The Blodgett R10977 Assy Rh Heat Exchanger 316L is a commercial-grade heat exchange component designed for precise temperature management in professional foodservice environments. Constructed from high-grade 316L stainless steel, it offers exceptional corrosion resistance and durability under demanding operational conditions. This heat exchanger is engineered as a replacement or upgrade part for high-performance cooking systems, supporting consistent heat transfer and long-term reliability in restaurant kitchens, institutional facilities, and catering operations. With its robust material composition and engineered design, it effectively addresses temperature regulation challenges, maintaining optimal thermal efficiency for reliable dish preparation and service continuity.
Top Blodgett R10977 Features
The Blodgett R10977 heat exchanger is designed for medium-volume commercial kitchen systems, providing efficient heat transfer for cooking equipment. Its rugged 316L stainless steel construction ensures durability and resistance to corrosion in demanding environments. The component integrates seamlessly into existing systems, facilitating easy installation and maintenance. Its precise engineering supports consistent thermal performance, reducing downtime and improving workflow. Ideal for applications requiring reliable temperature regulation in restaurant, hospitality, and institutional settings.
- Functionality: Optimizes heat transfer for consistent cooking performance
- Durability: Made from corrosion-resistant 316L stainless steel
- Ease of Maintenance: Designed for straightforward disassembly and cleaning
- Application Fit: Suitable for retrofit in commercial cooking systems
- Workflow Benefit: Enhances operational efficiency with reliable thermal regulation
This heat exchanger is recommended for replacing or upgrading existing commercial kitchen systems requiring precise heat management.
Blodgett R10977 Technical Specs
The Blodgett R10977 heat exchanger features a stainless steel construction with dimensions of 15" width, 25.05" depth, and 7.7" height. It is designed for straightforward installation without requiring specialized tools, ensuring compatibility with a variety of commercial cooking setups. The unit operates within a temperature range suitable for food processing environments and has an operating hazard status of non-hazardous. This OEM component weighs approximately 10 lbs and is suitable for applications demanding high durability and corrosion resistance. Its construction ensures resistance to food-safe cleaning protocols, supporting sanitation standards without compromise. The component facilitates efficient thermal exchange, supporting continuous operation in high-demand kitchen workflows.
- Dimensions: 15" W x 25.05" D x 7.7" H
- Material: 316L stainless steel for corrosion resistance
- Weight: Approx. 10 lbs
- Temperature Range: Suitable for typical hot kitchen environments
- Installation: Compatible with standard commercial cooking systems
- Food Safety: Made from food-safe, easy-to-clean materials
- Electrical Requirements: Not applicable (mechanical component)
- Cooling Method: N/A
- Refrigeration Type: N/A
- Production Capacity: Not applicable
- Energy Use: Not applicable
- Construction & Finish: Stainless steel exterior with durable surface
- Temperature Resistance: Operating temperature up to 500°F
- Cleaning & Maintenance: Disassembly for cleaning, no special tools required
- Usage Compatibility: Integrated into existing heat exchange systems
- Installation & Clearance: Requires appropriate airflow and clearance around mounting points
What is a commercial heat exchange component?
A commercial heat exchange component is an engineered part used in professional-grade cooking and processing equipment to facilitate efficient thermal transfer. Specifically, the Blodgett R10977 Assy Rh Heat Exchanger 316L is a stainless steel device installed within heat management systems to ensure consistent temperature control across various foodservice applications. It is commonly employed in restaurant kitchens, catering facilities, and food processing plants to support reliable heat transfer, durability, and sanitation. Its role is crucial in maintaining high operational standards for equipment longevity and food safety in mid-volume restaurant environments and institutional foodservice settings.
Top commercial heat exchanger for mid-volume foodservice settings
Designed for reliable, medium-duty operation, the Blodgett R10977 Assy Rh Heat Exchanger ensures precise temperature control and robust durability in restaurant kitchens. Manufactured by AllPoints, it delivers consistent heat transfer tailored for commercial cooking systems and food processing environments, supporting efficient workflow and equipment longevity in institutional foodservice operations.
- Medium-duty operation — ideal for standard restaurant kitchen workflows
- Designed for commercial kitchen systems — durable, corrosion-resistant construction
- Suitable for restaurant and institutional foodservice — reliable thermal performance
- Supports moderate throughput — consistent heat transfer under continuous use
- Compatible with existing systems — straightforward integration and maintenance
Why Choose AllPoints R10977?
The AllPoints R10977 heat exchanger distinguishes itself through its high-grade 316L stainless steel build, ensuring maximum corrosion resistance and longevity in demanding culinary environments. Its precise engineering supports consistent heat performance, while its simple disassembly facilitates routine cleaning and maintenance. Compact, robust, and designed for straightforward installation, it enhances operational efficiency without occupying excessive space, making it a superior choice over standard alternatives for commercial kitchen equipment.
- Constructed from high-grade 316L stainless steel for durability
- Optimized for consistent thermal performance in busy kitchens
- Compact design for seamless integration into existing systems
- Easy disassembly supports rapid cleaning and maintenance
- Corrosion-resistant surface withstands food-safe cleaning protocols
