TVZ

VAV terminal unit, variant TVZ

VAV terminal unit for variable supply air volume flow control

Easyregler-Compactregler_img_01_2020_01_DE__5_psd.psd.link

Easy controller, Compact controller

TU-ELAB-Regler_img_01_2020_01_DE__8_psd.psd.link

TROX UNIVERSAL controller,

TROX LABCONTROL controller

Circular connection on the fan end

Rectangular connection on the room end

Tested to VDI 6022

For supply air systems with demanding acoustic requirements

VAV terminal units for the supply air control in buildings with variable air volume systems and demanding acoustic requirements

Highly effective integral attenuator
Box style construction for the reduction of the airflow velocity
Electronic control components for different applications (Easy, Compact, Universal, and LABCONTROL)
Closed blade air leakage to EN 1751, up to class 4
Casing air leakage to EN 1751, up to class C

Optional equipment and accessories

Acoustic cladding for the reduction of case-radiated noise
Secondary silencer Type TS for the reduction of air-regenerated noise
Hot water heat exchanger of Type WT for reheating the airflow

General information

Application

Rectangular VAV terminal units for use in ventilation and air conditioning systems
For controlling, restricting or shutting off the supply air flow in systems with high acoustic requirements
Integral attenuator
Closed-loop volume flow control using an external power supply
For variable or constant volume flow systems
Shut-off by means of switching (by others)
Can also be used for duct or room pressure control with suitable control components

Special features

Integral attenuator with at least 26 dB insertion loss at 250 Hz
Hygiene tested and certified
Factory set-up or programming and aerodynamic function testing
Parameters can also later be set on the control component; additional adjustment device may be necessary
Inspection access according to VDI 6022

Nominal sizes

125, 160, 200, 250, 315, 400

Variants

TVZ: Supply air unit
TVZ-D: Supply air unit with acoustic cladding
Units with acoustic cladding and/or secondary silencer Type TS for very demanding acoustic requirements
Acoustic cladding cannot be retrofitted

Parts and characteristics

Ready-to-commission unit which consists of mechanical parts and control components.
Averaging effective pressure sensor for volume flow rate measurement
Damper blade
Integral attenuator
Inspection access
Factory assembled control components complete with wiring and tubing
Aerodynamic functional testing on a special test rig before shipping of each unit
Set-up data is given on a label or volume flow rate scale affixed to the unit
High control accuracy (even with upstream bend R = 1D)

Attachments

EASY controller: Compact unit consisting of controller with potentiometers, effective pressure transducer and actuator
Compact controller: Compact unit consisting of controller with potentiometers, effective pressure transducer and actuator
Universal controller: Controller, effective pressure transducer and actuators for special applications
LABCONTROL: Control components for air management systems

Accessories

Double lip seal (factory fitted)

Useful additions

Secondary silencer Type TS
Heat exchanger Type WT

Construction features

Rectangular casing
Spigot on the fan end suitable for circular ducts to EN 1506 or EN 13180
Spigot with groove for double lip seal
Connection on the room end suitable for ducts
Baffle plate, downstream of the damper blade, for achieving the best possible acoustic and aerodynamic performance
Position of the damper blade indicated externally at shaft extension
Thermal and acoustic insulation (lining)

Materials and surfaces

Casing and damper blade made of galvanised sheet steel
Damper blade seal made of TPE plastic
Lining is mineral wool
Effective pressure sensor made of aluminium
Plastic plain bearings
Shaft and linkage: Galvanised steel

Variant with acoustic cladding (-D)

Acoustic cladding made of galvanised sheet steel
Lining is mineral wool
Rubber elements for the insulation of structure-borne noise

Mineral wool

To EN 13501, fire rating Class A1, non-combustible
RAL quality mark RAL-GZ 388
Non-hazardous to health thanks to being highly biosoluble in accordance with the Ordinance on Hazardous Substances and Note Q of the European Directive (EC) No. 1272/2008
Faced with glass fibre fabric as a protection against erosion from airflow velocities of up to 20 m/s
Inert to fungal and bacterial growth

Standards and guidelines

Fulfils the hygiene requirements of

EN 16798, Part 3
VDI 6022, Sheet 1
DIN 1946, Part 4
Further standards, guidelines in accordance with hygiene certificate

Casing leakage:

Nominal sizes 125 – 200

EN 1751, Class C

Nominal sizes 250 – 400

EN 1751, Class B

Closed blade air leakage:

Nominal sizes 125 – 160

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

Nominal sizes 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

Technical information

Function, Technical data, Quick sizing, Specification text, Order code, Related Products

Schematic illustration of the TVZ

① Effective pressure sensor

② Double lip seal

③ Inspection access

④ Damper blade

⑤ Integral attenuator

⑥ Control components, e.g. an Easy controller

The VAV terminal unit is fitted with an effective pressure sensor for measuring the volume flow rate.

The control components (attachments) include an effective pressure transducer that transforms the effective pressure into an electric signal, a controller, and an actuator; the control functions can be achieved with an Easy controller or with a Compact controller or with individual components (Universal or LABCONTROL).

For most applications, the setpoint value comes from a room temperature controller.

The controller compares the actual value with the setpoint value and alters the control signal of the actuator if there is a difference between the two values.

An integral attenuator reduces the noise that is created by the restriction of the airflow.

The airflow velocity at the room end is, due to the larger rectangular cross section, about half the velocity in the circular duct.

