Vector TRI2 Series Manual operacional

TRI2-FU

PRODUCT DATA SHEET

Doc: 70-00-0750C, 20230220 © Vector Controls GmbH, Switzerland Page 1-10

Subjects to alteration www.vectorcontrols.com

VECTOR

Wall-mounted Controller and Sensor TRI2-FU

The TRI2 is a programmable controller and sensor with communication capabilities. Each control loop may use 2 PI

sequences and 2 binary stages. The TRI2 uses the universal X2 operating system. Serial communication options are

realized with Modbus RTU/ASCII and BACnet MS/TP over RS485. There is also a Wi-Fi communication option available

which supports Modbus TCP and BACnet IP. An embedded webserver provides a web interface to operate the controller or

change the connection settings. Complete parameter sets may be copied by use of an accessory called AEC-PM2 or

exchanged with a PC using an RS485-USB converter or Wi-Fi communication, the EasySet program and the configuration

adapter called AEC-TRI-2.

Applications

•Ventilation control

•Temperature control

•Zone control

•Air humidifier and dehumidifier

Functions

•Two universally configurable control loops:

oFunctions for dehumidifying, set point shift and cascade control

oMultiple auxiliary functions: heat-cool auto changeover, automatic enable, set point compensation

oFree heating and cooling with economizer function based on enthalpy or temperature

oDifferential, averaging, min and max functions, enthalpy and dew point calculations

oTransmitter function for inputs and set points

•Built in humidity and temperature sensors

•2 passive inputs (NTC, open contact), 1 analog input (VDC) and 2 analog outputs (VDC)

•2 relays with each a normally open contact (SPST NO) to switch line voltage

•8 freely assigned alarm conditions, selectable state of outputs on alarm condition

•Power Cap protected real-time clock with 48hr power backup

•7-day programmable schedules, with options including change of set points and direct position of manual outputs

•Password protected programmable user and control parameters

•Measures temperature and humidity

•Communication over Modbus, BACnet or Wi-Fi (optional interface required)

•Webserver that supports TRI2 operation trough browser or mobile devices (Wi-Fi interface required)

Types and Ordering

Product Name

Product No.

Loop

Functions

TRI2-FU-TH-221.202C

40-100226

Temperature- and humidity sensor

MOD

Communication with Modbus RTU or ASCII

BAC

Communication with BACnet MS/TP

WIM

Communication with Modbus TCP over Wi-Fi

WIB

Communication with BACnet IP over Wi-Fi

TRI2-FU-TH-221.202C-MOD

40-100227

TRI2-FU-TH-221.202C-BAC

40-100228

TRI2-FU-TH-221.202C-WIM

40-100236

TRI2-FU-TH-221.202C-WIB

40-100255

Accessories

Product Name

Product No.

Description

AEC-PM2

40-500130

Plug-In memory module for fast copying of parameter sets

AEC-TRI-2

40-500154

Configuration adapter with cable

AEC-USB-01

40-500046

USB to RS-485 converter cable kit for EasySet tool (only for device without Wi-Fi)

Wi Fi

TRI2-FU

PRODUCT DATA SHEET

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Safety

DANGER! Safety advice

This device is for use as an operating controller or sensor. It is not a safety device. Where a device failure could

endanger human life and property, it is the responsibility of the client, installer and system designer to add

additional safety devices to prevent such a device failure. Ignoring specifications and local regulations may cause

equipment damage and endangers life and property. Tampering with the device and misapplication will void

warranty.

Technical specifications

Power supply

Operating voltage

24 VAC ±10%, 50/60 Hz, 15…34 VDC

Power consumption

Max. 5 VA

Safety extra-low voltage (SELV)

HD 384, class II

Built in

sensors

(Type)

-TH

Temperature sensor

Range

Measuring accuracy

Repeatability

NTC (Tn10 B25/50: 3935, 10kΩ@25 °C)

0…50 °C (32…122 °F)

0.5 °C (1 °F)

0.1 °C, 0.2 °F

-TH

Humidity sensor

Range

Measuring accuracy

Hysteresis

Repeatability

Stability

Capacity sensor element

0…100% RH

See Figure 1

1%

0.1%

< 0.5% / year

Temperature sensor

Range

Measuring accuracy

Repeatability

Bandgap sensor

0…50 °C (32…122 °F)

See Figure 2

0.1°C ( 0.2°F)

Signal inputs

Passive input

Type

Range

UI4 to UI5, Passive Temperature NTC or open contact

NTC (Sxx-Tn10) 10kΩ@25 °C

-40…100 °C (-40…212 °F)

Analog input

Type & range

Resolution

UI6, in Voltage mode

0 –10 VDC

9.76 mV (10 Bit)

