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Ionization electrode CM 60-120, NC 60-150 (S-094175)

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Product Description

Precision Flame Monitoring and Maximum Operational Safety for Car Wash Boilers

The professional-grade ionization electrode (Part No. S-094175) is an advanced flame detection sensor acting as a core safety mechanism in industrial heating configurations. This premium component is engineered for continuous, heavy-duty performance inside gas and oil burners from leading manufacturers, fully compatible with the CM heating series (rated 60–120 kW) and the NC heating series (rated 60–150 kW). Utilizing the natural electrical conductivity of a flame (the ionization principle), the electrode continuously transmits a microampere monitoring signal to the automatic burner control unit. If the flame goes out for any reason, the system instantly detects the drop-off and cuts off the fuel supply. Within car wash operations, precise ionization control safeguards the technical room against unexpected heating system failures, ensuring a steady supply of hot wash water and the reliable operation of underfloor anti-frost loops throughout the winter season.

Key Product Features and Technical Advantages:

  • Heat-Resistant Metal Alloy Probe: The measuring rod is manufactured from a specialized high-temperature metal alloy capable of withstanding the extreme conditions inside the flame core, preventing rapid oxidation and structural deformation.
  • High-Grade Ceramic Insulator: Features a thick, robust ceramic housing with exceptional dielectric strength that prevents current leakage and false signals, ensuring clear and flawless communication with the boiler control electronics.
  • Explosion-Proof System Safety: Delivers ultra-fast response times to flame failure, completely eliminating dangerous accumulations of unburnt gas or heating oil inside the combustion chamber to protect both the staff and the facility infrastructure.
  • Precise OEM Configuration: Built to match the exact original equipment manufacturing specifications for the CM and NC burner lines, guaranteeing a quick, direct drop-in replacement without requiring structural modifications to the burner head.
  • Highly Stable Measurement Signal: The optimized design minimizes electrical interference, allowing the boiler to run smoothly and continuously even under fluctuating air-fuel mixture ratios.

Primary Application Areas:

  • Car Wash Water Heating Modules: Industrial boilers responsible for maintaining optimal water temperatures supplied to high-pressure self-service wash bays.
  • Underfloor Anti-Frost Heating Loops: Continuous flame monitoring for boilers feeding floor heating networks to keep wash pads free of dangerous ice during sub-zero weather.
  • Commercial Boiler Rooms & HVAC Layouts: High-reliability flame rectification loops for medium and large-capacity commercial space heating.

Frequently Asked Questions (FAQ)

What is the difference between an ionization electrode and an ignition electrode?
An ignition electrode is only active at the very beginning of the heating cycle, generating a high-voltage spark to ignite the fuel. The ionization electrode does not produce a spark; instead, it works continuously while the burner is firing, sitting directly in the flame to conduct a small current that proves to the control unit that safe combustion is actively taking place.
What are the typical symptoms of a failing or worn-out ionization electrode?
The classic sign of ionization failure is a burner that ignites perfectly fine (a flame is visible), but shuts down abruptly after 3 to 5 seconds, causing the system to go into a lockout state with a "flame failure" or "no flame detected" error. This happens because the control box fails to receive the confirming microampere signal from the worn electrode and cuts off fuel for safety.
Can a dirty ionization electrode be cleaned or serviced?
Yes. Over time, a thin layer of carbon buildup or metal oxides can coat the probe, acting as an electrical insulator and weakening the ionization signal. During routine maintenance, you can gently clean the metal rod with fine sandpaper or steel wool. However, if the rod is heavily eroded, shortened, or if the ceramic insulation shows any cracks, the component must be replaced immediately.
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