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. It must be ensured that for all operating conditions and for all terminal units a sufficient pressure differential is applied to each controller (Δ_pstat,min). 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
Control component for dynamic pressure measurements – Easy (potentiometers)

Attachment: Easy

NS	qv [l/s]	qv [m³/h]	Δpstmin [Pa]		Δqv [±%]
NS	qv [l/s]	qv [m³/h]	①	②	Δqv [±%]
125	14	50	1	2	20
125	56	201	13	18	9
125	98	353	39	55	7
125	140	504	79	111	5
160	24	83	1	2	19
160	94	339	12	18	9
160	165	595	35	53	6
160	236	851	72	109	5
200	37	133	1	2	19
200	150	540	11	22	9
200	263	948	34	65	6
200	376	1355	70	133	5
250	58	208	1	2	19
250	236	848	12	24	9
250	413	1488	37	72	6
250	591	2128	74	146	5
315	96	344	1	2	19
315	390	1405	12	20	9
315	685	2467	36	59	6
315	980	3528	73	121	5
400	157	563	1	1	19
400	638	2298	12	17	9
400	1120	4033	36	51	6
400	1602	5768	73	104	5

① Basic unit
② Basic unit with secondary silencer TS

Volume flow rate ranges and minimum differential pressure values
Control component dynamic measurement principle – q_v Extended

Attachments: BC0, BL0 **, BM0, BM0-J6

NS	qv [l/s]	qv [m³/h]	Δpstmin [Pa]		Δqv [±%]
NS	qv [l/s]	qv [m³/h]	①	②	Δqv [±%]
125	14	50	1	2	20
125	68	244	19	26	8
125	121	437	59	84	6
125	175	631	123	174	5
160	24	83	1	2	19
160	114	411	17	26	8
160	205	738	54	82	6
160	296	1066	113	170	5
200	37	133	1	2	19
200	182	655	17	31	8
200	327	1176	53	100	6
200	471	1698	109	208	5
250	58	208	1	2	19
250	285	1027	18	34	8
250	513	1847	56	110	6
250	740	2666	116	229	5
315	96	344	1	2	19
315	473	1703	17	29	8
315	851	3062	55	91	6
315	1228	4421	114	190	5
400	157	563	1	1	19
400	774	2785	17	25	8
400	1391	5006	55	78	6
400	2007	7228	115	162	5

① Basic unit
② Basic unit with secondary silencer TS

** Control component to be discontinued - do not include in new projects

Volume flow rate ranges and minimum differential pressure values
Control component dynamic measurement principle - q_v As standard

Attachments: BUDN, BUDNF, LN0, LK0, LB0, XB0, XB4, (B13 *, B1B *)

NS	qv [l/s]	qv [m³/h]	Δpstmin [Pa]		Δqv [±%]
NS	qv [l/s]	qv [m³/h]	①	②	Δqv [±%]
125	14	50	1	2	20
125	58	207	14	19	9
125	101	365	42	59	6
125	145	522	84	119	5
160	24	83	1	2	19
160	97	349	13	19	9
160	171	616	38	57	6
160	245	882	77	117	5
200	37	133	1	2	19
200	155	557	12	23	9
200	272	980	37	70	6
200	390	1404	75	143	5
250	58	208	1	2	19
250	243	874	13	25	9
250	428	1539	39	77	6
250	612	2205	80	157	5
315	96	344	1	2	19
315	402	1448	13	21	8
315	709	2553	38	64	6
315	1015	3657	78	130	5
400	157	563	1	1	19
400	658	2368	13	18	8
400	1159	4173	39	54	6
400	1660	5978	79	111	5

① Basic unit
② Basic unit with secondary silencer TS

* Control component already discontinued

Volume flow rate ranges and minimum differential pressure values
Control component of static measurement principle

Attachments: BUSN, BUSNF, BUSS, XD0, XD4, TUN, TUNF, TUS, TUSD, ELAB (BP3 *, BPG *, BPB *, BB3 *, BBB *)

NS	qv [l/s]	qv [m³/h]	Δpstmin [Pa]		Δqv [±%]
NS	qv [l/s]	qv [m³/h]	①	②	Δqv [±%]
125	21	73	2	3	16
125	62	223	16	22	8
125	103	372	43	61	6
125	145	522	84	119	5
160	35	123	2	3	16
160	104	376	14	22	8
160	175	629	40	60	6
160	245	882	77	117	5
200	55	195	2	3	16
200	166	598	14	26	8
200	278	1001	38	73	6
200	390	1404	75	143	5
250	85	306	2	4	16
250	261	939	15	29	8
250	437	1572	41	80	6
250	612	2205	80	157	5
315	142	508	2	3	15
315	433	1558	15	24	8
315	724	2607	40	66	6
315	1015	3657	78	130	5
400	231	830	2	3	15
400	707	2546	15	21	8
400	1184	4262	40	57	6
400	1660	5978	79	111	5

① Basic unit
② Basic unit with secondary silencer TS

* Control component already discontinued

Quick sizing table for sound pressure level

The quick sizing tables are based on generally accepted attenuation and insulation 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
(total flow rate range of type)

NS	qv [l/s]	qv [m³/h]	150 Pa		500 Pa
NS	qv [l/s]	qv [m³/h]	①	②	①	②
125	14	50	< 15	< 15	17	< 15
125	68	244	27	16	31	20
125	121	437	31	21	35	25
125	175	631	34	n.V.	37	28
160	24	83	16	< 15	20	< 15
160	114	411	31	21	34	24
160	205	738	35	25	38	28
160	296	1066	37	n.V.	40	30
200	37	133	< 15	< 15	18	< 15
200	182	655	23	< 15	28	16
200	327	1176	26	18	31	20
200	471	1698	28	n.V.	32	25
250	58	208	< 15	< 15	< 15	< 15
250	285	1027	20	< 15	27	16
250	513	1847	26	18	32	20
250	740	2666	30	n.V.	35	26
315	96	344	< 15	< 15	22	< 15
315	473	1703	23	< 15	30	17
315	851	3062	27	20	33	22
315	1228	4421	30	n.V.	36	26
400	157	563	< 15	< 15	22	< 15
400	774	2785	23	< 15	31	18
400	1391	5006	27	22	34	24
400	2007	7228	31	n.V.	37	29

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

① Basic unit

② Basic unit with secondary silencer TS

n.a.: The specified static differential pressure Δ_pst is lower than the minimum differential pressure Δ_{pst min}.

