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🍲 🏭 Manufactured by Yuanxian Machinery

Model: CVF-200A-L

Title: Yuanxian CVF-200A-L Food Vacuum Rapid Cooler | 200kg/batch · 20–30 min · 90°C→0–8°C

Model: CVF-200A-L
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CVF-200A-L is the 200 kg air-cooled model in the Yuanxian vacuum cooling line. It loads 200 kg of hot food per batch and cools it from 8090°C off the wok down to 08°C in 20~30 minutes; vacuum chamber volume 1.44 m³, internal dimensions L1000×W800×H1800 mm, cooling capacity 57.1 kW, installed power 48 kW. In the model code, A stands for air-cooled condenser, L stands for low-temperature type.

Where it is used

Application Typical materials Description
Cooked food and braised product processing Braised beef, braised duck, roast chicken, pig trotters Whole batch goes into the chamber after cooking, 200 kg in one load, stable batch rhythm
Central kitchen / group catering Braised pork, stewed dishes, side dishes Cooling no longer blocks the portioning line, multiple batches per shift
Prepared dish production lines Prepared meat products, toppings, soup dishes Shortens work-in-process time, reduces waiting-for-cooling occupancy
Meat and poultry processing Roast chicken, roast duck, sausage, ham Core and surface cool simultaneously, no cold-outside-hot-inside
Bakery plants Toast, bread, mooncakes Baked goods have low moisture content (15~45%), less moisture loss, crust less prone to cracking

How cooling works

Vacuum cooling uses two stages, with two vacuum pumps dividing the work, not the same pump from start to finish.

Step Cooling range Working parts Description
1. High-humidity stage rough pumping 90°C → about 50°C Water ring pump works alone Water ring pump withstands high temperature and high humidity, circulating water also acts as first-stage water capture
2. Low-temperature stage fine pumping About 50°C → 0~8°C Rotary vane pump + water catcher Refrigeration system starts, water catcher condenses water vapor, rotary vane pump draws chamber pressure down to ≤600 Pa
3. Break vacuum and unload Target temperature reached Stop and break vacuum After pressure equalizes, open door and remove materials, proceed to next batch

The water catcher is a prerequisite for this process. Without it, water vapor enters the rotary vane pump, the pump oil emulsifies, and vacuum level cannot be maintained. Therefore all Yuanxian vacuum coolers come standard with a refrigeration system, and the water catcher evaporation temperature is uniformly -10~-5°C.

For the capacity tiers and suffix meanings of the complete vacuum cooling line, see the product series page.

Technical parameters

Quick specifications:

Item Value
Model CVF-200A-L
Batch load 200 kg
Cycle time 20~30 minutes
Discharge temperature 0~8°C
Vacuum chamber volume 1.44 m³
Condensation method Air-cooled

Full parameters:

Parameter Value Remarks
Model CVF-200A-L 200 kg tier, air-cooled condensation, low-temperature type
Batch load 200 kg —
Loading temperature 80~90°C Goes into chamber straight from the wok
Discharge temperature 0~8°C Low-temperature (L) type
Cycle time 20~30 minutes Includes loading and vacuum breaking
Vacuum chamber volume 1.44 m³ Processing space specified by chamber volume
Chamber internal dimensions L1000 × W800 × H1800 mm —
Overall dimensions L1800 × W2000 × H2200 mm —
Cooling capacity 57.1 kW —
Installed power 48 kW —
Overall weight 4500 kg —
Ultimate vacuum ≤600 Pa —
Compressor Copeland scroll compressor ZB114KQE —
Water catcher 8.5 m², Yuanxian self-made, hot-dip galvanized iron pipe —
Water catcher evaporation temperature -10~-5°C Uniform across the system
Vacuum pump configuration Water ring pump + rotary vane pump Two-stage
Condensation method Air-cooled Model suffix A
Refrigerant R404A / R448A —
Power supply 3P-380V-50Hz Export region voltage confirmed per order

