AllPoints 00-974568-00001 10 Inch Electric Heater Element with High-Grade Alloy
Delivery to:
- Supports 15 kW power delivery at 200V
- Constructed from high-grade alloy for resilience
- Designed for OEM installation in food equipment
- View More Details
Best Price Guarantee
Best Price Guarantee
Secure Shopping
Secure Shopping
The GE/Hobart 00-974568-00001 Heater Element 15 Kw 200v is a high-performance commercial electric heating component designed for robust industrial and foodservice applications. Engineered by GE/Hobart, this OEM heater element delivers 15 kilowatts of power at 200 volts, ensuring consistent and efficient heat output in environments requiring precise temperature control. Its durable construction and technical specifications make it suitable for use in commercial cooking and processing equipment, providing reliable operation in demanding workflows where optimal heating performance is critical.
The heater element is engineered for commercial foodservice environments where durability and precise heat delivery are essential. It features a rugged metal alloy construction optimized for high-temperature resistance and long-term resilience. Its design simplifies installation and maintenance, minimizing downtime. Ideal for integration into industrial ovens, fryers, or food processing units, it ensures consistent energy transfer to support steady workflow operations. The component’s technical specs support high wattage output with minimal thermal variation, making it suitable for medium-volume production settings.
Recommended for replacing existing heater elements in industrial ovens or fryers requiring high wattage
The GE/Hobart 00-974568-00001 heater element operates at 200 volts, delivering a robust 15 kW of power suitable for commercial heating systems. Constructed from durable alloy materials, it weighs 4.88 lbs and measures 10.75 inches in width, 19.1 inches in depth, and 3.45 inches in height, fitting standard OEM mounting configurations. The element is designed for air-cooled systems, ensuring effective thermal management. It is intended for use in OEM installations for foodservice equipment requiring high energy output, with a temperature operating range that supports continuous industrial operation. Its corrosion-resistant material enhances longevity in demanding environments, simplifying cleaning and maintenance routines. The component is non-hazardous and produced in China, with typical shipping timelines of 4 to 5 days.
A commercial heater element is an industrial-grade electrical component used in foodservice equipment to generate heat efficiently. Typically constructed from high-temperature resistant alloys, such elements operate at specified voltages and wattages to support processes like baking, frying, or processing in commercial kitchens. The GE/Hobart 00-974568-00001 heater element specifically provides 15 kW of power at 200V, designed for OEM integration in medium-volume cooking appliances. It is installed in systems such as industrial ovens or fryers where durable, reliable heating performance is essential for high-volume food production and consistent workflow.
These high-power OEM heater elements, such as GE/Hobart 00-974568-00001, offer robust design, precise heat delivery, and reliable operation, making them ideal for industrial kitchen environments. Built for moderate workloads in food processing and cooking, they support consistent performance in commercial operations. Suitable for installation in industrial ovens, fryers, and other equipment, these elements ensure optimal energy transfer and longevity for demanding applications.
AllPoints 00-974568-00001 heater element distinguishes itself by combining high-grade alloy construction with OEM design precision. Its rugged build extends equipment lifespan, while its straightforward installation reduces downtime. Designed for seamless integration into commercial kitchen heating systems, it provides consistent power delivery and thermal stability, unlike generic replacements that may lack durability or precise fit. This model enhances operational efficiency and helps maintain high standards in industrial foodservice environments.
