Honeywell C7061F2001 Ultraviolet Flame Detector
The Honeywell C7061F2001 Ultraviolet Flame Detector, commonly referred to as the Dynamic Self-Checking Purple Peeper, provides continuous flame monitoring for demanding industrial burner applications. This 120VAC line-voltage sensor is engineered for high-pressure environments, featuring a 1-inch NPT mounting connection and an explosion-proof rating suitable for hazardous locations. Designed to detect ultraviolet radiation from combustion, the C7061F2001 integrates seamlessly with R7861 Dynamic Self-Check Amplifiers and Honeywell RM7800 series burner controllers. It utilizes an oscillating shutter mechanism to verify sensor integrity 60 times per minute, ensuring the system can differentiate between a true flame signal and a simulated signal caused by component failure. With a robust -40 to 175 degree ambient temperature rating and 96-inch color-coded lead wires, this UV flame sensor is the standard for industrial combustion safety when firing gas, oil, or alternative fuels.
- Continuous Self-Checking: The internal mechanical shutter provides automated component verification, making it ideal for systems requiring 24-hour burner operation.
- Explosion-Proof Housing: Meets stringent safety standards for use in volatile environments where combustible gases or vapors may be present.
- Broad Fuel Compatibility: Reliably senses ultraviolet radiation produced by the combustion of gas, oil, and various chemical byproducts.
- Low-Maintenance Design: The Honeywell C7061F series features a faceplate that allows for easy inspection and cleaning of the sensing tube.
- Precision Integration: Designed for direct interface with 7800 Series Relay Modules to maintain closed-loop safety protocols.
Common Questions for HVACR Contractors
What causes a "Flame Signal Flicker" on the C7061F2001?
Flickering signal strength is often caused by a dirty viewing lens or improper alignment of the 1-inch NPT pipe. Ensure the ultraviolet flame detector has an unobstructed line of sight to the first 1/3 of the flame envelope.
Can the C7061F2001 be used with non-self-checking amplifiers?
No, this specific dynamic self-checking sensor must be paired with an R7861 electronics amplifier. Using it with a standard UV amplifier will result in a lockout because the system will not recognize the shutter pulse.
How do I handle high-temperature applications with this sensor?
While the C7061F2001 is rated up to 175°F, use a heat block or provide cooling air to the 1-inch mounting sight pipe if the burner face temperature exceeds these limits to prevent premature tube failure.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Original: $4,607.51
-65%$4,607.51
$1,612.63Honeywell C7061F2001 Ultraviolet Flame Detector
The Honeywell C7061F2001 Ultraviolet Flame Detector, commonly referred to as the Dynamic Self-Checking Purple Peeper, provides continuous flame monitoring for demanding industrial burner applications. This 120VAC line-voltage sensor is engineered for high-pressure environments, featuring a 1-inch NPT mounting connection and an explosion-proof rating suitable for hazardous locations. Designed to detect ultraviolet radiation from combustion, the C7061F2001 integrates seamlessly with R7861 Dynamic Self-Check Amplifiers and Honeywell RM7800 series burner controllers. It utilizes an oscillating shutter mechanism to verify sensor integrity 60 times per minute, ensuring the system can differentiate between a true flame signal and a simulated signal caused by component failure. With a robust -40 to 175 degree ambient temperature rating and 96-inch color-coded lead wires, this UV flame sensor is the standard for industrial combustion safety when firing gas, oil, or alternative fuels.
- Continuous Self-Checking: The internal mechanical shutter provides automated component verification, making it ideal for systems requiring 24-hour burner operation.
- Explosion-Proof Housing: Meets stringent safety standards for use in volatile environments where combustible gases or vapors may be present.
- Broad Fuel Compatibility: Reliably senses ultraviolet radiation produced by the combustion of gas, oil, and various chemical byproducts.
- Low-Maintenance Design: The Honeywell C7061F series features a faceplate that allows for easy inspection and cleaning of the sensing tube.
- Precision Integration: Designed for direct interface with 7800 Series Relay Modules to maintain closed-loop safety protocols.
Common Questions for HVACR Contractors
What causes a "Flame Signal Flicker" on the C7061F2001?
Flickering signal strength is often caused by a dirty viewing lens or improper alignment of the 1-inch NPT pipe. Ensure the ultraviolet flame detector has an unobstructed line of sight to the first 1/3 of the flame envelope.
Can the C7061F2001 be used with non-self-checking amplifiers?
No, this specific dynamic self-checking sensor must be paired with an R7861 electronics amplifier. Using it with a standard UV amplifier will result in a lockout because the system will not recognize the shutter pulse.
How do I handle high-temperature applications with this sensor?
While the C7061F2001 is rated up to 175°F, use a heat block or provide cooling air to the 1-inch mounting sight pipe if the burner face temperature exceeds these limits to prevent premature tube failure.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
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Description
The Honeywell C7061F2001 Ultraviolet Flame Detector, commonly referred to as the Dynamic Self-Checking Purple Peeper, provides continuous flame monitoring for demanding industrial burner applications. This 120VAC line-voltage sensor is engineered for high-pressure environments, featuring a 1-inch NPT mounting connection and an explosion-proof rating suitable for hazardous locations. Designed to detect ultraviolet radiation from combustion, the C7061F2001 integrates seamlessly with R7861 Dynamic Self-Check Amplifiers and Honeywell RM7800 series burner controllers. It utilizes an oscillating shutter mechanism to verify sensor integrity 60 times per minute, ensuring the system can differentiate between a true flame signal and a simulated signal caused by component failure. With a robust -40 to 175 degree ambient temperature rating and 96-inch color-coded lead wires, this UV flame sensor is the standard for industrial combustion safety when firing gas, oil, or alternative fuels.
- Continuous Self-Checking: The internal mechanical shutter provides automated component verification, making it ideal for systems requiring 24-hour burner operation.
- Explosion-Proof Housing: Meets stringent safety standards for use in volatile environments where combustible gases or vapors may be present.
- Broad Fuel Compatibility: Reliably senses ultraviolet radiation produced by the combustion of gas, oil, and various chemical byproducts.
- Low-Maintenance Design: The Honeywell C7061F series features a faceplate that allows for easy inspection and cleaning of the sensing tube.
- Precision Integration: Designed for direct interface with 7800 Series Relay Modules to maintain closed-loop safety protocols.
Common Questions for HVACR Contractors
What causes a "Flame Signal Flicker" on the C7061F2001?
Flickering signal strength is often caused by a dirty viewing lens or improper alignment of the 1-inch NPT pipe. Ensure the ultraviolet flame detector has an unobstructed line of sight to the first 1/3 of the flame envelope.
Can the C7061F2001 be used with non-self-checking amplifiers?
No, this specific dynamic self-checking sensor must be paired with an R7861 electronics amplifier. Using it with a standard UV amplifier will result in a lockout because the system will not recognize the shutter pulse.
How do I handle high-temperature applications with this sensor?
While the C7061F2001 is rated up to 175°F, use a heat block or provide cooling air to the 1-inch mounting sight pipe if the burner face temperature exceeds these limits to prevent premature tube failure.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
