The Eloma E874787 Ignition Electric D2k 611 1011 2011 is a precision-engineered OEM component designed for commercial foodservice applications requiring reliable ignition solutions. Manufactured by Eloma, this electrical ignition module is optimized for integration into commercial-grade cooking equipment, providing consistent spark generation for burners and heating units. Its compact form factor—measuring 2.5 inches in height, 4 inches in width, and 7.8 inches in depth—facilitates seamless installation within various kitchen appliances. Crafted from durable materials with an emphasis on longevity and safety, this ignition module operates reliably at standard electro-thermal conditions, supporting high-volume restaurant, cafeteria, and institutional cooking environments. Its technical specifications include a voltage compatibility suitable for standard household or commercial electrical systems, ensuring robust performance in demanding kitchen workflows.
Top AllPoints E874787 Features
The AllPoints E874787 ignition module enhances commercial kitchen operations by delivering reliable spark generation for burners and heating elements. Its durable construction withstands rigorous daily use, facilitating easy maintenance with minimal downtime. The unit's compact installation profile enables versatile integration into diverse appliance configurations, ideal for restaurant, cafeteria, and institutional setups, contributing to streamlined workflows and consistent cooking performance.
- Functionality: Ensures reliable ignition for commercial burners and appliances
- Durability: Built with heat-resistant polymer components for extended lifespan
- Ease of maintenance: Designed for straightforward replacement and troubleshooting
- Application fit: Compatible with a wide range of commercial cooking equipment
- Workflow integration: Supports automated ignition systems for seamless kitchen operation
Optimal for replacing ignition modules in restaurant-grade cooktops and ovens requiring dependable spark generation.
AllPoints E874787 Technical Specs
The AllPoints E874787 ignition module is engineered for straightforward installation, with a minimal footprint and robust construction. It is designed to operate within standard electrical parameters, with precise voltage and current ratings suitable for integration into commercial kitchen appliances. The module features a resilient, corrosion-resistant housing and is rated for continuous operation in high-temperature environments typical of professional kitchens. Dimensions include a height of 2.5 inches, width of 4 inches, and depth of 7.8 inches, with a weight of only 0.18 pounds, making it easy to handle during installation. Its material finish supports easy cleaning and maintenance, with materials selected for food-safe compatibility and longevity. The module is non-hazardous, with compatibility for standard electrical hookups and suitable for use in both new and retrofit appliance setups. Its performance reliability makes it a preferred component in medium-demand kitchen operations, installed in appliances like commercial cooktops and ovens, ensuring consistent ignition.
- Electrical Requirements: Compatible with standard voltage systems, supporting 50-60 Hz cycles
- Construction & Finish: Resilient polymer housing with corrosion-resistant coatings
- Dimensions: 2.5" Height x 4" Width x 7.8" Depth
- Weight: 0.18 lbs for easy handling and installation
- Temperature Resistance: Suitable for operational temperatures typical of commercial kitchen environments
- Food Safety: Constructed with non-toxic, food-safe materials for durability and sanitation
What is a commercial ignition module?
A commercial ignition module is an essential component in professional kitchen equipment that provides reliable spark generation to ignite burners and heating elements. This self-contained device supports consistent and safe ignition, typically installed in appliances such as cooktops and ovens. The Eloma E874787 ignition module is designed for durable performance in high-demand environments, ensuring quick, dependable starts for cooking processes. Used primarily in restaurant, cafeteria, and institutional foodservice settings, it facilitates efficient kitchen workflows by minimizing ignition failures and maintenance downtime, making it suitable for medium-volume operations needing dependable ignition reliability.
Top commercial ignition modules for foodservice environments
Reliable ignition modules such as the Eloma E874787 are built for operational efficiency in medium-volume commercial kitchens, providing consistent spark generation and effortless integration into existing equipment. Manufactured by AllPoints, the module supports seamless hot-surface ignition, ideal for restaurant-grade appliances, ensuring dependable performance in institutional cooking environments.
- Operation Type — suited for moderate throughput restaurant kitchens
- Kitchen Setting — ideal for compact commercial foodservice spaces
- Foodservice Category — suitable for restaurant appliance ignition
- Workload Qualifier — optimized for steady operational demands
- Use Case — supporting automated ignition in commercial cooking equipment
Why Choose AllPoints E874787?
The AllPoints E874787 ignition module offers a robust, reliable alternative to standard ignition solutions with its high-quality construction and precise electrical performance. Its compact design allows flexible installation options, and its durable materials ensure consistent operation over prolonged use. This unit supports efficient maintenance with simple replacement procedures, reducing appliance downtime. Compared to competitor models, it combines reliability, easy integration, and long-lasting performance, making it an optimal choice for professional kitchen environments requiring dependable ignition components.
- Compact footprint for easy integration in tight appliance spaces
- Constructed with high-grade, heat-resistant polymer materials
- Designed for simple, quick replacement in the field
- Supports standard commercial electrical configurations
- Built to withstand repeated thermal cycling during high-volume service
