Crown Steam DC-3 Direct Steam Pressure Steamer w/ (12) Full Size Pan Capacity, 115v/1ph - Image 1
1 / 2
SKU: 972-DC31151
Brand: Crown Steam

Crown Steam DC-3 Direct Steam Pressure Steamer w/ (12) Full Size Pan Capacity, 115v/1ph

The Crown Steam DC-3 is a high-performance, 3-compartment pressure steamer with 12 full-size pan capacity, ideal for high-volume kitchens. Features independent timer controls, stainless steel construction, and easy-clean removable shelves for peak efficiency.

Key Features

  • 12 full-size pan capacity in 3 independent compartments with automatic timer controls for precise, high-volume cooking
  • Stainless steel construction with removable shelf supports for durability and easy cleaning
  • 180° opening doors with secure wheel-and-screw latch for accessibility and safety
  • Thermostatically controlled steam exhaust system ensures consistent performance and energy efficiency
  • Full-perimeter angle-frame cabinet base and adjustable legs (6" stainless steel) provide stability for commercial use
Starting from $31500.00/unit

Volume discounts available

Designed for professional kitchens demanding precision and durability, the Crown Steam DC-3 Direct Steam Pressure Steamer delivers high-volume efficiency with its three-compartment design and 12 full-size pan capacity. Each compartment operates independently with automatic timer controls, ensuring consistent results while maximizing productivity. Its stainless steel construction and removable shelf support system make cleaning effortless, while the 180° opening doors and secure wheel-and-screw latch enhance accessibility and safety. Perfect for restaurants, catering operations, or institutional kitchens, this direct steam pressure steamer is built to handle the demands of high-speed cooking with thermostatically controlled steam exhaust and a full-perimeter angle-frame cabinet base for stability. Whether you're steam-frying, blanching, or cooking large batches, the Crown DC-3 provides the reliability and performance needed to maintain quality in high-pressure environments.