TVE

VAV terminal unit, variant TVE

{249}

Differential pressure measurement via damper blade

{249}

Compact controller with display

Junction

For all upstream conditions

Tested to VDI 6022

Conforms to VDI 6022

Compact solution for low airflow velocities

Circular air terminal units for variable air volume systems with low airflow velocities, suitable even with unfavourable upstream conditions

Effective pressure measurement not with a tube, but by means of the damper blade
Effective pressure transmission through effective pressure channel in the shaft
Terminals with protective cover, no junction box required
Any airflow direction if dynamic transducer is used
Suitable for airflow velocities of 0.5 – 13 m/s
Compact dimensions allow for use in restricted spaces
Plug-and-play solution in conjunction with X-AIRCONTROL room control
Exact measurement even with low airflow velocities
Any installation orientation even 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 1:25

Optional equipment and accessories

Acoustic cladding for the reduction of case-radiated noise
Secondary silencer CA (for Germany and Switzerland), CAH (for EMEA) or CF for the reduction of air-regenerated noise
Hot water heat exchanger WL and electric air heater EL for reheating the airflow

General information

Application

Circular VAV terminal units for use in ventilation and air conditioning systems
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 others)

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 shaft
Any airflow direction if dynamic transducer is used
Any installation orientation also with static transducer
Suitable for airflow velocities of 0.5 – 13 m/s
Compact dimensions for use in confined ceiling areas

Nominal sizes

100, 125, 160, 200, 250, 315, 400

Variants

TVE: VAV terminal unit
TVE-D: VAV terminal unit with acoustic cladding
TVE-FL: VAV terminal unit with flanges on both ends
TVE-D-FL: VAV terminal unit with acoustic cladding and flanges on both ends
Units with acoustic cladding and/or a circular silencer CA (for Germany and Switzerland), CAH (for EMEA) or CF for demanding acoustic requirements

Construction

Galvanised sheet steel
P1: Surface powder-coated, silver grey (RAL 7001)
A2: Stainless steel

Parts and characteristics

Ready-to-commission unit which consists of mechanical parts and control components.
Damper blade with integrated measuring unit
Shaft with differential pressure duct for measured value transmission
Factory assembled control components complete with wiring
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 and display; can also be converted to Modbus RTU by the customer

Accessories

G2: Matching flanges for both ends
D2: Double lip seals on both ends (factory fitted)

Useful additions

Circular silencer CA (for Germany and Switzerland), CAH (for EMEA) or CF
Heat exchanger Type WL
Electric air heater Type EL

Construction features

Circular casing
Spigot suitable for circular ducts to EN 1506 or EN 13180
Spigots with groove for seal
Position of the damper blade can be seen from outside via position indicator
TVE-FL: Flanges to EN 12220
Simple exchange of the control components possible

Material and surfaces

Galvanised sheet steel construction

Casing made of galvanised sheet steel
Damper blade, effective pressure sensor and shaft made of plastic, PA6, UL94, flame retardant (V-0)
Damper blade seal made of plastic, TPU, antimicrobial
Plastic plain bearings

Powder-coated (P1)

Casing made of galvanised sheet steel, surface powder coated, silver grey (RAL 7001)
Damper blade, effective pressure sensor and shaft made of plastic, PA6, UL94, flame retardant (V-0)
Damper blade seal made of plastic, TPU, antimicrobial
Plastic plain bearings

Stainless steel construction (A2)

Casing made of stainless steel 1.4301
Damper blade, effective pressure sensor and shaft made of plastic, PA6, UL94, flame retardant (V-0)
Damper blade seal made of plastic, TPU, antimicrobial
Plastic plain bearings

Acoustic cladding

Variant with acoustic cladding (-D)
Acoustic cladding made of galvanised sheet steel
PE ring for the insulation of structure-borne noise
Lining made of mineral wool

Mineral wool

According to EN 13501, fire rating class A1, non-combustible
RAL quality mark RAL-GZ 388
Non-hazardous thanks to high biosolubility according to the German Ordinance on Hazardous Substances and Note Q of the European Regulation (EC) No. 1272/2008

