SUMMIT SCRR230 is the ideal reach-in refrigerator for any commercial, institutional, medical, or laboratory establishment in need of a low maintenance, high quality unit designed for convenience and built for durability.
The ETL-S listed SCRR230 uses frost-free operation so users never need to worry about manually defrosting the 23 c.f. interior. An oversized, factory balanced refrigeration system maintains the perfect conditions for food storage at temperatures between 33ºF to 50ºF. This unit features a bottom compressor.
Complete 304 grade stainless steel construction means the entire unit is easy to clean and built to last. The self-closing door helps to save energy but will conveniently stay open when swung out to 90º for easy loading and unloading. Sturdy casters support the SCRR230 with locking brakes.
Unique slide-out shelves can easily adjust to any level to accommodate your storage needs. A digital thermostat gives you accurate control, with an external temperature readout so users can adjust settings without even opening the door. A front-mounted lock and interior light are also standard.
The SCRR230 can be perfectly matched to its freezer version, the SCFF235. With commercial approval and full features, this series represents the highest quality at SUMMIT's top value.
|Complete stainless steel construction
||Simple to clean and built to last
||ETL-S listed to NSF standards for commercial use
||No-frost system simplifies maintenance
||Closes to save energy but will remain open when the door is opened at a 90º angle
|6 inch casters
||Self-locking casters for portability and more sanitary cleanup
||Slide-out shelves can sit on any level inside the refrigerator
||Easy push buttons and an external temperature readout for precise temperature management
||Keep contents secure with a key lock on the door
||Automatically illuminates when you open the door
||23 cubic feet of storage space inside
|Matchable to other SUMMIT units
||Pair with freezer SCFF235 for a perfect set
|100% CFC free
||Environmentally friendly design without ozone-damaging chemicals