The Sterling Multi-Mixer P55-6387 Cxi6122 04 Heating Element is a high-capacity 4kW heating component designed for commercial food processing and beverage applications. Crafted by AllPoints, this OEM heating element provides precise thermal output essential for industrial mixers, beverage dispensers, and food prep equipment. Featuring durable stainless steel construction with an operating temperature range suitable for high-demand environments, it ensures stable performance and longevity in demanding kitchen workflows. With technical specifications aligned for seamless integration, this heating element optimizes heat transfer efficiency and operational reliability for commercial kitchen operators and equipment manufacturers.
Top AllPoints P55-6387 Features
The AllPoints P55-6387 heating element is engineered for robust industrial use, offering efficient heat delivery in medium-volume foodservice settings. Its stainless steel construction provides durability against corrosion and thermal stress, while the precise 4kW output ensures rapid heating and consistent temperature control. Designed for straightforward replacement and maintenance, this OEM part fits seamlessly into existing mixer or heater assemblies, streamlining workflow operations and reducing downtime in commercial kitchens.
- High thermal capacity: 4kW heat output for reliable performance
- Corrosion-resistant stainless steel: ensures durability in demanding environments
- Ease of replacement: designed for quick installation and maintenance
- Optimized heat transfer: improves efficiency in industrial heating applications
- Compact dimensions: 3.85" width x 9.2" depth for versatile integration
Ideal for commercial mixers, beverage heaters, and industrial food processing equipment.
AllPoints P55-6387 Technical Specs
The P55-6387 heating element by AllPoints operates at a standard voltage compatible with commercial power supplies, typically supporting 4kW of output for efficient heating. Constructed from high-grade stainless steel, it offers outstanding corrosion resistance and thermal stability. With dimensions of 3.85 inches in width, 9.2 inches in depth, and a height of 2.85 inches, it is designed for easy installation within OEM equipment assemblies. The component weighs just 1 pound, making handling straightforward during replacement or maintenance. Its operating temperature range suits high-temperature applications, and it is rated for continuous use without risk of hazard, making it suitable for food processing, beverage preparation, and industrial heating workflows.
- Electrical Requirements: Designed for 4kW power output, compatible with standard commercial voltage
- Construction & Finish: Stainless steel for durability and food safety
- Dimensions: Width 3.85", Depth 9.2", Height 2.85"
- Weight: 1 lb, facilitating easy handling and replacement
- Temperature Range: Suitable for high-temperature applications without degradation
Installation considerations include ensuring proper airflow for cooling, accommodating electrical wiring, and verifying compatibility with existing OEM assemblies. Regular inspection and cleaning of mounting surfaces extend component lifespan, while appropriate clearance ensures safe operation within defined temperature ranges. This OEM heating element requires no additional accessories for operation but benefits from routine maintenance to maintain peak performance.
- Electrical Compatibility: Compatible with 4kW power systems for industrial mixer heating
- Mounting Requirements: Must be securely mounted within OEM equipment for optimal heat transfer
- Cooling Setup: Air-cooled design necessitates adequate ventilation for sustained operation
- Power Connection: Wiring must adhere to local electrical codes and safety standards
- Maintenance: Disassembly for cleaning should follow manufacturer guidelines to ensure continued performance
What is a commercial heating element?
A commercial heating element is a durability-focused component designed to provide reliable thermal energy in industrial food, beverage, and processing equipment. These elements are constructed from food-safe materials like stainless steel, with precise wattage ratings such as 4kW, supporting high-volume manufacturing, beverage heating, or mixing operations. Installed primarily in industrial mixers, heated dispensers, and processing machinery, the P55-6387 model by AllPoints is optimized for stable, consistent heat delivery, making it suitable for mid-volume foodservice settings and equipment upgrades.
Top OEM Heating Elements for Medium-Volume Foodservice Settings
These OEM parts like the AllPoints P55-6387 are built for reliable industrial heating, offering durable stainless steel construction and efficient 4kW performance. Ideal for moderate throughput environments such as commercial kitchens and processing lines, they support seamless integration and ease of maintenance, ensuring consistent operation in capacity-critical food production applications.
- Operation Type — Suitable for medium-volume commercial mixers and dispensers
- Kitchen Setting — Designed for industrial food processing environments
- Foodservice Category — Fits in beverage heating and food preparation equipment
- Workload Qualifier — Supports moderate throughput in busy kitchens
- Use Case — Elevates workflow efficiency in medium-demand foodservice operations
Why Choose AllPoints P55-6387?
Compared to similar OEM heating elements, the AllPoints P55-6387 offers robust stainless steel construction and precise 4kW heat output designed for commercial-grade reliability. Its compact size and straightforward installation improve operational workflows, while its corrosion resistance and high-temperature stability extend service life, minimizing downtime in demanding kitchen environments.
- Self-contained design simplifies replacement and reduces maintenance time
- Constructed from corrosion-resistant stainless steel for long-term durability
- Optimized dimensions for versatile OEM integration in commercial equipment
- High-performance 4kW output guarantees consistent heating performance
- Suitable for demanding foodservice workflows with high operational longevity
