About ECEE Burners Photo Cell
Being a client oriented organization, we have been engaged in manufacturing and supplying an excellent quality ECEE Burners Photo Cell. This cell is manufactured under the proper direction of our experts using superior grade materials. It is a type of light dependent resistor that is used for detecting the flame. To ensure its trouble-free functionality, this cell is also checked on distinct parameters. Furthermore, this ECEE Burners Photo Cell is offered in various specifications to our customers.
Features:
- Ability to withstand voltage fluctuation
- Precisely engineered
- Robust construction
Available Model No - 8205
Instantaneous Flame DetectionThe ECEE Burners Photo Cell provides rapid identification of burner flames, thanks to its instantaneous response time and advanced UV/light sensor technology. This reliability is crucial for maintaining operational safety and efficiency in oil and gas burner systems across diverse industrial settings.
Robust Design for Varied ConditionsCrafted from premium plastic and metal, the photo cell withstands challenging environments, handling temperatures from -20C to 80C. Its compact cylindrical design and threaded base streamline installation while ensuring stable, long-term functionality under standard atmospheric pressure.
FAQs of ECEE Burners Photo Cell:
Q: How is the ECEE Burners Photo Cell installed on oil and gas burners?
A: Installation is straightforward due to the threaded base structure. Simply screw the photo cell into the appropriate port on your burner, and connect the included one-meter cable as outlined in your burners instructions.
Q: What benefits does the UV/light sensor provide?
A: The integrated UV/light sensor enables instantaneous flame detection, which helps prevent burner malfunction and supports immediate response to flame outages, enhancing overall safety and operational reliability.
Q: When should I consider replacing the photo cell on my burner system?
A: Replace the photo cell if you observe delayed or failed flame detection, or if routine maintenance reveals signs of wear. The devices long life ensures infrequent replacement under normal conditions.
Q: Where is the suitable operating environment for this photo cell?
A: The photo cell is designed for use in atmospheres with temperatures between -20C and 80C, suitable for standard industrial facilities using oil and gas burners.
Q: What is the process for compatibility checking with my burner make?
A: Check your burner model and specifications to confirm compatibility. This photo cell supports various makes; consult your manufacturer or supplier for model-specific advice if needed.
Q: How does the compact cylindrical structure benefit burner maintenance?
A: The streamlined, cylindrical design simplifies both installation and removal, facilitating hassle-free ongoing burner maintenance and reducing downtime during routine service.
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