Quick sizing table for case-radiated noise L_PA
Controller including acoustic cladding
(total flow rate range of type)

NS	qv [l/s]	qv [m³/h]	150 Pa		500 Pa
NS	qv [l/s]	qv [m³/h]	①	②	①	②
125	14	50	17	< 15	24	< 15
125	68	244	25	15	32	21
125	121	437	29	20	35	25
125	175	631	32	23	37	28
160	24	83	15	< 15	23	< 15
160	114	411	25	17	33	24
160	205	738	30	23	37	28
160	296	1066	34	27	40	32
200	37	133	18	< 15	27	15
200	182	655	28	20	36	26
200	327	1176	33	25	39	30
200	471	1698	36	29	42	33
250	58	208	18	< 15	28	18
250	285	1027	27	20	37	28
250	513	1847	32	25	40	32
250	740	2666	36	29	43	35
315	96	344	19	< 15	30	19
315	473	1703	29	20	39	30
315	851	3062	34	26	43	34
315	1228	4421	39	31	46	38
400	157	563	23	< 15	34	24
400	774	2785	31	23	41	33
400	1391	5006	36	28	45	37
400	2007	7228	40	33	47	40

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

① Basic unit

② Basic unit with acoustic cladding

n.a.: The specified static differential pressure Δ_pst is lower than the minimum differential pressure Δ_{pst min}.

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.

Rectangular VAV terminal units for variable and constant air volume systems, suitable for supply air, available in 6 nominal sizes. High control accuracy (even with upstream bend R = 1D). Ready-to-commission unit which consists of the mechanical parts and the electronic control components. Each unit contains an averaging effective pressure sensor for volume flow rate measurement, a damper blade, and an integral sound attenuator. Factory-assembled control components complete with wiring and tubing. Effective pressure sensor with 3 mm measuring holes, hence resistant to contamination. Baffle plate is fitted after the damper blade for optimum acoustic and aerodynamic performance. Casing with acoustic and thermal insulation. Position of the damper blade indicated externally at shaft extension. The damper blade is factory set to open position, which allows a ventilation airflow even without control; this does not apply to variants with defined safe position NC (normally closed). Meets the hygiene requirements of EN 16798, Part 3, of VDI 6022, Sheet 1, and of DIN 1946, Part 4.

Special features

Integral attenuator with at least 26 dB insertion loss at 250 Hz
Hygiene tested and certified
Factory set-up or programming and aerodynamic function testing
Parameters can also later be set on the control component; additional adjustment device may be necessary
Inspection access according to VDI 6022

Materials and surfaces

Casing and damper blade made of galvanised sheet steel
Damper blade seal made of TPE plastic
Lining is mineral wool
Effective pressure sensor made of aluminium
Plastic plain bearings
Shaft and linkage: Galvanised steel

Mineral wool:

To EN 13501, fire rating Class A1, non-combustible
RAL quality mark RAL-GZ 388
Non-hazardous to health thanks to being highly biosoluble in accordance with the Ordinance on Hazardous Substances and Note Q of the European Directive (EC) No. 1272/2008
Faced with glass fibre fabric as protection against erosion from airflow velocities of up to 20 m/s
Inert to fungal and bacterial growth

Connection

Spigot with groove for double lip seal on the fan end, suitable for connecting ducts according to EN 1506 or EN 13180. Room end suitable for the connection of ducts.

Equivalence criteria

Declaration of hygiene conformity in accordance with VDI 6022, Sheet 1 (01/2018), ÖNORM H 6020 (02/2007) and ÖNORM H 6021 (09/2003)
Setting of the volume flow rates without an adjustment device using V_min- and V_max- potentiometer
Electrical connections with screw terminals, no additional terminal boxes required
Aerodynamic functional testing of each volume flow controller on test rigs at the factory, before a label is affixed to the controller
Acoustic data measured to ÖNORM EN ISO 5135:1999

Technical data

Nominal sizes: 125 to 400 mm
Volume flow rate range: 14 – 1602 l/s or 50 – 5768 m³/h
Minimum differential pressure: up to 123 Pa (without secondary silencer)
Maximum differential pressure: 1000 Pa
Closed blade air leakage to EN 1751, class 4 (nominal sizes 125 and 160, class 3).
Casing air leakage to EN 1751, class 4 (nominal size 250, 315, 400, class B)

Specification text for attachment

Variable volume flow control with electronic Easy controller to connect an external control signal; actual value signal can be integrated into the central BMS.

Supply voltage 24 V AC/DC
Signal voltages 0 – 10 V DC
Possible override controls with external switches using volt-free contacts: CLOSED, OPEN, qᵥ_min and qᵥ_max
Potentiometers with percentage scales to set the volume flow rates qᵥ_min and qᵥ_max without an adjustment device
The actual value signal relates to the nominal volume flow rate such that commissioning and subsequent adjustment are simplified
Volume flow rate control range: approx. 10 – 100 % of the nominal volume flow rate
Clearly visible external indicator light for signalling the functions: Set, not set, and power failure
Electrical connections with screw terminals
Double terminals for looping the supply voltage, i.e. for the simple connection of voltage transmission to the next controller

Sizing data

qᵥ _______________________ [m³/h]
Δpst _______________________ [Pa]

Air-regenerated noise

L_PA _______________________

[dB(A)]

Case-radiated noise

L_PA _______________________

[dB(A)]

Order code for volume flow control (with Easy attachment)

TVZ	–	D	/	160	/	D1	/	Easy
\|		\|		\|		\|		\|
1		2		3		4		5

1 Type

TVZ
VAV terminal unit, supply air

2 Acoustic cladding
No entry required: None
D With acoustic cladding

3 Nominal size [mm]1
25160200250315400

4 Accessories
No entry required: None
D1 Double lip seal

5 Attachments (control components)
Easy Volume flow controller, dynamic, analogue interface, setting q_vmin and q_vmax with potentiometers

