TVE-Q

VAV terminal unit variant TVE-Q (standard, galvanised steel)

Differential pressure measurement via damper blade

Compact controller with display

Installation directly on the main duct

Tested to VDI 6022

Conforms to VDI 6022

TVE-Q

Compact solution for low airflow velocities

Angular air terminal units for use in variable air terminal systems at low air velocities, even under unfavourable upstream conditions

Tubeless differential pressure measurement via damper blade
Differential pressure transmission through differential pressure duct in axis
Connection terminals with protective cover, no junction box required
Any airflow direction if dynamic transducer is used
Suitable for air velocities from 0.8 - 8 m/s
Compact dimensions for use in confined ceiling areas
Plug-and-play solution in conjunction with X-AIRCONTROL room control
Exact measurement even with low airflow velocities
Any installation orientation also with static transducer
Closed blade air leakage to EN 1751, at least class 3
Casing air leakage to EN 1751, class C
Volume flow rate range 1:10

Optional equipment and accessories

Secondary silencer to reduce air-regenerated noise
Hot water heat exchanger Type WT for reheating the airflow

General information

Application

Square VAV terminal units for use in ventilation and air conditioning systems (AHUs)
For almost all tasks when controlling, restricting, or shutting off supply and extract air flows
Also for unfavourable upstream conditions at low air velocities
Closed-loop volume flow control using an external power supply
For variable or constant volume flow systems
Shut-off by override control (by the client)

Special characteristics

High differential pressure signal with small angle of attack
Factory set-up or programming and aerodynamic function testing
Volume flow rate can be measured and subsequently adjusted. Additional adjustment tool may be required (depending on the variant of the control component)
Tubeless differential pressure measurement via damper blade
Differential pressure transmission through differential pressure duct in axis
Any airflow direction if dynamic transducer is used
Any installation orientation also with static transducer
Suitable for air velocities from 0.8 - 8 m/s
Compact dimensions for use in confined ceiling areas

Nominal sizes

200 × 100, 300 × 100
200 × 200, 300 × 200, 400 × 200, 500 × 200, 600 × 200

Variants

TVE-Q: VAV terminal unit
TVE-Q with TX secondary silencer to reduce air-regenerated noise

Construction

Galvanised sheet steel
P1: Powder-coated, silver grey (RAL 7001)

Parts and characteristics

Ready-to-commission unit which consists of mechanical parts and control components.
Damper blade with integrated measuring unit
Axis with differential pressure duct for measured value transmission
Control component factory mounted
Each unit is tested on a special aerodynamic test rig at the factory
Documentation of the test rig data with a test label or a volume flow scale on the unit
High control accuracy even in case of unfavourable upstream conditions

Attachments

EASY controller: compact unit consisting of controller with potentiometers, differential pressure transducer and actuator
Compact controller: compact unit consisting of controller, differential pressure transducer and actuator
Compact controller Modbus: variant with Modbus RTU interface and disply; Plug-and-play solution in conjunction with X-AIRCONTROL room control
Compact controller BACnet: Variant with BACnet-MS/TP interface and display; can also be converted to Modbus RTU by the customer

Useful additions

Secondary silencer Type TX for the reduction of airregenerated noise
Hot water heat exchanger Type WT for reheating the airflow

Construction features

Rectangular casing
Flanges on both ends, suitable for duct connections
Position of the damper blade indicated externally at position indicator
Simple exchange of the control components possible

Material and surfaces

Galvanised sheet steel

Casing, damper blade made of galvanised sheet steel
Shaft made of PA6 (H ≤ 200) or aluminium (H > 200)
Damper blade seal and sealing plug made of EPDM
Bearing bushes made of PBT or TPU
Fastening (screws, rivets) Galvanised steel, aluminium

Powder-coated construction (P1)

Casing, damper blade galvanised with powder coating, RAL 7001, silver-grey
Shaft made of PA6 (H ≤ 200) or aluminium (H > 200)
Damper blade seal and sealing plug made of EPDM
Bearing bushes made of PBT or TPU
Fastening (screws, rivets) stainless steel, aluminium

Standards and guidelines

Meets the hygiene requirements of

EN 16798, Part 3
VDI 6022, Sheet 1
DIN 1946, Part 4
For further standards and guidelines, please refer to the hygiene certificate

