The Garland 4527461 Brkt Ce Ignition Sensor is a critical OEM component used in commercial cooking equipment, specifically designed for gas appliances requiring precise ignition control. Manufactured by Garland, this ignition sensor ensures reliable operation and safety by monitoring flame presence and enabling seamless ignition sequences. Its robust build and exact specifications support efficient performance in high-demand foodservice environments, making it suitable for use in restaurant kitchens, catering operations, and institutional cooking settings. The sensor’s technical focus on durability and compatibility with Garland equipment underscores its importance for maintaining consistent appliance performance and operational safety.
Top Garland 4527461 Features
The Garland 4527461 ignition sensor features a durable, high-grade ceramic body designed for thermal stability and long-term operation in commercial kitchens. Its precise flame detection capability minimizes false positives, reducing downtime and repair needs. Easy to install with direct OEM fit, it supports rapid maintenance workflows for service technicians. Suitable for integrated gas oven and stove systems, this sensor enhances ignition reliability in high-usage foodservice applications. Designed for compatibility with Garland appliances, it maintains operational integrity under continuous use.
- Robust ceramic construction: withstands high-temperature cycles in busy kitchens
- Precise flame detection: reduces false ignition triggers for safety
- OEM-fit design: simplifies installation and maintenance processes
- Optimized for Garland appliances: ensures compatibility in commercial gas ovens
- Corrosion-resistant materials: extends service life amid kitchen elements and moisture
Ideal for service technicians replacing ignition sensors in commercial gas appliances.
Garland 4527461 Technical Specs
The Garland 4527461 ignition sensor operates within a standard voltage range compatible with typical commercial gas appliance systems. It features a ceramic sensor body with dimensions of approximately 1 inch in height, width, and depth, ensuring a precise OEM fit for Garland equipment models. This sensor has a lightweight design, weighing negligible pounds for easy handling during installation. The component is designed for continuous operation within temperature ranges suitable for high-demand kitchen environments, with a non-hazardous profile. It does not incorporate active cooling or additional refrigeration methods, being a self-contained ignition monitor. Its material composition supports food safety standards, corrosion resistance, and ease of cleaning where applicable. The sensor’s construction ensures it can withstand typical kitchen operating conditions, providing dependable flame detection and ignition control.
- Electrical Requirements: Compatible with standard commercial gas appliance voltage
- Construction & Finish: Ceramic body with corrosion-resistant coating
- Dimensions: 1" height x 1" width x 1" depth
- Weight: 0 lbs (lightweight OEM part)
- Temperature Resistance: Designed for high-temperature environments common in cooking appliances
- Food Safety & Material: Non-reactive ceramic, suitable for kitchen environments
- Manufacturing Origin: As specified by Garland
Installation & Usage Considerations
- Electrical Compatibility: Must match appliance’s ignition control circuit specifications
- Mounting Requirements: Direct OEM mounting points for precise fit
- Clearance & Airflow: Install in accessible areas avoiding airflow obstructions to ensure sensor accuracy
- Maintenance: Regular inspection for chips or corrosion, replacement during scheduled maintenance
- Connection: Compatible with Garland OEM wiring harnesses
What is a commercial ignition sensor?
A commercial ignition sensor is a device used in gas-powered commercial appliances to detect the presence of a flame, ensuring safety and operational continuity. It typically features high-temperature resistant materials like ceramics, and integrates with ignition systems to verify flame stability before allowing appliance operation. The Garland 4527461 Brkt Ce Ignition Sensor, installed in gas ovens and stoves, offers precise flame detection essential for consistent appliance ignition. Its robust design makes it suitable for high-volume foodservice environments, supporting reliable safety mechanisms for mid-volume restaurant kitchens, catering facilities, and institutional food operations.
Top commercial ignition sensors for foodservice settings
Built for durable performance, Garland 4527461 provides reliable flame detection in moderate workload commercial kitchens. Manufactured by Garland, it supports safe and efficient appliance operation in foodservice environments with steady throughput. Designed for installation in restaurant and institutional gas equipment, this ignition sensor ensures safety and operational stability during high-demand use.
- Operation Type — suitable for moderate throughput commercial kitchens
- Kitchen Setting — designed for restaurant and institutional environments
- Foodservice Category — applicable in gas ovens and stoves
- Workload Qualifier — supports consistent flame monitoring for mid-volume service
- Use Case — enhances ignition safety and appliance reliability in food prep
Why Choose AllPoints Garland 4527461
The Garland 4527461 ignition sensor stands out with its OEM-grade ceramic construction, ensuring long-term durability and accurate flame detection. Its compact design integrates seamlessly with Garland gas appliances, simplifying maintenance and reducing downtime. Unlike generic sensors, this model offers optimal compatibility and safety performance, making it ideal for high-demand commercial kitchens seeking reliable ignition solutions that support operational efficiency and safety standards.
- Self-contained OEM design for easy integration with Garland appliances
- Corrosion-resistant ceramic body enhances longevity in kitchen environments
- Designed for consistent flame detection under continuous use
- Compact footprint minimizes installation space requirements
- High-temperature stability supports reliable ignition control
