Honeywell R7861A1026 Flame Signal Amplifier
To maintain peak performance in industrial combustion systems, the Honeywell R7861A1026 serves as a high-performance, solid-state plug-in flame signal amplifier designed specifically for the 7800 Series primary safety control. This purple-coded ultraviolet flame amplifier is engineered for dynamic self-check functionality, which continuously validates the integrity of both the detector and the internal electronic circuits. By testing the flame detection system 12 times per minute, it ensures that any component failure triggers a safe Relay Module lockout, preventing hazardous conditions in gas, oil, or coal-fired burners.
Field-proven for demanding environments, this module features a selectable flame failure response time (FFRT) of 2.0 or 3.0 seconds, allowing technicians to tune the system for optimal safety and responsiveness. The unit provides a flame signal strength output ranging from 0.0 to 5.0 Vdc, accessible via integrated flame signal test jacks for precise diagnostic monitoring using a standard volt-ohm meter. Designed for seamless integration, the Honeywell R7861A1026 utilizes a keyed edge connector to ensure proper orientation during installation into the 7800 Series relay module.
Key Benefits for the Contractor:- Enhanced System Safety: Built-in dynamic self-check logic monitors for sensor and component faults 12 times per minute to prevent unsafe burner operation.
- Precision Diagnostics: Integrated test jacks allow for real-time flame signal strength measurement (1.25 Vdc minimum acceptable) during commissioning and troubleshooting.
- Reliable Compatibility: Specifically optimized for use with the Honeywell C7061 ultraviolet flame sensor and the entire 7800 Series Relay Module lineup.
- Streamlined Installation: Color-coded purple housing and keyed plug-in design reduce errors during field replacement and system upgrades.
- What causes a 'Flame Amplifier Type Mismatch' error? This typically occurs when using a 3-second amplifier with a control set for recycling; check the JR2 jumper on your 7800 Series relay to ensure it is configured for the correct mode.
- Why is my flame signal reading as 0.0 Vdc? Verify that the C7061 UV sensor is properly aligned and that the shutter is oscillating; a signal below 1.25 Vdc usually indicates a dirty sight glass or a failing UV tube.
- Can this amplifier be used for continuous burner operation? Yes, the R7861A1026 is designed for systems requiring dynamic self-check monitoring, making it suitable for burners that operate without frequent shutdowns.
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: $1,003.84
-65%$1,003.84
$351.34Honeywell R7861A1026 Flame Signal Amplifier
To maintain peak performance in industrial combustion systems, the Honeywell R7861A1026 serves as a high-performance, solid-state plug-in flame signal amplifier designed specifically for the 7800 Series primary safety control. This purple-coded ultraviolet flame amplifier is engineered for dynamic self-check functionality, which continuously validates the integrity of both the detector and the internal electronic circuits. By testing the flame detection system 12 times per minute, it ensures that any component failure triggers a safe Relay Module lockout, preventing hazardous conditions in gas, oil, or coal-fired burners.
Field-proven for demanding environments, this module features a selectable flame failure response time (FFRT) of 2.0 or 3.0 seconds, allowing technicians to tune the system for optimal safety and responsiveness. The unit provides a flame signal strength output ranging from 0.0 to 5.0 Vdc, accessible via integrated flame signal test jacks for precise diagnostic monitoring using a standard volt-ohm meter. Designed for seamless integration, the Honeywell R7861A1026 utilizes a keyed edge connector to ensure proper orientation during installation into the 7800 Series relay module.
Key Benefits for the Contractor:- Enhanced System Safety: Built-in dynamic self-check logic monitors for sensor and component faults 12 times per minute to prevent unsafe burner operation.
- Precision Diagnostics: Integrated test jacks allow for real-time flame signal strength measurement (1.25 Vdc minimum acceptable) during commissioning and troubleshooting.
- Reliable Compatibility: Specifically optimized for use with the Honeywell C7061 ultraviolet flame sensor and the entire 7800 Series Relay Module lineup.
- Streamlined Installation: Color-coded purple housing and keyed plug-in design reduce errors during field replacement and system upgrades.
- What causes a 'Flame Amplifier Type Mismatch' error? This typically occurs when using a 3-second amplifier with a control set for recycling; check the JR2 jumper on your 7800 Series relay to ensure it is configured for the correct mode.
- Why is my flame signal reading as 0.0 Vdc? Verify that the C7061 UV sensor is properly aligned and that the shutter is oscillating; a signal below 1.25 Vdc usually indicates a dirty sight glass or a failing UV tube.
- Can this amplifier be used for continuous burner operation? Yes, the R7861A1026 is designed for systems requiring dynamic self-check monitoring, making it suitable for burners that operate without frequent shutdowns.
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
To maintain peak performance in industrial combustion systems, the Honeywell R7861A1026 serves as a high-performance, solid-state plug-in flame signal amplifier designed specifically for the 7800 Series primary safety control. This purple-coded ultraviolet flame amplifier is engineered for dynamic self-check functionality, which continuously validates the integrity of both the detector and the internal electronic circuits. By testing the flame detection system 12 times per minute, it ensures that any component failure triggers a safe Relay Module lockout, preventing hazardous conditions in gas, oil, or coal-fired burners.
Field-proven for demanding environments, this module features a selectable flame failure response time (FFRT) of 2.0 or 3.0 seconds, allowing technicians to tune the system for optimal safety and responsiveness. The unit provides a flame signal strength output ranging from 0.0 to 5.0 Vdc, accessible via integrated flame signal test jacks for precise diagnostic monitoring using a standard volt-ohm meter. Designed for seamless integration, the Honeywell R7861A1026 utilizes a keyed edge connector to ensure proper orientation during installation into the 7800 Series relay module.
Key Benefits for the Contractor:- Enhanced System Safety: Built-in dynamic self-check logic monitors for sensor and component faults 12 times per minute to prevent unsafe burner operation.
- Precision Diagnostics: Integrated test jacks allow for real-time flame signal strength measurement (1.25 Vdc minimum acceptable) during commissioning and troubleshooting.
- Reliable Compatibility: Specifically optimized for use with the Honeywell C7061 ultraviolet flame sensor and the entire 7800 Series Relay Module lineup.
- Streamlined Installation: Color-coded purple housing and keyed plug-in design reduce errors during field replacement and system upgrades.
- What causes a 'Flame Amplifier Type Mismatch' error? This typically occurs when using a 3-second amplifier with a control set for recycling; check the JR2 jumper on your 7800 Series relay to ensure it is configured for the correct mode.
- Why is my flame signal reading as 0.0 Vdc? Verify that the C7061 UV sensor is properly aligned and that the shutter is oscillating; a signal below 1.25 Vdc usually indicates a dirty sight glass or a failing UV tube.
- Can this amplifier be used for continuous burner operation? Yes, the R7861A1026 is designed for systems requiring dynamic self-check monitoring, making it suitable for burners that operate without frequent shutdowns.
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.
