Product Description
Ours is a renowned name engaged in wholesaling and exporting a quality approved range of Burners Ionisation Probes. These probes are highly demanded in the market for their longer service life and optimum performance. Sourced from some of the most trusted and reputed names of the market, our offered probes are made available to the customers at the best market price. In order to gain utmost contentment of our valued patrons, we source these probes as per the variegated requirements of our valued customers. Burners Ionisation Probes offered by us are reckoned for the following
Features:
- Sturdy construction
- Precise engineering
- Accurate dimensions
- Optimum life span
Technical Specification
| Insulation | PTFE or polypropylene |
| Electrode Material | Aluminum |
| Electrode Diameter | 1.6/ 1.9/ 2.5/ 3.0mm |
| Electrode Type | Furnace Electrode |
Designed for Enhanced Burner SafetyOur single rod ionisation probes are engineered for dependable flame monitoring, crucial for preventing burner malfunction and ensuring operational safety. The use of premium ceramic and metal components provides outstanding heat and electrical resistance, making them ideal for demanding industrial burner applications.
Versatile Mounting and Connector SolutionsChoose between flange or threaded mounting, plus cable lug or plug connector options, for seamless integration with a range of burner systems. This flexibility helps accommodate diverse installation environments, streamlining the setup process and maximizing efficiency in operations.
Trusted Technology and Quality AssuranceOperating at 230V AC with exceptional insulation resistance, these ionisation probes are built to meet strict industrial standards. Distributed and exported across India, our products undergo rigorous quality checks, providing assurance of performance and reliability.
FAQs of Burners Ionisation Probes:
Q: How is an ionisation probe installed in a burner system?
A: Installation depends on your systems design; select flange or threaded mounting as appropriate. Secure the single rod probe using the matching connector type (cable lug or plug), then connect to the control system, ensuring proper alignment and sealing to handle high temperatures.
Q: What are the benefits of using ceramic and metal construction for ionisation probes?
A: Ceramic and metal materials offer excellent durability and thermal resistance, enabling the probe to function continuously at temperatures up to 1000C. This ensures a longer operational life and consistent performance in rigorous burner environments.
Q: When should you replace an ionisation probe in your burner?
A: Consider replacing the probe if you notice unreliable flame detection, visible damage, or if your system has reached its maintenance interval. Regular inspection can help identify early signs of wear or electrical insulation degradation, ensuring continued burner safety.
Q: Where are these ionisation probes typically used?
A: These probes are commonly used in industrial burners across sectors such as heating, boiler systems, and process manufacturinganywhere reliable flame monitoring at high temperatures is essential.
Q: What is the process for verifying the insulation resistance of the probe?
A: Use a megohmmeter to check the insulation resistance, ensuring it exceeds 100 M at 500V DC. This step is vital during installation and routine maintenance to guarantee safe electrical operation.
Q: How does an ionisation probe improve the safety of burner systems?
A: The probe continuously monitors the burner flame by detecting ionisation, triggering immediate response in case of flame failure. This proactive detection helps prevent unburned fuel buildup and mitigates potential safety hazards.
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