Module Type:Gas Burner Control

Model Number:LGK16.335A27

Manufacturer:SIEMENS

Application Area:Industrial Furnaces & Boilers

Operating Temperature Range:-20°C to 50°C

Power Supply Voltage:AC 230V (EU)

Control Protocol:RS485

Number of Actuators:2

PID Control Support:Yes

O2 Trim Control:Yes

Variable Speed Drive Compatibility:Yes

Net Weight:0.65 kg

Certification:CE, UL

    Introducing the SIEMENS LGK16.335A27 Gas Burner Control, a cutting-edge flame monitoring solution tailored for industries requiring reliable and efficient gas burner management. This advanced system ensures optimal performance by continuously monitoring the presence of flames and promptly reacting to any anomalies, thereby safeguarding critical equipment against potential hazards.

    Equipped with a broad operating temperature range from -20°C to 50°C, this control unit is designed to withstand harsh environmental conditions, making it suitable for use in various industrial settings. It seamlessly integrates with existing systems through its robust RS485 communication interface, enhancing operational efficiency and compatibility.

    Featuring a rapid response time of less than 1 second, the LGK16.335A27 is capable of swiftly detecting and responding to changes in flame status, minimizing downtime and preventing accidents. With its safety certifications from CE, UL, and CSA, users can rest assured of its compliance with stringent international safety standards.

    The device offers two SPDT relay outputs, enabling flexible control over various burner functions. Each channel supports a maximum load of 1A at 24VDC, providing ample capacity for diverse applications. Additionally, the compact design measures 165mm x 105mm x 80mm, ensuring easy installation without compromising on functionality.

    At the heart of the LGK16.335A27 lies its commitment to reliability and safety, backed by the renowned quality assurance of SIEMENS. This makes it an indispensable component in ensuring the longevity and safety of industrial gas burner operations.