The Garland CKG2679-2 Element 240v 3.35kw Kit is a high-performance heating element designed for commercial foodservice applications. Engineered by Garland, this OEM component operates at 240 volts with a power output of 3.35 kilowatts, optimized for precise temperature control in cooking and heating equipment. Its robust construction ensures durability under demanding kitchen environments, making it essential for facilities requiring reliable heat generation. Suitable for installation in commercial ovens, fryers, or hot holding units, this element addresses the need for efficient energy use and consistent performance in high-traffic foodservice settings.
Top Garland CKG2679-2 Features
The Garland CKG2679-2 heating element offers precise electrical performance tailored for medium-volume commercial kitchens. Its high-grade resistance wire provides long-lasting durability, while the compact, OEM design facilitates straightforward replacement and integration. Easy to install and maintain, this element ensures reliable operation in line with workflow demands, whether upgrading existing equipment or installing new units for consistent heat output. Its compatibility with selected Garland appliances makes it ideal for bustling foodservice operations requiring dependable heating components.
- Electrical specification: 240V, 3.35kW output for optimal heating performance
- Robust material construction: Durable resistance wire with high-temperature resistance
- Ease of maintenance: Simple installation and replacement process reduces downtime
- Application fit: Compatible with Garland commercial ovens and hot holding units
- Workflow integration: Supports continuous operation in high-demand kitchen environments
Ideal for upgrading heating elements in commercial cooking equipment requiring standard OEM parts.
Garland CKG2679-2 Technical Specs
The Garland CKG2679-2 element functions at 240 volts with a wattage of 3.35 kilowatts, designed to operate efficiently on standard commercial electrical supplies. Its air-cooled design ensures reliable heat transfer in OEM configurations, with dimensions of 9.7 inches in width, 16.35 inches in depth, and a height of 2.5 inches. Crafted from high-grade resistance wire housed within durable casing, this OEM component withstands maximum operating temperatures typical of commercial foodservice equipment. Its construction features corrosion-resistant materials suitable for routine cleaning, with dimensions tailored for seamless installation in Garland appliances. The unit’s weight, compatible with standard OEM components, ensures stability during operation. Maintenance is simplified via straightforward disassembly, supporting routine cleaning and quick replacement. The component is non-hazardous and free from certification requirements beyond standard OEM standards, ensuring dependable performance in demanding environments.
- Electrical requirements: 240V, 3.35kW, suitable for standard commercial circuits
- Construction & finish: Resistance wire housed in durable, corrosion-resistant casing
- Dimensions: 9.7" W x 16.35" D x 2.5" H for designated OEM installation
- Weight: Compatible with unit weight specifications for OEM replacement
- Operating range: Safe operation at high temperatures typical of commercial kitchen heating elements
Electrical connection compatibility: Designed for direct OEM wiring within Garland units
Installation clearance: Permits proper airflow and ventilation around the element
Maintenance access: Easy disassembly for routine cleaning and inspection
Application suitability: Compatible with Garland commercial ovens and hot units requiring OEM parts
Usage environment: Ideal for high-demand, moderate workload foodservice facilities
What is a commercial heating element ?
A commercial heating element is a high-capacity electrical component used to generate and distribute heat in foodservice equipment such as ovens, fryers, and hot holding units. These elements are engineered for durability and performance in demanding kitchen environments, often featuring resistance wire housed in corrosion-resistant casings. The Garland CKG2679-2 is designed for OEM replacement in Garland appliances, ensuring reliable heat output with precise voltage and wattage specifications. Typically installed in high-traffic foodservice settings like restaurants and institutional kitchens, these heating elements support consistent cooking temperatures to meet operational efficiency standards and ensure food safety.
Top commercial heating elements for foodservice operations
Reliable, OEM-grade heating components optimize operational efficiency in commercial kitchens, providing consistent performance for medium-volume service environments. Garland and its CKG2679-2 model are built for longevity and compatibility with restaurant equipment, supporting workflow continuity and energy efficiency in busy food establishments.
- Operation type — suitable for standard commercial cooking workflows
- Kitchen setting — ideal for compact, high-efficiency foodservice spaces
- Foodservice category — designed for oven and hot equipment applications
- Workload qualifier — supports moderate throughput in busy kitchens
- Use case — replacement part for reliable, restaurant-ready heating performance
Why Choose Garland CKG2679-2 ?
Garland CKG2679-2 distinguishes itself through OEM precision, durable resistance wire construction, and a compact footprint suitable for multiple commercial appliances. Its robust design enhances operational reliability and simplifies maintenance, reducing downtime in high-demand foodservice environments. Engineered specifically for Garland equipment, this heater ensures consistent heat output, supporting efficient kitchen workflows and long-term performance compared to generic alternatives.
- Self-contained OEM design facilitates quick replacement within Garland appliances
- High-grade resistance wire delivers long-lasting, dependable performance
- Compact footprint supports space-efficient kitchen layouts
- Corrosion-resistant casing ensures durability in routine cleaning cycles
- Optimized for medium-volume operations with stable heat transfer properties
