Follett HCF1010RHS Horizon Elite™ Chewblet® Ice Machine With RIDE® Remote Ice Delivery Equipment
Delivery to:
- Efficient 900 lb Chewblet® ice production in 24 hours
- RIDE® technology for remote ice delivery
- Air-cooled system with remote condenser
- View More Details
Price-match Guarantee
Price-match Guarantee
Our Price-Match Guarantee promises to match any lower price you find at approved competitors within 30 days. See terms.
Secure Shopping
Secure Shopping
Shop with confidence—our site is secured with SSL encryption, and we prioritize your data security and privacy. Learn more.
The Follett HCF1010RHS Horizon Elite™ Chewblet® Ice Machine with RIDE® Remote Ice Delivery Equipment is a state-of-the-art solution for efficient ice production and delivery. This machine is air-cooled and features a remote condenser, making it ideal for automatically filling countertop ice and beverage dispensers. It boasts an impressive 900 lb production capacity of Chewblet® ice within a 24-hour period, making it suitable for high-demand environments such as restaurants, hospitals, or any facility requiring continuous ice supply. The absence of a stainless steel top kit simplifies integration into existing setups. The appliance is engineered with an evaporator module operating at 115v-60-1-ph and a condensing unit requiring 208-230v-60-3-ph, ensuring compatibility with various electrical systems. Certified by NSF and ETL and meeting ENERGY STAR® standards, this ice machine is recognized for its energy efficiency and safety compliance. This makes the Follett HCF1010RHS a reliable and sustainable choice for businesses prioritizing eco-friendly operations without compromising on performance and output. The combination of advanced technology and robust performance positions it as a valuable asset for diverse market segments in the industry.
Product Description
The Follett HCF1010RHS Horizon Elite™ Chewblet® Ice Machine with RIDE® Remote Ice Delivery Equipment is a state-of-the-art solution for efficient ice production and delivery. This machine is air-cooled and features a remote condenser, making it ideal for automatically filling countertop ice and beverage dispensers. It boasts an impressive 900 lb production capacity of Chewblet® ice within a 24-hour period, making it suitable for high-demand environments such as restaurants, hospitals, or any facility requiring continuous ice supply. The absence of a stainless steel top kit simplifies integration into existing setups. The appliance is engineered with an evaporator module operating at 115v-60-1-ph and a condensing unit requiring 208-230v-60-3-ph, ensuring compatibility with various electrical systems. Certified by NSF and ETL and meeting ENERGY STAR® standards, this ice machine is recognized for its energy efficiency and safety compliance. This makes the Follett HCF1010RHS a reliable and sustainable choice for businesses prioritizing eco-friendly operations without compromising on performance and output. The combination of advanced technology and robust performance positions it as a valuable asset for diverse market segments in the industry.
Product information
| Manufacturer | Follett Products, LLC (Middleby) |
|---|---|
| Model Number | HCF1010RHS |
| Manufacturer Part # | HCF1010RHS |
| Refrigeration | Remote (refrigeration Not Included) |
| Cube Type | Nugget |
| Cooling | Air-cooled |
| Production per 24 hr | 801 - 900 Lb = 364 - 408 Kg |
| Energy Efficiency | ENERGY STAR® |
| Height | 22.5" |
| Width | 22.7" |
| Depth | 22.8" |
| Weight | 480 lbs |
| NSF Approved | Yes |
| ETL Approved | Yes |
| ENERGY STAR Approved | Yes |
Certifications
ETL
This item has been evaluated by Edison Testing Laboratories (ETL) and has been found to meet or exceed electrical and gas safety standards.
Energy Star Qualified
The item has been evaluated by the U.S. Environmental Protection Agency and the U.S. Department of Energy and has been found to be energy efficient.
NSF Listed
The item meets the standards imposed by NSF International. These standards relate to health, public safety and the environment.