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 100 – 160

EN 1751, Class 3
Meets the general requirements of DIN 1946, part 4, with regard to the acceptable closed damper blade air leakage

NS 200 – 400

EN 1751, Class 4
Meets the increased requirements of DIN 1946, part 4, with regard to the acceptable closed blade air leakage

Maintenance

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

Technical information

Function, Quick Sizing, Specification Text, Order Code

1 Double lip seal
2 Casing
3 Damper blade including differential pressure sensor
4 Shaft with effective pressure channel
5 Electronic volume flow controller

Functional description

The control damper blade works as an actuator and as an effective pressure sensor. The differential pressure is measured via the hollow damper blade and the signal is passed through channels in the shaft where it reaches the transducer (static or dynamic), it is then converted into an electrical signal and compared with the setpoint value.

In the case of a control deviation, the integrated actuator changes the position of the control damper blade. As a result, the volume flow rate is maintained at a constant level in close tolerances over the entire differential pressure range.

Due to the above measurement and control principles, to ensure stability and accuracy throughout product lifecycle, we advise that controllers with static transducers are used on all extract applications (i.e. XS0).

Nominal sizes	100 – 400 mm
Volume flow rate range	4 - 1388 l/s or 14 - 5000 m³/h
Volume flow rate control range (unit with dynamic effective pressure measurement)	Approx. 4 – 100 % of the nominal volume flow rate
Minimum differential pressure	Up to 50 Pa (without circular 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 differential pressures, the volume flow rate accuracy and the room sound pressure levels that can be expected. 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 calculated with our Easy Product Finder design program. The first selection criteria for the nominal size are the actual 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. Sufficient static differential pressure (Δ_pstat,min) must be ensured for all operating conditions and for all controllers. The measurement points for fan speed control must be selected accordingly. The volume flow rates given for VAV terminal units depend on the nominal size and on the control component (attachment) that is installed.

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

Nominal size	qv [l/s]	qv [m³/h]	Δpstmin [Pa]				Δqv [±%]
Nominal size	qv [l/s]	qv [m³/h]	①	②	③	④	Δqv [±%]
100	4	14	1	1	1	1	18
100	35	127	6	9	11	13	7
100	67	241	22	29	37	44	5
100	98	354	46	63	79	95	5
125	6	21	1	1	1	1	19
125	58	207	6	7	9	11	7
125	109	393	19	25	31	37	5
125	160	579	41	54	68	81	5
160	10	35	1	1	1	1	18
160	93	333	7	8	9	10	7
160	175	631	22	26	30	34	5
160	258	929	47	56	65	74	5
200	16	55	1	1	1	1	18
200	150	541	6	6	7	8	7
200	285	1027	19	22	25	29	5
200	420	1513	40	47	54	61	5
250	25	87	1	1	1	1	18
250	228	822	5	6	7	7	7
250	433	1558	17	20	22	25	5
250	636	2293	37	42	47	53	5
315	52	186	1	1	1	1	16
315	359	1291	7	8	8	9	7
315	665	2395	23	25	26	28	6
315	972	3500	49	53	56	59	5
400	117	420	1	1	1	1	14
400	541	1947	8	8	8	8	7
400	965	3473	23	24	25	26	6
400	1388	5000	47	49	51	53	5

① Basic unit
② Basic unit with circular silencer CF, insulation thickness 50 mm, length 500 mm
③ Basic unit with circular silencer CF, insulation thickness 50 mm, length 1000 mm
④ Basic unit with circular silencer CF, insulation thickness 50 mm, length 1500 mm

Quick sizing table for sound pressure levels

The quick sizing tables are based on generally accepted attenuation levels. If the sound pressure level exceeds the required level, a larger air terminal unit and/or a silencer or acoustic cladding is 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

