AllPoints 8129009 Ice Hopper with Safety Switch Rod Stainless Steel
Delivery to:
- Compact stainless steel design simplifies integration
- Supports moderate throughput in busy environments
- Durable construction with corrosion-resistant materials
- View More Details
Best Price Guarantee
Best Price Guarantee
Secure Shopping
Secure Shopping
The AllPoints 8129009 Ice Hopper With Safety Sw Itch Rod is a commercial-grade ice dispensing component designed for foodservice operations requiring reliable and safe ice handling. Crafted by AllPoints Foodservice Parts & Supplies, this OEM product features a compact 1\" x 1\" x 1\" stainless steel construction, ensuring durability and corrosion resistance in high-use environments. Equipped with a safety switch rod, it provides integrated safety features for operator protection, making it suitable for self-serve stations, beverage stations, and walk-in coolers. Its precise dimensions and robust build facilitate seamless integration into a variety of commercial kitchen setups, supporting efficient ice distribution with minimal maintenance.
The AllPoints 8129009 Ice Hopper With Safety Sw Itch Rod is tailored for commercial foodservice settings that demand dependable ice dispensing. Its stainless steel construction supports prolonged durability and ease of cleaning. The safety switch rod enhances operator safety during use, while its compact size allows for versatile installation in ice bins, counters, or equipment housings. Designed for moderate throughput environments, this unit facilitates smooth, trouble-free ice flow, reducing downtime and enhancing workflow efficiency.
Best suited for moderate-volume ice dispensing in hospitality or commercial kitchens.
The AllPoints 8129009 Ice Hopper features a stainless steel body with a height of 1\", width of 1\", and depth of 1\", providing a compact footprint suitable for various installation environments. It operates without electrical requirements, relying solely on mechanical safety mechanisms, and weighs approximately 1 lb for easy handling and installation. The component is built to withstand typical operating temperatures in foodservice applications and is designed for use in environments requiring durable, corrosion-resistant materials. Its construction supports quick disassembly for cleaning, with mounting options compatible with standard ice dispensing setups. The safety switch rod offers a reliable operator protection feature, ensuring compliance with safety standards in busy kitchens.
A commercial ice hopper is a component designed for the controlled storage and dispensing of ice in foodservice environments. It serves as an essential part of ice machines, bins, or dispensing units, supporting efficient equipment operation and operator safety. The AllPoints 8129009 Ice Hopper With Safety Sw Itch Rod, installed in ice dispensing systems, provides a durable, corrosion-resistant interface for reliable ice flow and integrated safety controls, making it suitable for beverage stations, walk-in coolers, and ice serving counters. Its compact design and certified safety features optimize workflow in mid-volume foodservice operations, such as hotels, cafes, and catering facilities.
The AllPoints 8129009 Ice Hopper With Safety Sw Itch Rod is a high-quality component engineered for dependable ice handling in commercial kitchens, featuring a robust stainless steel build and safety interlock. Ideal for medium-volume beverage and ice distribution environments, it ensures operational safety, quick maintenance, and efficient integration into existing ice dispensing systems, supporting reliable service in hospitality and foodservice operations.
Why Choose the AllPoints 8129009 Ice Hopper With Safety Sw Itch Rod over comparable models? Its stainless steel construction ensures longevity and corrosion resistance, while the integrated safety switch rod offers enhanced operator protection. Its compact size permits flexible installation in various foodservice environments. The unit's straightforward disassembly simplifies cleaning routines, supporting consistent sanitation and operational efficiency compared to standard plastic or less durable alternatives.
