SCR1400WCSS
SUMMIT's commercially approved beverage merchandisers are designed for durable service, convenient use, and attractive presentation.
SUMMIT SCR1400WCSS offers 14.5 cu.ft. of storage space in a slim width of just under 24". Bottles and cans be stored on six heavy duty wire shelves, with fifteen glide options to accommodate different sizes. LED lighting offers full illumination of stored products and a digital thermostat makes temperature control as simple as touching a button. The readout can be viewed in Celsius or Fahrenheit.
The frost-free SCR1400WCSS features a tempered heat-safe glass door trimmed in stainless steel, with a keyed lock for added security. The stainless steel trimmed glass door includes a pro style handle to complete the modern look, with a self-closing mechanism to ensure items aren't accidentally exposed to warm air. This model has a stainless steel wrapped cabinet and is ETL-S listed to NSF standards for use in any commercial foodservice establishment>
| Frost-free operation |
No-frost convenience for reduced user maintenance |
| Commercially listed |
ETL-S listed to NSF standards for commercial use |
| Glass door with stainless steel trim |
Heat-safe design offers safe display of stored products |
| Professional handle |
Completes the look |
| Factory installed lock |
Keyed lock for a secure interior |
| Recessed LED lighting |
On/off button to illuminate stored products with an attractive and energy efficient glow |
| Adjustable shelves |
Fifteen glide positions accommodate a variety of sizes, with heavy duty wired shelving |
| Stainless steel cabinet |
304 grade stainless steel for durable elegance |
| Digital thermostat |
Electronic controls for precise temperature management. Temperature range: 34º F to 43º F |
| Digital display |
Temperature readout can be shown in Celsius or Fahrenheit |
| 100% CFC Free |
Environmentally friendly design with no ozone-damaging chemicals |
| Self-closing door |
Door will automatically close when left ajar, preventing items from accidentally being exposed to ambient temperatures |