XS0-J6

Bus interface Modbus RTU

Volume flow controller – static transducer

X-AIR-ZMAS

X-AIRCONTROL Modbus zone module

Room control

RJ12 socket

Control component for series TVE and TVE-Q

XS0-J6

Control component with static transducer and Modbus RTU interface for X-AIRCONTROL

Compact unit for VAV control unit TVE and TVE-Q

Controller, static effective pressure transducer and actuator in one casing
Use in ventilation and air conditioning systems, with clean and contaminated air
Simple RJ12 connection socket for supply voltage and network
Compatible with the X-AIRCONTROL zone module Modbus
Volume flow rates q_vmin and q_vmax are pre-set in the factory and saved in the controller as variable parameters
High data transparency via standardised bus communication Modbus RTU, RS485
Setpoint value settings, override controls, parameter adjustment via Modbus register
Integrated display for volume flow rate display, operating status display and setting of operating parameters
Service access for manual adjustment devices and PC configuration software

Allgemeine Informationen

Application

All-in-one control devices for VAV terminal units types TVE and TVE-Q
Static differential pressure transducer, electronic controller, and actuator are fitted together in one casing
Static pressure transducer for extended application range with clean and polluted air, e.g. in exhaust air areas with dust, lint, sticky, moist or slightly aggressive components
Various control options based on setpoint value default setting
Suitable for X-AIRCONTROL room control, Modbus zone module
By specifying setpoints via the communication interface, the control circuits for e.g. temperature, humidity, air quality control the variable air volume flow
Simple connection for supply voltage and network with one shared RJ12 connection socket
Override controls for activating q_vmin, q_vmax, shut-off, OPEN are possible using the Modbus register
The actual volume flow rate value is available as a network data point
The damper blade position is available as a network data point

Control strategy

The volume flow controller works independently of the duct pressure
Differential pressure fluctuations do not result in permanent volume flow rate changes
To prevent the control from becoming unstable, a dead band is allowed within which the damper blade does not move.
Flow rate range is set in the controller at the factory (q_vmin: minimum volume flow rate, q_vmax: maximum volume flow rate)
Operating parameters are specified via the order code and set in the factory

Operating modes

Modbus (M): setpoint value default via X-AIRCONTROL

Communication interface

Modbus RTU, RS 485
Data point list see Modbus register list

Parts and characteristics

Transducer for static measurements
Overload proof actuator
RJ12 connection socket 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-05I-DS10-MB with RJ12 connection socket
Can only be used for type TVE and TVE-Q

Commissioning

Due to the volume flow rates set in the factory, always ensure that the control units are only installed in the specified locations
Commissioning steps for network integration required
Operating parameters can be adjusted by the customer (using the display, adjustment device or Modbus register)

Useful additions

Adjustment device type GUIV3-M (order code AT-VAV-G3)
Room control X-AIRCONTROL with zone module Modbus type X-AIR-ZMO-MOD

TECHNICAL INFORMATION

Function, 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

Air terminal units control the volume flow in a closed loop, which means: measurement – comparison – adjustment.
The volume flow rate is obtained by measuring a differential pressure. This is done with 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. Due to the factory adjustment, 100% always equals the nominal volume flow rate (q_vNom).
The volume flow setpoint value is specified by a higher-level controller (e.g. room temperature controller, air quality controller, central BMS). Variable volume flow control can be set between q_vmin and q_vmax. It is possible to override the room temperature control by forced switching, e.g. for a shut-off
The controller compares the differential pressure setpoint value to the actual value and controls the actuator accordingly if there is a difference.

Category

Compact controller for volume flow rate
Control of a constant or variable volume flow rate setpoint
Electronic controller for connecting a reference variable and tapping an actual value for integration into X-AIRCONTROL
The actual value relates to the nominal volume flow rate so that commissioning and subsequent adjustment are simplified

Application

Static transducer for polluted air in ventilation and air conditioning systems

Supply voltage

24 V AC/DC

Actuator

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

Installation orientation

Not critical

Interface/signalling

Modbus RTU (RS-485)

Connection

RJ12 connection socket for easy connection to X-AIRCONTROL, with rubber cap cover
Suitable for X-AIRCONTROL zone module X-AIR-ZMO-MOD

Interface information

Modbus: among other things, volume flow setpoint and actual value signal, damper position, override control

Special functions

Clearly visible external indicator light for indicating the functions: Set, not set, and power failure
Display for actual values, parameter setting and for test functions
Activation q_vmin, q_vmax, closed, open by X-AIRCONTROL