Signal outputs

Analog output

Output signal

Resolution

Maximum load

AO1 to AO2

0…10 VDC

9.76 mV

≥1kΩ

Relay outputs: AC Voltage

(SPST NO) DC Voltage

0…250 VAC, full-load current (1.2) A

0…30 VDC, full-load current 2 A

Insulation strength between relays contacts

and system electronics:

between neighboring contacts:

1500V AC to EN 60 730-1

1000V AC to EN 60 730-1

Electrical

connections

Connector type

Screw terminal connectors for wire 0.34…1.3 mm2

(AWG 22…16)

Remote terminal

RS485 in accordance with EIA/TIA 485, Shielded twisted

pair cable

Environment

Operation

Climatic conditions

Temperature

Humidity

To IEC 721-3-3

Class 3K5

0…50 °C (32…122 °F)

<85 % RH non-condensing

Transport & storage

Climatic conditions

Temperature

Humidity

Mechanical conditions

To IEC 721-3-2 and IEC 721-3-1

Class 3K3 and Class 1K3

0…50 °C (32…122 °F)

<95 % RH non-condensing

Class 2M2

Standards

Degree of protection

IP30 to EN 60 529

Pollution class

II (EN 60 730-1)

Safety class:

II (IEC 60536)

Overvoltage category

II (EN 60 730-1)

General

Material

Flame retardant PC+ABS plastic (UL94 class V-0)

Dimensions (L x W x H)

Front part: 113 x 72 x 14 mm (4.4 x 2.8 x 0.6 in)

Power Case: 50 x 50 x 31 mm (2.0 x 2.0 x 1.2 in)

Weight (including package)

184g (6.5 oz)

TRI2-FU

PRODUCT DATA SHEET

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VECTOR

Technical specification communication for -MOD and -BAC types

Network

Hardware interface

Max nodes per network

Max nodes per segment

RS485 in accordance with EIA/TIA 485

128

64 (Vector devices only)

Conductors

Impedance

Nominal capacitance

Shielded Twisted Pair (STP) cable

100 - 130 ohm

100 pF/m 16 pF/ft. or lower

Galvanic isolation

The communication circuitry is isolated

Line termination

Network topology

A line termination resistance (120 ohm) shall be

connected between the terminals (+) and (-) of the

furthermost node of the network

Daisy chain according EIA/TIA 485 specifications

Recommended maximum length per chain

1200 m (4000 ft.)

Modbus

(-MOD)

Communication standard

Modbus (www.modbus.org)

Default setting

19200 baud rate, RTU 8 data bits,

1 even parity bit, 1 stop bit

Communication speed

4800, 9600, 19200, 38400

Protocol: Data bits

Parity –stop bit

RTU - 8 data bits, ASCII –7 data bits,

no parity –2 stops, even or odd parity –1 stop

BACnet

(-BAC)

Communication standard

BACnet MS/TP over RS485

BTL tested and listed B-ASC

Communication speed

9600, 19200, 38400, 57600, 76800, 115200

Technical specification for TCP/IP communication -WIM and -WIB types

Wi-Fi

Standards

Wi-Fi Alliance

FCC/CE-RED/IC/TELEC/KCC/SRRC/NCC

802.11 b/g/n (802.11n up to 150 Mbps)

A-MPDU and A-MSDU aggregation and 0.4 µs guard

interval support

Frequency range

2.4 GHz ~ 2.5 GHz

Antenna

Internal

Modbus TCP

(-WIM)

Standard

IEC 61158

Communication protocol

Modbus TCP (www.modbus.org)

Transport Layer

TCP/IP

TCP/IP Port

502

BACnet/IP

(-WIB)

Communication standard

BACnet/IP

BTL tested and listed B-ASC

Transport Layer

UDP

UDP Port

47808

Product testing and certification

Declaration of

Conformity

Information on the conformity of our products can be found on our website

www.vectorcontrols.com on the corresponding product page under "Downloads".

Relative humidity absolute accuracy

Figure 1: Max RH-tolerance at 25 °C (77 °F)

per sensor type

%RH

100

±1

±0

±2

±3

±4

±5

AES3-HT-A3

Temperature accuracy

±0.5

±0

±1.0

±1.5

±2.0

AES3-HT-A3

°C

-40

120

°K

-40

140

194

248

°F

Figure 2: Max T-tolerance by sensor type

Note on accuracy: allow one hour after power up for compensation swing in

TRI2-FU

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Dimension, mm (inch)

TRI2-FU

PRODUCT DATA SHEET

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Mounting and Installation

Mounting location

•On a flat, easily accessible wall

•The following mounting locations should be avoided:

oProtect from direct exposure to sunlight

oDo not install near heat sources or other heat-generating devices

oAreas with poor air circulation and niches

oIn the direct influence area of ventilation and fans

oFor the types with wireless transmission (-WIM or -WIB), avoid locations that interfere with the radio

signals, e.g. metal boxes or devices that generate electrical interferences.

