VENTS VUE 350 VB EC A14/A21

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Air handling unit in heat- and sound-insulated casing. Air flow up to 450 m³/h. Heat recovery efficiency up to 91 %.

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Description
Characteristics
Capacity diagram
Downloads
Dimensions
Additional characteristics
Designation key
Accessories

Description

DESCRIPTION

The air-handling units are the fully featured ventilation units with heat recovery for air filtration, fresh air supply and stale air extract.
During operation the extract air heat is transferred to the supply air stream by the highly efficient plate heat exchanger.

The units are designed for energy efficient ventilation of cottages and flats and are compatible with round air ducts (Ø 125, 160 and 200 mm).

FILTER

FANS

Supply and exhaust air is purified in panel filters with filtering class G4 and F7, respectively.
Filters with G3 filtering class are used for supply and exhaust air purification in the VUT/VUE 200 VB EC units.
Supply air in the VUT/VUE 250 VB EC units is purified by the G4 and F7 filters.
Exhaust air is purified by the G4 filters.

The units are equipped with high-efficient EC motors with an external rotor and a centrifugal impeller with backward curved blades.
These state-of-the-art motors are the most advanced solution in energy efficiency today.
EC motors are characterised with high performance and optimum control across the entire speed range.
In addition to that, the efficiency of the electronically commutated motor reaches very impressive levels of up to 90 %.

HEAT EXCHANGER

The VUT V(B) EC units are equipped with a counter-flow polystyrene heat exchanger.
In the cold season the extract air heat is captured and transferred to the supply air stream which reduces the ventilation-generated heat losses.
This can lead to formation of condensate that is collected in a special drain pan and discharged into the sewage system.
In the warm season the ambient air heat is transferred to the exhaust air stream.
This allows for a considerable reduction of the supply air temperature which, in turn, reduces the air conditioning load.

The VUE V(B) EC units are equipped with a counterflow enthalpy heat exchanger.
In the cold season the extract air heat and moisture are transferred to the supply air stream through the enthalpy heat exchanger reducing the heat losses from ventilation.
The ambient air heat and moisture are transferred to the exhaust air stream through the enthalpy heat exchanger in the warm season.
This allows for a considerable reduction of the supply air temperature and humidity which, in turn, reduces the air conditioning load.

CASING

BYPASS

Made of high-quality polymer coated steel, internally filled with 20, 25, 30 or 40 mm (depending on the unit model) mineral wool layer for heat and sound insulation.

The VUT/VUE VB EC units are equipped with a bypass for summer ventilation (air cooling by the cool air from outside).

AUTOMATION

The VUT/VUE V(B) EC A21 are equipped with a built-in automation system.
The A21 controller allows integrating the unit into the Smart Home system or BMS (Building Management Systems).
The remote control panel is not included in the delivery set (available separately).
To control the unit via Wi-Fi, download the VENTS AHU mobile app.

The VUT/VUE V(B) EC A14 units have an integrated control system with a wall-mounted control panel A14 with a LED indication.
The VUT 200 V(B) EC, VUT 250 V EC units are available only with the A14 automation system.

FREEZE PROTECTION

Freeze protection is provided by the shutdown of the supply fan.

In the VUT/VUE VB EC A21 units it is possible to connect a preheater to protect the unit from freezing.

CONTROL AND AUTOMATION

Functions	A21	A14
Wired remote control panel	Option (А22)	А14
Wired remote LCD control panel	Option (A25)
Wireless remote control panel	Option (А22 Wi-Fi)	-
BMS	RS-485 WI-FI Ethernet MODBUS (RTU, TCP)	-
Control by a mobile application via Wi-Fi	+	-
Freeze protection	+	+
Bypass	Auto + manual	Manual
Week-scheduled operation	+	-
Filter replacement indication	According to filter timer	According to filter timer
Filter replacement indication	According to pressure switch of filter clogging (only for VUT/VUE 550 VB EC A21)	According to filter timer
Alarm indication	+	+
Speed selection	+	+
Timers	+	-
RH% sensor	Option	Option
CO₂ sensor	Option	Option
VOC sensor	Option	Option
PM2.5 sensor	Option	Option
Boost mode	+	-
Fireplace mode	+	-
Preheater connection	Option	-
Reheater connection	Option	-
Cooler connection	Option	-
Fire alarm sensor	Option	Option
Minimum supply air temperature control	+	-

INSTALLATION

The units are designed for wall or floor mounting.

Access for maintenance of units and filters is possible from the right and left side.