Order example: TVZ-D/200/Easy

Acoustic cladding	With
Nominal size	200 mm
Attachments (control components)	Easy volume flow controller, dynamic, analogue interface, setting of q_vmin and q_vmax with potentiometers

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

TVZ

–

160

XB4

200 – 900 [m³/h]

1 Type
TVZ
VAV terminal unit, supply air

2 Acoustic cladding
No entry required: None
D With acoustic cladding

3 Nominal size [mm]
125160200250315400

4 Accessories
No entry required: None
D1 Double lip seal

5 Attachments
(control components)
For example
BC0 Compact controller
XB4 Universal controller (VARYCONTROL)

7 Operating mode
F Constant value (a setpoint value)
V Variable (setpoint value range)

8 Signal voltage range
For the actual and setpoint value signals
0 0 – 10 V DC
2 2 – 10 V DC

9 Operating values for factory setting
Volume flow rate [m³/h or l/s]
qᵥ_const (in operating mode F)
qᵥ_min – qᵥ_max (in operating mode V)

10 Damper blade position
Only spring return actuators
NO Power off to OPEN
NC Power off to CLOSE

Order example: TVZ-D/160/D1/BC0/V0/180–850 m³/h

Acoustic cladding	with
Nominal size	160 mm
Accessories	Double lip seal
Attachments (control component)	Compact controller, dynamic, analogue interface
Operating mode	Variable
Signal voltage range	0 – 10 V DC
Operating values	qᵥ_min = 180 m³/hqᵥ_max= 850 m³/h

,
Order code for volume flow control (with TROX UNIVERSAL attachment)

TVZ

–

160

TUNF

UMZ

…

1 Type
TVZ
VAV terminal unit, supply air

2 Acoustic cladding
No entry required: None
D With acoustic cladding

3 Nominal size [mm]
125160200250315400

4 Accessories
No entry required: None
D1 Double lip seal

5 Attachments (control components)
TROX UNIVERSAL controller with
TUN Actuator (150 s)
TUNF Spring return actuator (150 s)
TUS Fast-running actuator (3 s)
TUSD Fast-running actuator (3 s), with digital communication interface (TROX HPD)

6 Equipment function Room control
RS Supply air control (Room Supply)

7 Volume flow rate setting
M Master (RMF function)
S Slave
F Constant flow rate controller

8 Signal voltage range
0 0 – 10 V DC
2 2 – 10 V DC

9 Expansion modules
Option 1: Power supply
No entry required: 24 V AC/DC
T EM-TRF for 230 V AC
U EM-TRF-USV for 230 V AC, provides uninterruptible power supply (UPS)
Option 2: Digital communication interface
No entry required: None
B EM-BAC-MOD-01 for BACnet MS/TP
M EM-BAC-MOD-01 for Modbus RTU
I EM-IP for BACnet/IP, Modbus/IP and web server
R EM-IP with real time clock
Option 3: Automatic zero point correction
No entry required: None
Z EM-AUTOZERO with solenoid valve

10 Operating values for factory setting
Volume flow rate [m³/h or l/s]
Master (RMF function)
qᵥ_min: Minimum volume flow rate
qᵥ_max: Maximum volume flow rate
qᵥ_{const_CLOSED}: Constant supply air
qᵥ_{const_Exhaust}: Constant extract air
qᵥ_Diff: Supply air/extract air difference Constant value
qᵥ_const: Constant volume flow rate Slave
No entry required

11 Damper blade position
Only spring return actuators
NO Power off to OPEN
NC Power off to CLOSE
Useful additions Room control panel
BE-LCD 40-character display

Order example: TVZ 200/TUS/RS/M/0/UMZ/600/1250/0/0/-100

Nominal size	200 mm
Attachments (control components)	TROX UNIVERSAL controller, fast-running actuator (3 s)
Equipment function	Supply air control
Volume flow rate setting	Master (RMF function)
Signal voltage range	0 – 10 V DC
Expansion modules	with expansion module EM-TRF-USV Transformer for 230 V AC supply with UPS functionwith expansion module EM-BAC-MOD Modbus RTU interfacewith expansion module EM-AUTOZERO Solenoid valve for automatic zero point correction
Operating values	qᵥ_min= 600 m³/h, qᵥ_max = 1250 m³/h qᵥ_{const_CLOSED} = 0 m³/h, qᵥ_{const_Exhaust} = 0 m³/h qᵥ_Diff = -100 m³/h

,
Order code for differential pressure control (with VARYCONTROL attachment)

TVZ

–

160

XF4

PRS

30 – 60 [Pa]

1 Type
TVZ
VAV terminal unit, supply air
2 Acoustic cladding
No entry required: None

D With acoustic cladding

3 Nominal size [mm]
125160200250315400

4 AccessoriesNo entry required: None
D1 Double lip seal

5 Attachments (control components)
For example
XF0 Compact controller for duct pressure
XF4 Universal controller for duct pressure (VARYCONTROL)

6 Equipment function/installation location
PDS Duct pressure control, supply air
PRS Room pressure control, supply air

7 Operating mode
F Constant value (a setpoint value)
V Variable (setpoint value range)

8 Signal voltage range
For the actual and setpoint value signals
0 0 – 10 V DC
2 2 – 10 V DC

9 Operating values for factory setting
Differential pressure [Pa]
For duct pressure control, enter the differential pressure [Pa] as an absolute value
Δp_const (in operating mode F)
Δp_min– Δp_max(in operating mode V)

10 Damper blade position
Only spring return actuators
NO Power off to OPEN
NC Power off to CLOSE

Order example: TVZ/160/D1/XF4/PDS/F/2/470 Pa/NO

Nominal size	160 mm
Accessories	Double lip seal (one end)
Attachments (control components)	VARYCONTROL Universal controller for duct pressure
Equipment function	Duct pressure control, supply air
Operating mode	Constant value
Signal voltage range	2 – 10 V DC
Operating value	470 Pa
Damper blade position	Power off to OPEN