Mounting instructions

See the TRI2-FU installation sheet, document no. 70-00-0743 (www.vectorcontrols.com).

Selection of sensors and actuators

Temperature sensors

Use Vector Controls NTC sensors to achieve maximum accuracy: SDB-Tn10-20 (duct), SRA-Tn10 (room), SDB-Tn10-20 +

AMI-S10 as immersion sensor.

Actuators

Choose modulating actuators with an input signal type of 0/2-10 VDC.

3-point actuators with constant running time are recommended.

Binary auxiliary devices (e.g. pumps, fans, on/off valves, humidifiers, etc.)

Do not directly connect devices that exceed specified limits in technical specifications –observe startup current on

inductive loads.

Connection diagram

Wire type

An EIA-485 network shall use shielded, twisted-pair cable for data signaling with characteristic impedance between 100

and 130 ohms. Distributed capacitance between conductors shall be less than 100 pF per meter (30 pF per foot).

Distributed capacitance between conductors and shield shall be less than 200 pF per meter (60 pF per foot). Foil or

braided shields are acceptable.

Maximum length

The maximum recommended length per segment is 1200 meters (4000 feet) with AWG 18 (0.82 mm2 conductor area)

cable.

Status-LED

The TRI2 has a status-LED which becomes visible by removing the front part. The location of the LED is described in the

installation sheet. The function of the LED is explained in the X2 operation manual.

TRI2-FU

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Operation and Configuration

Documentation

This controller uses the latest generation X2 operating system. Detailed operation instructions for all devices equipped

with this operating system can be found on our website.

Also available are programming instructions for technicians and an application database.

Configuration

The device can be fully configured and commissioned using the EasySet program or the built-in

operation terminal.

EasySet may be downloaded free of charge from our website www.vectorcontrols.com.

Configuring the TRI2 device

Configuring with EasySet (free PC application)

Use the PC and the EasySet tool to easily configure the TRI2 to your needs. Connect the PC with the

EasySet tool ether with the AEC-USB converter and the AEC-TRI-2 configuration adapter to the TRI2 or

use the Wi-Fi communication of the PC to connect to the TRI2 (for TRI2-WIM /-WIB devices only). See

TRI2 installation sheet for connection details.

Configuring with Operation Terminal

You can use the built-in operation terminal to configure the TRI2 to your needs. See “X2 Operations Manual touch display”

and “X2 Engineering Manual” for details.

Copy Configuration to other TRI2 devices

Complete parameter sets may be copied using the accessory AEC-PM2 or exchanged with a PC

using the EasySet tool and an RS485-USB converter or via Wi-Fi communication.

Copy configuration with the AEC-PM2

Use the configuration adaptor ACE-TRI-2 to load the configuration onto the AEC-PM2 plug-in

memory (see TRI2 installation sheet for connection details).

To copy the configuration to other TRI2 devices, connect the AEC-PM2 plug-in memory to the

TRI2 and simply press the copy button (see TRI2 installation sheet for connection details).

Copy configuration with EasySet (free PC application)

To copy the configuration to other TRI2 devices, connect the PC with the EasySet tool ether with the AEC-USB converter

and the AEC-TRI-2 configuration adapter to the TRI2 or use the Wi-Fi communication of the PC to connect to the TRI2 (for

TRI2-WIM /-WIB devices only). See TRI2 installation sheet for connection details.

Documentation overview

Document Type

Document No.

Description

TRI2-FU Data Sheet

70-00-0750

Product data sheet (this document)

TRI2-FU Install Sheet

70-00-0743

Mounting and installation manual

X2 Operations Manual touch display

70-00-0951

Operations instructions of X2 system with touch display

X2 Web Interface operation manual

70-00-0952

Operations instructions of X2 Web interface

X2 Engineering Manual

70-00-0737

Guidelines for configuring the X2 system

X2 Modbus Communication Module

(-MOD type)

70-00-0290

Setup and configuration manual Modbus (no Modbus TCP)

X2 Modbus Communication Module

(-WEM type)

70-00-0925

Setup and configuration manual Modbus TCP

X2 BACnet Communication Module

(-BAC type)

70-00-0218

Setup and configuration manual BACnet (no BACnet/IP)

X2 BACnet/IP Communication Module

(-WEB type)

70-00-0899

Setup and configuration manual BACnet/IP

X2 Wi-Fi / Ethernet Communication

Manual

(-WEM, -WEB type)

70-00-0900

Setup and configuration manual TCP/IP

Note: The above list is not complete. The documents on the website are relevant.

AEC-PM2

AEC-TRI-2

AEC-USB

TRI2-FU

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BACnet Protocol Implementation Conformance Statement (PICS)

BACnet MS/TP network

The following is only valid for products with the -BAC type option.

