Stainless Steel Mesh Belt Compressor Unit Refrigeration System for Dumplings

• Customization: Available
• Weight: 8t
• Warranty: 2 Year
• Model NO.: FSW
• Voltage: 440V
• Type: Tunnel Type Quick Freezer
• Size: According to Capacity
• Freezing Time: 6-30min
• Driving Mode: External Driving Mode
• Cold Consumption: According to Capacity
• Capacity: 150-1500kg/H
• Air Supply Mode: Horizontal Air Supply
• After-Sales Service: 2 Year
• Freezer Body Material: 304 Stainless Steel Outer Plate
• Refrigeration System: Brand Compressor Unit
• Refrigeration Valves: Brands Valves
• Mesh Belt: Stainless Steel
• Condenser: Evaporative Type
• Transport Package: Seaworthy Packing
• Specification: CE ISO9001
• Trademark: TJFST
• Origin: Tianjin China
• HS Code: 8418699090
• Production Capacity: 100 Sets/Year

Product Description

Product Description

The FSW Series Tunnel Freezer from Tianjin First Cold Chain Equipment Tech Co., Ltd. is the epitome of innovation in rapid freezing technology, masterfully designed to cater to a wide array of food types, including strip, cubic, and granular varieties.
This remarkable system efficiently preserves the integrity and flavor of a diverse range of products, such as luscious ice cream, delectable shrimp meat, whole shrimp, succulent sliced fish, savory meat dumplings, segmented meat, and juicy chicken, ensuring they reach consumers in peak condition.
With meticulous craftsmanship, this cutting-edge freezer boasts a robust stainless steel mesh belt transmission, promising unmatched reliability and an extended lifespan, making it a worthwhile investment for any food preservation enterprise.
Experience a breakthrough in freezing efficiency with our advanced cross-ventilation system that drastically slashes freezing times. The system offers a versatile freezing duration, ranging impressively from just 10 minutes to a swift 50 minutes, tailored to suit a variety of needs.
This state-of-the-art system is equipped with a dual-speed electric motor, significantly expanding its application prospects. It not only enhances versatility but also optimizes energy consumption, setting new standards in eco-friendly food preservation technology.
Our customizable air blower sets a new benchmark in freezing precision. With options for cross blast from right and left, mixed blast, or top blast, it adapts seamlessly to the specific requirements of the product being frozen, ensuring superior quality and exceptional freezing efficiency every time.

Product Parameters

FSW series Mode	FSW150	FSW300	FSW500	FSW1000	FSW1500
Capacity ±10%(kg/h)	150	300	500	1000	1500
Refrigeration capacity (kw/h) (To=-40, Tk=+40)	23	45	85	160	255
Freezer room size L×W×H(M)	6.8×1.8×2.2	10*2.3*2.4	12×3×2.5	18×3×2.5	23×3×2.5
Exterior size L×W×H(M)	8×1.8×2.2	11.6×2.3×2.4	13.8×3×2.5	19.8×3×2.5	24.8×3×2.5
power(Kw)	2.95	7.5	10.3	19.8	28.4
In feed temperature()	+15	+15	+15	+15	+15
Out feed temperature()	-18	-18	-18	-18	-18
Inner circulation temperature()	-36±2	-36±2	-36±2	-36±2	-36±2
Frozen time(Min)	10-50	10-50	10-50	10-50	10-50
Refrigerant	R717/R404A	R404A/R717	R404A/R717	R404A/R717	R404A/R717

FSW Series Tunnel Freezer Design:
1. Harnessing the power of a -35 ºC environment and advanced tunnel side blowing, this groundbreaking design cools products to -18 ºC using a variable frequency conveyor belt. It ensures rapid, uniform freezing of individual units with automatic product release, embodying efficiency and automation.
2. The system incorporates an adjustable heat wave blowing design to enhance cold air concentration and boost quick freezing efficacy. Products are enveloped in multi-directional wind for accelerated freezing and consistent high-quality results. Featuring a unique wind direction adjustment device and precise air guidance system, it prevents wind drift and includes low-temperature resistant soft air curtains at entry and exit points. The internal air guide adjustment device allows for real-time wind direction adjustments, maintaining cold air symmetry without overflow, while the adjustable windbreak insulation device controls feed height, minimizing cooling capacity loss.