Nominal size	qv [l/s]	qv [m³/h]	Δpst = 150 Pa				Δpst = 500 Pa
Nominal size	qv [l/s]	qv [m³/h]	①	②	③	④	①	②	③	④
100	4	14	32	< 15	< 15	< 15	42	17	< 15	< 15
100	35	127	46	32	28	24	56	40	34	31
100	67	241	51	37	33	29	60	47	42	38
100	98	354	55	37	32	30	64	52	47	44
125	6	21	37	15	< 15	< 15	48	26	16	< 15
125	58	207	48	34	28	25	59	42	35	31
125	109	393	52	39	34	31	62	47	41	37
125	160	579	56	41	37	34	63	49	44	40
160	10	35	42	24	15	< 15	54	38	29	22
160	93	333	45	33	28	25	58	43	36	31
160	175	631	50	38	34	31	58	44	38	34
160	258	929	53	40	35	33	57	44	39	36
200	16	55	33	20	< 15	< 15	44	32	26	21
200	150	541	46	36	31	28	57	47	42	39
200	285	1027	49	38	34	32	58	49	44	41
200	420	1513	53	43	40	38	58	49	45	42
250	25	87	40	29	22	17	52	42	36	31
250	228	822	46	37	32	29	58	50	45	41
250	433	1558	47	39	34	32	57	50	45	41
250	636	2293	52	45	41	38	57	50	45	42
315	52	186	42	34	28	24	54	47	42	38
315	359	1291	43	36	31	28	55	48	44	41
315	665	2395	45	38	33	31	54	48	44	41
315	972	3500	48	41	37	34	54	47	44	41
400	117	420	47	42	37	32	57	53	48	43
400	541	1947	45	40	35	31	55	50	46	43
400	541	1947	44	38	34	31	54	49	46	42
400	1388	5000	48	42	38	35	54	49	45	42

Air-regenerated noise L_PA [dB(A)] at static differential pressure Δ_pst 150 or 500 Pa

① Basic unit

② Basic unit with circular silencer CF, insulation thickness 50 mm, length 500 mm

③ Basic unit with circular silencer CF, insulation thickness 50 mm, length 1000 mm

④ Basic unit with circular silencer CF, insulation thickness 50 mm, length 1500 mm

Quick sizing table for case-radiated noise L_PA
Controller including acoustic cladding

Nominal size	qv [l/s]	qv [m³/h]	Δpst = 150 Pa		Δpst = 500 Pa
Nominal size	qv [l/s]	qv [m³/h]	①	②	①	②
100	4	14	15	< 15	25	< 15
100	35	127	29	18	39	28
100	67	241	34	23	43	32
100	98	354	37	26	48	37
125	6	21	20	< 15	31	20
125	58	207	31	20	42	31
125	109	393	35	24	45	34
125	160	579	40	29	47	36
160	10	35	22	15	34	27
160	93	333	25	18	38	31
160	175	631	31	24	39	32
160	258	929	36	29	40	33
200	16	55	< 15	< 15	24	< 15
200	150	541	26	< 15	37	22
200	285	1027	32	17	41	26
200	420	1513	38	23	43	28
250	25	87	24	< 15	36	21
250	228	822	32	17	44	29
250	433	1558	36	21	46	31
250	636	2293	43	28	48	33
315	52	186	27	< 15	38	21
315	359	1291	32	15	44	27
315	665	2395	37	19	46	28
315	972	3500	41	24	47	30
400	117	420	32	16	42	26
400	541	1947	36	20	46	30
400	965	3473	37	21	48	32
400	1388	5000	43	27	49	33

Case-radiated noise L_PA [dB(A)] at static differential pressure Δ_pst 150 or 500 Pa

① Basic unit

② Basic unit with acoustic cladding

Note:

Information on case-radiated noise for combinations of basic unit and optional acoustic cladding and secondary silencer can be found in the Easy Product Finder design program.

