8 mm matte tempered-glass panel
3 full-brass burners: 3.0 kW + 1.7 kW + 3.0 kW
Cast-iron energy-saving pan supports
Fully sealed aluminium-alloy burner bases
Automatic ignition
Child Lock Knob
Easy to Clean
Gas Saving Technology
FFD — Flame Failure Device
Top-air supply and top-positioned nozzles
Heat-Resistant Control Knobs
Triple-Ring High-Output Burner Design
FFD Flame-Out Gas Shutoff
LPG: 2,800 Pa
The 018002 Harrington Kitchen Stove (3Burner) provides three full-brass burner positions rated at 3.0 kW, 1.7 kW and 3.0 kW on an 8 mm matte tempered-glass panel. Cast-iron energy-saving pan supports and fully sealed aluminium-alloy burner bases give the unit a practical, premium construction. Automatic ignition, Flame Failure Device (FFD), Child Lock Knob and Gas Saving Technology round out the stated feature set. The Harrington-listed heat-resistant control knobs and triple-ring high-output burner design join the Child Lock Knob, Gas Saving Technology and FFD flame safety system.
Its three-burner layout pairs two 3.0 kW positions with a 1.7 kW burner for different cookware and cooking tasks. Full-brass burners and cast-iron pan supports are mounted over fully sealed aluminium-alloy bases, with top-positioned nozzles and a top-air supply. The matte-black glass surface is designed for a composed built-in appearance. Two larger 3.0 kW zones and the 1.7 kW centre position combine independent controls with a varied-output cooking arrangement.
The 3.0 kW and 1.7 kW burner ratings offer a choice of cooking outputs across three zones. An FFD is specified to shut off gas flow following accidental flame loss. Smooth tempered glass and sealed burner bases help with everyday cleaning; Child Lock Knob and Gas Saving Technology are brand-listed features without a stated performance percentage. Confirm compatible gas type and pressure, installation cut-out and control operation before use. All gas connection and nozzle work should be performed professionally. The listed heat-resistant knobs and triple-ring burner design focus on practical control at the higher-output cooking zones. Cast-iron energy-saving supports complement Gas Saving Technology for daily cooking. FFD is designed to interrupt the affected burner’s gas flow after accidental flame loss.
The 018002 Harrington Kitchen Stove (3Burner) provides three full-brass burner positions rated at 3.0 kW, 1.7 kW and 3.0 kW on an 8 mm matte tempered-glass panel. Cast-iron energy-saving pan supports and fully sealed aluminium-alloy burner bases give the unit a practical, premium construction. Automatic ignition, Flame Failure Device (FFD), Child Lock Knob and Gas Saving Technology round out the stated feature set. The Harrington-listed heat-resistant control knobs and triple-ring high-output burner design join the Child Lock Knob, Gas Saving Technology and FFD flame safety system.
Its three-burner layout pairs two 3.0 kW positions with a 1.7 kW burner for different cookware and cooking tasks. Full-brass burners and cast-iron pan supports are mounted over fully sealed aluminium-alloy bases, with top-positioned nozzles and a top-air supply. The matte-black glass surface is designed for a composed built-in appearance. Two larger 3.0 kW zones and the 1.7 kW centre position combine independent controls with a varied-output cooking arrangement.
The 3.0 kW and 1.7 kW burner ratings offer a choice of cooking outputs across three zones. An FFD is specified to shut off gas flow following accidental flame loss. Smooth tempered glass and sealed burner bases help with everyday cleaning; Child Lock Knob and Gas Saving Technology are brand-listed features without a stated performance percentage. Confirm compatible gas type and pressure, installation cut-out and control operation before use. All gas connection and nozzle work should be performed professionally. The listed heat-resistant knobs and triple-ring burner design focus on practical control at the higher-output cooking zones. Cast-iron energy-saving supports complement Gas Saving Technology for daily cooking. FFD is designed to interrupt the affected burner’s gas flow after accidental flame loss.
