SF810i

Uvisor™ SF810i pairs superior flame detection with operational safety for demanding industrial applications. It's engineered for multi-fuel combustion systems, with advanced UV, IR, and Pyro sensor options, robust design and smart Modbus connectivity.

OVERVIEW

Uvisor™ SF810i delivers safe, reliable flame detection with integrated signal processing for simplified installation and reduced hardware.

Designed for multi-fuel applications, it delivers precise combustion control, minimizes emissions, and prevents costly shutdowns. Compatible with Flame Explorer and Profibus for real-time diagnostics and proven performance in the toughest environments.

KEY BENEFITS

Uvisor™ SF810i delivers safety, efficiency, and seamless integration for modern combustion systems. Combining multi-fuel flexibility, advanced UV/IR sensors and rugged design with smart connectivity and reliable flame detection.

Multi-fuel flexibility

Handles a wide range of fuels for diverse industrial applications.

Advanced sensor technology

Delivers precise flame detection and discrimination with UV, IR, and Pyro sensor options.

Enhanced safety

Reduced risk of burner failure and plant shutdowns with reliable flame monitoring.

Smart connectivity

Delivers seamless communication with control systems through an integrated Modbus RTU.

Robust design

Cooling options for high-temperature conditions ensure reliable results in the harshest environments.

Low maintenance and high reliability

Minimized downtime and lifecycle costs with proven durability.

Technical data

Heavy duty industrial flame sensors 6000 kW

UV, Visible, IR and optional dual spectrum UVIR.

Comms interfaces 690 V

PROFIBUS DP-V1, Modbus RTU and 4–20 mA interfaces.

Hazardous area ratings IP55

ATEX II 2GD, IP66/IP67, up to 80°C.

Versatile installation 3%

Line-of-sight or fiber optic options.

Advanced flame detection features 9 YRs

Self-check, fast flame failure response, Flame Explorer™ software.

Flame monitoring measurements 55°C

Flame presence/quality; PYRO variant adds temperature (800–1800°C).