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  3. Boat air conditioner
  4. MBC MARINE - MARINE AIR CONDITONS SOLUTIONS

Boat air conditioner HC24VFD
for yachtsfor shipsstand-alone

Boat air conditioner - HC24VFD - MBC MARINE - MARINE AIR CONDITONS SOLUTIONS - for yachts / for ships / stand-alone
Boat air conditioner - HC24VFD - MBC MARINE - MARINE AIR CONDITONS SOLUTIONS - for yachts / for ships / stand-alone
Boat air conditioner - HC24VFD - MBC MARINE - MARINE AIR CONDITONS SOLUTIONS - for yachts / for ships / stand-alone - image - 2
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Characteristics

Application domain
for boats, for yachts, for ships
Type
monobloc, stand-alone
Cooling power

Min.: 24,000 BTU/h

Max.: 80,000 BTU/h

Heating power

Min.: 24,000 BTU/h

Max.: 80,000 BTU/h

Noise level

Min.: 54 dB

Max.: 65 dB

60 dB

Description

Engineered specifically for the conditions of marine environments, our system offers unparalleled performance, energy savings, and precise temperature control to ensure a comfortable and efficient onboard experience. A variable capacity chiller marine air conditioner is an advanced type of cooling system designed specifically for marine environments, offering flexible and efficient cooling by adjusting its capacity based on the current demand. This capability makes it highly efficient and well-suited for the dynamic conditions found DISCOVER THE PINNACLE OF MARINE COMFORT AND EFFICIENCY WITH OUR STATE-OF-THE-ART VARIABLE CAPACITY CHILLER MARINE AIR CONDITIONER. on marine vessels. Features Operation • Variable Capacity Technology: Adjusts cooling output to match the exact needs at any given time, rather than operating at a fixed capacity. • Advanced Controls: Uses sophisticated control systems to monitor and adjust performance. • Compact and Modular Design: Fits into the confined spaces typical of marine applications and can be scaled according to the vessel’s size and cooling requirements. • Variable Speed Compressor: The compressor can adjust its speed to provide the precise amount of cooling required at any time, reducing energy usage and wear. • Intelligent Controls: Sensors and controls continuously monitor temperature and cooling load, adjusting the system’s output accordingly. • Efficient Heat Exchange: Uses seawater-cooled heat exchangers to efficiently remove heat from the refrigerant, which is particularly effective given the constant availability and cooling properties of seawater.

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Exhibitions

Meet this supplier at the following exhibition(s):

Boot 2025
Boot 2025

18-26 Jan 2025 Dusseldorf (Germany) Hall 10 - Stand A04

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    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.