Your establishment relies on refrigeration for proper food safety, and with this Avantco Z1-R-WMS 29" KitchenDash WiFi-Enabled solid door stainless steel reach-in refrigerator, you receive performance you can depend on! A corrosion-resistant, all-stainless steel interior and exterior construction provides increased durability and a sleek appearance. This model uses the KitchenDash platform to provide live notifications, history, and other WiFi-enabled updates. The self-closing and stay-open locking solid door gives your staff the ability to more quickly and easily load your refrigerator when you get a delivery. Plus, a door open alarm alerts users to when the door has been open for too long to keep your inventory safe and fresh.
This model features 3 plastic-coated steel shelves that fit in the refrigerator's pan slides. These slides fit full-size food pans (sold separately) and hold 33% more weight than shelf clips to make loading and unloading a breeze! The full-length U-shaped door handle further expedites the loading process. The door is field reversible for versatile use. Thanks to the rear air duct, this model has exceptional air circulation. Included casters allow users to easily move and clean under the unit.
Designed to maintain temperatures from 33-40 degrees Fahrenheit, this refrigerator boasts a top-mounted 1/5 hp compressor that uses eco-friendly R290 refrigerant. This specialized refrigerant has an ozone depletion potential (ODP) of 0 and a global warming potential (GWP) of 3, making it an environmentally-responsible choice for your business. In addition, the top-mounted compressor is further from the floor than on a bottom-mounted unit; meaning it'll get less dirty and won't be accidentally kicked. For optimal temperature retention, the entire cabinet is foamed-in place using polyurethane insulation. Other helpful features include the state-of-the-art Carel iJ controller, automatic defrosting, and digital temperature control with digital display. This item requires a 115V electrical connection for operation.