimize flame impingement and sooting. Note: Logs may chip if they are handled roughly or if hit together while being placed.

Grate Steps

Grate

Figure 8 - Installing Grate (Pan Material

Not Shown)

Figure 9 - Installing Bottom Logs

115043-01C

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Desa LCF24, LCF18 Optional GA9050A ON/OFF Safety VALVE/PILOT KIT, Testing Burner for Leaks, Adding PAN Material
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LCF24, LCF18 specifications

Desa LCF18 and LCF24 are cutting-edge technology solutions designed for efficient and sustainable practices in various industries. These models stand out due to their advanced features, technologies, and unique characteristics that cater to modern demands in production and operations.

The LCF18 is known for its compact design and high efficiency. This model is engineered for optimal energy consumption while maintaining performance. It features a smart control system that allows users to monitor and adjust operations in real time, leading to improved productivity and reduced wastage. The energy-efficient motors in the LCF18 adapt to varying loads, ensuring that users only consume the necessary amount of power. Additionally, the LCF18 is equipped with state-of-the-art safety mechanisms, minimizing risks and ensuring a secure working environment.

On the other hand, the LCF24 is larger and offers increased capacity without sacrificing efficiency. Designed for heavy-duty applications, the LCF24 integrates a robust framework with advanced material technology that guarantees durability and reliability under the most demanding conditions. Its programmable logic controller (PLC) enhances automation, enabling users to implement complex operations with ease. The LCF24 model also incorporates a sophisticated diagnostic system that provides real-time feedback on performance, allowing for predictive maintenance that reduces downtime.

Both models utilize sustainable technologies to minimize environmental impact. They are compliant with international standards for emissions and energy use, making them suitable choices for companies striving for greener production methods. The incorporation of IoT technology in both the LCF18 and LCF24 models allows for remote monitoring and data analytics, facilitating informed decision-making that promotes efficiency.

The versatility of the Desa LCF18 and LCF24 is another noteworthy characteristic. These models can be adapted for various applications, from manufacturing to processing, making them valuable assets in numerous sectors. Their ease of integration with existing systems ensures that businesses can upgrade their operations seamlessly without significant disruptions.

In summary, Desa LCF18 and LCF24 represent the fusion of innovation and practicality in modern industrial solutions. Their energy efficiency, intelligent technology, safety features, and adaptability position them as leaders in the field, addressing the evolving needs of industries while promoting sustainability and operational excellence.
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