UNIT DESIGN

APPLICATION OPTIONS

Characteristics

Parameter	VUE 350 VB EC A14/A21	Measurement unit
Frequency	50/60	Hz
Phase	1	˜
Voltage	230	V
Maximum unit power	178	W
Maximum unit current	1.4	A
Sound pressure level at 3 m distance	28	dBА
Air capacity	450	m³/h
RPM	3200	min^-1
Heat recovery efficiency	73...91	%
Transported air temperature	-25 ... +40	°С
Weight	64	kg
Casing material	painted steel	-
Heating	without heating	-
Insulation	40 mm mineral wool	-
Filter: extract	G4	-
Filter: supply	F7 (G4*)	-
Heat exchanger material	enthalpy	-
Heat exchanger type	counter-flow	-
SEC Class	A	-
Connection diameter	160	mm
Mounting	floor mounting, wall mounting	-

Capacity diagram

Selection method:
Air flow:
Pressure:

Operating point

Air flow: --
Pressure: ---

Files archieve

Downloads

Dimensions

Characteristics

Parameter	Value	Measurement unit
∅D	160	mm
B	583	mm
H	675	mm
L	730	mm

Additional characteristics

Point	Power [W]	Sound pressure level at 3 m distance [dBA]
1	177	28 (38)
2	175	27 (37)
3	170	27 (37)
4	71	23 (33)
5	71	22 (32)
6	69	22 (32)
7	21	15 (25)
8	21	14 (24)
9	21	14 (24)

A-weighted sound power level		Gen.	Octave frequency band [Hz]								LpA, 3 m dBA	LpA, 1 m dBA
A-weighted sound power level		dBA	63	125	250	500	1000	2000	4000	8000	LpA, 3 m dBA	LpA, 1 m dBA
L_wA to supply air inlet	dBA	56	50	46	53	45	39	34	36	32
L_wA to supply air outlet	dBA	64	56	52	63	52	39	38	43	35
L_wA to exhaust air inlet	dBA	56	52	46	53	45	38	34	36	31
L_wA to exhaust air outlet	dBA	64	58	53	62	51	40	38	42	33
L_wA to environment	dBA	49	45	40	44	38	33	29	27	22	28	38

Outlet spigot configuration	Air flow [l/s]	Specific power input [W/l/s]	Heat exchange efficiency [%]
Kitchen + 1 additional room with high level of humidity	21	0.71	88
Kitchen + 2 additional rooms with high levels of humidity	29	0.64	88
Kitchen + 3 additional rooms with high levels of humidity	37	0.68	87
Kitchen + 4 additional rooms with high levels of humidity	45	0.76	86
Kitchen + 5 additional rooms with high levels of humidity	53	0.86	86
Kitchen + 6 additional rooms with high levels of humidity	61	1.07	85
Kitchen + 7 additional rooms with high levels of humidity	69	1.26	85

Calculation of air temperature downstream of the heat exchanger:

t = t_outd + k_hr * (t_extr - t_outd) / 100,

where
t_outd - outdoor air temperature [°C]
t_extr - extract air temperature [°C]
k_hr - heat exchanger efficiency (according to the diagram) [%]

Designation key

Series	Rated air flow [m³/h]	Installation features	Casing design	Bypass	Motor type	Control
VUT: ventilation with heat recovery VUE: ventilation with energy recovery	160, 200, 250, 300, 350, 550	V: vertical	– by default 1: casing modification	_: without bypass B: with bypass	ЕС: synchronous electronically commutated motor	А14 А21

Accessories

Model	Panel filter G3	Panel filter G4	Panel filter F7	Control panel LCD	Control panel	Control panel with Wi-Fi	Indoor humidity sensor	CO₂ sensor with indication	CO₂ sensor	Humidity sensor