,
Order code for differential pressure control (with TROX UNIVERSAL attachment)

TVZ

–

160

TUNF

PRS

MFP

UMZ

…

1 Type
TVZ
VAV terminal unit, supply air

2 Acoustic cladding
No entry required: None
D With acoustic cladding

3 Nominal size [mm]
125160200250315400

4 Accessories
No entry required: None
D1 Double lip seal

6 Equipment functionY
Pressure control
PRS Room pressure control, supply air
PDS Duct pressure control, supply air

7 Differential pressure setting
MFP Master, constant pressure control
MVP Master, variable differential pressure control
SFP Slave, constant pressure control
SVP Slave, variable differential pressure control

8 Signal voltage range
0 0 - 10 V DC
2 2 - 10 V DC

9 Expansion modules
Option 1: Power supply
No entry required: 24 V AC/DC
T EM-TRF for 230 V AC
U EM-TRF-USV for 230 V AC, provides uninterruptible power supply (UPS)
Option 2: Digital communication interface
No entry required: None
B EM-BAC-MOD-01 for BACnet MS/TP
M EM-BAC-MOD-01 for Modbus RTU
I EM-IP for BACnet/IP, Modbus/IP and web server
R EM-IP with real time clock
Option 3: Volume flow rate measurement
No entry required: None
V EM-V Volume flow rate measurement for differential pressure control
Option 4: Automatic zero point correction
No entry required: None
Z EM-AUTOZERO solenoid valve (only with V)

10 Operating values for factory setting
Pressure [Pa], volume flow rate [m³/h or l/s]
Slave SVP
Δp_min: minimum differential pressure
Δp_max: maximum differential pressure Slave SFP
Δp_const: Constant differential pressure Master MFP and MVP like Slave, but additionally
qᵥ_min: minimum volume flow rate
qᵥ_max: maximum volume flow rate
qᵥ_{const_CLOSED}: constant supply air
qᵥ_{const_Exhaust}: constant extract air
qᵥ_Diff: Supply air/extract air difference

11 Damper blade position
Only spring return actuators
NO Power off to OPEN
NC Power off to CLOSE
Useful additions Room control panel
BE-LCD 40-character display
The differential pressure transducer required for room or duct pressure control has to be ordered separately, e.g.
PT-699 for room pressure control
PT-699-DUCT for duct pressure control, including tube and pressure tap

Order example: TVZ/200/TUS/PRS/MVP/0/B/-10/-60/ 600/1250/ 0/ 0/-100

Nominal size	200 mm
Attachments (control components)	TROX UNIVERSAL controller, fast-running actuator (3 s)
Equipment function	Room pressure control, supply air
Differential pressure setting	Master, variable differential pressure control
Signal voltage range	0 – 10 V DC
Expansion modules	with expansion module EM-BAC-MODBACnet MS/TP interface card
Operating values	Δp_min = -10 Pa, Δp_max= -60 Paqᵥ_min= 600 m³/h,_{qᵥ_max= 1250 m³/hq_{ᵥconst_Supply air} = 0 m³/h, q_{ᵥconst_Extract air} = 0 m³/hq_ᵥDiff = - 100 m³/h}

,
Order code for room control (with EASYLAB attachment)

TVZ

–

160

ELAB

UMZ

LAB

…

1 Type
TVZ
VAV terminal unit, supply air
2 Acoustic cladding
No entry required: None
D With acoustic cladding

3 Nominal size [mm]
125160200250315400

4 Accessories
No entry required: None
D1 Double lip seal

5 Attachments (control components)
ELAB EASYLAB controller TCU3

6 Actuators
S Fast-running actuator (3 s)
SD Fast-running actuator (3 s), with digital communication interface (TROX HPD)

7 Equipment function Room control
RS Supply air control (Room Supply)
PC Differential pressure control (Pressure Control)

10 Additional functions
Without room management function
LAB Extract air led system (laboratories)
CLR Supply air led system (clean rooms)
With room management function
LAB-RMF Extract air led system
CLR-RMF Supply air led system

11 Operating values for factory setting
(only required when room management function is active)
Volume flow rate [m³/h or l/s], pressure [Pa]
Total extract air/supply air of room:
q_v1: Standard mode
q_v2: reduced operation
q_v3: increased operation
q_v4: constant supply air
q_v5: constant extract air
q_v6: Supply air/extract air difference
Δp_Set: Setpoint pressure (only with differential pressure control)
Useful additions
Room control panel (only for devices with RMF)
BE-LCD 40-character display
The differential pressure transducer required for room pressure control (equipment function) has to be ordered separately, e.g.
PT-699 Measuring range ±50 Pa or ±100 Pa
PT-GB604 Measuring range ±100 Pa

Order example: TVZ/200/ELAB/SD/RS/CLR-RMF/3500/1000/5000/250/0/-150

Acoustic cladding	without
Nominal size	200 mm
Attachments (control components)	EASYLAB controller TCU3 with fast-running actuator (3 s)
Actuator	Fast-running actuator (3 s), with digital communication interface
Equipment function	Supply air control (Room Supply)
Additional function	Supply air led system with room management function
Operating values	q_v1 = 3500 m³/hq_v2 = 1000 m³/hq_v3 = 5000 m³/hq_v4 = 250 m³/hq_v5 = 0q_v6 = -150 m³/h

Order code for single operation (with EASYLAB attachment)

TVZ

–

160

ELAB

–

UMZ

…

1 Type
TVZ
VAV terminal unit, supply air

2 Acoustic cladding
No entry required: None
D With acoustic cladding

3 Nominal size [mm]
125160200250315400

4 Accessories
No entry required: None
D1 Double lip seal

5 Attachments (control components)
ELAB EASYLAB controller TCU3

6 Actuators
S Fast-running actuator (3 s)
SD Fast-running actuator (3 s), with digital communication interface (TROX HPD)