Parameter setting

Parameters specific to the VAV terminal unit are factory set
Operating values: q_vmin, q_vmax are factory set
Subsequent adjustment via display and operating element directly on the unit or with optional tools: Setting device, PC software (each wired), in Modbus mode also via Modbus register access

Factory condition

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

TVE

–

200

XS0-J6

qvmin

–

qvmax

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 (standard construction)
P1 Air duct powder-coated RAL 7001 (silver grey)
A2 Stainless steel duct

5 Nominal size [mm]
100, 125, 160, 200, 250, 300, 400

6 Accessories
No entry: none
D2 Double lip seal both ends
G2 Matching flanges both ends

7 Attachments (control component)
XS0-J6 Volume flow controller, Modbus RTU interface, display, RJ12 socket (for X-AIRCONTROL)

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

9 Operating values for factory setting
Volume flow rate [m³/h or l/s]
q_vmin – q_vmax

10 Volume flow rate unit
m³/h
l/s Order example: TVE–D/200/D2/XS0-J6/M/20-350 m³/h

Type	TVE
Acoustic cladding	with acoustic cladding
Material	Galvanised sheet steel
Nominal size [mm]	200
Accessories	Double lip seal both ends
Attachment (control components)	Compact controller volumetric flow, static transducer, Modbus RTU interface, display, RJ12 connection socket (for X-AIRCONTROL)
Operating mode	Modbus RTU interface, variable operation
Operating values for factory setting	20 – 350
Volume flow rate unit	m³/h

Variants

Compact controller XS0-J6 for TVE and TVE-Q

① Compact controller
② Release button
③ Display
④ Control element - selection of options/setting values
⑤ Control element - selection of menu item
⑥ Connection socket RJ12

Technical data

Compact controllers for VAV terminal units

VAV terminal units	Type of installation component	Part number
TVE, TVE-Q	TROVM-24T-05I-DS10-MB	A00000069231

Compact controller TR0VM-024T-05I-DS10-MB with RJ12 socket

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 7 VA TVE-Q up to height 200: maximum 4 VA TVE-Q from height 300: maximum 7 VA
Power rating (DC)	TVE NW 100 - 160: maximum 2.5 W TVE NW 200 - 400: maximum 4 W TVE-Q up to height 200: maximum 2.5 W TVE-Q from height 300: maximum 4 W
Power consumption (when running/when idle)	1 W
Run time for 90°	100 s
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 0.5 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	128
Adjustable communication parameters	1200 – 115,200 Bd Start bit: 1 Data bits: 8 Stop bits: 1 or 2 Parity: None, Even, Odd
Setpoint / actual value interface (Modbus)	Via X-AIRCONTROL/Modus register list
Cable termination	externally required

Interface configuration of the control component

The communication interface of the control component is preset at the factory for use with the X-AIRCONTROL zone module Modbus. Only the Modbus address must be set by the customer, depending on the use in the supply air and extract air. For other applications, data transmission speed and format must be adapted on site according to the network environment.

XS0-J6	Setpoint value default setting via:	Actual values via:	corresponds to order key option	Menu configuration (Mode)
Analogue operation *	analogue 0 - 10 V	analogue 0 - 10 V	V or F	CA0
Analogue operation *	analogue 2 - 10 V	analogue 2 - 10 V	V or F	CA2
Modbus operation	Modbus register setpoint	Modbus register actual value or analogue 2 - 10 V	M	CB

* It is not possible to use the analogue interface in combination with the RJ12 connection socket used with the XS0-J6 variant. Therefore, the configuration register (interface mode) must not be changed on site. To use an analogue interface, the XS0 variant is used.

Communication interface Modbus RTU (operating mode M)

