DCS BGB131-BI, BGB132-BI manual Single & Double Side Burner Wiring Diagram

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SINGLE & DOUBLE SIDE BURNER WIRING DIAGRAM

SINGLE SIDE BURNER

SPARK ELECTRODE (P/N 12224)

GND

(Switch is built into module)

TERMINAL

 

BATTERY

 

IGNITION MODULE

 

1.5 VOLT

 

(P/N 16566)

 

ALKALINE

 

 

 

BATTERY

 

 

P/N 16567)

 

SPARK ELECTRODE (P/N 12224)

TERMINAL

NOTE: HIGH VOLTAGE AT TERMINALS

DOUBLE SIDE BURNER

SPARK ELECTRODE (P/N 12224)

(Switch is built into module)

BATTERY IGNITION MODULE (P/N 16566)

17

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Contents Professional Side Burner Message to OUR Customers Please Retain this Manual for Future ReferenceTable of Contents Safety Practices & Precautions Installation of Side Burner Spider and Insect WarningSide Burner 131/132 Side Mount Model Installation Side Burner BUILT-IN Model Installation Installation of Side Burner BUILT-INStandard construction GAS Requirements Natural GAS HOOK-UPLP GAS HOOK-UP LP Tank RequirementsLeak Testing & Lighting Instructions Lighting InstructionsMatch Lighting Burner Efficiency and Flame CharacteristicsLighting Instructions BurnersStainless Steel Final ChecklistGeneral Cleaning Side Burner GrateIgniters Troubleshooting Problem What to doSingle Side Burner Parts List for BGB131 & BGB131-BI Double Side Burner Parts List For BGB132 & BGB132-BISingle & Double Side Burner Wiring Diagram DCS will PAY for WarrantyLength of Warranty DCS will not PAY forService HOW to Obtain ServiceBefore YOU Call for Service

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.