Specification text

Circular VAV terminal units for variable and constant air volume systems, suitable for supply or extract air, available in 7 nominal sizes. High control accuracy of set volume flow rates, even in unfavourable upstream conditions. Control range at least 1:25. Differential pressure measurement and control via damper blade. Tubeless differential pressure transmission through differential pressure duct in shaft Closed blade air leakage to EN 1751: at least class 3, from NS 200: class 4. Casing air leakage 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 features

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 shaft
Any airflow direction if dynamic transducer is used
Any installation orientation also with static transducer
Suitable for airflow velocities of 0.5 – 13 m/s
Compact dimensions for use in confined ceiling areas

Materials and surfaces

Casing made of galvanised sheet steel
Damper blade and shaft made of plastic, PA6, UL94-V0
Damper blade seal made of plastic, TPU, antimicrobial
Plastic plain bearings

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 0.5 – 13 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 V_min- and V_max-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 q_vmax, without upstream section

Connection type

Spigot with groove for lip seal, suitable for connecting ducts according to EN 1506 or EN 13180

Technical data

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

Maximum differential pressure

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

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 MCE/BACS.

Supply voltage 24 V AC/DC
Signal voltages 0 – 10 V DC
Possible override controls with external switches using volt-free contacts: CLOSE, OPEN, q_vminand q_vmax
Potentiometers with percentage scales to set the volume flow rates q_vmin and_{q_vmax}
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. 4 – 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.

Order code for volume flow control (with Easy controller)

TVE	–	D	/	100	/	D2	/	Easy
\|		\|		\|		\|		\|
1		2		5		6		7

1 Type
TVE VAV terminal unit

2 Acoustic cladding
No entry: without acoustic cladding
D with acoustic cladding

5 Nominal size [mm]
100, 125, 160, 200, 250, 315, 400

6 Accessories
No entry: without accessories
D2 Double lip seal both ends

7 Attachments (control component)
Easy Volume flow controller, dynamic, analogue interface, setting of qᵥ_min and qᵥ_max with potentiometers (provided on site)Order example: TVE-D/200/D2/Easy

Type	TVE
Acoustic cladding	With acoustic cladding
Nominal size [mm]	200
Accessories	Double lip seal both ends
Attachments (control components)	Volume flow controller, dynamic, analogue interface, setting of q_min and qᵥ_max with potentiometers (by others)

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

TVE

–

100

XB0

200 – 900 [m³/h]

1 Type
TVE VAV air terminal unit

2 Acoustic cladding
No entry: without acoustic cladding
D with acoustic cladding

3 Material
No entry: galvanised sheet steel
P1 Surface powder-coated, RAL 7001 (silver grey)
A2 Stainless steel construction

4 Air duct connection
No entry: push-fit end, suitable for air ducts according to EN 1506; with groove for optional seal
FL Flanges on both ends

5 Nominal size [mm]
100, 125, 160, 200, 250, 315, 400

6 Accessories
No entry: without accessories
D2 Double lip seal both ends (with groove: only for push-fit end)
G2 Matching flange for every flange (only with FL)

7 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

8 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)

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

10 Operating values for factory setting
Volume flow rate [m³/h or l/s]
qᵥ_const (with operating mode F)
qᵥ_min – qᵥ_max (for operating mode V, M, B)Order example: TVE-D-P1-FL/100/G2/XB0/V0/200-900 [m³/h]

Type	TVE
Acoustic cladding	with acoustic cladding
Material	Air duct powder-coated RAL 7001, silver grey
Air duct connection	Flanges on both ends
Nominal size [mm]	100
Accessories	Matching flange for every flange (only with FL)
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	200 – 900 [m³/h]

Variants, Product details, Additional product information

VAV terminal unit, variant TVE

Application

Spigot

Application

With acoustic cladding
For rooms where the case-radiated noise of the unit is not sufficiently reduced by a false ceiling
The circular ducts for the room under consideration must have adequate acoustic insulation (provided by others) on the fan and room ends
Acoustic cladding cannot be retrofitted

Application

With flanges on both ends to make detachable connections to the ducting
Optional available with matching flanges

Application

With flanges on both ends to make detachable connections to the ducting
With acoustic cladding
Optional available with matching flanges
For rooms where the case-radiated noise of the unit is not sufficiently reduced by a false ceiling
The circular ducts for the room under consideration must have adequate acoustic insulation (provided by others) on the fan and room ends
Acoustic cladding cannot be retrofitted

Bend

In front of the unit, a bend with a curvature radius of ≥ 1D has only a negligible effect on the volume flow rate accuracy Δqᵥ.

