VENTS TT PRO 315 EC

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Inline mixed flow fan. Maximum capacity - 1970 m³/h.

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Description
Characteristics
Capacity diagram
Downloads
Dimensions
Additional diagrams
Designation key
BIM

Description

APPLICATION
VENTS ТТ PRO EC fans combine the versatility and outstanding performance of both axial and centrifugal fans producing a powerful air flow and high pressure while retaining the signature energy-efficiency and response of EC motors. Integration of several fans into a single computercontrolled system with sensor feedback combined with speed control across the entire dynamic range.	Designed for supply and exhaust ventilation systems requiring high energy efficiency, excellent response, high pressure and air flow rate while keeping noise under control – such as highhumidity commercial and industrial spaces (e.g. bathrooms and kitchens) as well as flats, villas, shops and cafes. Compatible with air ducts from 100 to 315 mm in diameter.
DESIGN
The casing of VENTS ТТ PRO EC fan is made of low-combustible polypropylene. The removable central unit with a motor, impeller and terminal box is attached to the fittings by means of special mounting brackets with integral latches. This helps to make the fan maintenance extremely simple and convenient. Fan service no longer requires major disassembly and dismantling of the fan: all you have to do is remove the main unit from the casing and carry out the maintenance as required.	The inlet fitting has a profiled header which ensures smooth air flow into the fan. Conically shaped impelles with specially profiled blades cause circular velosity rise, that resuts in airflow boost and pressure increase comparing to conventional design. The fan outlet combination of a diffuser, specially designed impeller and rectifier allow for the optimim air distribution: high air capacity and pressure without excessive noise.
MOTOR
The fans feature high-efficiency electronically commutated (EC) direct current motors. These state-of-the-art units offer excellent energy efficiency.	In addition to that EC motors combine high performance and optimum response over the entire speed range. The performance efficiency of electronically commutated motors reaches a staggering 90%.
SPEED CONTROL
The fans are controlled by means of a 0-10 V control signal while the performance regulation is based on the feedback from the temperature, smoke and other sensors as well as other vital parameter settings. As the control signal changes the EC fan changes speed accordingly to supply the exact air amount required by the ventilation system.	The maximum fan speed does not depend on the electric mains frequency enabling compatibility with both 50 Hz and 60 Hz networks. The fans can be easily combined into a single computercontrolled network. Special software allows for precise control over the operating parameters of the network units. All the system parameters can be monitored from the computer screen allowing to program operating parameters for each fan on the network individually.
INSTALLATION
The fans are intended for installation in matching diameter air ducts at any point of the ventilation system without limitation to mounting angle. The fan casing has a flat mounting plate for a secure wall mounting.	Electrical connection and installation must be performed in accordance with the instruction manual and the electrical connections diagram applied to the terminal box. A single system may have several fans installed in parallel to boost the output capacity or in series to boost the working pressure.

Characteristics

Parameter	TT PRO 315 EC	Measurement unit
Voltage	1~230	V
Frequency	50	Hz
Sound pressure level at 3 m distance	55	dBА
Power consumption	284	W
Maximum air capacity	1970	m³/h
Current	1.25	A
EC motor	yes	-
RPM	2826	min^-1
Max. transported air temperature	-25...+55	°С
Protection rating	IP X4	-
Design	mixed-flow	-
Duct diameter	315	mm
Weight	11.95	kg
Casing material	low-combustible polypropylene	-
SEC Class	-	-
Duct	for round air ducts	-
Mounting	Inline	-
*	To meet the requirements of ErP 2018, a speed controller and local demand control typology must be applied (connect a sensor).	-

Capacity diagram

Selection method:
Air flow:
Pressure:

Operating point

Air flow: --
Pressure: ---

Files archieve

Downloads

Dimensions

Characteristics

Parameter	Value	Measurement unit
∅D	309	mm
B	360	mm
H	423	mm
L	443	mm

Additional diagrams

Sound power level, A-filter applied											Sound pressure level at 3 meters, A-filter applied	Sound pressure level at 1 meters, A-filter applied
Sound-power level, A - weighted		general	Octave frequency band, Hz								Sound pressure level at 3 meters, A-filter applied	Sound pressure level at 1 meters, A-filter applied
	Hz	general	63	125	250	500	1000	2000	4000	8000	LpA, 1m[dB(A)]	LpA, 1m[dB(A)]
L_wA to inlet	dB(A)	81	42	54	64	74	78	75	70	63	61	70
L_wA to outlet	dB(A)	83	43	54	72	77	78	78	73	66	63	72
L_wA to environment	dB(A)	75	37	48	60	68	73	68	60	48	55	65

Designation key

Series	Air duct diameter	Options	Motor type
VENTS TT PRO	100; 125; 150; 160; 200; 250; 315	U: speed controller with an electronic thermostat and a temperature sensor integrated inside an air duct. Temperature-based operation logic. Un: speed controller with an electronic thermostat and a temperature sensor fixed on a 4 m cable. Temperature-based operation logic. U1: speed controller with an electronic thermostat and a temperature sensor integrated inside an air duct. Timer-based operation logic. U1n: speed controller with an electronic thermostat and a temperature sensor fixed on a 4 m cable. Timer-based operation logic. U2: speed controller with an electronic thermostat and a temperature sensor integrated inside an air duct. Temperature-based switching on/off. U2n: speed controller with an electronic thermostat and a temperature sensor fixed on a 4 m cable. Temperature-based switching on/off. R1: power cord with mains plug. P: built-in smooth speed controller.	EC: synchronous electronically commutated motor