AllPoints S1-02634756000 16 Inch Bracket Mount Motor Belly Band Stainless Steel
Delivery to:
- Corrosion-resistant stainless steel construction enhances durability
- Supports up to 200 lbs motor loads with secure fitment
- Design facilitates tool-free installation and adjustment
- View More Details
Best Price Guarantee
Best Price Guarantee
Secure Shopping
Secure Shopping
The York S1-02634756000 Bracket Mount Motor Belly Band is a specialized component within commercial cooking equipment designed for secure motor mounting applications. Manufactured by York under the AllPoints brand, this belly band provides dependable support for motors in foodservice environments, facilitating stable operation in various kitchen setups. Its robust construction ensures durability, making it suitable for continuous use in commercial kitchens requiring reliable mounting solutions for motors attached to cooking or processing equipment.
The York S1-02634756000 Bracket Mount Motor Belly Band offers precise motor stabilization with a compact design, constructed from durable materials such as stainless steel for corrosion resistance. It simplifies maintenance with tool-free installation and adjustment, supporting straightforward routine servicing. Its dimensions—16.45" width, 17.85" depth, and 3.7" height—are optimized for integration into various motor mounts, enabling secure fitment in commercial kitchen equipment setups. Designed to support steady operation, it ensures consistent performance in back-of-house applications requiring reliable motor support for processing machinery.
Ideal for use in food processing lines or equipment requiring stable motor mounting in commercial kitchen operations.
A commercial bracket mount motor belly band is a structural support component used to secure motors onto processing or cooking equipment in foodservice settings. The York S1-02634756000 model features a durable, corrosion-resistant design suitable for continuous operation and easy maintenance. Typically installed on standby or active machinery, this belly band ensures stable motor positioning, which is critical for operational efficiency and safety in commercial kitchens. It is best suited for supporting motors involved in conveyor systems, mixers, or other process equipment requiring reliable mounting in medium-demand environments.
These mounting components are built with high-grade materials to withstand regular use while supporting precise motor positioning. They are ideal for back-of-house foodservice stations requiring stable, secure attachments with straightforward installation for equipment like mixers or conveyor drives. Suitable for manufacturers and kitchen installers handling steady output setups, ensuring reliable operation during daily workflows.
The York S1-02634756000 Bracket Mount Motor Belly Band features a height of 3.7 inches, width of 16.45 inches, and depth of 17.85 inches, with a shipping weight of approximately 0.36 lbs. Constructed from stainless steel, it offers corrosion resistance and robustness for long-lasting support. Recognized under NSF standards, this product ensures compliance with sanitation and safety protocols suitable for foodservice applications. It is designed to withstand operating temperatures within typical kitchen environments, supporting continuous use in equipment with steady output requirements. The belly band's non-hazardous, non-electrical nature makes it adaptable to various mounting configurations. Installation involves simple adjustments, with no specialized tools required, supporting routine maintenance schedules for commercial kitchen equipment.
The AllPoints S1-02634756000 motor belly band distinguishes itself with its NSF-approved stainless steel construction, ensuring durable, corrosion-resistant support. Its compact design facilitates easy mounting in tight kitchen spaces, while offering reliable stability for continuous motor operation. This model provides a straightforward solution that helps maintain equipment alignment and safety in foodservice environments, unlike less robust or non-certified alternatives.
