XS0

Compact controller XS0 for TVE and TVE-Q

Bus interface Modbus RTU

Volume flow controller – static transducer

Control component for type TVE

VAV control unit variant TVE-Q-P1 (powder-coated)

Control component for type TVE-Q

XS0

CONTROL COMPONENT WITH STATIC TRANSDUCER AND MODBUS RTU INTERFACE

Compact device for VAV terminal unit TVE and TVE-Q

Controller, static differential pressure transducer and actuator in one casing
Use in ventilation and air conditioning systems, for clean and contaminated air
Simple terminal connection, no additional junction boxes needed
Volume flow rates qvmin and qvmax are pre-set at the factory and saved in the controller as variable parameters
High data transparency via standardised bus communication Modbus RTU, RS485
Setpoint specifications, override controls, parameter setting via Modbus register
Integrated display for volume flow rate display, operating status display and setting of operating parameters
Service access for manual setting devices and PC software

General information

Application

All-in-one control devices for VAV terminal units types TVE and TVE-Q
Static differential pressure transducer, controller electronics and actuator combined in one casing
For clean and contaminated air in ventilation and air conditioning systems:

E.g. in the extract air area with dust, fluff, sticky or moist components
Application examples: Extract air from changing rooms and shower areas as well as hospital bedrooms, production facilities and corridor areas - e.g. in schools

Various control options based on corresponding setpoint specification
Room temperature controller, management and control equipment (MCE), air quality controller and others control the variable volume flow regulation by specifying setpoint values via communication interface or analogue signal
Override control for activating qvmin, qvmax, shut-off, open position via Modbus register or switch or relay possible (depending on interface configuration)
The actual volume flow rate is available as a network data point or as a linear voltage signal
The damper blade position is available as a network data point

Control strategy

The volume flow controller works independently of the duct pressure
Pressure fluctuations do not cause any permanent volume flow rate deviations
A dead zone (hysteresis), within which the damper blade is not moved, ensures stable regulation
Volume flow range for the control component is factory-set (qvmin: minimum volume flow rate, qvmax: maximum volume flow rate)
Operating parameters are defined in the order code and parameterised at the factory

Operating modes

Modbus (M):

Setpoint specification via Modbus register

Analogue - variable operation (V):

Setpoint specification via analogue interface, signal voltage range corresponds to qvmin – qvmax

Analogue - fixed value operation (F):

No setpoint signal required, setpoint value corresponds to qvmin

Interface

Communication interface

Modbus RTU, RS485, see Modbus register list for data points

Analogue interface with adjustable signal voltage range

Analogue signal for volume flow setpoint value
Analogue signal for actual volume flow rate (factory setting)
Alternatively: analogue signal for damper position (on-site conversion required)

Note

Interface type according to order code detail Operating mode parameterised at the factory, on-site conversion is possible

Signal voltage ranges

When using the analogue interface:

0 – 10 V DC
2 – 10 V DC

Parts and characteristics

Transducer with static measurement principle
Overload-proof actuator
Connections terminals with cover
Display and control elements for easy menu navigation
Menu navigation allows for adjusting operating parameters and communication interface
Service interface

Construction

TR0VM-024T-10l-DS10-MB
Only for types TVE and TVE-Q

Commissioning

As the volume flow rates are factory-set, the control units have to be installed at the specified locations only
Analogue interface: ready for use after installation and wiring
Modbus interface: additional commissioning steps required
Operating parameters can be customised by the client (via display, adjustment device, PC software or via Modbus register)

Useful additions

Adjustment device type GUIV3-M (order code AT-VAV-G3)
PC software

Technical information

Function, Technical data, Specification text, Order code

1 Differential pressure transducer
2 Actuator
3 Volume flow controller
4 Setpoint value via BACnet, Modbus or analogue signal
5 Shaft with effective pressure channel

Volume flow controllers are characterised by a closed control loop for controlling the volume flow, i.e. measuring - comparing - adjusting. The volume flow rate is obtained by measuring a differential pressure. This is done via a differential pressure sensor. The integrated differential pressure transducer converts the differential pressure into a voltage signal. The actual volume flow value is available as a data point and voltage signal. Due to factory adjustment, 10 V DC always corresponds to the nominal flow rate (qvnom). The volume flow setpoint is specified by a higher-level controller (e.g. room temperature controller, air quality controller, MCE). Variable volume flow control can be set between qvmin and qvmax. The controller compares the volume flow setpoint with the current actual value and adjusts the internal actuator, according to the control deviation. It is possible to override the room temperature control by override control, e.g. by a shut-off.

Compact controller for VAV terminal units

Part number	Type of installation component	VAV terminal units
A00000082304	TR0VM-024T-10l-DS10-MB	TVE, TVE-Q

