Rekumat® CS

FLOX® Burner Rekumat® CS

Rekumat® CS | Information

The Rekumat® CS burner series, part of the FLOX® burner family, combines high efficiency gap flow recuperators with the high temperature resistance of SiSiC ceramics. Resulting in maximized fuel savings due to superior efficiency even at high temperatures. Cutting edge technology guarantees lowest NOx emissions and maximized fuel efficiency.

And of course, the Rekumat® CS burner series is «Green Gas Ready».

 

 

Specifications

 

Input Rating
between 40 and 80kW

Fuel Gas
Natural gas (standard): natural gas H, natural gas L, methane
Other gases (optional): hydrogen, propane, butane and other dust-free, non-aggressive gases

Supply Pressures

Fuel gas: 6000Pa (60 mbar), ± 5%
Combustion air: 8000 Pa (80 mbar), ± 5%

Maximum Operating Temperature

Direct heating: 1300°C
Indirect heating: 1250°C

Flame Supervision

Flame rod or UV sensor

Combustion Mode

Flame or flame/FLOX®

Control Method

On/Off

 

 

Customized solutions are available upon request.

 
Rekumat® Combustion Systems
Rekumat® M

Rekumat® M

Energy efficient self-recuperative burner for radiant tubes and direct firing

MORE
Rekumat® S

Rekumat® S

Energy-efficient recuperative burner for indirect and direct heating applications. Revolutionary gap-flow technology for highest possible efficiency.

MORE
Rekumat® C

Rekumat® C

Energy efficient, ceramic self-recuperative burner for radiant tubes and direct firing

MORE
Rekumat®

Rekumat®

WS Rekumat® FLOX® burners offer superior energy efficiency and low-emission heating for industrial furnaces.

MORE
RELATED CONTENT
Newslet

Bio Gas to Hydrogen

Green hydrogen from bio gas with «FLOX® inside» is a key technology for successful ramp-up of the hydrogen economy.

MORE
Newslet

FlexHeat2Anneal

FlexHeat2Anneal is a funded research project investigating the flexible use of hydrogen as a fuel for continuous process lines and galvanizing lines.

MORE
Newslet

Green hydrogen and ammonia

The expansion of the WS laboratory infrastructure enables advanced developments in the field of hydrogen utilization and ammonia splitting.

MORE