Register	Meaning	Access right	Storage
	Volume flow setpoint [%] Reference: Vmin – Vmax (qvmin – qvmax) Resolution: 0 – 10000 Volume flow setpoint: 0.00 - 100.00%	R, W	RAM
1	Activation of an override control; 0 = none; 1 = Open; 2 = Close; 3 = Vmin; 4 = Vmax	R, W	RAM
2	Command triggering 0 = none; 1 = adaptation; 2 = test run; 4 = controller reset	R, W	RAM
4	Current damper blade position [%] Resolution: 0 – 10000 Damper blade position: 0.00 – 100.00%	R	RAM
5	Current damper blade position [°] Reference: without decimal places	R	RAM
6	Current actual volume flow [%] Resolution: Vnom Resolution: 0 – 10000 Actual volume flow rate: 0.00 - 100.00%		RAM
7	Actual volume flow rate in volume flow rate unit [m³/h], [l/s], [cfm] according to register 201	R	RAM
8	Voltage at analogue input Y [mV] Note: Connection terminal for analogue input Y not accessible with variant with connection socket	R	RAM
20	Volume flow setpoint in volume flow unit [m³/h], [l/s], [cfm] acc. to register 201	R, W	RAM
103	Firmware version	R 0.00 – 100.00 %	EEPROM
104	Status information (Bit = 1 active; Bit = 0 inactive) Bit 5 mechanical overload Bit 8 internal activity e.g. test run, adaptation Bit 10 bus timeout monitoring triggered	R	RAM
105	Operating range limitation: Operating parameter Vmin (qvmin) [%] Resolution: Vnom Resolution: 0 – 10000 Vmin: 0.00 – 100.00%	R, W	EEPROM
106	Operating range limitation: Operating parameter Vmax (qvmax) [%] Resolution: Vnom Resolution: 0 – 10000 Vmax: 0.00 – 100.00%	R, W	EEPROM
108	Behaviour on bus failure (bus time-out); 0 = nothing; 1 = closed; 2 = open; 3 = qvmin; 5 = qvmax	R, W	EEPROM
109	Setting bus time-out [s]	R, W	EEPROM
120	Definition of operating range: operating parameters Vmin (qvmin) in volume flow rate unit [m³/h], [l/s], [cfm] according to register 201	R, W	EEPROM
121	Definition of operating range: operating parameters Vmax (qvmax) in volume flow rate unit [m³/h], [l/s], [cfm] according to register 201	R, W	EEPROM
122	Interface definition (Interface mode) For assignment see separate table	R, W	EEPROM
130 *	Modbus address (device address)	R, W	EEPROM
201	Volume flow rate unit 0 = l/s; 1 = m³/h; 6 = cfm	R, W	EEPROM
231	Setting of mode: Bit 0 defines the characteristic of the analogue interface. Bit 0 = 0 characteristic: 0 – 10 V Bit 0 = 1 characteristic: 2 – 10 V Bit 4 defines the actual value signal as actual volume flow rate or damper position. Bit 4 = 0 Actual volume flow rate Bit 4 = 1 Damper blade position All other bits must not be changed.	R, W	EEPROM
233	Nominal flow rate [m³ /h] (Vnom): Displays the parameterised nominal volume flow rate	R	EEPROM
568	Modbus parameter set, communication settings: baud rate, parity, stop bits, assignment see separate table	R, W	EEPROM
569	Modbus communication settings: Modbus Response Time = 10 ms + delay; with delay= 3 ms × register value 0 - 255	R, W	EEPROM

* Factory setting: Modbus address 1

R = register readable

R,W = register readable and writable

RAM = register value volatile

EEPROM = register value not volatile, but permanently stored (maximum 1 million write operations)

Note:

All registers from register number 100 onwards with storage in the EEPROM are not designed for cyclical write access, e.g. by the building management system. Cyclic write operations are only permitted on registers with storage in RAM.

Detailed information on register 122 (communication interface setpoint/actual value - interface mode)

Register value	Signal input	Feedback signal
	analogue (0) 2 - 10 V	(0)2 – 10 V
2	Modbus via Register 0	Register 10
1	Modbus via Register 0	(0)2 – 10 V
3	analogue (0) 2 - 10 V	Register 10

Note:

For the control components XM0-J6 and XS0-J6, only register value 2 is useful, as analogue input and analogue feedback signal are not available on the RJ12 connection socket.

Detailed information on register 568 (Modbus communication parameters)

Register value	Display setting value	Baud rate	Parity	Stop bits
0	1	1200	None	2
1	2	1200	straight	1
2	3	1200	odd	1
3	4	2400	None	2
4	5	2400	straight	1
5	6	2400	odd	1
6	7	4800	None	2
7	8	4800	straight	1
8	9	4800	odd	1
9	10	9600	None	2
10	11	9600	straight	1
11	12	9600	odd	1
12	13	19200	None	2
13	14	19200	straight	1
14	15	19200	odd	1
15 **	16	38400	None	2
16	17	38400	straight	1
17	18	38400	odd	1
18	19	1200	None	1
19	20	2400	None	1
20	21	4800	None	1
21	22	9600	None	1
22	23	19200	None	1
23	24	38400	None	1
24	25	76800	None	1
25	26	115200	None	1
26	27	76800	None	2
27	28	76800	straight	1
28	29	76800	odd	1
29	30	115200	None	2
30	31	115200	straight	1
31	32	115200	odd	1