Casing air leakage

EN 1751, Class C

Closed damper blade air leakage:
NS 200 × 100, NS 300 × 100, NS 200 × 200

EN 1751, Class 2

NS 300 × 200, NS 400 × 200, NS 500 × 200, NS 600 × 200

EN 1751, Class 3

Maintenance

Maintenance-free as construction and materials are not subject to wear and tear

Technical information

Function, Technical data, Specification text, Order Code

1 Flange for air duct profiles
2 Casing
3 Damper blade including differential pressure sensor
4 Axis with differential pressure duct
5 Electronic volume flow controller
6 Preferred airflow direction

Functional description

The damper blade works as a control element and as a differential pressure sensor. Through the differential pressure duct in the shaft, the detected differential pressure reaches the transducer (static or dynamic), and is converted into an electrical signal and compared with the setpoint value. In case of a control deviation, the integrated actuator changes the position of the damper blade. Thereby, the volume flow rate is kept constant in close tolerances over the entire differential pressure range.

Nominal sizes	200 × 100, 300 × 100 200 × 200, 300 × 200, 400 × 200, 500 × 200, 600 × 200
Volume flow rate range	16 - 960 l/s or 58 - 3456 m³/h
Volume flow rate control range (controller with dynamic differential pressure measurements)	approx. 10 - 100 % of the nominal volume flow rate
Minimum differential pressure	up to 50 Pa (without secondary silencer)
Maximum differential pressure	Control component with dynamic transducer: 900 Pa, Control component with static transducer: 600 Pa
Operating temperature	10 to 50 °C

Quick sizing tables provide a good overview of the minimum pressure differences, the volume flow accuracy Δq_v and the expected sound pressure levels in the room. Intermediate values may be achieved by interpolation. The sound power levels for calculating the sound pressure levels were measured in the TROX laboratory according to DIN EN ISO 5135 - see "Basic information and nomenclature". Precise results and spectral data for all control components can be obtained by using our Easy Product Finder design programme. The nominal size is initially selected according to the given volume flow rates q_vmin and q_vmax.

Volume flow rate ranges and minimum differential pressure values
The minimum differential pressure of VAV terminal units is an important factor in designing the ductwork and in rating the fan including speed control. It must be ensured that for all operating conditions and for all terminal units, a sufficient differential pressure is applied to each controller (Δp_stmin). The measurement point(s) for fan speed control must be selected accordingly. The volume flow rate range for VAV terminal units depends on the nominal size and on the control component (attachment) used.

Volume flow rate ranges and minimum differential pressure values
Controller for dynamic and static pressure measurements
Attachment: Easy, XB0, XM0, XM0-J6, XS0, XS0-J6

B	H	q_v [l/s]	q_v [m³/h]	Δp_stmin [Pa]		Δq_v [±%]
B	H	q_v [l/s]	q_v [m³/h]	(1)	(2)	Δq_v [±%]
200	100	16	58	1	3	18
200	100	64	230	8	33	8
200	100	112	403	25	101	6
200	100	160	576	50	204	5
300	100	25	87	1	3	18
300	100	96	346	8	33	8
300	100	168	605	24	100	6
300	100	240	864	48	202	5
200	200	33	116	1	2	18
200	200	128	461	6	22	8
200	200	224	806	18	66	6
200	200	320	1152	37	133	5
300	200	48	173	1	2	18
300	200	192	691	6	22	8
300	200	336	1210	17	65	6
300	200	480	1728	35	131	5
400	200	65	231	1	2	18
400	200	256	922	6	22	8
400	200	448	1613	17	65	6
400	200	640	2304	34	130	5
500	200	80	288	1	2	18
500	200	320	1152	6	22	8
500	200	560	2016	16	64	6
500	200	800	2880	33	129	5
600	200	96	346	1	2	18
600	200	384	1382	6	22	8
600	200	672	2419	16	64	6
600	200	960	3456	33	129	5

(1) Basic unit
(2) Basic unit with secondary silencer TX

Quick sizing table for sound pressure levels
The quick sizing tables include common sound insulation and attenuation values. If the sound pressure level is above the permissible value, a larger air terminal unit and/or a silencer or acoustic cladding are required. For more information on the acoustic data, see Basic Information and Nomenclature.

