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The DCV-MFP series vertical concealed fan coil unit is designed for floor-standing vertical installation with top discharge airflow. This cabinet-style FCU delivers long-distance vertical air supply and is commonly used in applications where ceiling-mounted units are not practical. The product line includes four models with air volumes ranging from 1020 to 2040 m³/h, covering medium to large space conditioning requirements.
The unit casing is manufactured from zero-spangle galvanized steel sheet as standard. Aluminum-zinc coated sheet is available as an optional material for projects requiring enhanced corrosion resistance. The vertical cabinet design integrates the fan section, heat exchanger, and drain pan into a single floor-mounted assembly. Top discharge configuration directs supply air upward into ductwork or directly into the conditioned space.
The fan assembly is mounted with bolted connections to riveted structural brackets, allowing removal of the fan and motor assembly for service without dismounting the full cabinet. All DCV-MFP series units are equipped with brushless DC motors as standard, supporting variable speed operation and lower power consumption compared with fixed-speed AC motor configurations.
The table below presents the rated performance parameters for the 2-tube system models across the DCV-MFP vertical ducted fan coil range.
Parameter | Unit | DCV-MFP-102VA | DCV-MFP-136VA | DCV-MFP-170VA | DCV-MFP-204VA |
Power Supply | - | 220V, 60Hz, 1Ph | 220V, 60Hz, 1Ph | 220V, 60Hz, 1Ph | 220V, 60Hz, 1Ph |
Air Volume (High) | m³/h | 1020 | 1360 | 1700 | 2040 |
Air Volume (Low) | m³/h | 240 | 320 | 400 | 480 |
External Static Pressure | Pa | 60 | 60 | 60 | 60 |
Cooling Capacity (TH, Max) | W | 6300 | 8100 | 10000 | 11500 |
Cooling Capacity (TH, Max) | BTU/h | 21500 | 27640 | 34120 | 39240 |
Cooling Capacity (SH, Max) | W | 4490 | 5870 | 7100 | 8350 |
Cooling Capacity (SH, Max) | BTU/h | 15320 | 20030 | 24225 | 28490 |
Cooling Capacity (SH, Min) | W | 2200 | 2850 | 3500 | 4050 |
Sensible Cooling (Min Speed) | W | 1300 | 1650 | 2050 | 2350 |
Heating Capacity (High) | W | 10100 | 13000 | 16000 | 18400 |
Heating Capacity (Low) | W | 3550 | 4550 | 5600 | 6450 |
Noise Level (High, 60Pa) | dB(A) | 44 | 48 | 52 | 55 |
Power Input | W | 190 | 220 | 280 | 440 |
Water Flow Volume | m³/h | 1.07 | 1.38 | 1.71 | 1.96 |
Water Pressure Drop | kPa | 27 | 30 | 35 | 40 |
Water Connection (Inlet) | - | ZG3/4" | ZG3/4" | ZG3/4" | ZG3/4" |
Water Connection (Outlet) | - | ZG3/4" | ZG3/4" | ZG3/4" | ZG3/4" |
Coil Type | - | Copper tube hydrophilic aluminum fin | Copper tube hydrophilic aluminum fin | Copper tube hydrophilic aluminum fin | Copper tube hydrophilic aluminum fin |
Drain Pipe Size | mm | Φ26 | Φ26 | Φ26 | Φ26 |
Dimensions (L×W×H) | mm | 506×508×2005 | 506×508×2005 | 608×508×2005 | 608×508×2005 |
Net Weight | kg | 75.6 | 75.6 | 82.8 | 82.8 |
This vertical ducted fan coil series serves a range of commercial and industrial applications. It is frequently specified for shopping centers, hotel lobbies, large office floors, exhibition halls, and residential living areas where ceiling space is unavailable or duct routing from above is impractical. The cabinet can be installed as a ducted system connected to supply ductwork, or as a non-ducted unit delivering air directly from the top discharge grille.
Multiple configuration options support project-specific requirements. Both 2-pipe and 4-pipe hydronic systems are compatible with this unit series. An electrical heater can be factory-installed for supplementary heating capacity. Stop valves and modulating control valves can be integrated inside the cabinet at the factory. The heat exchanger coil assembly uses stainless steel flexible connection pipes, which can be disconnected by removing four screws and loosening the central coupling, simplifying coil removal for service.
The unit must be installed on a level floor surface capable of supporting the operating weight. Clearance should be maintained on the service side for coil and motor access. The top discharge opening connects to supply ductwork using standard flanged connections. Water piping connections are located on the unit side and should be installed with isolation valves for future servicing. The condensate drain line requires proper slope to ensure gravity drainage from the drain pan.
The fan and motor assembly can be accessed by removing the bolted fan mounting brackets without full cabinet disassembly. The heat exchanger coil is removable by releasing four mounting screws and disconnecting the stainless steel flexible coupling between the coil and the fixed pipework. Air filters should be inspected and cleaned at intervals determined by site dust conditions. Coil fins require periodic cleaning to maintain rated heat transfer performance.
A 2-pipe system uses a single coil circuit that circulates either chilled or hot water, switching between cooling and heating modes based on seasonal operation. A 4-pipe system uses separate cooling and heating coil circuits, allowing simultaneous heating and cooling availability for individual zone control. The DCV-MFP series supports both system types.
Yes. The vertical fan coil can be installed as a non-ducted unit, discharging conditioned air directly from the top opening into the space. For ducted applications, the 60 Pa external static pressure rating supports short duct runs with supply registers. Ductwork total external resistance should not exceed the rated static pressure to maintain design airflow.
Stop valves and modulating control valves are available as factory-installed options. They are not included in the standard base unit configuration. Valve type, size, and control signal type should be specified at the time of order to match the project control system requirements.