Compact controller TR0VM-024T-10I-DS10-MB

Type of measurement/installation orientation	static measuring principle, position-independent
Supply voltage (AC)	24 V AC, ± 20 %, 50/60 Hz
Supply voltage (DC)	24 V DC ± 20 %
Power rating (AC)	TVE NW 100 - 160: maximum 4 VA TVE NW 200 - 400: maximum 6 VA TVE-Q up to height 200: maximum 4 VA TVE-Q from height 300: maximum 6 VA
Power rating (DC)	TVE NW 100 - 160: maximum 2.5 W TVE NW 200 - 400: maximum 3 W TVE-Q up to height 200: maximum 2.5 W TVE-Q from height 300: maximum 3 W
Power consumption (when running/when idle)	1 W
Setpoint value signal input (analogue optional)	0 - 10 V DC, input resistance > 100 kΩ or 2 - 10V DC Ra> 50 kΩ
Actual value signal output	0 - 10 V DC or 2 - 10 V DC; maximum 5 mA
IEC protection class	III (Protective extra-low voltage)
Protection level	IP 42 (with attached terminal cover)
EC conformity	EMC to 2014/30/EU
Bus connection	Modbus RTU, RS485
Number of nodes (bus participants)	128
Adjustable communication parameters for Modbus	Adjustable baud rate: 1200, 2400, 4800, 9600, 19200, 38400, 76800, 115200 baud Start bit: 1 Data bits: 8 Stop bits adjustable: 1 or 2 Parity: adjustable: None, Even, Odd
Setpoint / actual value interface (Modbus)	via Modbus register list
Cable termination	externally required (120 Ω)

This specification text describes the general properties of the product.

Category

Compact controller for volume flow rate

Application

Control of a constant or variable volume flow setpoint Electronic controller for connecting a reference value and capturing an actual value signal. Actual value signal related to nominal volume flow, thus simplifying commissioning and subsequent adjustment.

Area of application

Static transmitter for contaminated air in ventilation and air conditioning systems

Actuator

Integral; slow-running (running time 100 s for 90°)

Installation orientation

As needed

Connection

Terminals with rubber cap cover, so no additional terminal box required
Double terminal for supply voltage for easy wiring of up to 3 controllers

Supply voltage

24 V AC/DC

Interface/signalling

Modbus RTU (RS485) or alternatively analogue signal 0 - 10 V DC or 2 - 10 V DC
Interface type parameterised at the factory using order code, can be changed on site

Interface information

Analogue: Volume flow setpoint and volume flow actual value signal
Alternatively Modbus: Volume flow setpoint and actual volume flow signal, damper position, override control, etc.

Special functions

Parameters specific to VAV terminal unit are set at the factory
Operating values: qvmin, qvmax and interface type are set in the factory
Subsequent adjustment via display and control element directly on the device or with optional tools: adjustment device, PC software (cable connection in each case), in Modbus mode also via Modbus register access

Parameter setting

Electronic controller factory-mounted on the terminal unit
Factory set parameters
Functional test under air; certified with sticker

Factory condition

Functional test under air using reference measurement on a regularly validated test bench in accordance with EN ISO 9001 to check the function and control accuracy of the complete volume flow controller
Adjustment of the device-specific parameters under air by reference measurement on a regularly validated test bench in accordance with EN ISO 9001
The test report of the factory parameterisation, functional test and adjustment must be made available after delivery of the volume flow controller

Equivalence criteria

Electrical connections with screw terminals, no additional terminal boxes required
The test report of the factory parameterisation, functional test and adjustment under air by reference measurement on a regularly validated test bench in accordance with EN ISO 9001 is made available

TVE

–

100

XS0

20 – 350 m³/h

1 Type

TVE VAV terminal unit

2 Acoustic cladding

No entry: without acoustic cladding

D with acoustic cladding

3 Material

No entry: galvanised sheet steel

P1 Air duct 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 on both sides (only with push-fit end air duct connection)

G2 Matching flange on both sides (only with air duct connection FL)

7 Attachment (control component)

XS0 Compact controller static with display, interface Modbus RTU or analogue

8 Operating mode

F Fixed value mode, one setpoint value (no external switch contact)

V Variable operation (setpoint range via analogue signal)

M Modbus RTU interface, variable operation (setpoint specification via Modbus register)

9 Signal voltage range
Only with operating mode F, 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]

qvconst (with operating mode F)

qvmin – qvmax (with operating mode V, M)

Order example: TVE-D-P1-FL/100/G2/XS0/V0/20-350[m³/h]

Type	TVE – VAV terminal unit
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 mm
Accessories	Matching flanges on both ends
Attachment (control component)	Compact controller static with display, interface Modbus RTU or analogue
Operating mode	variable operation
Signal voltage range	0 – 10 V DC
Operating values for factory setting	20 – 350 m³/h

Variants

Compact controller XS0 for TVE

① Compact controller
② Damper blade position indicator and release button
③ Display
④ Rotary selector switch - Selection Options/Setting values
⑤ LED button - Selection Menu entry
⑥ Terminal

Downloads

product information

Product data sheet control components XS0

XS0_PD_2025_02_27_DE_en Product data sheet 890 KB pdf

certificates

Konformitätserklärung / Declaration of conformity XS0 | XS0-J6 -TR0

TVE-XM0XS0XB0EASY_CE_01_2020_07_30_de_en_fr Certificate 190 KB pdf

operation manuals

Installation and commissioning instructions XM0 | XS0

XM0_XS0-Compact_IM_A00000088381_V2_2022_02_GB_en Installation and commissioning instructions 1,4 MB pdf

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CONTROL COMPONENT WITH STATIC TRANSDUCER AND MODBUS RTU INTERFACE

General information

Technical information

Function, Technical data, Specification text, Order code

Variants

Downloads

product information

Product data sheet control components XS0

certificates

Konformitätserklärung / Declaration of conformity XS0 | XS0-J6 -TR0

operation manuals

Installation and commissioning instructions XM0 | XS0

TECHNICALLY NECESSARY

STATISTICS AND WEBSITE ANALYSIS

CONVENIENCE AND PERSONALISATION

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