Large floor plates punish equipment-count thinking in more ways than one. Every additional terminal is another fan drawing power, another drain run, another pair of connections to pressure-test and another control node to meter and maintain. The Midea High Static Pressure Duct Fan Coil Unit attacks the count problem directly: 150Pa of external static pressure pushes conditioned air through long, complex duct networks, so a single 400–1800 CFM unit delivering 6.6–19.9 kW of cooling covers floor areas that would otherwise need two or three smaller machines. Fewer fans, fewer terminations, fewer panels to wire, and a shorter rough-in programme that consumes less material and less site energy.
The dual-seal drainage pan with standard extended pan is layered protection against the leak that ruins a finished fit-out, and against the ceiling tiles, insulation and rework that follow it. The four-speed motor's super-high boost tier delivers fast pull-down, which matters both at commissioning demonstrations and in venues that run on event schedules rather than continuous occupancy, where recovery after a set-back is what the schedule demands. When the job is done, the single-screw filter release turns routine service into a minutes-per-unit task, because a ducted terminal that is easy to keep clean is a terminal that holds its rated airflow and its rated power draw.
Water connections reverse left or right to match riser positions without re-piping, and configurable electric auxiliary heating from 5000–9500W matches the winter load precisely instead of oversizing the base unit. BMS and Modbus integration comes via the FCU KIT, giving the controls contractor a clean central-monitoring handover so high-capacity zones appear in the same report as everything else. Standard supply is 220–240V / 1Ph / 50Hz, with OEM/ODM custom voltage (180–440V, 50/60Hz) and branding support through Hongtai for export projects. ERP and RoHS compliance is standard.
Start with the duct layout, not the room count. If runs are long, branched or heavily bent, specify the 150Pa class from the outset, because undersized static is the most common cause of airflow shortfalls discovered at commissioning, and the usual fix is extra fan energy for the life of the building. Then match capacity: with 6.6–19.9 kW per unit, a single machine typically replaces two or three smaller FCUs on an open floor plate, which cuts the number of fans, drain runs and control nodes that have to be metered and maintained. Finally, size auxiliary electric heating from the 5000–9500W option band to the winter load rather than oversizing the base unit. Hongtai's technical team can check selections against your drawings before you commit.
With 6.6–19.9 kW per unit, one 150Pa machine typically replaces two or three smaller FCUs on an open floor plate. That means fewer fans drawing power, fewer drain runs and fewer control nodes to meter, commission and maintain over the building's life.
285–950 W over the 400–1800 CFM band, with a four-speed motor including a super-high boost tier for fast pull-down after a set-back or between events.
Yes. BMS and Modbus integration is provided through the FCU KIT, so the controls contractor gets a clean central-monitoring handover point and these zones appear in the same report as the rest of the plant.
Yes. ERP compliance covers the EU Energy-related Products Directive requirements and RoHS covers hazardous-substance restriction, so the range can be included in a green procurement submission without a separate documentation route.
This high-static range uses a robust AC four-speed motor with a super-high boost tier for fast pull-down. Where DC efficiency is the priority on standard duct runs, the Medium Static Pressure DC range offers seven-speed brushless control.
| Parameter | Specification |
|---|---|
| Airflow Range | 400–1800 CFM |
| Cooling Capacity | 6.6–19.9 kW |
| Heating Capacity | 9.7–30.0 kW |
| Power Input | 285–950 W |
| Sound Pressure Level (H) | 49–61 dB(A) |
| Power Supply | 220–240V / 1Ph / 50Hz |
| External Static Pressure | 150 Pa |
| Body Height | 400 mm |
| Coil Rows | 2–3 |
| Max. Working Pressure | 1.6 MPa |
| Motor Type | Low-noise 3-speed AC |
| Pipe Connection | RC3/4" |
| Drain Connection | ZG5/4" |
| AEH Option | 5000–9500 W |
| Pipe System | 2-pipe |
Large floor plates punish equipment-count thinking in more ways than one. Every additional terminal is another fan drawing power, another drain run, another pair of connections to pressure-test and another control node to meter and maintain. The Midea High Static Pressure Duct Fan Coil Unit attacks the count problem directly: 150Pa of external static pressure pushes conditioned air through long, complex duct networks, so a single 400–1800 CFM unit delivering 6.6–19.9 kW of cooling covers floor areas that would otherwise need two or three smaller machines. Fewer fans, fewer terminations, fewer panels to wire, and a shorter rough-in programme that consumes less material and less site energy.
