-BLDC INVERTER-driven rotary compressor.
-High dehumidifying capacity EVHRDS EC 30 - 65l/day EVHRDS EC 50 – 85l/day.
-Software and algorithm to achieve maximum dehumidifying capacity
-Modulating integration air flow rate and dehumidification. The inverter-driven compressor allows for room comfort to be managed with maximum efficiency.
The EVHRDS EC is a compact INVERTER-driven unit for Controlled Mechanical Ventilation systems with a dehumidification section and cooling and heating integration. The unit is supplied as a plug-and-play solution for quick and easy installation.
The unit consists of a one-piece structure including every component for correct operation with wide temperature ranges.
Painted sheet metal self-supporting perimeter structure.
The panels are insulated with 6 mm thick polyethylene.
Dual-suction fans with Brushless EC motor.
Very high efficiency and low noise levels in accordance with Erp regulations.
Coarse filters with low pressure drop easily removable on the recirculation air.
Cooling circuit made of brazed copper complete with: high efficiency compressor, filter drier, finned coils, water exchanger, solenoid valves, throttling device, liquid receiver, high pressure switches.
Version K:
On-board electrical panel with microprocessor and dedicated control. Fan management, motorised recirculation damper management, timed dirty filter management, recirculation and fresh air management. Possibility of controlling the unit with these three solutions:
1: management via external controls and 0...10vdc signal for air flow rate control from minimum to maximum;
2: management via EVCNU remote panel with built-in T/H sensor;
3: MODBUS RTU RS 485 communication.
The unit is particularly suitable for residential, commercial or collective residential buildings where dehumidification is required in addition to air exchange due to the presence of radiant systems.
Version DC all outside air: unit for the dehumidification of the air coming from the heat recovery unit and for the cooling/heating integration to the radiant air conditioning system.
During summer (compressor on) the unit can operate in 2 modes:
- dehumidification: the unit condenses partially in air and partially in water by means of the plate condenser, obtaining dehumidified air;
-dehumidification + Cooling integration: the unit condenses completely in water, thus obtaining dehumidified and cooled air.
During winter (compressor off), the water coil is supplied with hot water from the heating system and behaves like a fan coil with heat recovery unit.
Models:
- EVHRDS EC 30 H K DC
- EVHRDS EC 50 H K DC
Version DC outside air and recirculation: unit for the dehumidification of the air coming partially from the heat recovery unit and partially from the indoor environment, with cooling/heating integration to the radiant air conditioning system.
During summer (compressor on) the unit can operate in 2 modes:
- dehumidification: the unit condenses partially in air and partially in water by means of the plate condenser, obtaining dehumidified air;
-dehumidification + Cooling integration: the unit condenses completely in water, thus obtaining dehumidified and cooled air.
During winter (compressor off), the water coil is supplied with hot water from the heating system and behaves like a fan coil with heat recovery unit.
- EVHRDS EC 30 H R K DC
- EVHRDS EC 50 H R K DC
Size | horizontal configuration | ||
EVHRDS EC 30 | EVHRDSEC 50 | ||
Power supply | V/Ph/Hz | 230/1/50 | |
IP protection rating | IP | 20 | |
Total air flow rate | m3/h | 300 | 500 |
Nominal outside air flow rate (versions R with recirculation) | m3/h | 130 | 190 |
Pressure drop on CMV side | Pa | 31 | 38 |
Nominal power consumption of recirculation fan | kW | 0,1 | 0,1 |
(1) Outside air temperature 33°C; relative humidity 50%. room temperature 25°C; relative humidity 50%, water temperature 16°C. Nominal air and water flow rates.
(2) Outside air temperature 33°C; relative humidity 50%. room temperature 25°C; relative humidity 50%, water temperature 16°C. Nominal air and water flow rates.
(3) Room temperature 20°C; relative humidity 50%, nominal air flow rate; Water in 35°C.
VERSION DC | EVHRD 30 | EVHRD 50 | |
Useful dehumidifying capacity ¹ | l/24h | 56 | 89 |
Total cooling capacity ² | kW | 2,6 | 3,95 |
Compressor power consumption | kW | 0,69 | 0,95 |
Compressor frequency | Hz | 55 | 73 |
EER | 3,75 | 4,15 | |
Sensible cooling capacity | kW | 1,18 | 1,69 |
Heat output provided ³ | kW | 0,53 | 1,15 |
Water flow rate | m3/h | 0,12 | 0,18 |
Pressure drop | Kpa | 9 | 7 |
Sound pressure Lp at 3m | dB(A) | 39,5 | 40,8 |
Electrical power supply | V/Ph/Hz | 230/1/50 | |
Maximum current consumption in operation | A | 3,7 | 5,1 |
Maximum power consumption in operation | kW | 0,79 | 1,11 |
Maximum current consumption of components | A | 6,78 | 7 |
Maximum power consumption of components | kW | 1,49 | 1,55 |
DIMENSIONS | EVHRDS EC 30 | EVHRDS EC 50 | |
Width A | mm | 690 | 690 |
Depth B | mm | 690 | 800 |
Height C | mm | 270 | 320 |
Recirculation air inlet DN1 (not present in the version without recirculation) |
mm | 160 | 200 |
Primary air inlet (from the ventilation machine) DN2 | mm | 160 | 200 |
Supply bxh | mm | 347x177 | 518x252 |
Supply/return water connections | Ø" | 1/2” - 1/2” | 1/2” - 1/2” |
Diameter of condensate drain | Ø mm | 12 | 12 |
Weight of version DC | kg | 43 | 56 |
Weight of version R DC | kg | 46 | 57 |
All dimensions are expressed in mm.
Model | L | H | P | Ø |
EVHRDS EC 30 | 347 | 177 | 100 | 1x160 |
EVHRDS EC 50 | 518 | 252 | 100 | 2x160 |
model | versions without recirculation |
versions with recirculation |
accessories | |||||
DC | R DC | remote electronic control |
room humidistat |
2-way on/off water valve 1/2” |
3-way on/off water valve 1/2” |
filter kit for versions with recirculation |
Insulated supply plenum |
|
EVCNU | UMR | |||||||
euro | euro | euro | euro | euro | euro | euro | euro | |
EVHRDS EC 30 | 3799,99 | 4174,16 | 296,66 | a.r. | 311,90 | 363,89 | 36,94 | 66,30 |
EVHRDS EC 50 | 4078,35 | 4452,52 | 296,66 | a.r. | 311,90 | 363,89 | 45,14 | 101,87 |