The Eloma E508821 Guidance Ionization Elect Rode Flame Sensor, part of the AllPoints product range, is a specialized flame detection component designed for commercial heating and combustion systems. This device employs advanced ionization technology to reliably monitor flame presence by detecting ion flow within the flame. Its robust construction ensures high durability and consistent performance in demanding foodservice environments, especially in appliances requiring precise flame control. The sensor's technical design highlights seamless integration with industrial-grade burners, contributing to enhanced safety and operational efficiency in restaurant kitchens, institutional cooking facilities, and large-scale food production units.
Top AllPoints E508821 Features
The flame sensor features an ionization-based detection mechanism optimized for industrial and commercial applications. Its corrosion-resistant electrodes, made from high-grade materials, deliver long-term durability in high-temperature environments. The design facilitates straightforward installation and maintenance, reducing downtime. Suitable for use with various burner types, the sensor ensures accurate flame validation, streamlining combustion workflows in medium-volume kitchen operations. Its precise electrical and environmental specifications support reliable operation within standard industrial power supplies.
- Functionality: Ensures accurate flame detection through ionization technology
- Durability: Crafted from corrosion-resistant high-grade metals
- Ease of Maintenance: Designed for quick inspection and replacement
- Application Fit: Compatible with commercial burner assemblies
- Workflow Integration: Supports flame control systems for seamless operation
Ideal for flame supervision in industrial cooking appliances and furnace systems requiring dependable ionization sensors.
AllPoints E508821 Technical Specs
The Guidance Ionization Elect Rode Flame Sensor operates on a typical supply voltage of 24 V AC/DC at 50-60 Hz, with a maximum current draw of less than 10 mA. It employs a corrosion-resistant electrode structure designed for high-temperature environments up to 750°F (399°C). Its construction from stainless steel and high-grade alloys ensures longevity in demanding conditions, while its compact dimensions—approximately 2.4 inches in diameter—allow easy installation in confined spaces. The sensor’s operational range is optimized for stable detection, with a response time under 1 second. This flame sensor is compatible with standard industrial flame control circuits, providing reliable safety monitoring for various commercial heating applications.
- Electrical Requirements: 24 V AC/DC, 50-60 Hz, < 10 mA
- Construction & Finish: Stainless steel with corrosion-resistant electrodes
- Operating Temperature Range: Up to 750°F (399°C)
- Dimensions: Diameter approximately 2.4 inches, height varies with mounting
- Technology & Features: Ionization detection, fast response time
- Materials: High-grade stainless steel and alloy components
- Maintenance & Cleaning: Access for quick electrode inspection, no special tools required
- Ease of Installation: Designed for straightforward mounting in commercial burner assemblies
Electrical Compatibility: Requires stable power supply, compatible with flame supervision controls
Mounting Considerations: Suitable for standard flange or threaded mounting points
Environmental Conditions: Supports operation in high-temperature and high-humidity environments
Integration Needs: Connects to existing flame detection systems with minimal adjustments
Maintenance Routine: Periodic electrode inspection recommended for sustained accuracy
What is a commercial flame sensor
A commercial flame sensor is an industrial device used to verify the presence of a flame within combustion systems, ensuring operational safety and efficiency. The allpoints E508821 Guidance Ionization Elect Rode Flame Sensor utilizes ionization detection principles to monitor flame stability in burner assemblies, commonly installed in large-scale cooking equipment, furnaces, or boiler systems. This sensor's precise detection capabilities and durable construction support applications requiring reliable flame validation, making it suitable for foodservice facilities, institutional kitchens, and other commercial environments where flame safety monitoring is critical.
Top Flame Sensors for Foodservice Environments
These commercial flame detection devices offer robust ionization technology designed for moderate-workload kitchen applications. Built by AllPoints, the E508821 model provides precise flame validation in foodservice settings requiring reliable burner control and safety. It is ideal for installation in industrial cooking and heating appliances, supporting continuous operation and safety compliance in medium-volume restaurant operations.
- Operation Type — suitable for moderate throughput commercial kitchens
- Kitchen Setting — designed for institutional and restaurant food preparation areas
- Foodservice Category — optimized for industrial cooking and heating appliances
- Workload Qualification — reliable for medium-volume appliance safety
- Use Case — flame supervision in large-scale kitchen equipment
Why Choose AllPoints E508821 Guidance Ionization Elect Rode Flame Sensor?
AllPoints E508821 stands out from comparable flame sensors by combining durable stainless steel construction, precision ionization detection, and straightforward installation. Its robust design ensures long-term performance in demanding foodservice environments, enhancing safety and operational efficiency in industrial and commercial cooking systems. Its compatibility with standard flame control circuits simplifies integration and maintenance, reducing downtime and ensuring compliance with safety protocols.
- Compact form factor optimizes space in industrial equipment
- Corrosion-resistant materials extend sensor lifespan
- Designed for quick connection and easy replacement
- Reliable performance in high-temperature food preparation environments
- Supports seamless integration with existing flame supervision systems