Quick sizing table for air-regenerated noise L_PA
Controller including silencer variants

B	H	q_v [l/s]	q_v [m³/h]	150 Pa		500 Pa
B	H	q_v [l/s]	q_v [m³/h]	(1)	(2)	(1)	(2)
200	100	16	58	31	15	40	22
200	100	64	230	40	25	49	32
200	100	112	403	44	29	52	36
200	100	160	576	48	n. V.	54	39
300	100	25	87	25	10	36	18
300	100	96	346	37	23	48	32
300	100	168	605	42	30	52	36
300	100	240	864	46	n. V.	54	39
200	200	33	116	32	19	42	27
200	200	128	461	42	29	52	37
200	200	224	806	44	30	53	39
200	200	320	1152	45	30	54	40
300	200	48	173	35	19	47	30
300	200	192	691	44	27	55	38
300	200	336	1210	45	28	57	39
300	200	480	1728	46	30	58	39
400	200	65	231	31	17	43	27
400	200	256	922	38	24	50	35
400	200	448	1613	39	26	51	37
400	200	640	2304	40	29	52	38
500	200	80	288	33	15	44	26
500	200	320	1152	40	24	51	34
500	200	560	2016	42	26	53	36
500	200	800	2880	43	29	54	38
600	200	96	346	32	17	44	27
600	200	384	1382	38	24	50	34
600	200	672	2419	40	25	51	36
600	200	960	3456	41	29	52	37

(1) Basic unit
(2) Basic unit with secondary silencer TX

n.a.: Specified static differencial pressure Δp_st is smaller than minimum differential pressure Δp_stmin.

Quick sizing table for case-radiated noise L_PA

B	H	q_v [l/s]	q_v [m³/h]	150 Pa	500 Pa
B	H	q_v [l/s]	q_v [m³/h]	(1)
200	100	16	58	18	26
200	100	64	230	27	35
200	100	112	403	30	39
200	100	160	576	35	41
300	100	24	87	13	24
300	100	96	346	26	36
300	100	168	605	31	41
300	100	240	864	37	45
200	200	32	116	20	29
200	200	128	461	30	39
200	200	224	806	34	43
200	200	320	1152	36	46
300	200	48	173	24	36
300	200	192	691	34	46
300	200	336	1210	38	50
300	200	480	1728	40	52
400	200	64	231	19	31
400	200	256	922	29	41
400	200	448	1613	33	45
400	200	640	2304	35	47
500	200	80	288	20	31
500	200	320	1152	31	42
500	200	560	2016	35	46
500	200	800	2880	38	49
600	200	96	346	19	31
600	200	384	1382	29	41
600	200	672	2419	33	45
600	200	960	3456	36	48

(1) Basic unit

Specification text

VAV terminal units in rectangular design for variable and constant volume flow systems, for supply air or extract air, in several nominal sizes. High control accuracy of set volume flow rates, even in unfavourable upstream conditions. Control range at least 1:10. Differential pressure measurement and control via damper blade. Tubeless differential pressure transmission through differential pressure duct in shaft Closed blade air leakage according to EN 1751: class 2 or 3 depending on nominal size. Casing air leakage according to EN 1751, class C Ready-to-commission unit which consists of the mechanical parts and the factory mounted electronic control component. Position of the damper blade indicated externally at the control component. The damper blade is factory set to open position, which allows a ventilation airflow even without control. Meets the hygiene requirements of EN 16798, Part 3, of VDI 6022, Sheet 1, and of DIN 1946, Part 4.

Special characteristics

High differential pressure signal with small angle of attack
Factory set-up or programming and aerodynamic function testing
Volume flow rate can be measured and subsequently adjusted. Additional adjustment tool may be required (depending on the variant of the control component)
Tubeless differential pressure measurement via damper blade
Differential pressure transmission through differential pressure duct in axis
Any airflow direction if dynamic transducer is used
Any installation orientation also with static transducer
Suitable for air velocities from 0.8 - 8 m/s
Compact dimensions for use in confined ceiling areas

Materials and surfaces

Casing and damper blade made of galvanised sheet steel
Shaft made of PA6, UL94-V0 (H ≤ 200) or aluminium (H > 200)
Closed-cell damper blade seal made of EPDM
Bearings made of plastic