7 Equipment function
Single operation
SC Supply air controller

8 External volume flow rate setting
E0 Voltage signal 0 – 10 V DC
E2 Voltage signal 2 – 10 V DC
2P Switch contacts (provided by others) for 2 switching steps
3P Switch contacts (provided by others) for 3 switching steps
F Volume flow rate constant value, without signalling

11 Operating values for factory setting
Volume flow rate [m³/h or l/s]
Depending on external volume flow rate setting
E0, E2: qᵥ_min/qᵥ_max2P: qᵥ₁/qᵥ₂3P: qᵥ₁/qᵥ₂ /qᵥ₃F: qᵥ₁

Order example: TVZ/315/ELAB/S/SC/F/2800 m³/h

Nominal size	315 mm
Attachments (control components)	EASYLAB controller TCU3
Actuator	Fast-running actuator (3 s)
Equipment function	Supply air controller
External volume flow rate setting	Volume flow rate constant value
Operating value	qᵥ₁ = 2800 m³/h

Attachments
Type Easy
Type Compact, dynamic
Type Compact, static
Type Universal, dynamic
Type Universal, static
Type EASYLAB TCU3

Additional products
Type TS
Type WT

Variants, Dimensions and weight, Product details, Control Components

VAV terminal unit, variant TVZ

VAV terminal unit for variable supply air volume flow control

VAV terminal unit without acoustic cladding (TVZ)

VAV terminal unit with acoustic cladding (TVZ-D)

NG	B	H	L	∅D	A	B₁	B₃	H₁	H₃	W	kg
125	198	152	1185	124	150	232	300	186	236	115	21
160	308	152	1235	159	200	342	410	186	236	115	25
200	458	210	1520	199	200	492	560	244	281	115	33
250	598	201	1690	249	250	632	700	235	311	215	55
315	798	252	1690	314	250	832	900	286	361	215	73
400	898	354	2070	399	250	932	1000	388	446	215	118

Dimensions/weights of TVZ-D

NG	B	H	L	∅D	A	B₁	B₃	H₁	H₃	W	kg
125	198	152	1185	124	110	232	380	186	316	155	41
160	308	152	1235	159	160	342	490	186	316	155	50
200	458	210	1520	199	160	492	640	244	361	155	63
250	598	201	1690	249	210	632	780	235	391	255	95
315	798	252	1690	314	210	832	980	286	441	255	133
400	898	354	2070	399	210	932	1080	388	526	255	193

Bend

A bend with a centre line curvature radius of at least 1D – without an additional straight duct section upstream of the VAV terminal unit – has only a negligible effect on the volume flow rate accuracy.

Installation and commissioning

Any installation orientation (except units with static effective pressure transducer)
Return edges of the casing with drilled holes suitable for M10 threaded rods
TVZ-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 volume flow rate accuracy Δ_qᵥ applies to straight upstream section of the duct. Bends, junctions or a narrowing or widening of the duct cause turbulence that may affect measurement. Duct connections, e.g. branches off the main duct, must comply with EN 1505. Some installation situations require straight duct sections upstream.

VARYCONTROL control components

Attachment	Controlled variable	Interface	Pressure transducer	Actuator	Manufacturer
Easy controller, dynamic
Easy	qv	0 – 10 V	integral	slow-running integral	①
Compact controller, dynamic
BC0	qv	0 – 10 V or 2 – 10 V or MP bus interface	integral	slow-running integral	②
BL0 **	qv	LonWorks FTT 10 interface	integral	slow-running integral	②
BM0	qv	Modbus RTU/BACnet MS/TP	integral	slow-running integral	②
BM0-J6	qv	Modbus RTU/BACnet MS/TP with RJ12 socket (for X-AIRCONTROL)	integral	slow-running integral	②
LK0	qv	KNX interface	integral	slow-running integral	⑤
LN0	qv	0 – 10 V or 2 – 10 V	integral	slow-running integral	⑤
XB0	qv	0 – 10 V or 2 – 10 V	integral	slow-running integral	③
Compact controller, static
XD0	qv	0 – 10 V or 2 – 10 V	integral	slow-running integral	③
XF0	Δp	0 – 10 V or 2 – 10 V	integral, control range adjustable 25 - 550 Pa	slow-running integral	③
Universal controller, dynamic
B13 *	qv	0 – 10 V or 2 – 10 V	integral	slow-running separate	②
B1B *	qv	0 – 10 V or 2 – 10 V	integral	spring return actuator separate	②
BUDN	qv	0 - 10 V or 2 - 10 V or MP bus or Modbus RTU or BACnet MS/TP	integral	slow-running separate	②
BUDNF	qv	0 - 10 V or 2 - 10 V or MP bus or Modbus RTU or BACnet MS/TP	integral	spring return actuator separate	②
XB4	qv	0 – 10 V or 2 – 10 V	integral	spring return actuator separate	③
VARYCONTROL Universal controller, static
BB3 *	qv	2 – 10 V	individual component	slow-running separate	②
BBB *	qv	2 – 10 V	individual component	spring return actuator separate	②
BG3 *	Δp	2 – 10 V	individual component 100 Pa	slow-running separate	②
BGB *	Δp	2 – 10 V	individual component 100 Pa	spring return actuator separate	②
BH3 *	Δp	2 – 10 V	individual component 600 Pa	slow-running separate	②
BHB *	Δp	2 – 10 V	individual component 600 Pa	spring return actuator separate	②
BP3 *	qv	0 – 10 V or 2 – 10 V or MP bus interface	individual component	slow-running separate	②
BPB *	qv	0 – 10 V or 2 – 10 V or MP bus interface	individual component	spring return actuator separate	②
BPG *	qv	0 – 10 V or 2 – 10 V or MP bus interface	individual component	fast-running separate	②
BR3 *	Δp	0 – 10 V or 2 – 10 V or MP bus interface	individual component 100 Pa	slow-running separate	②
BRB *	Δp	0 – 10 V or 2 – 10 V or MP bus interface	individual component 100 Pa	spring return actuator separate	②
BRG *	Δp	0 – 10 V or 2 – 10 V or MP bus interface	individual component 100 Pa	fast-running separate	②
BS3 *	Δp	0 – 10 V or 2 – 10 V or MP bus interface	individual component 600 Pa	slow-running separate	②
BSB *	Δp	0 – 10 V or 2 – 10 V or MP bus interface	individual component 600 Pa	spring return actuator separate	②
BSG *	Δp	0 – 10 V or 2 – 10 V or MP bus interface	individual component 600 Pa	fast-running separate	②
BUPN	Δp	0 - 10 V or 2 - 10 V or MP bus or Modbus RTU or BACnet MS/TP	integral Control range adjustable 25 – 450 Pa	slow-running separate	②
BUPNF	Δp	0 - 10 V or 2 - 10 V or MP bus or Modbus RTU or BACnet MS/TP	integral Control range adjustable 25 – 450 Pa	spring return actuator separate	②
BURN	Δp	0 - 10 V or 2 - 10 V or MP bus or Modbus RTU or BACnet MS/TP	integral Control range adjustable -50 ... -10 Pa or 10 ... 50 Pa	slow-running separate	②
BURNF	Δp	0 - 10 V or 2 - 10 V or MP bus or Modbus RTU or BACnet MS/TP	integral Control range adjustable -50 ... -10 Pa or 10 ... 50 Pa	spring return actuator separate	②
BUSN	qv	0 - 10 V or 2 - 10 V or MP bus or Modbus RTU or BACnet MS/TP	integral	slow-running separate	②
BUSNF	qv	0 - 10 V or 2 - 10 V or MP bus or Modbus RTU or BACnet MS/TP	integral	spring return actuator separate	②
BUSS	qv	0 - 10 V or 2 - 10 V or MP bus or Modbus RTU or BACnet MS/TP	integral	fast-running separate	②
XD4	qv	0 – 10 V or 2 – 10 V	integral	spring return actuator separate	③
XF4	Δp	0 – 10 V or 2 – 10 V	integral, control range adjustable 25 - 550 Pa	spring return actuator separate	③

