The Garland 3021200 Griddle Pilot Bracket is a specialized OEM component designed for installation in commercial griddle systems, manufactured by Garland. Constructed from durable, corrosion-resistant materials, this pilot bracket ensures secure positioning and reliable ignition of pilot flames in foodservice equipment. Its precise dimensions—1 inch in height, width, and depth—facilitate seamless integration with Garland’s range of commercial griddles, supporting consistent operation and ease of maintenance. This component is critical for commercial kitchens focusing on high operational reliability, particularly where efficient flame control and safety are priorities in restaurant-grade cooking appliances.
Top Garland 3021200 Features
This pilot bracket enhances griddle performance with its sturdy metal construction, offering excellent heat resistance and durability under repetitive use. Its compatibility with Garland’s OEM systems allows for straightforward installation, reducing downtime. Designed for ease of cleaning and maintenance, the bracket maintains consistent flame positioning, supporting efficient cooking workflows in busy commercial kitchens. Its precise sizing ensures a secure fit, minimizing the risk of ignition failure and promoting safe operation during high-volume restaurant service.
- Functionality Support: Ensures reliable pilot flame positioning for consistent ignition
- Durable Material: Made from corrosion-resistant metals for long-term use in high-heat environments
- Ease of Maintenance: Simple disassembly assists routine cleaning and replacement
- Optimized Fit: Precisely dimensions for seamless integration with Garland griddles
- Workflow Efficiency: Supports safe and quick ignition in high-demand foodservice settings
Ideal for industrial-grade griddle setups requiring dependable ignition components in busy commercial kitchens.
Garland 3021200 Technical Specs
The Garland 3021200 Griddle Pilot Bracket operates as a non-electrical OEM component fabricated from high-grade, corrosion-resistant materials, measuring 1 inch in height, width, and depth, with a minimal weight of 0 lbs for shipping purposes. It is designed for permanent installation within Garland’s commercial griddle systems, supporting high-temperature environments up to the safe operating range specified by device standards. The component does not include electrical features, but its robust construction ensures durability in demanding kitchen conditions. Its dimensionally precise profile allows for direct replacement and easy integration during routine maintenance or upgrades. The bracket’s compatibility with Garland’s appliances makes it suitable for continuous commercial foodservice operations, facilitating quick maintenance cycles and reliable pilot ignition performance.
- Electrical Requirements: None; designed for mechanical mounting
- Material and Finish: High-quality corrosion-resistant metal with a durable finish
- Dimensions: 1 inch height, 1 inch width, 1 inch depth
- Weight: 0 lbs (product weight), shipping weight varies
- Operating Range: Designed to withstand high-temperature environments in commercial kitchens
- Usage Compatibility: Fits Garland Griddle models requiring OEM pilot brackets
- Cleaning & Maintenance: Disassemblable for routine cleaning and component replacement
- Installation: Requires no electrical connection, mounting directly onto appliance
- Construction & Finish: Made from durable, corrosion-resistant metals with smooth finish
- Electrical compatibility: None required for operation
- Plate mounting: Designed for secure metal-to-metal attachment with Garland appliances
- Durability traits: Withstands high-temperature cycles with corrosion-resistant materials
- Ease of maintenance: Simplifies replacement during routine equipment servicing
- Fitment scenario: Suitable for OEM replacement in Garland griddles in restaurant kitchens
- Workflow benefit: Ensures consistent pilot flame ignition, reducing operational disruptions
What is a commercial griddle pilot bracket?
A commercial griddle pilot bracket is a mechanical component used to securely mount and support the pilot flame assembly within commercial cooking equipment. The Garland 3021200 Griddle Pilot Bracket, in particular, is an OEM part designed to ensure proper alignment and stable ignition of pilot flames in Garland’s griddles. It is constructed from corrosion-resistant materials, measuring 1 inch in all dimensions, and functions as a critical part for maintaining reliable flame operation. Installed directly onto the appliance, it facilitates safe and efficient lighting in high-volume restaurant or catering environments, supporting continuous operation and ease of maintenance in professional kitchens.
Top commercial griddle pilot brackets for foodservice applications
Designed for durable operation, Garland 3021200 Pilot Bracket ensures reliable ignition in commercial kitchens. It’s built for OEM installation, supporting consistent flame positioning, ideal for mid-volume restaurant grilling and high-demand food preparation workflows.
- Operation Type — Ideal for restaurant-grade griddles
- Kitchen Setting — Suitable for busy commercial foodservice facilities
- Foodservice Category — Essential in restaurant-grade cooking appliances
- Workload Qualifier — Supports moderate-throughput applications
- Use Case — Ensures durable pilot ignition in high-frequency use environments
Why Choose AllPoints 3021200
Compared to generic pilot brackets, the Garland 3021200 offers superior corrosion resistance and precise dimensions for seamless OEM fitment. Its robust construction reduces maintenance frequency, enhances operational safety, and supports consistent ignition performance, making it ideal for professional kitchen environments where reliability is paramount.
- Self-contained OEM component with precise dimensions for Garland equipment
- Constructed from corrosion-resistant materials suitable for high heats
- Designed for quick installation and maintenance in busy kitchens
- Supports consistent flame ignition, improving workflow efficiency
- Built to withstand high-temperature cycles in modern restaurant environments