Equivalence criteria

Declaration of hygiene conformity in accordance with VDI 6022, part 1 (01/2018), ÖNORM H 6020 (03/2015) and ÖNORM H 6021 (08/2016)
Independent of air direction - air flow in both directions
Suitable for airflow velocities of 0.8 – 8 m/s
No inflow lengths required (even after T-piece)
Meets the hygiene requirements according to EN 16798 Part 3, VDI 6022 Sheet 1, DIN 1946 Part 4
Setting the volume flow rates without adjustment device via Vmin- and Vmax-potentiometer
Electrical connections with screw terminals, no additional connection box required
Acoustic data determined according to ÖNORM EN ISO 5135
Maximum control deviation of 5 % at qvmax, without upstream section

Connection type

Flanges on both ends, suitable for duct connections

Technical data

Minimum differential pressure: up to 50 Pa (without secondary silencer)

Maximum differential pressure

Control component with dynamic transducer: 900 Pa
Control component with static transducer: 600 Pa

Closed blade air leakage, class 2 or 3 depending on nominal size.

Specification text attachment

Variable volume flow control with electronic Easy controller for applying a reference value and capturing an actual value to be integrated with the central BMS.

24 V AC/DC supply voltage
Signal voltages 0 – 10 V DC
Possible override controls with external switches using voltfree contacts: CLOSE, OPEN, qvmin and qvmax
Potentiometers with percentage scales to set the volume flow rates qvmin and qvmax
The actual value signal relates to the nominal volume flow rate so that commissioning and subsequent adjustment are simplified
Volume flow rate control range: approx. 10 – 100% of the nominal volume flow rate
Visible indicator light for signalling the various operating conditions
Electrical connections with screw terminals.
Double screw terminals for looping the supply voltage, i.e. for simple connection of voltage transmission to the next controller.

Life cycle assessment

A life cycle assessment is available for the product series in form of an Environmental Product Declaration (EPD) that has been checked and published by a programme holder.

Order code for volume flow control (with Easy controller)

TVE-Q	/	300 × 200	/	Easy
\|		\|		\|
1		3		5

1 Type
TVE-Q VAV air terminal unit

3 Nominal size [mm]
Specify width × height

5 Attachments (control component)
Easy Volume flow controller, dynamic, analogue interface, setting of q_vmin and q_vmax with potentiometers provided by others

Order example: TVE-Q/300×200/Easy

Type	TVE-Q
Nominal size [mm]	Width 300, height 200
Attachments (control component)	Volume flow controller, dynamic, analogue interface, setting of q_vmin and q_vmax with potentiometers provided by others

,Order code for volume flow control (with VARYCONTROL attachment)

TVE-Q	–	P1	/	300 × 200	/	XB0	/	V	0	/	200 – 900 [m³/h]
\|		\|		\|		\|		\|	\|		\|
1		3		4		5		6	7		8

1 Type
TVE-Q VAV air terminal unit

3 Material
No entry: galvanised sheet steel
P1 Air duct powder-coated RAL 7001, silver grey

4 Nominal size [mm]
Specify width × height

5 Attachment (control component)
XB0 Dynamic volume flow controller, analogue interface
XM0 Dynamic volume flow controller with display, interface Modbus RTU or analogue
XM0-J6 Dynamic volume flow controller with display, Modbus RTU interface, RJ12 socket (for X-AIRCONTROL)
XS0 Static volume flow controller with display, Modbus RTU or analogue interface
XS0-J6 Static volume flow controller with display, Modbus RTU interface, RJ12 socket (for X-AIRCONTROL)
XDMB0 Dynamic volume flow controller with display, Modbus RTU or BACnet MS/TP or analogue interface
XSMB0 Static volume flow controller with display, Modbus RTU or BACnet MS/TP or analogue interface

6 Operating mode
For attachments XB0, XM0, XS0
F Constant value mode, one setpoint value (no external switch contact)
V Variable operation (default setpoint value from analogue signal)

For attachments XM0, XM0-J6, XS0, XS0-J6
M Modbus RTU interface, variable operation (default setpoint value in Modbus register)

