VENTS TwinFresh Comfo RB1-85-2

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Air flow up to 85 m³/h.

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Description
Characteristics
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Dimensions
Dimensions
Ecodesign
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Description

UNIVERSAL

EFFICIENT

USER-FRIENDLY

Many units can be connected to one network.

The ventilator can operate in a passive supply mode: the air shutters are open providing a natural air flow.

The design of the unit allows easy maintenance of the ventilator.

The humidity threshold in the room can be controlled by choosing one of three modes on the remote control.

Night mode
The ventilator switches to the first speed in the dark time of the day.

Easy mounting of the mounting plate by means of magnets.

EASY CONTROL

The TwinFresh Comfo series ventilators are equipped with a remote control.

Operation modes:

- Night mode

The integrated light sensor sends a signal to switch the ventilator to low speed mode.

- Speed switching

- Passive air supply

In this mode the shutters are open, but the fan does not operate.

- Air supply

In this mode all ventilators will operate in supply mode irrespective of the maximum air supply setting.

- Ventilation

All the ventilators in the network operate in permanent air extract or air supply mode. To ensure balanced ventilation at the stage of installation it is advisable to set one half of the ventilators to air supply mode and the other part of the ventilators to air extract mode.

- Ventilation with heat recovery

- Humidity control mode selection

To provide centralised control all ventilators should be connected to one network.
However, only Master responds to the signals from the control panel,
the remote control, and the humidity sensor.

ADVANTAGES

	Simple mounting – you need only to mount it, plug into a socket and use!		High efficiency – up to 90%.
	The unit properly operates at temperatures up to -20 °C (-30 °C if it is equipped with a ventilation hood for cold climate).		Integrated humidity sensor for the automated unit operation.
	Many units can be connected to one network by control cables.		Control is provided by the remote control or buttons on the casing.
	Automatic drafts shutoff when the ventilator is off.		Noise level is from 13 up to 34 dBA.
	Ventilation of premises with the area of about 40 m² (the area is approximate and depends on the ventilation standards in your country).		F8 filter of high filtration efficiency can additionally purify supply air.

HOW IS IT DESIGNED?

Characteristics

Parameter	TwinFresh Comfo RB1-85-2 1 Speed	TwinFresh Comfo RB1-85-2 2 Speed	TwinFresh Comfo RB1-85-2 3 Speed	Measurement unit
Speed	1	2	3	-
Power	4.74	6.56	9.65	W
Voltage	100-240	100-240	100-240	V
Frequency	50/60	50/60	50/60	Hz
Current	0.034	0.05	0.071	A
SFP	0.95	0.8	0.82	W/l/s
Air flow in ventilation mode	36	59	85	m³/h
Air flow in ventilation mode	10	16	24	l/s
Air flow in energy recovery mode	18	30	43	m³/h
Air flow in energy recovery mode	5	8	12	l/s
Filter	G3 (F8 optionally)	G3 (F8 optionally)	G3 (F8 optionally)	-
Shutters	automatic	automatic	automatic	-
SEC Class	A	A	A	-
Transported air temperature	-20 … +40	-20 … +40	-20 … +40	°С
Sound pressure level at 1 m distance	29	35	44	dBА
Sound pressure level at 3 m distance	19	25	34	dBА
Outdoor sound pressure attenuation according to DIN EN 20140	40	40	40	dBА
Heat recovery efficiency according to DIBt LÜ-A 20	≤ 90	≤ 90	≤ 90	%
IP Code	IP 24	IP 24	IP 24	-
Functions	Filter replacement indication, Timer, Humidity sensor	Filter replacement indication, Timer, Humidity sensor	Filter replacement indication, Timer, Humidity sensor	-
Remote control panel	-	-	-	-
Duct	150	150	150	-

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Downloads

Dimensions

Characteristics

Parameter	Value	Measurement unit

Dimensions

Ecodesign

Specific energy consumption (SEC) [kWh/(m².a)]	Cold		Average		Warm
	-81	А+	-39	А	-14	Е
Type of ventilation unit	Bidirectional
Type of drive installed	Three-speed
Type of heat recovery system	Regenerative
Thermal efficiency of heat recovery [%]	80
Maximum air flow rate [m³/h]	25
Power [W]	7
Sound power level [dBA]	40
Reference air flow rate [m³/s]	0.004
Reference pressure difference [Pa]	0
Specific power input (SPI) [W/(m³/h)]	0.313
Control typology	Local automatic control
Maximum internal leakage rate [%]	2.7
Maximum external leakage rate [%]	0
Mixing rate of bidirectional units [%]	1
The classification of the airflow sensitivity to pressure variations, according to EN 13141-8 [%]	-
The classification of the indoor/outdoor air tightness, according to EN 13141-8 [m³/h]	-
Internet address	http://ventilation-system.com/
The annual electricity consumption (AEC) [kWh electricity/a]	Cold		Average		Warm
	226		226		226
The annual heating saved (AHS) [kWh primary energy/a]	Cold		Average		Warm
	8695		4445		2010

Specific energy consumption (SEC) [kWh/(m².a)]	Cold		Average		Warm
	-78	А+	-38	А	-15	Е
Type of ventilation unit	Bidirectional
Type of drive installed	Three-speed
Type of heat recovery system	Regenerative
Thermal efficiency of heat recovery [%]	69
Maximum air flow rate [m³/h]	43
Power [W]	9.65
Sound power level [dBA]	45
Reference air flow rate [m³/s]	0.008
Reference pressure difference [Pa]	0
Specific power input (SPI) [W/(m³/h)]	0.222
Control typology	Local automatic control
Maximum internal leakage rate [%]	2.7
Maximum external leakage rate [%]	0
Mixing rate of bidirectional units [%]	1
The classification of the airflow sensitivity to pressure variations, according to EN 13141-8 [%]	-
The classification of the indoor/outdoor air tightness, according to EN 13141-8 [m³/h]	-
Internet address	http://ventilation-system.com/
The annual electricity consumption (AEC) [kWh electricity/a]	Cold		Average		Warm
	161		161		161
The annual heating saved (AHS) [kWh primary energy/a]	Cold		Average		Warm
	8205		4194		1897