Blauberg KOMFORT Roto EC D250 S17
- Description
- Characteristics
- Capacity diagram
- Downloads
- Designation key
- Accessories
- Dimensions
- Additional characteristics
FEATURES
Air handling units for efficient supply and exhaust ventilation in flats, houses, cottages and other buildings. Heat recovery is provided by the rotary heat exchanger and minimizes ventilation heat losses. Controllable air exchange for creating the best suitable indoor microclimate. Compatible with round Ø 160 and 200 mm air ducts. Additional spigot for kitchen hood air duct connection. DESIGNThe fan casing is made of galvanized steel soundproofed on the inside with mineral wool. The spigots are located at the sides of the unit and are rubber sealed for airtight connection to the air ducts. KOMFORT Roto EC D(2) – model without electric heater. KOMFORT Roto EC D(2)E – model with electric heater. The insulation of KOMFORT Roto EC D(E) is 40 mm, for KOMFORT Roto EC D2(E) is 20 mm. Unit maintenance is performed from the bottom panel side. The distinctive feature of KOMFORT Roto EC D2(E) is a low casing profile. |
KITCHEN HOOD
All the models are equipped with a fifth spigot for connection of the air duct from the kitchen hood. AIR FILTRATIONTwo built-in filters with G4 and F7 filtration class provide efficient supply air filtration. Optionally, a H13 supply air filter may be used. The G4 filter is used for extract air filtration. MOTORSHigh-efficient external rotor EC motors and centrifugal impellers are used for air supply and exhaust. EC motors have the best power consumption to air flow ratio and meet the latest demands concerning energy saving and high-efficient ventilation. EC motors are featured with high performance, low noise level and totally controllable speed range. Dynamically balanced impellers. |
|||||||||||||||||||||||||||||||||||||||||||||
KOMFORT ROTO EC D(E) R (RIGHT SERVICE SIDE) | ||||||||||||||||||||||||||||||||||||||||||||||
ROTARY HEAT EXCHANGER
The unit has a high-efficient rotary aluminium heat exchanger. The rotary regenerator is a short, rotating cylinder, filled with corrugated aluminium sheet layers. The air streams flow through them. The band layers of the heat regenerator first come in contact with the supply and then with extract air flows. Therefore the band is alternatively warmed up and cooled down and the extract air heat and humidity are transferred to the cold intake air. This way heat recovery reduces heat losses in the cold season and reduces operation load for air conditioner in the warm season. The advantages of the rotary regenerator as compared to the plate heat exchangers include no condensate generation, maintaining comfort air humidity and high freeze resistance. |
HEATER
The KOMFORT Roto EC D(2)E units are equipped with the electric heater. If the necessary temperature level of the supply air cannot be achieved through heat recovery, the heater turns on automatically and heats the air supplied to the premise. The heaters incorporate protective measures securing the safe unit operation. CONTROL AND AUTOMATIONThe KOMFORT Roto EC D... S17 units are equipped with the thTune control panel with an LCD display. The KOMFORT Roto EC D... S18 units are equipped with the pGD1 control panel with an LCD display. MOUNTINGThe air handling unit is designed for wall, wand or floor mounting. |
|||||||||||||||||||||||||||||||||||||||||||||
AUTOMATION FUNCTIONS | ||||||||||||||||||||||||||||||||||||||||||||||
|
Parameter | KOMFORT Roto EC D250 S17 | Measurement unit |
---|---|---|
Voltage | 230 | V |
Phase | 1 | ˜ |
Frequency | 50/60 | Hz |
Max. power without electric heater | 135 | W |
Max. unit power | 135 | W |
Max. unit current without electric heater | 1.0 | A |
Max. unit current | 1.0 | A |
RPM | 2200 | min-1 |
Maximum air flow | 86 | l/s |
Maximum air flow | 310 | m³/h |
Sound pressure level at 3 m | 21 | dBА |
Insulation | 40 mm mineral wool | mm |
Transported air temperature | -25...+40 | °С |
Extract filter | G4 | - |
Supply filter | G4 + F7 (Option: H13) | - |
Heat recovery efficiency | 71–87 | % |
Heat exchanger type | rotary | - |
Heat exchanger material | aluminum | - |
Connected air duct diameter | 160 | mm |
Weight | 55 | kg |
Casing material | painted steel | - |
SEC class | A | - |
ErP | 2016, 2018 | - |
- Selection method:
- Air capacity:
- Pressure:
- Air capacity: --
- Pressure: ---
Series | Unit type | Motor type | Mounting type | Modification | Heater type | Nominal air flow [m³/h] | Service side | Control |
KOMFORT | Roto: rotary heat exchanger | EC: electronically commutated motor | D: suspended mounting, horizontally oriented spigots | _: standard (insulation 40 mm) 2: low-profile (insulation 20 mm) |
_: no heater E: electric heater |
250; 350; 650 | R: right L: left |
S17 S18 |
KOMFORT Roto EC D250 S17 | ||
G4 panel filter | FP 260х260х48 G4 | |
F7 panel filter | FP 260х260х48 F7 | |
H13 panel filter | FP 260х260х48 H13 | |
Internal humidity sensor | FS2 | |
Humidity sensor | HR-S | |
VOC sensor | DPWQ30600 | |
External CO2 sensor | DPQW40200 | |
Humidity sensor | DPWС11200 | |
Kitchen hood | DAH 251-13 | |
Backdraft air damper | VRV 160 | |
Air damper | VKA 160 | |
Electric actuator | LF230 | |
Electric actuator | TF230 | |
Module for Modbus connection | PCOS004850 |
Model | Overall dimensions [mm] | ||||||
ØD | B | B1 | H | H1 | L | L1 | |
KOMFORT Roto EC D250 S17 | 160 | 643 | 688 | 308 | 345 | 1003 | 1100 |
|
Sound power level, A-weighted | Total | Octave frequency band [Hz] | LpA 3 m [dBA] | LpA 1 m [dBA] | |||||||
63 | 125 | 250 | 500 | 1000 | 2000 | 4000 | 8000 | ||||
LwA to supply inlet [dBA] | 58 | 21 | 42 | 45 | 56 | 53 | 42 | 32 | 21 | ||
LwA to supply outlet [dBA] | 59 | 21 | 43 | 45 | 56 | 53 | 42 | 32 | 21 | ||
LwA to exhaust inlet [dBA] | 53 | 20 | 38 | 42 | 52 | 44 | 36 | 29 | 18 | ||
LwA to exhaust outlet [dBA] | 54 | 20 | 38 | 43 | 53 | 44 | 36 | 29 | 18 | ||
LwA to environment [dBA] | 43 | 10 | 28 | 39 | 38 | 35 | 32 | 31 | 29 | 23 | 33 |
* Data provided for point 1 of the air flow diagram
Calculation of air temperature downstream of the heat exchanger:
t = toutd + khr × (textr - toutd) / 100,
where toutd – outdoor air temperature [°C] textr – extract air temperature [°C] khr – heat exchanger efficiency (according to the diagram) [%]