Main configuration list

No. Component Configuration description
1 Compressor Copeland scroll compressor ZB114KQE (Copeland)
2 Condenser Air-cooled fin type
3 Water catcher 8.5 m², Yuanxian self-made, hot-dip galvanized iron pipe, evaporation temperature -10~-5°C
4 Vacuum pump Water ring vacuum pump (first-stage rough pumping) + rotary vane vacuum pump (second-stage fine pumping), specific models confirmed per order
5 Vacuum chamber 304 stainless steel welded chamber, internal L1000×W800×H1800 mm
6 Chamber door and seal 304 stainless steel chamber door, food-grade silicone sealing strip
7 Liquid receiver Vertical liquid receiver with valve head
8 Valves Expansion valve TES5-10, filter drier DCL167S, solenoid valve EVR20, high/low pressure switch KP5 (Danfoss series)
9 Electrical control system PLC + touch screen, supports vacuum and temperature setting, automatic cooling program, fault alarm
10 Detection Vacuum detection system + temperature detection system, linked with PLC

Why choose it

  1. Two pumps each handle one stage. The water ring pump tackles the high-humidity stage from 90°C→50°C first, the rotary vane pump only does low-temperature fine pumping, pump oil is less prone to emulsification, oil change intervals and vacuum stability are more controllable.
  2. The 1.44 m³ chamber with L1000×W800×H1800 mm internal cavity allows standard tray carts to roll in and out whole, no need to unload materials for loading and unloading.
  3. Air-cooled, easy floor conditions. Workshops without cooling towers, with unstable circulating water quality, or worried about pipe freezing in winter can install the machine directly.
  4. Refrigeration system comes standard. The water catcher condenses water vapor at -10~-5°C, water vapor cannot reach the pumps, chamber pressure stays stable at ≤600 Pa, results are consistent between batches.

FAQ

How much can CVF-200A-L hold per batch, and how long does it take?

Batch load 200 kg, cycle time 20~30 minutes, including loading, vacuum pumping, cooling and vacuum breaking for unloading. Time depends on material thickness, moisture content and target temperature; the greater the thickness variation within a batch, the closer the core temperature reaching target time is to the upper limit.

What discharge temperature can be reached?

The low-temperature (L) type discharge temperature is 0~8°C, settable within the temperature control range. The endpoint can be set near 8°C, leaving the remaining temperature difference to the cold storage for equalization, with less moisture loss.

What are the chamber internal dimensions, can tray carts be used?

Vacuum chamber internal dimensions L1000×W800×H1800 mm, volume 1.44 m³. Standard tray carts can be pushed in whole; specific shelf layout and cart dimensions are confirmed per order before signing.

How are the vacuum pump and water catcher configured?

The vacuum side is water ring pump + rotary vane pump two-stage: the water ring pump withstands high temperature and high humidity, responsible for rough pumping from 90°C→50°C; the rotary vane pump does fine pumping at the rear end of the water catcher, drawing chamber pressure down to ≤600 Pa. The water catcher has a heat exchange area of 8.5 m², Yuanxian self-made hot-dip galvanized iron pipe, evaporation temperature -10~-5°C.

What is the difference from CVF-200W-L?

The two models have the same load, chamber volume, cooling capacity and cycle time; the difference is the condenser: A is air-cooled, W is water-cooled. Choose the water-cooled model if the workshop has a cooling tower and circulating water system, choose the air-cooled model if there are no water conditions. For more capacity tiers see the food vacuum cooler series page.

To verify power supply conditions, daily processing capacity or tray cart dimensions, you can first contact us for a selection calculation, or visit the technical library for process descriptions of vacuum cooling.

Related technical guides

Vacuum Cooling Cycle Time: How Long from 90°C to 10°C?

A food vacuum chiller runs 15–30 minutes per cycle from 90°C to below 10°C. CVF-200 does 200 kg from 80°C to 0–8°C in 20–30 min; CVF-600 is quoted at 25 min.

Why Two-Stage Vacuum Cooling: Water Ring Pump vs Vane Pump

Food vacuum chillers load at 80–90°C: the ring pump takes 90°C to 50°C, then refrigeration plus the vane pump reach 0–10°C

Refrigeration System Design: Compressor Selection

Engineering guide to compressor selection for vacuum pre-cooling and rapid cooling systems, covering Bitzer

All technical articles →

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