Commercial Unit Coolers

LU-VE has a vast range of commercial unit coolers which can satisfy most refrigeration installation requirements. One of LU-VE’s strengths is its ability to help both the refrigeration engineer and the designer to choose the best product for a specific refrigeration installation.

Main Advantages

Cubic unit coolers for cold rooms (FHC)
Angled unit coolers for cold rooms (FHA and BMA-SMA)
Dual discharge unit coolers with normal ventilation for cold rooms (FHD)
Dual discharge unit coolers with low ventilation and low noise for laboratories, work rooms and packing areas (FHD).
Extremely quiet dual discharge unit coolers with normal and low ventilation for cold rooms and work rooms (FHD).

LU-VE commercial unit coolers are designed for the conservation of fresh and frozen goods.

HIGH ENERGY EFFICIENCY THANKS TO ELECTRONIC EXPANSION VALVE TECHNOLOGY
CONTROL SYSTEM INSTALLED AND WIRED ON COOLER ➔ MINIMIZATION OF ACTIVITY ON SITE
PLUG AND PLAY SOLUTION, VERY EASY COMMISSIONING

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All the ranges have these special characteristics of size and function:

extremely high efficiency of heat transfer.
reduced dehumidification of the cold room
reduced frost formation.
long air throw.
extremely low internal volume of the circuit.
low noise level
low energy consumption.
greatly reduced footprint.

HEAT EXCHANGERS TURBOCOIL®

The very high-efficiency TURBOCOIL® heat exchangers have the best power/cost ratio obtainable and are constructed with:

high-efficiency TURBOFIN® aluminum fins with special configuration of the louvre profile to reduce
dehumidification and frost formation; high-efficiency small-diameter copper tubes with internal helical grooving, designed for optimum evaporation of the new refrigerant fluids.

FIN PITCH

requirements for refrigeration at high, medium and low temperatures in different humidity conditions, by type of application:

processing: 3.0 mm
conservation at positive temperatures: 4.5 and 6.0mm
conservation at negative temperatures and freezing: 7.0, 7.5 and 10.0 mm

JET-O-MATIC® (Optional)

The JET-O-MATIC® distributor is specially designed to guarantee maximum efficiency of the heat exchanger in different operating conditions.Its advantages are:

greater operating stability – the even distribution of refrigerant fluids (through the different circuits) ensures stable, reliable performance from the unit cooler;
better frost formation – the uniform distribution of the fluid guarantees homogeneous deposition of frost on all the finned surfaces, allowing less frequent defrosting operations;
maximum capacity – in all operating conditions, especially with the new HCFC refrigerants characterized by a mixture with a high gas/liquid ratio.

Unit coolers for reach-in cabinet MMC

12 MODELS
FINS: from 4.5mm to 6mm
CAPACITY: from 340 W to 2360 W
DIMENSIONS: from 300mm to 1000mm

Main characteristics Unit coolers for reach-in cabinet MMC

The new Minimagic series offers a range of solutions which make it adaptable and convenient for small cold rooms as well as refrigerated cabinets and counters.

+42% ENERGY EFFICIENCY

Significant increase in efficiency thanks to the new combination of TurbocoilÆ heat exchanger, a new low-consumption motor and the design of a more efficient size for the exchange matrix. Energy savings which allow you to offer solutions which respect the environment and satisfy the demands of the market.

-50% REFRIGERANT CHARGE

Saving refrigerant, designing new installations and products which respect the future and which are in full compliance with the relevant stringent regulations. This is the only way to stay ahead, to be different and to keep on improving so that we can take every opportunity to add value to our products.

Main characteristics Dual discharge unit coolers FHD

Highest energy efficiency with EC fans as standard equipment
Less noise for all applications
New structure in highly resistant synthetic material
Great flexibility thanks to two-speed fan.