** Factory setting: Modbus communication parameters

Commissioning

Note on the type of static transducer used

Mounting position any
Zero point adjustment not required

After installation, wiring and connection of the supply voltage

Set the Modbus communication parameters via the integrated display menu, then the air terminal unit is ready for operation
Setpoint specification via Modbus register from X-AIRCONTROL zone module
Remove terminal cover of the control component only for wiring

Observe volume flow control ranges

TVE: 4 - 100 % of q_vnom
TVE-Q: 10 - 100 % of q_vnom
In particular, do not fall below the values for the minimum volume flow of the control unit

Range of display functions

Display functions

Actual volume flow rate (unit optionally m³/h, l/s, cfm)
3-character display with positional notation
Status and error display for various operating states, including display of activated override control and diagnosis function

Parameter setting

Adjustment option for the unit of the volume flow rate display m³/h, l/s, cfm
Adjustment option for the operating range q_vmin, q_vmax
Selection of interface configuration Modbus or analogue including signal voltage range 0 - 10 V or 2 - 10 V DC
For the variant with RJ12 connection socket, only the Modbus interface configuration is suitable
Adjustment option for Modbus communication settings (address, baud rate, stop bits, parity)

Diagnostic functions

Activation of a test run
Activation of override controls Open, Closed, q_vmin, q_vmax, motor stop (note prioritisation)
Display of the voltage value on the analogue input

Use and description of the display

Pressing the LED button (< 3 s) selects the next menu item (1) - (6). The selected menu item can be changed by pressing the LED push button for more than 3 s. Changing is done with the rotary selector switch. Pressing the LED push button again (< 3 s) confirms the selected value. If no entry is made for ≥ 60 s, the system returns to menu item 1.

Table 1: Description of the menu items

① Flow	Display of actual values or operating states. Setting of the volume flow unit m³/h, l/s, cfm.
② Vmin	Setting qvmin
③ Vmax	Setting qvmax
④ DIAG	Display of control signal and feedback signal alternately in [V], Activation of override controls for test and diagnostic purposes: tst = test drive oP = damper open cL = damper closed Lo = q_vmin Hi = q_vmax St = motor stop oFF = override control off 000 = Display firmware version
⑤ MODE	Selection of the operating mode: CA0 = Setpoint input and actual value return via analogue interface (0 - 10 V) CA2 = Setpoint input and actual value return via analogue interface (2 - 10 V) CB2 = Setpoint input and actual value return via Modbus - optional actual value return via (2 - 10 V)
⑥ COM	Setting the Modbus address: 1 - 247 and the baud rate, parity, stop bits: 1 (b1) - 32 (b32)

Note on MODE setting:
For the control component XM0-J6 or XS0-J6, only the mode setting CB2 is useful, as setpoint input and actual value return as analogue signal are not available on the RJ12 connection socket of these control components.

Description of status LEDs and error messages

LED flashing signal	Status	Display
	no power supply connected
	Service tool plugged in. On-site network connection deactivated. Forced controls from the service tool have priority
	Undervoltage detected. Supply voltage outside the tolerance range. Control function not guaranteed
	TROX service technicians provide information. Incomplete parameterisation was detected during power-on/reset *
	Drive overload detected (block) *
	Synchronisation drive after Power Up *
	Test mode enabled *
	Overpressure sensor (Overpressure) *
	Setpoint or forced control position not yet reached (display changes between e.g. Hi = high and actual value) *
	Forced control position reached (display changes between e.g. Hi = High and actual value) *
	Offset: Is signalled as long as the drive does not rotate to readjust the setpoint value *

Notes:

The signal spans 2 seconds. 1 = LED is illuminated, 0 = LED is not illuminated
For service tool plugged in (display: Pc) and undervoltage detected (display: Lou), no special flashing signal appears on the LED button. Instead, one of the operating states marked with an asterisk (*) is displayed.

DOWNLOADS

product information

Product data sheet control components XS0-J6

XS0-J6_PD_2023_10_20_DE_en Product data sheet 500 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

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Control component with static transducer and Modbus RTU interface for X-AIRCONTROL

Allgemeine Informationen

TECHNICAL INFORMATION

Function, Specification text, Order code

Variants

Technical data

DOWNLOADS

product information

Product data sheet control components XS0-J6

certificates

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

TECHNICALLY NECESSARY

STATISTICS AND WEBSITE ANALYSIS

CONVENIENCE AND PERSONALISATION

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