For attachments XDMB0, XSMB0
B BACnet MS/TP interface, variable operation (setpoint specification via BACnetObject)

7 Signal voltage range
Only with operating mode F or V
0 0 – 10 V DC
2 2 – 10 V DC

8 Operating values for factory setting
Volume flow rate [m³/h or l/s]
q_v_const (with operating mode F)
q_vmin – q_v_max (for operating mode V, M, B)

Order example: TVE-Q-P1/500×200/XB0/V0/850-2200[m³/h]

Type	TVE-Q
Material	Air duct powder-coated RAL 7001, silver grey
Nominal size [mm]	Width 500, height 200
Attachments (control component)	Volume flow controller, dynamic, analogue interface
Operating mode	Variable operation
Signal voltage range	0 – 10 V DC
Operating values for factory setting	850 – 2200 [m³/h]

Variants, Product Details

VAV terminal unit variant TVE-Q (standard, galvanised steel)

Bogenanschluss, vertikal

Ein Bogen ohne zusätzliche gerade Anströmlänge vor dem VVS-Regelgerät hat keinen nennenswerten Einfluss auf die Volumenstromgenauigkeit Δq_v.

Installation and commissioning

Almost any installation orientation
EN 1505 must be considered when making air duct connections, such as the junction from a main duct

Upstream conditions

The differential pressure, which is decisive for the volume flow rate, is recorded and averaged on the damper blade. Therefore, the volume flow rate accuracy Δqv is independent of the upstream length, but in case of junctions from the main line, dependent on the installation variant of the control unit in the branch duct.

TVE-Q control components VARYCONTROL

Attachment	Controlled variable	Interface	Effective pressure transducer	Actuator	Manufacturer
Easy controller, dynamic
Easy	q_v	0 – 10 V	integrated	Slow running integrated	(1)
Compact controller, dynamic
XB0	q_v	0 – 10 V or 2 – 10 V	integrated	Slow running integrated	(1)
XM0	q_v	Modbus RTU interface	integrated	Slow running integrated	(1)
XM0–J6	q_v	Modbus RTU interface with RJ12 socket (for X-AIRCONTROL)	integrated	Slow running integrated	(1)
Compact controller, static
XS0	q_v	Modbus RTU interface	integrated	Slow running integrated	(1)
XS0–J6	q_v	Modbus RTU interface with RJ12 socket (for X-AIRCONTROL)	integrated	Slow running integrated	(1)

q_v Volume flow rate
(1) TROX

Downloads

product information

Product data sheet TVE-Q

TVE-Q_PD_2024_04_16_DE_en Product data sheet 740 KB pdf
Product data sheet XB0

XB0_PD_2024_10_23_DE_en 760 KB pdf
Product data sheet control component Easy

Easy_PD_2024_10_31_DE_en Product Data Sheet 620 KB pdf
Product data sheet control components XM0

XM0--Ab-04-24-_PD_2024_05_29_DE_en Product data sheet 640 KB pdf
Product data sheet control components XM0-J6

XM0-J6_PD_2023_10_20_DE_en Product data sheet 520 KB pdf
Product data sheet control components XS0

XS0_PD_2023_10_20_DE_en Product data sheet 620 KB pdf
Product data sheet control components XS0-J6

XS0-J6_PD_2023_10_20_DE_en Product data sheet 500 KB pdf

certificates

Certificate concerning statistical leakage tests

LC_v2_2024_10_DE_en Certificate 650 KB pdf
Declaration of hygiene conformity TVE-Q

TVE-Q_HC_2024_05_DE_en Certificate 2,1 MB pdf
Environmental Product Declaration TVE-Q

TVE-Q_EPD_2024_03_DE_en Environmental Product Declarations 480 KB pdf

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TVE-Q

Compact solution for low airflow velocities

General information

Technical information

Function, Technical data, Specification text, Order Code

Variants, Product Details

Downloads

product information

Product data sheet TVE-Q

Product data sheet XB0

Product data sheet control component Easy

Product data sheet control components XM0

Product data sheet control components XM0-J6

Product data sheet control components XS0

Product data sheet control components XS0-J6

certificates

Certificate concerning statistical leakage tests

Declaration of hygiene conformity TVE-Q

Environmental Product Declaration TVE-Q

TECHNICALLY NECESSARY

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