Compact commercial unit coolers FHC, FJC

Fin spacing: 4 mm – 4.5 mm – 6 mm – 7 mm – 7.5 mm – 10 mm
From 1 to 4 fans, Ø 275 – 300 – 350 – 450 – 500 – 630 mm
Very quiet operation and reduced energy consumption
Available in FJC version with the LU-VE patented distributor JET-O-MATIC^®
Capacities from 1,45 a to over 122,4 kW

Main features Compact commercial unit coolers FHC, FJC

The new range

The new-born FHC range (where FHC stands for “Future”) represents an evolution and an enlargement of the preceding SHC family:

brand new ventilation, with low energy consumption;
new combinations of highly efficient coils with new fin spacings and 5 different fans;
new directional JETSTREAMER^® grill which ensures uniform air flow distribution across the heat exchanger, greater air quantity, very extended use of the fan during the defrost stage and a particularily long air throw;
extremely wide capacity range;
highly attractive modern casing design.

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TURBOCOIL^®2 and TURBOCOIL^®3 heat exchangers

The superefficient Turbocoil^® 2 and Turbocoil^® 3 heat exchangers, featuring the highest obtainable ratio of capacity/cost are constructed with:

High efficiency small-diameter copper tubes with internal helicoidal grooving designed for the new refrigerant fluids. A version which operates with CO2 is also available and can be selected using the REFRIGER software.
High efficiency aluminium fins (TURBOFIN^®2 and TURBOFIN^®3) with specially configured turbulator profile to reduce dehumidification and the formation of frost.

FJC range: JET-O-MATIC^® distributor
SUPER (H) range: Venturi distributor

https://youtu.be/QKo_bu9o7hQ

Angled commercial unit coolers for small cold rooms BMA-SMA

Fin spacing: 4.5mm – 7mm
From 1 to 4 fans, Ø 300mm
Low noise operation and reduced energy consumption
BENEFIT version available with LU-VE patented distributor JET-O-MATIC

Main features Angled commercial unit coolers for small cold rooms BMA-SMA

Various ranges for all installation requirements

BMA – BENEFIT Version
SMA – SUPER Standard Version
1950 ÷ 12.350 W
20 MODELS – 80 VERSIONS
From 1 to 4 fans Ø 300 mm

Casing

New casing in galvanized steel, with an epoxy-polyester powder coating finish which is highly resistant to corrosion
Easy to install, maintain and keep clean thanks to its rounded shape.

TURBOCOIL^®2 heat exchanger

The super-efficient Turbocoil^® 2 heat exchanger has the highest possible ratio of capacity to cost. It is manufactured with:

small diameter, high-efficiency copper tubes with inner helical grooving, specifically designed for the new refrigerants. A version for use with CO2 is also available and can be selected using the REFRIGER software.
High-efficiency aluminium fins (TURBOFIN^®2) with special turbulator profile to reduce dehumidification and frost formation.

Distributor and refrigerant circuit

The distributors and refrigerant circuits have been specifically designed to ensure the maximum efficiency of the unit cooler in all its different applications.
BENEFIT range (B): JET-O-MATIC distributor
SUPER range (S): Venturi distributor

Motors

New energy saving motors, extremely quiet, with external 300mm diameter rotor.

Angled unit coolers for small cold rooms FHA

18 MODELS
Fin spacing: 3mm – 4.5mm – 7mm
From 1 to 4 fans, Ø 275mm
1130 – 8250 W
BENEFIT version available with LU-VE patented distributor JET-O-MATIC

Main features Angled unit coolers for small cold rooms FHA

Fans with “EC” Motors

The unit coolers can be fitted with the new electronic fans developed using EC technology, dramatically reducing energy consumption.

TURBOCOIL^®2 heat exchanger

The super-efficient Turbocoil^® 2 heat exchanger has the highest possible ratio of capacity to cost. It is manufactured with:

small diameter, high-efficiency copper tubes with inner helical grooving, specifically designed for the new refrigerants. A version for use with CO2 is also available and can be selected using the REFRIGER software.
High-efficiency aluminium fins (TURBOFIN^®2) with special turbulator profile to reduce dehumidification and frost formation.

Casing

Newly designed, highly resistant casing in reinforced synthetic “Safeshell” material. The colours are consistent with the use of the units and have been designed to harmonize better with materials normally employed in the construction of cold rooms. The shapes have been chosen to minimize damage caused by accidental impact.