Hatco 3CS2-6B Sanitizing Sink Heater, 6 kW, 240v/3ph - Image 1
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SKU: 042-3CS26B240
Brand: Hatco
Model: 3CS2-6B

Hatco 3CS2-6B Sanitizing Sink Heater, 6 kW, 240v/3ph

The Hatco 3CS2-6B sanitizing sink heater provides consistent 180°F rinse water with a patented free flow system, perfect for 19-21in square sinks. Durable stainless steel construction, low-water protection, and 5-year tank warranty ensure long-term reliability.

Key Features

  • Patented 'free flow' hot water circulation delivers consistent 180°F rinse water for compliance with health and safety standards.
  • Fits 19- to 21-inch square sink areas, ideal for restaurants, hotels, and institutional kitchens.
  • Low-water cut-off and electronic temperature monitoring ensure safe, reliable operation and extend product lifespan.
  • Stainless steel front and powder-coated body resist corrosion and wear, built for commercial-grade durability.
  • 5-year tank parts warranty and 1-year labor warranty provide long-term peace of mind for high-traffic kitchens.
The Hatco 3CS2-6B Hydro-Heater is a commercial-grade sanitizing sink heater designed to meet the rigorous demands of professional kitchens. Its patented 'free flow' hot water circulation system ensures even temperature distribution throughout the sink compartment, delivering consistent 180°F rinse water—critical for meeting health and safety regulations. This undersink unit is ideal for 19- to 21-inch square sink areas, making it a versatile choice for restaurants, hotels, and institutional kitchens. The heating elements are mounted outside the flow tube, reducing lime and sediment buildup, which prolongs service life and minimizes maintenance. With electronic temperature monitoring and a low-water cut-off system, the 3CS2-6B ensures safe and efficient operation, while its stainless steel front and powder-coated body provide lasting durability. Whether you're outfitting a high-volume restaurant or a multi-unit operation, this unit offers the reliability, precision, and performance needed to maintain sanitary conditions without compromising efficiency.