* Control component has been discontinued

** Control component to be discontinued - do not include in new projects

q_v Volume flow rate
Δ_p Differential pressure
① TROX, ② TROX/Belimo, ③ TROX/Gruner, ⑤ Siemens

TROX UNIVERSAL control components

Attachment	Controlled variable	Interface	Pressure transducer	Actuator	Manufacturer
VARYCONTROL Universal controller, static
TUN	qv, Δp	TROX Plug&Play communication system and 0 - 10 V or 2 - 10 V or with optional accessories: Modbus, BACnet, web server	qv = integral Δp = separate	slow-running separate	①
TUNF	qv, Δp	TROX Plug&Play communication system and 0 - 10 V or 2 - 10 V or with optional accessories: Modbus, BACnet, web server	qv = integral Δp = separate	spring return actuator separate	①
TUS	qv, Δp	TROX Plug&Play communication system and 0 - 10 V or 2 - 10 V or with optional accessories: Modbus, BACnet, web server	qv = integral Δp = separate	fast-running separate	①
TUSD	qv, Δp	TROX Plug&Play communication system and 0 - 10 V or 2 - 10 V or with optional accessories: Modbus, BACnet, web server	qv = integral Δp = separate	fast-running with digital communication interface (TROX HPD), separate	①

q_v Volume flow rate
Δ_p Differential pressure
① TROX

LABCONTROL EASYLAB control components

Attachment	Controlled variable	Interface	Pressure transducer	Actuator	Manufacturer
EASYLAB
ELAB	qv, Δp *	TROX plug and play communication system and 0 - 10 V or 2 - 10 V or with optional accessories: Modbus, BACnet, web server	qv = integral Δp = separate	fast-running, separate or fast-running with digital communication interface (TROX HPD), separate	③

① TROX

* The controlled variable depends on the type of VAV terminal unit

TVR, TVRK: Fume cupboard, room supply air, room extract air, room pressure, single controller
TVLK: Fume cupboard, single controller
TVJ, TVT: Room supply air, room extract air, room pressure, single controller
TVZ, TZ-Silenzio: Room supply air, room pressure, single controller
TVA, TA-Silenzio: Room extract air, room pressure, single controller

Flange detail, Dimensions and weight

Flange detail 00078794_0ai.ai.link

1 Compressible seal, to be provided by others
2 Flanges on both ends indented by approx. 12 mm
3 Flange
4 Duct
5 VAV terminal unit

Access to attachments

Schematic illustration of required installation space

Space required for commissioning and maintenance

Sufficient space must be kept clear near any attachments to allow for commissioning and maintenance. It may be necessary to provide sufficiently sized inspection access openings.

Space required

Attachment	①	②	③
VARYCONTROL
Easy controller: Easy	400	300	300
Compact controller: BC0, BL0 *, BM0, BM0-J6, LN0, LK0, XB0, XD0, XF0	400	300	300
Universal controller: B13 , B1B , BB3 , BBB , BG3 , BGB , BH3 , BHB , BP3 , BPB , BPG , BR3 , BRB , BRG , BS3 , BSB , BSG *, BUDN, BUDNF, BUSN, BUSNF, BUSS, BUPN, BUPNF, BURN, BURNF, XB4, XD4, XF4	700	300	300
TROX UNIVERSAL
TROX UNIVERSAL: TUN, TUS, TUSD	900	350	400
LABCONTROL
EASYLAB: ELAB	900	350	400

* Control component has been discontinued

** Control component to be discontinued - do not include in new projects

Space required for inspection access

Attachment	①	②	③
Inspection access	400	300	300

Downloads

product information

Basic information and nomenclature - VAV terminal units

Basic-information-and-nomenclature_VAV-terminal-units_PD_2022_02_25_DE_en Basic information and nomenclature 490 KB pdf
FProduct data sheet BURN

