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Products of Tri Viet

Building Management System (BMS)

In the operation of modern buildings, synchronizing and controlling technical systems such as electricity, HVAC, lighting, and security is becoming increasingly important. Building Management System (BMS) has emerged as a solution to monitor, control, and optimize all building operations, moving toward smarter and more efficient management.

BMS controller

What is a Building Management System?

A Building Management System (BMS) is an integrated system used to monitor and control technical equipment in a building through a centralized platform. It enables the management of multiple systems such as electrical, HVAC, lighting, security, and fire protection.

A typical BMS can:

- Provide alerts and support timely issue resolution

- Store data for management and operational optimization

- Monitor equipment status in real-time

- Control and automate building systems

As a result, BMS becomes a core platform for implementing smart building control systems and modern building management models.

BMS system

BMS System Architecture

To ensure stable and efficient operation, a BMS is structured into multiple layers with a clear hierarchy. A typical system includes the following components:

Central Controller

This is the core that manages and controls the entire system. It receives data, processes information, and sends control commands.

- Alarm and fault handling

- System-wide monitoring

- Scenario-based control

Management Level Devices

These include computers, software, and user interfaces that allow operators to manage the system intuitively.

- Display system data and status

- Configuration and user access control

- Activity history tracking

Field Controllers

Devices installed on-site that connect the central system with equipment.

- Collect data from sensors

- Send signals to the central controller

- Execute control commands

Sensors and Actuators

These are input and output devices that enable automation.

- Temperature, humidity, motion, and light sensors

- Actuators such as fans, valves, switches, and HVAC units

- Security and fire protection devices

This layered architecture ensures synchronized, flexible, and efficient system operation.

BMS architecture

Applications of BMS

With centralized monitoring and control, BMS is widely used in various types of buildings:

1. Office Buildings

- Control HVAC, electrical, and lighting systems

- Optimize working environment and energy consumption

2. Apartments and Residential Buildings

- Manage security, elevators, and lighting

- Support smart building implementation

3. Commercial Centers and Hotels

- Coordinate HVAC, lighting, and security systems

- Ensure stable operation and customer experience

4. Factories and Industrial Zones

- Monitor technical systems and production environment

- Integrate with industrial automation systems

These applications highlight the importance of BMS in modern building operations.

>>> See more: What is a Smart Home Solution?

BMS application

Benefits of BMS

Implementing a BMS provides significant advantages for building owners and operators:

1. Centralized Management

- Monitor all systems on one platform

- Simplify operation and control

2. Energy Efficiency

- Optimize equipment performance

- Reduce energy and operational costs

3. Improved Operational Efficiency

- Reduce reliance on manpower

- Increase control accuracy

4. Fast Fault Detection

- Real-time alerts

- Minimize risks and downtime

5. Data-Driven Optimization

- Store operational data

- Support informed decision-making

These benefits make BMS an essential standard in modern buildings.

BMS benefits

BMS Solution Provider

Choosing the right provider is crucial to ensure system stability, scalability, and cost efficiency.

Tri Viet Controls is a company specializing in building automation, providing BMS solutions and equipment for various real-world projects.

Key strengths:

- Experienced engineering team with a background in BMS systems

- Comprehensive solutions including DDC controllers, sensors, valves, and integrated systems

- Experience in data centers, transportation hubs, and public infrastructure

- Technical consulting, maintenance, and after-sales support

Partnering with Tri Viet Controls ensures a stable, scalable, and cost-effective BMS solution.

Implementing a Building Management System (BMS) not only helps control all technical operations within a building but also lays the foundation for smart, efficient, and cost-optimized management. As buildings demand higher levels of automation and connectivity, BMS becomes an essential solution for safe, flexible, and sustainable operation.

>>> Learn more: What is BMS?

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG N30  – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG N30 – JOHNSON CONTROLS

The N30 Supervisory Controller is designed to monitor and supervise Heating, Ventilating, and Air Conditioning (HVAC) equipment as well as lighting, security, and building access. 
The N30 efficiently supervises the networking of Application Specific Controllers (ASCs) and provides building automation features 
Model Number :
MS-N301010-1 Supervisory controller, base unit with N2 field bus
MS-N301012-1 Supervisory controller, base unit with N2 field bus, and Local Display Terminal (LDT)
MS-N301310-1 Supervisory controller, base unit with N2 field bus and Ethernet peer bus
MS-N301312-1 Supervisory controller, base unit with N2 field bus, Ethernet peer bus, and Local Display Terminal (LDT)

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG NCM300  – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG NCM300 – JOHNSON CONTROLS

NCM300 Network Port is a configurable gateway between Metasys® and a system using Allen- Bradley’s Data Highway Plus communications protocol. It is a bidirectional interface device that can act as a subordinate, peer, or master. Through Network Port
Model Number :
NU-NCM350-8 Network Port (using NCM350)
NU-NCM300-701 Network Port (repair)

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG NCM45  – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG NCM45 – JOHNSON CONTROLS

The NCM45x0-2 Series Network Control Module is a fully user-programmable supervisory controller. 
It is responsible for monitoring and controlling networks of field-level building automation devices and Heating, Ventilating, and Air Conditioning (HVAC) equipment
Model Number : 
MS-NCM4510-2 Supports one N2 trunk (RS-485 port). Up to 100 devices (60 to 200 TC-9100s) are supported on the N2 trunk with the use of a repeater
MS-NCM4520-2 Includes a LONWORKS port and supports one LONWORKS trunk. Up to 127 devices are supported on the LONWORKS port.

