The Cecilware 1161 Impeller is a precision-engineered replacement component for commercial food processing equipment, designed by Cecilware, a reputable brand in commercial kitchen technology. This impeller is crafted from durable materials to withstand the rigorous demands of restaurant and foodservice applications. Featuring a compact profile with dimensions of 1.75" width and depth, and a height of 0.65", it is optimized for high-performance operations. The model number 1161 ensures compatibility with various Cecilware units, providing an efficient solution for maintaining optimal machine function and minimizing downtime. Its technical build supports precise fluid or material movement within commercial food processors, making it especially suitable for niche equipment requiring reliable impeller performance in high-volume settings.
Top Cecilware 1161 Impeller Features
The Cecilware 1161 Impeller provides critical performance enhancements for commercial foodservice operations, including robust material construction for long-term durability, precise dimensions for seamless integration, and simplified maintenance with compatible mounting provisions. It is engineered to optimize fluid flow and machine efficiency, suitable for various food processing and beverage equipment in high-demand kitchens. Designed with industry-specific performance parameters, it supports continuous operation in busy foodservice environments, reducing downtime and service costs.
- Functionality: Ensures reliable fluid movement in food processing devices
- Durability Traits: Made from corrosion-resistant, food-safe materials
- Ease of Maintenance: Compatible with standard disassembly and cleaning routines
- Fit & Compatibility: Precise dimensions support direct replacements in Cecilware units
- Workflow Optimization: Supports continuous operation in high-volume foodservice kitchens
Best suited for replacing worn impellers in commercial food processing machines and beverage dispensers.
Cecilware 1161 Technical Specs
The Cecilware 1161 Impeller features a compact, self-contained design with a weight of merely 0.09 lbs, crafted from durable, food-safe materials suitable for commercial kitchen environments. Its dimensions of 1.75" width and depth, with a height of 0.65", ensure ease of installation and replacement. Designed for reliable operation, it withstands typical operational temperatures without warping or corrosion. The impeller’s construction supports efficient fluid movement, critical for maintaining consistent performance in food processing equipment. It does not include hazardous materials and is sourced from manufacturer-approved components, ensuring compatibility and longevity. The model is non-electrical but integral to the machine’s mechanical system, requiring minimal maintenance and straightforward disassembly for cleaning or replacement.
- Electrical Requirements: Not applicable, mechanical component
- Material: Food-grade, corrosion-resistant composite
- Dimensions: 1.75 inches (width and depth) x 0.65 inches (height)
- Weight: 0.09 lbs (product weight)
- Construction: Durable polymer with precision-molded blades
- Operation Range: Fits standard Cecilware equipment for continuous use
- Cleaning & Maintenance: Disassembly for routine cleaning recommended
- Usage Compatibility: Compatible with select Cecilware machines, direct replacement
- Color & Finish: Standard finish matching OEM parts
- Temperature Resistance: Supports typical operating temperatures for food processing
- Electrical Compatibility: No, mechanical component
- Installation & Clearances: Supports direct fit in existing equipment with minimal space
- Maintenance Needs: Disassemble easily for routine cleaning or part replacement
- Fluid Compatibility: Designed for use with liquids in food processing environments
- Operational Use: Suitable for continuous operation in high-demand commercial kitchens
What is a commercial impeller?
A commercial impeller is a precision-engineered rotating component used within food processing and beverage equipment to facilitate fluid or material movement. The Cecilware 1161 Impeller is a high-quality example, designed for use in commercial kitchen applications such as blenders, ice machines, or food processors. Constructed from corrosion-resistant materials and featuring exact dimensions, it ensures optimal performance and longevity during continuous, heavy-duty operations. Installed in equipment like ice makers or food mixers, this impeller supports consistent product output and operational efficiency, making it essential for high-volume foodservice environments focused on reliability and ease of maintenance.
Top commercial impellers for high-volume foodservice settings
Industrial-grade impellers like the Cecilware 1161 are built for reliable, continuous operation in demanding foodservice environments, providing precise fluid handling and durable performance. These components are ideal for installation in commercial kitchen equipment handling high throughput, ensuring longevity and operational stability within busy food processing and prep areas.
- Operation Type — High-demand food processing equipment
- Kitchen Setting — Commercial kitchens and food prep stations
- Foodservice Category — Beverage and food processing units
- Workload Qualification — Moderate to high throughput tasks
- Use Case — Ensuring consistent machine performance and fluid flow
Why Choose Cecilware 1161 Impeller?
Why Choose Cecilware 1161 Impeller? This model stands out due to its precise manufacturing, corrosion-resistant materials, and compatibility with a range of Cecilware units, ensuring long-lasting performance and simplified maintenance. Its compact design fits seamlessly into existing food processing equipment, minimizing downtime and maximizing efficiency during high-volume operations.
- Self-contained design supports quick replacement in tight spaces
- Constructed with durable, food-safe materials for longevity
- Engineered for seamless integration with Cecilware equipment
- Supports reliable, consistent performance in busy kitchens
- Reduces maintenance time through straightforward disassembly
