Combustion 911 Header Background
  SubTotal:      View Cart View Combustion 911 Shopping Cart
Combustion 911 Header Background
 

EMB-SIK-DA Industrial High-Velocity Burner for Gas

ESA’s EMB-SIK-DA

ESA’s EMB-SIK-DA are gas burners for direct heating. The shape of the silicon carbide flame tube produces a tight
flame. This allows high heat penetration and better temperature uniformity inside the combustion chamber due
to the high speed of the products of combustion.

The DA burner has a secondary air inlet and the excess air capacity of the burner is up to 2,000%. These burners can be used in low temperature applications where excellent temperature uniformity is required. This model is particularly recommended for industrial furnaces that need to accomplish heat treatment at different temperatures.

The EMB-SIK is a nozzle mix burner; air and fuel mix at the combustion head to avoid dangerous backfiring. The particular shape of the combustion head allows adjustments in stoichiometric ratio and in excess air or excess gas.

EMB-SIK burners develop the maximum capacity in stoichiometric ratio with 45 mbar of air pressure. The set-up is simplified due to the special differential pressure plugs that allow for the measurement of air and gas flow.

Characteristics

•Available in 270K to 1MM Btu/hr capacities

•Flow ratio = 8:1

•Max. working temperature = 2,370°F

•Excess air (without secondary air): up to 400%

•Excess air (with secondary air): up to 2,000%

Applications

•Fiber covered furnaces

•Tunnel or chariot furnaces

•Treatment furnaces

•Stretching furnaces

•Hot air generators

•Industrial drying

For automation

Visit olstrad.com to learn more about our automation processes!

Posted by  b-olstrad ; Published April 6, 2022

 Categories: ESA, Industrial Burners

 Tags: ,

 Bookmark the permalink

 RSS Feed (comments for this post)

Both comments and trackbacks are currently closed.

 
 

Combustion 911

600 Mogadore Rd. Kent, OH 44240

Phone 330-678-3683

Email: support_ab@combustion911.com

View Terms and Conditions

Privacy Policy

©2021 Olstrad Engineering All Rights Reserved

Visit Combustion 911 on LinkedInVisit Combustion 911 on FacebookVisit Combustion 911 on TwitterWatch Combustion 911 videos on YouTubeEmail Combustion 911Read Articles on the Combustion 911 Blog

Need a quote? Have a Question?