Ignition electrode for heat generator NG-L100, Gustav-Nolting, (103311)

Description

The NG-L100 ignition electrode manufactured by Gustav-Nolting is a precision ignition system component responsible for generating a high-voltage spark to ignite the gas-air mixture. This model is designed for stable operation under intense thermal loads inside the combustion chamber. Technical characteristics: - High-temperature ceramic insulation: The electrode body is made of heat-resistant technical ceramics (based on aluminum oxide Al2O3). This provides exceptional dielectric strength, preventing spark breakdown to the burner body even at temperatures above 1000°C. - Heat-resistant rod alloy (Kanthal/NiCr): The conductive part is made of a special alloy that is resistant to high-temperature corrosion and oxidation. This technically guarantees that the inter-electrode gap remains unchanged over a long period of operation, which is critical for reliable burner start-up on the first attempt. - Geometric compatibility: The electrode design (rod length, bend angle, and mounting method) is precisely adapted to the NG-L100 burner model. This eliminates the need to bend or modify the assembly during installation, which is often the cause of microcracks in the insulator. - Arc discharge stability: The chemical composition of the electrode tip provides a slight ionizing effect, which allows for a powerful, concentrated spark at the standard ignition transformer voltage. - Resistance to aggressive environments: The electrode is inert to gas combustion products and can withstand the effects of ammonia (NH3) vapors that may be present in the air of the poultry house, which is taken for the burner. The use of the original Gustav-Nolting electrode guarantees trouble-free start-up of the heat generator in automatic mode. Timely ignition prevents the accumulation of unburned gas in the chamber and the activation of safety automation. This is especially important for maintaining the set temperature in the poultry house during the cold season, where even a short interruption in heating can cause stress to the birds and reduce productivity.