Vendor Name:

Vector Controls

Product Name:

TRI2 Controls series

TRI2 product description:

The TRI2 communicating BACnet controllers are designed as universal controls equipment

suitable for a large number of applications. They may be used in zoning and other applications

which are monitored by a BACnet MS/TP network.

Supported BACnet Interoperability Blocks (BIBB)

The BACnet interface conforms to the B-ASC device profile (BACnet Application Specific Controller).

The following BACnet Interoperability Building Blocks (BIBB) is supported.

BIBB

Type

Name

DS-RP-B

Data sharing

Read property - B

DS-RPM-B

Data sharing

Read property multiple - B

DS-WP-B

Data sharing

Write property - B

DM-DCC-B

Device management

Device communication Control - B

DM-DDB-B

Device management

Dynamic device binding - B

DM-DOB-B

Device management

Dynamic object binding - B

DM-TS-B

Device management

Time synchronisation - B

DM-UTC-B

Device management

UTC Time synchronisation - B

DM-RD-B

Device management

Reinitialize device - B

Supported standard BACnet application services

- ReadProperty

- ReadPropertyMultiple

- WriteProperty

- DeviceCommunication (password protected)

- I-Am

- I-Have

- TimeSynchronisation

- UTCTimeSynchronisation

- ReinitializeDevice (“cold” or “warm”) (password protected)

Supported standard Object types

- Device

- Analog input

- Analog value

- Binary value

- Multi-state Value

BACnet/IP communication

The following is only valid for products with the -WIB type option.

Vendor Name:

Vector Controls

Product Name:

TRI2 Controls series

TRI2 product description:

The X2 communicating BACnet/IP controllers are designed as universal controls equipment

suitable for a large number of applications. They may be used in zoning and other applications

which are monitored by a BACnet/IP network.

Supported BACnet Interoperability Blocks (BIBB)

The BACnet interface conforms to the B-ASC device profile (BACnet Application Specific Controller).

The following BACnet Interoperability Building Blocks (BIBB) is supported.

BIBB

Type

Name

DS-RP-B

Data sharing

Read property - B

DS-RPM-B

Data sharing

Read property multiple - B

DS-WP-B

Data sharing

Write property - B

DS-COV-B

Data sharing

Change of value - B

DM-DCC-B

Device management

Device communication Control - B

DM-DDB-B

Device management

Dynamic device binding - B

DM-DOB-B

Device management

Dynamic object binding - B

DM-TS-B

Device management

Time synchronisation - B

TRI2-FU

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BIBB

Type

Name

DM-UTC-B

Device management

UTC Time synchronisation - B

DM-RD-B

Device management

Reinitialize device - B

Supported standard BACnet application services

- ReadProperty

- ReadPropertyMultiple

- WriteProperty

- ChangeOfValue

- DeviceCommunication (password protected)

- I-Am

- I-Have

- TimeSynchronisation

- UTCTimeSynchronisation

- ReinitializeDevice (“cold” or “warm”) (password protected)

Supported standard Object types

- Device

- Analog input

- Analog value

- Binary value

- Multi-state Value

- Network Port

X2 Functional Scope

The controller supports the following X2 functions and elements:

Group

Modules

QTY

Description

User and display parameters

01U to 03U

Sensor inputs for temperature and humidity

04U to 06U

Universal inputs for RT/DI, mA, VDC

07U to 10U

Virtual inputs for operation terminals, bus modules or special functions

1AL to 8AL

Alarm conditions

1L to 2L

Control loops

1A to 2A

Analog outputs for mA, VDC

FAN

Fan or lead lag modules, 1 to 3 fan speeds, up to 3 switching lead-lag stages each

1d to 2d

Binary outputs with a normally open (NO) relays contact

1FU

Remote Enable: Activation of the controller based on signal and alarm conditions

2FU

Change Operation Mode: Switching occupied and unoccupied with control signals

3FU

Heat/Cool Change: Switching heating and cooling based on a control signal

4FU

Setpoint Compensation: Summer/winter compensation of setpoint

5FU

Economizer (free heating or cooling due to the condition of outside and room air)

Communication (if a communication module is available)

COPY

Copying complete parameter sets between run, default and external memory with

up to 4 memory locations (AEC-PM2)

RTC

Real time clock module with 48-hour power back up (keeps clock running during

power failure)

PRO

Pr01 to Pr12

Time schedule programs for 7 days or annual switching events

More detailed information on the X2 functions can be found in the "X2 Engineering Manual" on our website

www.vectorcontrols.com.

TRI2-FU

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Smart Sensors and Controls

Made Easy!

Quality - Innovation –Partnership

Vector Controls GmbH

Switzerland

[email protected]

www.vectorcontrols.com

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