Gas Atmospheric Concord ESi Boiler, Part of the Concord Product Range, Suitable only for Natural Gas

Concord ESi

The Concord ESi is a sectional cast iron boiler, with an atmospheric two stage gas burner and electronic ignition via an ignition burner. The heat output is adjustable to 85% of full the output. The Concord ESi is suitable for natural gas only.

The combustion chamber and draught diverter are designed for use with a hot water central heating system and have a heat output range of 119-380 kW which must be connected to a chimney. The heat exchanger can be supplied assembled, or unassembled for site assembly.

The boiler is supplied with a control panel for one and two stage burner operation. It offers boiler control by two thermostats for high/low operation, indicator lights, overheat safety thermostat and thermometer giving boiler flow temperature.

VIEW ALL PRODUCTS
Gas Atmospheric Concord ESi Boiler, Part of the Concord Product Range, Suitable only for Natural Gas

FEATURES & Benefits

  • High, full and part load efficiencies
  • 1 year parts and labour warranty
  • Site assembly as standard
  • High/Low adjustable operation on all models
  • Robust cast iron heat exchanger
  • Easy to install and service
  • Low return temperature capability
Downloads

 

  • Floor Standing
    Floor Standing
  • 1 Year Warranty
    1 Year Warranty

Standard and Optional kits

Optional

  • Flue gas thermometer
  • Hours run meter (1 or 2 hours)

Downloads

For model specifications and downloads please select from models below (if available).

If you wish to download multiple files or forward them on to another individual, please select the files and then click 'Download Selected' button at the bottom of the page to download all selected. Alternatively click on the icon to download individually

Brochures
Select View
Gas Atmospheric Brochure
Technical Information
Select View
Concord-ESi-technical-specifications.pdf
Installation and user guides
Select View
concord_ESi_user-guide.pdf
concord_ESi_installation-guide.pdf

Click here to request a quote