The Cutler 27161-0002 Flame Sensor is a critical electro-mechanical component designed for precise detection of flame presence within industrial and commercial combustion systems. Manufactured by Cutler, this OEM-grade flame sensor features durable materials and exacting specifications, including a compact form factor of 2.75 inches in width, 2.65 inches in height, and 9.05 inches in depth, optimized for seamless integration into various furnace, boiler, and burner assemblies. Its robust construction ensures reliable operation in high-temperature environments, making it suitable for field applications requiring consistent flame validation. The sensor operates using specific electrical parameters, with an emphasis on maintaining accurate flame detection to prevent system malfunctions, thereby enhancing safety and operational efficiency in food processing, manufacturing, and energy sectors.
Top AllPoints 27161-0002 Features
The flame sensor supports rapid and accurate flame detection in industrial combustion processes, featuring a corrosion-resistant casing made from high-grade materials for durability. Its compact size allows installation in tight spaces, while offering straightforward maintenance—minimizing downtime. Designed for integration with existing burner control systems, the sensor ensures reliable feedback, reducing false positives. Its resilient construction withstands thermal cycling and mechanical stress typical of commercial food processing environments, making it a versatile choice for mid-volume applications where dependable flame validation is essential.
- Functionality: Precise flame detection improves safety and system control
- Durability Traits: Crafted from corrosion-resistant, heat-stable materials
- Ease of Use: Compact design facilitates quick mounting and replacement
- Use Case Fit: Ideal for burners, furnaces, and industrial combustion chambers
- Workflow Benefit: Ensures seamless integration with control panels for reliable operation
Suitable for installation in industrial combustion systems requiring precise flame validation.
AllPoints 27161-0002 Technical Specs
The AllPoints 27161-0002 Flame Sensor operates with an electrical requirement suitable for integration into standard industrial control circuits, with precise voltage and current parameters optimized for flame detection. Its construction features high-grade materials resistant to thermal and mechanical stress, with dimensions of 2.75 inches in width, 2.65 inches in height, and 9.05 inches in depth, weighing approximately 0.19 lbs. The sensor withstands operating temperatures typical of industrial environments, with a focus on longevity and consistent performance. It requires no special cooling methods, functioning efficiently in ambient temperatures without degradation. The sensor is designed for easy disassembly and maintenance, compatible with standard mounting brackets, and can be cleaned using common procedures without damaging the integral sensing elements. Its robust design supports long-term operation with minimal servicing, fitting seamlessly into existing combustion systems to enhance safety and reliability.
- Electrical Requirements: Compatible with 24V control circuits
- Construction & Finish: Durable made from corrosion-resistant, heat-stable materials
- Dimensions: 2.75" W x 2.65" H x 9.05" D; weight 0.19 lbs
- Temperature Resistance: Operates safely within typical industrial temperature ranges
- Cleaning & Maintenance: Disassembly with standard tools, cleaning with non-abrasive methods
- Usage Compatibility: Suitable for burner, furnace, and boiler systems requiring flame validation
- Installation Requirements: Requires unobstructed airflow clearance and proper electrical connections
What is a commercial flame sensor
A commercial flame sensor is a device designed to detect the presence of a flame within industrial combustion systems, ensuring safe and efficient operation. The Cutler 27161-0002 Flame Sensor features precise sensing technology, compatible with standard control circuits, and is built from durable materials suitable for high-temperature, high-stress environments. Commonly installed in burners, furnaces, or boilers, this sensor provides real-time flame validation to prevent unsafe conditions or system failures, making it essential for mid-volume manufacturing, food processing, and energy production facilities. Its design emphasizes reliability, longevity, and ease of maintenance, supporting continuous operation in demanding industrial settings.
Top Flame Sensors for Mid-Volume Industrial Foodservice Settings
Top commercial flame sensors like the AllPoints 27161-0002 are built for dependable flame validation in industrial food production environments. With robust construction, precise detection capabilities, and compatibility with burner units requiring steady operation, they are ideal for medium workload applications involving process safety. The durable design and straightforward integration support efficient workflow in food manufacturing and processing facilities where consistent flame monitoring is crucial for safety and productivity.
- Operation type — suitable for industrial combustion systems in food manufacturing
- Kitchen setting — ideal for compact industrial processing equipment
- Foodservice category — tailored for safety-critical burner operations
- Workload qualifier — optimized for moderate throughput environments
- Use case — ensures continuous flame validation in processing lines
Why Choose AllPoints 27161-0002 ?
The AllPoints 27161-0002 Flame Sensor offers a rugged, high-reliability design with corrosion-resistant materials and precise sensing capabilities that set it apart from competitors. Its compact form factor and straightforward installation streamline maintenance in demanding industrial settings. This model enhances control system integration, providing consistent flame detection to improve safety. Its durable construction reduces downtime and extends operational lifespan, making it a superior choice for commercial kitchen equipment and manufacturing environments requiring dependable flame validation.
- Compact footprint supports installation in limited spaces of foodprocessing systems
- Self-contained design simplifies integration into existing control circuits
- High-grade materials resist corrosion and thermal stress for extended use
- Reliable performance minimizes false detections, ensuring operational safety
- Designed for seamless maintenance with minimal system disruption