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG MODbus Gateway  – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG MODbus Gateway – JOHNSON CONTROLS

The Metasys® system extended architecture N1 Network Integration Engine (NIE) connects existing Metasys N1 based building automation systems into the new generation of technology that includes the Internet, Information Technology (IT), and enterprise level global communication. Metasys system extended architecture N1 Integration is based on the NIE, a 
Web-enabled network controller that speaks IT and Internet language to the expanding world of Web browsers and remote operations centers. At the same time, it uses Internet Protocol (IP) Ethernet network technology to communicate with Metasys N1 networks that are installed in many facilities worldwide.
Model Number : MS-NIE8500-0 , MA-NIE8500-1, MS-NIE5510-0 , MS-NIE5510-0U , MS-NIE5511-0 , MS-15KUPG-0
 

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG NIE – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG NIE – JOHNSON CONTROLS

The Metasys® system extended architecture N1 Network Integration Engine (NIE) connects existing Metasys N1 based building automation systems into the new generation of technology that includes the Internet, Information Technology (IT), and enterprise level global communication. Metasys system extended architecture N1 Integration is based on the NIE, a 
Web-enabled network controller that speaks IT and Internet language to the expanding world of Web browsers and remote operations centers. At the same time, it uses Internet Protocol (IP) Ethernet network technology to communicate with Metasys N1 networks that are installed in many facilities worldwide.
Model Number : MS-NIE8500-0 , MA-NIE8500-1, MS-NIE5510-0 , MS-NIE5510-0U , MS-NIE5511-0 , MS-15KUPG-0
 

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG NCE – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG NCE – JOHNSON CONTROLS

Network Control Engines (NCEs) provide supervisory control of a specified field bus trunk with up to 32 field controllers. Depending on the model, an NCE supports either a BACnet® Master-Slave/Token-Passing (MS/TP) trunk, an N2 Bus trunk, or a LONWORKS® network trunk.
All NCE models feature 33 integral I/O points and a Sensor/Actuator (SA) Bus, which allow you to increase the NCE's I/O field point capacity and also integrate NS Series Network Sensors and variable-frequency drives (VFDs) into your NCE application
Model Number : MS-NCE2500-0 , MS-NCE2506-02 , MS-NCE2510-0 , MS-NCE2511-0 , MS-NCE2516-0 , MS-NCE2517-0 , MS-NCE2520-0 , MS-NCE2521-0 , MS-NCE2526-0 , MS-NCE2527-0 , MS-NCE2560-0 , MS-NCE2560-0U , MS-NCE2561-0 , MS-NCE2566-0 , MS-NCE2567-0

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG M4-SNE – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG M4-SNE – JOHNSON CONTROLS

The Metasys SNE series network engines and SNC series network control engines are Ethernet-based, supervisory controllers that connect Building Automation System (BAS) networks to IP networks. Supports connectivity to open network standards for complete flexibility in the selection of field devices. They include BACnet/IP, BACnet MS/TP, N2 Bus, LonWorks, Modbus TCP/IP, Modbus RTU, M-Bus, KNX, Zettler Fire Panel, Tyco C•CURE, victor, and other third-party protocols.
Model Number : M4-SNE22000-0 , M4-SNE22001-0 , M4-SNE11000-0 , M4-SNE11001-0 , M4-SNE10500-0 , M4-SNE10501-0 , M4-SNE110L0-0 , M4-SNE110L1-0 , SNC25150-0 , SNC25151-0 , SNC25151-0H , SNC25150-04 , SNC25151-04, SNC25151-04H , SNC16120-0 , SNC16121-0 , SNC16121-0H , SNC16120-04, SNC16121-04 , SNC16121-04H

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG CN-BRTR-0 – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG CN-BRTR-0 – JOHNSON CONTROLS

The BACnet® Router facilitates communication between BACnet IP and BACnet Master-Slave/Token-Passing (MS/TP) networks to monitor and control a wide variety of HVAC equipment, meters, fire alarm panels, and lighting on the Building Control Management (BCM) system. Efficient router for use with the BCM Workstation to route messages
between BACnet MS/TP and BACnet IP
• Support for up to 100 PCx MS/TP field devices (or 64 non-PCx MS/TP field devices) under a single router
• Support for the integration to the BCM Workstation so that router configuration can be done by logging into the Workstation. This allows all routers to be configured from a single login.
• Basic diagnostics provided

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG NAE – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG NAE – JOHNSON CONTROLS