Installation and commissioning

Any installation orientation
TVE-D: For constructions with acoustic cladding, ducts on the room side should have cladding up to the acoustic cladding of the controller

Upstream conditions

The effective pressure, which is decisive for the volume flow rate, is recorded and averaged on the control damper blade. Therefore, the volume flow rate accuracy Δ_qv is independent of the upstream section.

Duct connections, e.g. branches off the main duct, must comply with EN 1506 and EN 13180.

TVE control components VARYCONTROL

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

qv Volume flow rate
① TROX

TVE: 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)
XDMB0	q_v	Modbus RTU interface	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)
XSMB0	q_v	0 – 10 V or 2 – 10 V or Modbus RTU or BACnet MS/TP	integrated	Slow running, integrated	(1)

q_v Volume flow rate
(1) TROX

Attachments

Access to attachments, mounted on one side

Space requirement, control component on one side

Attachment	①	②	③
Easy controller: Easy	250	200	300
Compact controller: XB0, XM0, XM0-J6, XS0, XS0-J6	250	200	300

Space required for commissioning and maintenance

Keep sufficient space free in the area of the attachments for commissioning and maintenance. It may be necessary to provide sufficiently sized inspection access openings.

Downloads

brochure

SF_2019_05_TVE_DE_en_webpdf.pdf

470 KB pdf
EASY_IM_A00000073971_V2_2020_03_DE_enpdf.pdf

1.5 MB pdf

certificati

CE_VVS_DE_enpdf.pdf

200 KB pdf
Certificate concerning statistical leakage tests

LC_v1_2024_10_DE_en Certificate 660 KB pdf
Declaration of conformity or declaration of incorporation Type TVE

CE_VVS_DE_en Declaration of conformity or declaration of incorporation 200 KB pdf
Declaration of hygiene conformity TVE

TVE_HC_2024_05_DE_en Hygiene certificate 1.5 MB pdf
Environmental Product Declaration TVE

TVE_EPD_2024_03_DE_en Environmental Product Declarations 460 KB pdf
Environmental Product Declaration TVE-D

TVE-D_EPD_2024_06_DE_en Environmental Product Declarations 1.1 MB pdf

manuali d'uso

XM0_XS0-Compact_IM_A00000088381_V2_2022_02_GB_enpdf.pdf

1.4 MB pdf
TVE_IOM_CD10019_V2_2024_01_GB_enpdf.pdf

1.8 MB pdf
Installation and commissioning instructions – Control component Easy

EASY_IM_A00000073971_V2_2020_03_DE_en 1.5 MB pdf

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TVE

Compact solution for low airflow velocities

General information

Technical information

Function, Quick Sizing, Specification Text, Order Code

Variants, Product details, Additional product information

Attachments

Downloads

brochure

SF_2019_05_TVE_DE_en_webpdf.pdf

EASY_IM_A00000073971_V2_2020_03_DE_enpdf.pdf

certificati

CE_VVS_DE_enpdf.pdf

Certificate concerning statistical leakage tests

Declaration of conformity or declaration of incorporation Type TVE

Declaration of hygiene conformity TVE

Environmental Product Declaration TVE

Environmental Product Declaration TVE-D

manuali d'uso

XM0_XS0-Compact_IM_A00000088381_V2_2022_02_GB_enpdf.pdf

TVE_IOM_CD10019_V2_2024_01_GB_enpdf.pdf

Installation and commissioning instructions – Control component Easy

TECNICAMENTE NECESSARIO

STATISTICHE E ANALISI DEL SITO WEB

CONVENIENZA E PERSONALIZZAZIONE

PER LA MIGLIORE ESPERIENZA TROX