The AllPoints 8105235 Ignition Electrode Nat is a critical OEM component designed for commercial cooking and heating equipment. Crafted by AllPoints Foodservice Parts & Supplies, this ignition electrode features durable material construction tailored for high-temperature environments. Its precise dimensions and reliable performance address maintenance and replacement needs in restaurant, institutional, and industrial kitchens, ensuring efficient ignition in gas appliances. Suitable for use in mid-volume foodservice operations, this model's technical specs optimize operational dependability and ease of installation within specialized equipment setups.
Top AllPoints 8105235 Features
The AllPoints 8105235 Ignition Electrode Nat provides a metal-ceramic insulator with enhanced durability, engineered for high-performance ignition systems in commercial ovens, fryers, and boilers. It is designed for straightforward integration with existing gas appliances, facilitating reliable sparking and ignition processes. Its robust build ensures long service life, withstanding frequent operational cycles and high thermal stress, while maintaining ease of maintenance for commercial technicians. The electrode’s construction aligns with standard mounting configurations, making it ideal for replacement in busy kitchen environments. This component is essential for ensuring uninterrupted appliance operation and safety in medium-duty foodservice applications.
- Functionality: Provides consistent ignition spark for gas-powered equipment.
- Material Durability: Made from heat-resistant ceramic and corrosion-proof metal alloys.
- Ease of Maintenance: Designed for simple installation and quick replacement.
- Application Fit: Compatible with a broad range of gas appliances and ignition modules.
- Workflow Efficiency: Ensures reliable ignition, reducing downtime during service.
Ideal for replacing worn ignition electrodes in commercial kitchen gas appliances.
AllPoints 8105235 Technical Specs
The AllPoints 8105235 Ignition Electrode features a compact form with dimensions of 1.8 inches in width, 4.05 inches in depth, and a height of 1.2 inches. Constructed from corrosion-resistant metals and heat-resistant ceramic, it is designed for use with standard gas ignition systems, providing reliable spark generation. Its operating temperature range supports high-temperature environments typical of commercial kitchens, withstanding continuous thermal cycling. This OEM component is non-hazardous and suitable for installation in various gas appliances, ensuring consistent ignition and operational safety. Weighing approximately 0.2 lbs, it ensures minimal load on appliance mounts. Installation typically requires minimal tools, with straightforward disassembly and replacement procedures. Compatibility with standard mounting brackets facilitates integration into existing systems, and the component’s design meets industrial standards for durability in demanding foodservice environments.
- Electrical Compatibility: Designed for standard ignition power modules.
- Construction Material: Stainless steel and high-temperature ceramic.
- Dimensions: 1.8" W x 4.05" D x 1.2" H.
- Temperature Resistance: Supports operation in environments up to 1500°F (815°C).
- Weight: Approx. 0.2 lbs for ease of handling and installation.
- Application Use: Suitable for gas ovens, fryers, and boilers requiring OEM ignition components.
- Electrical Requirements: Compatible with commercial ignition modules rated for typical voltage levels.
- Installation Clearance: Requires standard mounting space with accessible electrical connections.
- Maintenance Needs: Regular inspection and replacement after ignition failure signs.
- Ventilation & Clearance: Adequate airflow around ignition points recommended.
- Compatibility: Fits OEM mounting brackets for various gas appliances.
What is a commercial ignition electrode?
A commercial ignition electrode is an OEM component used in gas-powered foodservice equipment to generate the spark necessary for ignition. Installed in appliances such as ovens, fryers, and boilers, this electrode ensures reliable startup by providing a consistent and durable spark. AllPoints 8105235 Ignition Electrode Nat, designed for intermediate-duty applications, features high-temperature resistant materials and standardized mounting configurations suited for commercial kitchens. Its primary function is to facilitate safe and efficient ignition in medium-volume foodservice environments, supporting continuous operation and minimizing downtime in professional culinary settings.
Top Commercial Ignition Electrodes for Foodservice Settings
These commercial ignition electrodes with durable construction support reliable gas appliance ignition in foodservice kitchens, suitable for operation in diverse commercial kitchen setups. Designed for medium throughput workflows, AllPoints 8105235 provides dependable spark generation for efficient appliance ignition solutions.
- Operation Type — Mid-volume restaurant kitchens
- Kitchen Setting — Compact commercial foodservice environments
- Foodservice Category — Gas-using cooking and heating equipment
- Workload Qualifier — Moderate operational demand
- Use Case — Gas appliance ignition replacement
Why Choose AllPoints 8105235 Ignition Electrode Nat?
Choosing the AllPoints 8105235 Ignition Electrode ensures access to a high-quality OEM component that offers precise fit, reliable ignition performance, and high-temperature resilience. Its rugged construction and compatibility with standard commercial gas appliances provide long-lasting service, reducing maintenance frequency and operational disruptions. Engineered for dependable ignition in demanding foodservice environments, this model stands out for simplifying replacement procedures and maintaining equipment safety and efficiency.
- Compact, OEM design with precise dimensions for easy installation
- High-temperature ceramic and corrosion-proof metal for durability
- Reliable spark generation in commercial gas appliances
- Optimized for moderate-duty operations in foodservice kitchens
- Supports quick maintenance cycles with straightforward replacement