The dual-seal drainage pan with standard extended pan is layered protection against the leak that ruins a finished fit-out, and against the ceiling tiles, insulation and rework that follow it. The four-speed motor's super-high boost tier delivers fast pull-down, which matters both at commissioning demonstrations and in venues that run on event schedules rather than continuous occupancy, where recovery after a set-back is what the schedule demands. When the job is done, the single-screw filter release turns routine service into a minutes-per-unit task, because a ducted terminal that is easy to keep clean is a terminal that holds its rated airflow and its rated power draw.
Water connections reverse left or right to match riser positions without re-piping, and configurable electric auxiliary heating from 5000–9500W matches the winter load precisely instead of oversizing the base unit. BMS and Modbus integration comes via the FCU KIT, giving the controls contractor a clean central-monitoring handover so high-capacity zones appear in the same report as everything else. Standard supply is 220–240V / 1Ph / 50Hz, with OEM/ODM custom voltage (180–440V, 50/60Hz) and branding support through Hongtai for export projects. ERP and RoHS compliance is standard.
Start with the duct layout, not the room count. If runs are long, branched or heavily bent, specify the 150Pa class from the outset, because undersized static is the most common cause of airflow shortfalls discovered at commissioning, and the usual fix is extra fan energy for the life of the building. Then match capacity: with 6.6–19.9 kW per unit, a single machine typically replaces two or three smaller FCUs on an open floor plate, which cuts the number of fans, drain runs and control nodes that have to be metered and maintained. Finally, size auxiliary electric heating from the 5000–9500W option band to the winter load rather than oversizing the base unit. Hongtai's technical team can check selections against your drawings before you commit.
With 6.6–19.9 kW per unit, one 150Pa machine typically replaces two or three smaller FCUs on an open floor plate. That means fewer fans drawing power, fewer drain runs and fewer control nodes to meter, commission and maintain over the building's life.
285–950 W over the 400–1800 CFM band, with a four-speed motor including a super-high boost tier for fast pull-down after a set-back or between events.
Yes. BMS and Modbus integration is provided through the FCU KIT, so the controls contractor gets a clean central-monitoring handover point and these zones appear in the same report as the rest of the plant.
Yes. ERP compliance covers the EU Energy-related Products Directive requirements and RoHS covers hazardous-substance restriction, so the range can be included in a green procurement submission without a separate documentation route.
This high-static range uses a robust AC four-speed motor with a super-high boost tier for fast pull-down. Where DC efficiency is the priority on standard duct runs, the Medium Static Pressure DC range offers seven-speed brushless control.
| Parameter | Specification |
|---|---|
| Airflow Range | 400–1800 CFM |
| Cooling Capacity | 6.6–19.9 kW |
| Heating Capacity | 9.7–30.0 kW |
| Power Input | 285–950 W |
| Sound Pressure Level (H) | 49–61 dB(A) |
| Power Supply | 220–240V / 1Ph / 50Hz |
| External Static Pressure | 150 Pa |
| Body Height | 400 mm |
| Coil Rows | 2–3 |
| Max. Working Pressure | 1.6 MPa |
| Motor Type | Low-noise 3-speed AC |
| Pipe Connection | RC3/4" |
| Drain Connection | ZG5/4" |
| AEH Option | 5000–9500 W |
| Pipe System | 2-pipe |