Continental 1RSESNSS 17 3/4" One Section Reach In Refrigerator, (1) Right Hinge Solid Door, Top Compressor, 115v - Image 1
SKU: 160-1RSESNSS
Brand: Continental
Model: 1RSESNSS

Continental 1RSESNSS 17 3/4" One Section Reach In Refrigerator, (1) Right Hinge Solid Door, Top Compressor, 115v

The Continental 1RSESNSS is a compact, high-performance reach-in refrigerator designed for tight commercial kitchens. With a 12-cubic-foot capacity, stainless steel build, and top-mounted compressor, it delivers energy efficiency and durability. Perfect for restaurants and foodservice operations.

Key Features

  • 12-cubic-foot capacity in a compact 29.25" depth, perfect for tight commercial kitchens
  • Stainless steel build with 2" polyurethane foam insulation for durability and energy efficiency
  • Top-mounted compressor saves floor space and reduces noise
  • Five epoxy-coated shelves with LED lighting for organized storage and visibility
  • Self-closing solid door with right-hinge configuration and magnetic Santoprene™ gasket for a tight seal
Starting from $7714.67/unit

Volume discounts available

The Continental 1RSESNSS 17 3/4" One-Section Reach-In Refrigerator is engineered for commercial kitchens seeking a space-saving yet powerful solution. Its slim, 29.25" depth and 12-cubic-foot capacity make it ideal for tight spaces, while the stainless steel construction with 2" polyurethane foam insulation ensures long-lasting durability and energy efficiency. The top-mounted compressor minimizes floor space, and the self-closing solid door with a right-hinge configuration enhances functionality. Whether for a bustling café, restaurant, or catering kitchen, this unit combines performance with practicality, making it a top choice for professionals. The five epoxy-coated shelves and LED lighting optimize storage and visibility, while the magnetic Santoprene™ gasket ensures a tight seal for superior cold air retention. Built to withstand the demands of commercial environments, this refrigerator delivers reliability and efficiency without compromising performance.