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Ice Machine AV400C

CHARACTERISTICS

  • Double surface freezing at the stainless steel (304) sanitary type evaporator cylinder tubes.
  • Standard refrigeration parts and components accessible at any refrigeration store.
  • All parts and components in contact with water are in accordance with the FDA regulations for food management.
  • Simple routine maintenance needed
  • We use only worldwide renown brands and heavy duty selected parts and components throughout the Ice Machine.
  • A “Hot Gas Harvesting Process” combine with a flexible, durable and reliable proven technology, results in a higher energy efficient unit.
  • Thoroughly tested before it is delivered.
  • Made for ecological refrigerant R-404A (included) or R507 if requested (included).

MODEL SPECIFICATIONS

ICE PRODUCTION ON IDEAL CONDITIONS **
40,000 Pounds (18,181Kg)/24hrs

“CRACKED ICE” THICKNESS
Adjustable from 1/8″ to 5/8″ (3.175mm to 15.875 mm)

ICE IS PRODUCED AT A TEMP OF:
5° Fahrenheit (-23° Celsius)

DIMENSIONS (ONE PICE):
Unit: L292″ x W88″ x H84″ (7.3m x 2.2m x 2.1m)
Shipping in a 40′ container
Net Weight: 9,500 lbs (4,318Kg)
Ship Weight: 9,700 lbs (4,409Kg)

MACHINE VOLTAGE (V/Ph/Hz):
208-230/3/60 or 50 ***
440-460/3/60 ***
380-400/3/50 ***
480/3/60 ***
600/3/60 ***
*** Needs a service of: 208-230/1/60 o 190-200/1/60 accordingly for the controls.

TOTAL ELECTRIC CONSUMPTION
88 kWh (44kWh each side)

CIRCUIT BRAKER @220V/3phase
400 Amp (200 Amp each)

REFRIGERANT (Included)
R404-A or R507 (if requested)
Aprox Refrigerant Charge
240 Pounds (R404-A) (120 each side)

CHUTE OPENING SIZE
L12 1/2″ x W15 1/2″ (31.75 cm x 38.37cm)
Two (2) openings needed

ICE DISCHARGE
Horizontal (S.S (304) Auger)

DAILY WATER USAGE
5,180 gal(19,684L)/24hrs

HORIZONTAL
3/4″ PVC

WATER DRAIN OUTLET SIZE
1″ PVC

WATER OVERFLOW OUTLET SIZE
3/4″ PVC

COMPRESSOR SPECIFICATIONS
Semi-Hermetic Compressor
Power: Two (2)35 H.P.
Oil used: Synthetic Polyester
RL32H or Similar (Included)

APROX AMOUNT OF OIL CHARGED
5.5 gal. (20.9L)
(2.25 gal or 10.45L per compressor)

“CRUSHED ICE” OPTION
With Crusher CRU01 (Costs Apply)

DESCRIPTION

  • A&V stainless steel (304) all weather proof evaporator section.
  • Heavy duty galvanized condenser.
  • No additional refrigeration work needed ( only to be connected to the water source and the power supply).
  • Type of Ice : “Cracked Ice” to be used in all applications ( thickness can be adjusted as needed). A Crusher for “Crushed Ice” can be added to this machine.

WARRANTY

One (1) year limited A&V warranty in all parts, components and the compressor (Even if the unit is exported). No labor , no refrigerant , and no shipping costs included

* Special designs and customize requirements can be built (extra costs may apply)

** Ideal conditions to be: Water (60° Fahrenheit Degress) Ambient (90° Fahrenheit Degrees)

NOTE: All prices, dimensions and desings are subject to change without notice.

DOWNLOAD BROCHURE

PAYMENT CONDITIONS

Payment conditions will be detailed on the quote. The quote will be presented in US dollars.
Our prices are ex-works at our facility in Hialeah, Florida.

LEAD TIME

Lead time is Six (6) to Eight (8) weeks, after we receive the purchase order and the 50% deposit via wire transfer

COMPARE MODELS

SELF-CONTAINED UNIT (“C”)REMOTE UNIT (“CR”)
The evaporator is built together with the condensing unit on one steel base. The evaporator comes separate from the condensing unit; each one comes in its own steel base or skit.
All of the refrigeration piping on the units are already hooked up from the condensing unit to the evaporator. Needs additional welding and refrigeration work on site upon installation. All copper pipes need to be welded between the evaporator and the condensing unit no more than 30 feet apart. All welding work needs to be done by a commercial refrigeration technician.
The suction and liquid line filters come installed from the Factory and in working conditions.Installation and welding of the liquid line filter by a qualified commercial refrigeration technician is required. The compressor suction filter is already installed and ready to operate.
The units are completely vacuumed and filled up with refrigerant gas in the factory.Leak detection work needs to be done on all welding areas.
The machines leave the workshop fully tested of the existence of refrigerant leaks and with all the gas stored in the condensing unit and the receiver. To achieve this, the globe valves of the liquid and hot gas line are closed, and the gas is collected for the shipping process.Vacuum work needs to be done in the complete system to eliminate all water and air residue.
Refrigerant leakage should be revised as a result of the handling, shipping and installation process after its departure from the workshop before the startup process.Gas refrigeration charge work needs to be done on the units once vacuumed.
Once the units are hooked up through the electrical power and water source, the ice-making process may then begin.Calibration and adjustment work, performed by a qualified commercial refrigeration technician, needs to be done to all expansion valves as well as to all controls.
The unit may be set up on any exterior environment and exposed to the elements.The startup procedure needs to be performed by a qualified commercial refrigeration technician.
All timers, controls and expansion valves come pre-calibrated from the factory and are ready to be used for the ice production process.When all work described above is completed and the electrical power, as well as the water supply is installed, the ice making process can begin.
The condensing units need to be exposed or set up in an open-door environment so that the air can recirculate through the fans.The evaporator and the condensing unit each need their own power supply and their own power disconnect.
Closed environments will cause ventilation problems and will interfere with the operation of the machine.The evaporator can be set up in a closed or open environment, and the condensing unit must be set up outside for proper ventilation.
The unit requires only one main power supply and one main power disconnect.In the case that the condensing unit is located in an elevation higher than the evaporator, p-traps, need to be installed in the suction line accordingly as per the refrigeration code guidelines.
The ice bin level control that comes with the unit needs to be reinstalled inside the ice bin by leaving the thermocouple at least 6 inches below the ice level required.All hot gas lines exposed to the elements need to be insulated after final installation.
The ice bin level control that comes with the unit needs to be reinstalled inside the ice bin by leaving the thermocouple at least 6 inches below the ice level required.
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