The Garland 98021753 Bh/ba 3500 230VAC 1N 3.5kW is a high-performance industrial heating element designed for commercial kitchen applications requiring reliable, efficient heat generation. This model is optimized for precise temperature control and durable operation in foodservice environments such as cooking lines, bakery stations, or large-scale food prep facilities. Featuring a 3.5kW power output and operating at 230VAC, this single-phase heating element ensures uniform heat distribution and rapid response. Constructed to meet rigorous operational standards, it provides robust performance for demanding food processing tasks, making it suitable for installations where consistent heat and longevity are critical.
Top AllPoints 98021753 Features
The Garland 98021753 hot element is engineered for commercial foodservice environments that demand durable, high-capacity heating solutions. Its single-phase 230VAC operation coupled with a 3.5kW power rating enables precise temperature regulation across various food prep stations. Designed with industrial-grade components, it offers long-term durability and ease of maintenance. Ideal for seamless integration into commercial cooking appliances, this element supports high throughput workflows with reliable performance. Its compact profile facilitates installation in confined kitchen spaces, providing consistent heat with minimal downtime.
- High thermal capacity: 3.5kW power output ensures rapid heating and temperature stability.
- Robust construction: Built with durable materials for long service life in demanding environments.
- Easy installation and maintenance: Designed for straightforward replacement and minimal downtime.
- Optimized for commercial kitchens: Suitable for installation in cooking ranges, fryers, or boiler units.
- Reliable energy efficiency: 230VAC single-phase operation minimizes energy consumption during prolonged use.
Recommended for industrial cooking and large-volume food preparation setups requiring dependable heating performance.
98021753 Technical Specs
The Garland 98021753 features a 230VAC voltage, single-phase configuration, and a 3.5kW wattage, making it suitable for integration into commercial kitchen equipment such as cookers and food heating units. Its air-cooled design provides efficient heat dissipation without the need for water connections. Constructed primarily from high-grade materials, it offers longevity and stability in high-demand settings. With a compact size of 1 inch in width, depth, and height, and weighing minimal pounds, it is easy to install with standard mounting options. The component operates within standard temperature ranges, ensuring safe, reliable performance during continuous operation. It also enables straightforward maintenance and replacement, with disassembly and cleaning routines suited for busy foodservice environments.
- Electrical Requirements: 230VAC, single-phase, 3.5kW power
- Cooling Method: Air-cooled for efficient heat management
- Construction & Finish: Heavy-duty materials with corrosion-resistant finish
- Dimensions: 1" W x 1" D x 1" H
- Weight: Approximate minimal pounds for ease of installation
- Temperature Resistance: Suitable for continuous operation within standard thermal limits
- Usage Compatibility: Compatible with industrial cooking appliances requiring high wattage heating elements
- Maintenance & Cleaning: Disassembly-friendly with straightforward cooling surface cleaning
- Installation & Power Needs: Requires proper electrical connections and clearance for airflow
What is a commercial heating element
A commercial heating element is an industrial-grade component designed for precise, high-capacity heat generation within foodservice and food processing environments. The Garland 98021753 is a robust, single-phase 230VAC unit equipped with 3.5kW output power, intended for installation in cooking ranges, fryers, and heat transfer devices. Its durable construction and efficient air-cooled cooling method ensure dependable performance in high-demand kitchens. It is ideal for applications requiring consistent, rapid heating, such as large-volume cooking stations, bakery prep lines, or industrial food assembly. The component's design facilitates easy integration, maintenance, and long-term operation in demanding commercial settings.
Top commercial heating solutions for large-scale foodservice operations
This high-capacity Garland 98021753 heating element is built for commercial kitchens with moderate throughput, offering durable, reliable operation in food prep areas requiring consistent heat. Crafted by AllPoints, it is suited for use in industrial food production, restaurant kitchens, and catering facilities. Designed for operation in demanding workflows, this OEM component supports efficient, dependable heat delivery, optimized for medium-volume foodservice applications.
- Operation - suitable for food prep kitchens with steady throughput
- Kitchen Type - designed for compact commercial spaces needing reliable heat sources
- Foodservice Category - ideal for industrial cooking or large scale food assembly
- Workload Qualifier - performs well under moderate workload conditions
- Use Case - supports continuous heating in restaurant and catering environments
Why Choose AllPoints 98021753 ?
Optimal for demanding industrial applications, the Garland 98021753 offers a robust, self-contained design with high thermal capacity and simplified maintenance. Its construction from durable materials ensures longevity, while its compact footprint integrates seamlessly with a variety of commercial kitchen equipment. The model’s reliable performance reduces downtime and enhances workflow efficiency over competitor units that may lack rugged design or sufficient power capacity.
- Self-contained design: Minimizes installation complexity and maintenance time
- High wattage output: 3.5kW ensures rapid, consistent heat delivery
- Industrial-grade durability: Built with corrosion-resistant, high-quality materials
- Compact footprint: Fits tight spaces for versatile installation
- Optimized for restaurant-ready equipment: Enhances operational reliability and workflow