VUT 160 V ЕС A21	–	SF 285х195х10 G4	SF 285х195х10 F7	A25	A22	A22 Wi-Fi	HV2	CO2-1	CO2-2	HR-S
VUT 160 V ЕС A14				–	–	–	–
VUE 160 V ЕС A21				A25	A22	A22 Wi-Fi	HV2
VUE 160 V ЕС A14				–	–	–	–
VUT 160 VB ЕС A21				A25	A22	A22 Wi-Fi	HV2
VUT 160 VB ЕС A14				–	–	–	–
VUE 160 VB ЕС A21				A25	A22	A22 Wi-Fi	HV2
VUE 160 VB ЕС A14				–	–	–	–
VUT 160 V1 ЕС A21				A25	A22	A22 Wi-Fi	HV2
VUT 160 V1 ЕС A14				–	–	–	–
VUE 160 V1 ЕС A21				A25	A22	A22 Wi-Fi	HV2
VUE 160 V1 ЕС A14				–	–	–	–
VUT 160 V1B ЕС A21				A25	A22	A22 Wi-Fi	HV2
VUT 160 V1B ЕС A14				–	–	–	–
VUE 160 V1B ЕС A21				A25	A22	A22 Wi-Fi	HV2
VUE 160 V1B ЕС A14				–	–	–	–
VUT 200 V EC A14	SF 264х195х18 G3	–	–	–	–	–	HV2
VUT 200 VB EC A14
VUE 200 V EC A14
VUE 200 VB EC A14
VUT 250 V EC A14	–	SF 417х200х18 G4	SF 417х184х18 F7	–	–	–	–
VUT 250 VB EC A21				A25	A22	A22 Wi-Fi	HV2
VUT 250 VB EC A14				–	–	–	–
VUE 250 V EC A14				–	–	–	–
VUE 250 VB EC A21				A25	A22	A22 Wi-Fi	HV2
VUT 350 V1B ЕС A21	–	SF 384х196х40 G4	SF 384х196х40 F7	A25	A22	A22 Wi-Fi	HV2
VUT 350 V1B ЕС A14				–	–	–	–
VUE 350 V1B ЕС A21				A25	A22	A22 Wi-Fi	HV2
VUE 350 V1B ЕС A14				–	–	–	–
VUT 350 VB EC A21	–	SF 500х196х40 G4	SF 500х196х40 F7	A25	A22	A22 Wi-Fi	HV2
VUT 350 VB EC A14				–	–	–	–
VUE 350 VB EC A21				A25	A22	A22 Wi-Fi	HV2
VUE 350 VB EC A14				–	–	–	–
VUT 550 VB ЕС A21	–	SF 630х198х40 G4	SF 630х198х40 F7	A25	A22	A22 Wi-Fi	HV2
VUT 550 VB ЕС A14				–	–	–	–
VUE 550 VB ЕС A21				A25	A22	A22 Wi-Fi	HV2
VUE 550 VB ЕС A14				–	–	–	–

Model	VOC sensor (0-10 V)	CO₂ sensor (0-10 V)	Humidity sensor (0-10 V)	Kitchen hood	Electric heater for preheating	Electric reheater	Hydraulic U-trap	Air damper	Electric actuator	Summer block

VUT 160 V ЕС A21	DPWQ30600	DPWQ40200	DPWС11200	KH-1	NKP-125	NKD-125	SH-32	KRV 125	LF230	VL C6 366/285
VUT 160 V ЕС A14	–	–	–		–	–	SH-32
VUE 160 V ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-125	NKD-125	–
VUE 160 V ЕС A14	–	–	–		–	–	–
VUT 160 VB ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-125	NKD-125	SH-32
VUT 160 VB ЕС A14	–	–	–		–	–	SH-32			–
VUE 160 VB ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-125	NKD-125	–
VUE 160 VB ЕС A14	–	–	–		–	–	–
VUT 160 V1 ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-125	NKD-125	SH-32
VUT 160 V1 ЕС A14	–	–	–		–	–	SH-32			VL C6 366/285
VUE 160 V1 ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-125	NKD-125	–
VUE 160 V1 ЕС A14	–	–	–		–	–	–
VUT 160 V1B ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-125	NKD-125	SH-32
VUT 160 V1B ЕС A14	–	–	–		–	–	SH-32			–
VUE 160 V1B ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-125	NKD-125	–
VUE 160 V1B ЕС A14	–	–	–		–	–	–
VUT 200 V EC A14	–	–	–		–	–	SH-32	KRV 125		VL C6 366/240
VUT 200 VB EC A14							SH-32			–
VUE 200 V EC A14							–			VL C6 366/240
VUE 200 VB EC A14							–			–
VUT 250 V EC A14	–	–	–		–	–	SH-32	KRV 160		VL C6 366/384
VUT 250 VB EC A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-160	NKD-160				–
VUT 250 VB EC A14	–	–	–		–	–				–
VUE 250 V EC A14	–	–	–		–	–	–			VL C6 366/384
VUE 250 VB EC A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-160	NKD-160	–			–
VUT 350 V1B ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-160	NKD-160	SH-32
VUT 350 V1B ЕС A14	–	–	–		–	–	SH-32
VUE 350 V1B ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-160	NKD-160	–
VUE 350 V1B ЕС A14	–	–	–		–	–	–
VUT 350 VB EC A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-160	NKD-160	SH-32
VUT 350 VB EC A14	–	–	–		–	–	SH-32
VUE 350 VB EC A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-160	NKD-160	–
VUE 350 VB EC A14	–	–	–		–	–	–
VUT 550 VB ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-200	NKD-200	SH-32	KRV 200
VUT 550 VB ЕС A14	–	–	–		–	–	SH-32
VUE 550 VB ЕС A21	DPWQ30600	DPWQ40200	DPWС11200		NKP-200	NKD-200	–
VUE 550 VB ЕС A14	–	–	–		–	–	–