Leak Testing & Lighting Instructions

LEAK TESTING & LIGHTING INSTRUCTIONS

WARNING:

Do not smoke while leak testing. Extinguish all open flames.

Make a soap solution of one part liquid
detergent, and one part water. Never test for
leaks with an open flame. For LP units, check
with a full cylinder. Make sure all control valves
are in the “OFF” position. Turn the gas supply
“ON”. Check all connections from the supply line
(Fig. 02), or LP cylinder (Fig. 03) up to the
manifold pipe assembly (Fig. 05). Apply the soap
solution around the connection with a spray
bottle, brush, or rag. Soap bubbles will appear
where leak is present. If a leak is present, turn off
gas supply, tighten any leaking fittings, turn gas
on, and recheck.	FIG.05

WARNING: IMPORTANT!

Inspect the gas supply piping or hose prior to turning the gas “ON”. If there is evidence of cuts, wear or abrasion, it must be replaced prior to use. Do not use the Professional Side Burner if the odor of gas is present. Turn the control knob to “OFF”, then turn off the gas supply. If using LP, is there gas in the tank? Always keep your face and body as far away from the burner as possible when lighting.

LIGHTING INSTRUCTIONS

First remove the burner cover and any cooking utensils from the burner grate. Push and hold the ignition button, turn the control knob to the “HI” position until the burner is lit or 4 seconds pass. If the burner doesn’t ignite, wait 5 minutes for any accumulated gas to dissipate then try again. If the burner will not light after several attempts, check the troubleshooting instructions on page 14. To light burner manually see page 11,“Match Lighting”.

Control	Ignition
Knob

FIG. 06 BGB132 Shown

BGB131, BGB131-BI, BGB132-BI, BGB132 specifications

The DCS series, particularly models BGB132, BGB132-BI, BGB131-BI, and BGB131, represents a significant advancement in the field of automation and control systems. These models are designed to cater to a variety of industrial applications, providing high efficiency, reliability, and advanced functionality that meets modern operational demands.

The BGB132 and BGB132-BI models are engineered for enhanced performance in rigorous environments. They incorporate cutting-edge technology that ensures precise control and monitoring of various processes. This series is characterized by its advanced computational capabilities, allowing for real-time data processing and analysis, which is critical for maintaining operational integrity and optimizing performance.

One of the standout features of the BGB132-BI model is its built-in intelligence. This model integrates smart algorithms that enhance decision-making processes, enabling users to respond swiftly to changing conditions. Moreover, the BGB132-BI’s self-diagnostic capabilities provide valuable insights into system health, ensuring operators can prevent potential issues before they escalate.

The BGB131 and BGB131-BI models, while slightly more compact, do not compromise on functionality or performance. The BGB131 offers robust control solutions ideal for smaller-scale operations or environments where space is a constraint. Its design ensures easy integration with existing systems, making it a versatile choice for various industrial setups.

The BGB131-BI model enhances the standard BGB131 with additional smart technology features. This version supports advanced data analytics and offers a user-friendly interface, allowing for seamless interaction and improved accessibility for operators. Both models are built to withstand harsh industrial conditions, ensuring longevity and reduced maintenance costs.

Key characteristics across the DCS BGB series include modular design, intuitive user interfaces, and flexible connectivity options. The modular approach facilitates easy upgrades and expansions, catering to evolving business needs. Additionally, their compatibility with various communication protocols allows for integration with diverse industrial systems, enhancing overall operational synergy.

In summary, the DCS BGB132, BGB132-BI, BGB131-BI, and BGB131 models are designed to provide state-of-the-art control solutions with an emphasis on efficiency, reliability, and user-friendly features. They embody the principles of modern automation technologies, setting a new standard in industrial control systems and paving the way for future advancements in the field.