About Cumituff Ignition Electrode
Cumituff Ignition Electrode E2/125-100
Combustion & control systems, Mumbai offering Cumituff ignition electrodes, Jyolox Ignition electrodes, Ivalox Ignition Electrodes, Imorted Ignition Electrodes, Ecoflam Burner ignition electrodes, Bentone Burner ignition electrodes, Weishaupt burner ignition electrodes, Oilon Burner Ignition Electrodes, Baltur Burner Ignition Electrodes, Riello Burner Ignition Electrodes etc...
We offer following models of Cumituff ignition electrodes:
- 8X60X100 Igintion electrode
- 8X100X100 Igintion electrode
- 8X150X100 Igintion electrode
- 10X100X100 Igintion electrode
- E2/100-100 Cumituff Ignition Electrode
- E4/100-100 Cumituff Ignition Electrode
- E2/125-100 Cumituff Ignition Electrode
- E4/125-100 Cumituff Ignition Electrode
- E2/150-100 Cumituff Ignition Electrode
- E4/150-100 Cumituff Ignition Electrode
- E2/200-150 Cumituff Ignition Electrode
- E4/200-150 Cumituff Ignition Electrode
- E2/75-100 Cumituff Ignition Electrode
- E4/75-55 Cumituff Ignition Electrode
- E4/75-150 Cumituff Ignition Electrode
Specification
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Fuel Type
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Oil Fired
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Pressure
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High Pressure
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Temperature
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80 Celsius
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Weight
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50 Grams
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Type
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H Type
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Material
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Ceramic
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Reliable Oil-Fired Ignition SolutionThe Cumituff Ignition Electrode is specifically designed for high-pressure, oil-fired industrial systems. Its ceramic construction provides durability and stable performance, making it the preferred solution for challenging industrial environments. Easy to install and compatible with different equipment sizes, the electrode enhances operational reliability and system safety.
Wide Application and VersatilitySuitable for various functions, the Cumituff Ignition Electrode supports all essential ignition tasks in oil-fired systems. Its adaptable sizing and high-temperature tolerance make it an invaluable component for a wide range of industrial settings. This product caters to distributors, exporters, importers, manufacturers, and suppliers throughout India.
FAQ's of Cumituff Ignition Electrode:
Q: How does the Cumituff Ignition Electrode work in oil-fired industrial systems?
A: The Cumituff Ignition Electrode generates a controlled spark to ignite oil fuel under high-pressure conditions. Its ceramic body withstands elevated temperatures and ensures reliable performance in demanding industrial environments.
Q: What are the benefits of using a ceramic ignition electrode?
A: Ceramic electrodes offer high heat resistance, enhanced durability, and consistent electrical insulation. This makes them ideal for long-term use in oil-fired equipment, minimizing the risk of failure and reducing maintenance needs.
Q: When should a Cumituff Ignition Electrode be replaced?
A: It is advisable to replace the electrode if frequent ignition failures occur, visible damage or wear is present, or during regular maintenance schedules recommended by the equipment manufacturer to ensure safe and efficient operation.
Q: Where can I purchase Cumituff Ignition Electrodes in India?
A: Cumituff Ignition Electrodes are available through authorized distributors, exporters, importers, manufacturers, suppliers, and traders across India. You can contact industrial equipment providers or visit the official manufacturer's website for more information.
Q: What is the installation process for the Cumituff Ignition Electrode?
A: Installation typically involves switching off the equipment, removing the old electrode, and securely fitting the new Cumituff Ignition Electrode in place, ensuring proper alignment. Refer to the equipment's user manual or consult a qualified technician for safe installation.
Q: How can the electrode's different available sizes benefit industrial users?
A: Having various sizes ensures compatibility with a wide range of equipment, accommodating different ignition system designs and specifications. This flexibility helps streamline operations and maintenance in diverse industrial settings.
Q: What is the typical industrial usage of the Cumituff Ignition Electrode?
A: It is used for ignition in oil-fired boilers, furnaces, and other high-pressure industrial heating systems. Its robust build makes it suitable for demanding applications requiring consistent and reliable performance.