Network Automation Engines (NAEs) provide comprehensive equipment monitoring and control, through key features such as scheduling, alarmand event management, energy management, data exchange, data trending, and data storage. These tools help reduce
operation and energy costs for any type of building. This line of NAEs features and leverages IP connectivity and web-based access to Metasys® Building Management Systems, including the BACnet® protocol, the LONWORKS® network, and the N2 Bus protocol, to monitor and supervise a wide variety of HVAC, lighting,security, and fire safety equipment.
Model Number : MS-NAE3510-2,  MS-NAE3510-2U , MS-NAE3511-2 , MS-NAE3514-2 , 
MS-NAE3515-2 , MS-NAE3520-2 , MS-NAE3521-2 , MS-NAE3524-2, MS-NAE3525-2 
MS-NAE4510-2 , MS-NAE4510-2U , MS-NAE4511-2 , MS-NAE4520-2 , MS-NAE4521-2 , MS-NAE451L-2
MS-NAE5510-2 , MS-NAE5510-2U , MS-NAE5511-2 , MS-NAE5520-2 , MS-NAE5521-2
MS-NxE85SW-0 , MS-NxE85SW-61
 

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG EC – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG EC – JOHNSON CONTROLS

Support BACnet MSTP client/server, BACnet IP client/server, Modbus RTU host/slave, Modbus TCP host/slave, MQTT, SOX protocols
Support peer-to-peer (P2P) functions, compatible with EC and CW controllers
Built-in HTML5 Web server and SSL certificate support, Provide RESTful apis and Web services, Support Network Time Protocol (NTP) client
Support SMTP protocol with SSL authentication (send email)
Built-in Johnson patent adaptive PID PRAC+, PVDC, Sequencer and other algorithms
Model Number : EC-1208 ; EC-1616
 

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG FS – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG FS – JOHNSON CONTROLS

The FS is a high-performance network controller with HTML5 graphics, BACnet MSTP Client/Server, BACnet IP Client/ Server, Modbus RTU M/S, Modbus TCP M/S, MQTT, TCOM, SOX, RESTful API and graphics web services
• Built-in VPN Server and Client
• Network Time Protocol (NTP) Client
• SMTP protocol with SSL authentication
• SQL Lite up to 100,000 records
• Built-in dashboard
Model : EASYIO-FS-20 ; EASYIO-FS-32
 

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG SNC – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG SNC – JOHNSON CONTROLS

The Facility Explorer SNC series (F4-SNC) are Ethernet-based, supervisory controllers that connect Building Automation System (BAS) networks to IP networks. The SNC features onboard inputs and outputs for direct control of equipment. This device monitors and controls networks of field-level building automation devices, including HVAC equipment, lighting, security, and fire safety equipment.
Protocol: BACnet MS/TP, BACnet IP, Modbus RTU, Modbus TCP, LonWorks, M-Bus, EIB/KNX
Model : 
SNC25150-0, SNC25150-04, SNC16120-0, SNC16120-04, SNC25152-0, SNC25152-0H, SNC25152-04, SNC25152-04H, SNC16122-0, SNC16122-0H, SNC16122-04, and SNC16122-04H, SNC25151-0, SNC25151-0H, SNC25151-04, SNC25151-04H, SNC16121-0, and SNC16121-04

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG FX80 / FX90 – JOHNSON CONTROLS

BỘ ĐIỀU KHIỂN DDC CẤP MẠNG FX80 / FX90 – JOHNSON CONTROLS

The FX80 Supervisory Controller is a web-based supervisory-class controller in the Facility Explorer® product family. The FX80 controller manages networks of field controllers using open communication protocols

Johnson Controls® N2 (exclusive to FX80) BACnet MS/TP BACnet IP Client and Server

Modbus® Remote Terminal Unit (RTU) Client an Server

Modbus Transmission Control Protocol (TCP) Cl and Server

LonWorks FTT-10A (requires LonWorks communication module)

LonWorks over IP / M-Bus / EIB/KNX / Simple Network Management Protocol (SNMP)

MODEL: FX-SC8BDWIFI-0 / FX-SC9BASE-0

TS-6300 Series Temperature Sensor

TS-6300 Series Temperature Sensor

Temperature Sensors The TS-6300 series temperature sensors provide a passive signal that corresponds to the air or water temperature Heating, Ventilation and Air Conditioning (HAVC) applications. They are passive resistive signal NTC K2, NTC K10, Pt100 or Pt1000 related to the sensed temperature. The TS-6300 temperature sensor series has been designed to work as a part of any HVAC control system.
TE-6300 Series Temperature Sensors

TE-6300 Series Temperature Sensors

The TE-6300 Temperature Sensor line provides economical solutions for a wide variety of temperature sensing needs, including wall-mount, outdoor-air, duct, strap-mount, well-insertion, duct-averaging, and VAV Modular Assembly (VMA) flangemount duct-probe applications. The TE-6300 line offers both a metal and a plastic enclosure for the most popular models.
Hx-68P3 Series

Hx-68P3 Series

OA RH TEMP TRNSMTR 0-10V (Outdoor RH Temp Dew PT Enthalpy WET)
Zalo