VENTS ТТ PRO 315

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Inline mixed flow fan. Maximum capacity - 2050 m³/h.

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Additional characteristics
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Description

APPLICATION
The VENTS TT PRO fans are featured with wide capabilities and high performance of axial and centrifugal fans and are specifically designed for supply and exhaust ventilation of premises requiring high pressure, powerful air flow and low noise level.	The fans are compatible with round air ducts from Ø 100 to 315 mm. Exhaust ventilation systems based on the VENTS TT PRO fans are the best solution for ventilation of bathrooms and kitchens and other humid premises as well for ventilation of flats, cottages, shops, cafes, etc.
DESIGN
The casing is made of high-quality durable plastic.	All the models may be equipped with a regulated timer with turn-off delay adjustable from 2 to 30 min.

The removable impeller and motor block with a terminal box is fixed to the casing assembled with the spigots by means of special clamps with latches. This makes the fan maintenance fast and easy. The fan maintenance does not require total disassembling. Just pull out the central block from the casing and perform required servicing.
TT PRO DESIGN FEATURES
The VENTS TT PRO fan casing is made of low flammable polypropylene. The inlet spigot is equipped with a collector to enable smooth air inlet to the fan.	The hemispheric impeller shape and specially profiled blades increase the air flow circular velocity and provide higher pressure and capacity as compared to standard axial fans. The diffuser, the specially profiled impeller and the directing vanes at outlet from the fan casing distribute air flow in such a way as to attain the best combination of high performance, enhanced pressure and low noise.
MOTOR
The models of VENTS TT PRO series are equipped with single phased double-speed motors with low energy demand. The motors have thermal overheating protection to prevent the motor overload.	The ball bearings extend the motor service life up to 40 000 hrs. at non-stop operation. The motor has IP X4 ingress protection rating.

SPEED CONTROL
The double-speed motors are controlled with a built-in switch (V option) or an external switch for multi-speed fans (available upon separate order).	An integrated speed controller (option P), an external TRIAC or autotransformer speed controller (available upon separate order) are used for smooth speed control when connected to the maximum speed terminal.
MOUNTING
The fans are suitable for mounting at any angle and point of the system. Several fans may be installed inside one system. Several fans may be installed inside one system: parallel mounting to increase air flow; in series mounting to increase operating pressure;	The fan case is equipped with a flat mounting plate to attach the fan to the wall. The mounting box may be installed in any position to facilitate mounting and wiring.
THE FAN WITH ELECTRONIC MODULE OF THE TEMPERATURE SENSOR AND SPEED CONTROLLER (U OPTION)
The ideal solution for ventilation of the premises with high demands to permanent indoor temperature level, e.g. greenhouses. The fan with the electronic module of the temperature sensor and the speed controller is used for automatic speed control (air capacity regulation) depending on the air temperature in the ventilation duct or inside a room. Two modifications are possible: temperature sensor integrated inside a fan duct (U/U1 option) external temperature sensor fixed on 4 m power cable (Un / U1n option)	The electronic module of the front panel incorporates: the speed control knob for the setting the impeller speed; the thermostat control knob for setting the temperature set point. thermostat LED light.
OPERATING LOGIC OF THE FAN WITH THE ELECTRONIC MODULE OF THE TEMPERATURE SENSOR AND SPEED CONTROLLER
Set the desired air temperature (set point of the thermostat) with the thermostat control knob. Set the required minimum impeller speed (air flow) with the speed control knob. The motor switches to maximum speed (maximum air flow) as the temperature reaches and exceeds the set temperature set point. The motor switches to the pre-set speed as the temperature drops down below the set temperature point.	To avoid the frequent motor switching, e.g. when the temperature in the supply air duct is equal to the threshold value, the switching delay time is activated.
There are two switch delay patterns for various cases:
The temperature sensor-based switch delay (U option): the motor switches to higher speed as the air temperature exceeds 2°C above the set thermostat set point. The motor revers to the pre-set lower speed as the air temperature drops below the thermostat set point. This pattern is used to keep air temperature to within 2°C. In this case the fan switches are rare.	The timer-based switch delay (U1 option): as the air temperature exceeds the set thermostat set point, the motor switches to higher speed and the switch delay timer is activated for 5 min. The motor reverts to lower speed as the air temperature drops down below the thermostat set point and only after the timer countdown.This pattern is used for exact air temperature control. The fan changes its speed more often as compared to the temperature sensor-based switch delay, however the minimum timer interval is 5 minutes.
TT FANS APPLICATIONS

bathroom ventilation example	office ventilation example

parallel installation of fans in the storehouse to increase the air capacity

Characteristics

Parameter	ТТ PRO 315 min	ТТ PRO 315 max	Measurement unit
Voltage	1~230	1~230	V
Frequency	50/60	50/60	Hz
Current	1	1.42	A
Sound pressure level at 3 m distance	49	58	dBА
Power consumption	320	320	W
Maximum air capacity	1570	2050	m³/h
RPM	1890	2430	min^-1
Max. transported air temperature	60	60	°С
Protection rating	IP X4	IP X4	-
Design	mixed-flow	mixed-flow	-
Duct diameter	315	315	mm
Weight	11.95	11.95	kg
Casing material	plastic	plastic	-
SEC Class	-	-	-
Duct	for round air ducts	for round air ducts	-
Mounting	Inline	Inline	-
*	To meet the requirements of ErP 2018, a speed controller and local demand control typology must be applied (connect a sensor).	To meet the requirements of ErP 2018, a speed controller and local demand control typology must be applied (connect a sensor).	-

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Downloads

Dimensions

Characteristics

Parameter	Value	Measurement unit
∅D	310	mm
B	362	mm
H	408	mm
L	445	mm

Additional characteristics

Sound power level, A-filter applied											Sound pressure level at 3 meters, A-filter applied	Sound pressure level at 1 meters, A-filter applied
		Gen.	Octave-frequency band [Hz]								Sound pressure level at 3 meters, A-filter applied	Sound pressure level at 1 meters, A-filter applied
	Hz	Gen.	63	125	250	500	1000	2000	4000	8000	LpA, 3 m [dBA]	LpA, 1 m [dBA]
Min speed
L_wA to inlet	dBA	72	43	54	62	67	66	67	58	47	52	62
L_wA to outlet	dBA	70	45	57	59	64	66	63	56	46	50	60
L_wA to environment	dBA	62	28	51	53	57	57	54	46	36	41	51

Max speed
L_wA to inlet	dBA	80	50	59	68	73	77	74	70	59	60	70
L_wA to outlet	dBA	78	51	60	66	70	75	71	66	57	58	68
L_wA to environment	dBA	72	37	51	66	66	67	65	58	48	52	62

Designation key

Series	Air duct diameter	Options
VENTS TT PRO	100; 125; 150; 160; 200; 250; 315	Т: adjustable timer from 2 to 30 minutes; 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; 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; V: threeposition speed switch (for TT PRO series fans only); P: built-in smooth speed controller.