BURN_PD_2024_01_17_DE_en Product data sheet 730 KB pdf
Product data sheet BUPN

BUPN_PD_2024_01_16_DE_en Product data sheet 730 KB pdf
Product data sheet Type TVZ

Product data sheet 760 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 BC0

BC0_PD_2022_09_15_DE_en Product data sheet 840 KB pdf
Product data sheet control components BM0

BM0_PD_2022_09_15_DE_en Product data sheet 570 KB pdf
Product data sheet control components BM0-J6

BM0-J6_PD_2022_02_21_DE_en Product data sheet 23 MB pdf
Product data sheet control components BUDNF

BUDNF_PD_2024_01_16_DE_en Product data sheet 770 KB pdf
Product data sheet control components BUPNF

BUPNF_PD_2024_01_17_DE_en Product data sheet 740 KB pdf
Product data sheet control components BURNF

BURNF_PD_2024_01_17_DE_en Product data sheet 730 KB pdf
Product data sheet control components BUSN

BUSN_PD_2024_01_17_DE_en Product data sheet 750 KB pdf
Product data sheet control components BUSNF

BUSNF_PD_2024_01_17_DE_en Product data sheet 740 KB pdf
Product data sheet control components BUSS

BUSS_PD_2024_01_17_DE_en Product data sheet 710 KB pdf
Product data sheet control components XB4

XB4_PD_2020_02_14_DE_en Product data sheet 38 MB pdf
Product data sheet control components XD0

XD0_PD_2022_01_24_DE_en Product data sheet 520 KB pdf
Product data sheet control components XD4

XD4_PD_2020_02_14_DE_en Product data sheet 38 MB pdf
Product data sheet control components XD4

XD4_PD_2020_02_14_DE_en Product data sheet 920 KB pdf
Product data sheet control components XF0

XF0_PD_2021_06_01_DE_en Product data sheet 490 KB pdf
Product data sheet control components XF4

XF4_PD_2020_02_27_DE_en Product data sheet 38 MB pdf
Product data sheet control components XF4

XF4_PD_2021_06_01_DE_en Product data sheet 890 KB pdf
Product data sheet BUDN

BUDN_PD_2024_01_16_DE_en Product data sheet 770 KB pdf

brochures

CE_2010_12_TVZ_TVA_DE_en.pdf

70 KB pdf
TVZ_HC_2020_06_09_DE_enpdf.pdf

680 KB pdf

certificates

Certificate concerning statistical leakage tests

LC_v2_2024_10_DE_en Certificate 650 KB pdf
Declaration of conformity or declaration of incorporation Types TVZ, TVA

CE_VVS_DE_en Declaration of conformity or declaration of incorporation 200 KB pdf
Declaration of hygiene conformity Type TVZ

TVZ_HC_2024_05_DE_en Hygiene certificate 1,4 MB pdf
Environmental product Declaration TVZ

TVZ_EPD_2024_12_DE_en Environmental product Declaration 1,1 MB pdf

operation manuals

Assembly and operating instructions TVZ

TVZ_IOM_CD10011_V1_2024_01_GB_en 2 MB pdf
Installation and commissioning instructions – Control component Easy

EASY_IM_A00000073971_V2_2020_03_DE_en 1,5 MB pdf
Installation instructions – Replacing GUAC actuators

IM_2018_01_A00000066402_GUAC-Stellantriebe_tauschen-V1_GB_en 1,4 MB pdf

TROX Services

Productsearch A-Z Find out quickly and simply.

TROX Easy Product Finder Fast. Reliable. Innovative.

Tour de Competence Competence - exciting staged.

Thank you for your recommendation!

Your recommendation has been sent and should arrive shortly.

Contact

We are here for you

Please specify your message and type of request.
Tel.: +32(0)2 522 07 80 | E-mail: info@trox.be

Contact

Thank you for your message!

Your message is send and will be processed shortly.
Our department for Service-Requests will contact you asap.
For general question regarding products or services you can also call:
Tel.: +32(0)2 522 07 80 | E-mail: info@trox.be

Contact

We are here for you

Please specify your message and type of request.
Tel.: +32(0)2 522 07 80 | E-mail: info@trox.be

Contact

Thank you for your message!

TVZ

For supply air systems with demanding acoustic requirements

General information

Technical information

Function, Technical data, Quick sizing, Specification text, Order code, Related Products

Variants, Dimensions and weight, Product details, Control Components

Flange detail, Dimensions and weight

Downloads

product information

Basic information and nomenclature - VAV terminal units

FProduct data sheet BURN

Product data sheet BUPN

Product data sheet Type TVZ

Product data sheet XB0

Product data sheet control component Easy

Product data sheet control components BC0

Product data sheet control components BM0

Product data sheet control components BM0-J6

Product data sheet control components BUDNF

Product data sheet control components BUPNF

Product data sheet control components BURNF

Product data sheet control components BUSN

Product data sheet control components BUSNF

Product data sheet control components BUSS

Product data sheet control components XB4

Product data sheet control components XD0

Product data sheet control components XD4

Product data sheet control components XD4

Product data sheet control components XF0

Product data sheet control components XF4

Product data sheet control components XF4

Product data sheet BUDN

brochures

CE_2010_12_TVZ_TVA_DE_en.pdf

TVZ_HC_2020_06_09_DE_enpdf.pdf

certificates

Certificate concerning statistical leakage tests

Declaration of conformity or declaration of incorporation Types TVZ, TVA

Declaration of hygiene conformity Type TVZ

Environmental product Declaration TVZ

operation manuals

Assembly and operating instructions TVZ

Installation and commissioning instructions – Control component Easy

Installation instructions – Replacing GUAC actuators

TROX Services

TECHNICALLY NECESSARY

STATISTICS AND WEBSITE ANALYSIS

CONVENIENCE AND PERSONALISATION

FOR THE BEST TROX EXPERIENCE