Video guides
Technical Certification Program
22 videos
The Niagara 4 TCP videos cover all of the material in the N4 Technical Certification Program, designed to teach the technical aspects of the Niagara 4 framework lab by lab.
Work through them in order if you are new to Niagara 4, or jump straight to the lab you need a refresher on.
LAB 01 | Creating a station
Step-by-step guidance on setting up and configuring a station within the Niagara 4 framework. This tutorial is designed to help users effectively manage and integrate TCP devices into their building automation systems.
LAB 02 | Station basics
Niagara 4 TCP (Technical Certification Program) is a foundational component for managing and integrating smart building systems within the Niagara Framework, enabling seamless communication between devices and centralised control systems. The Station in Niagara 4 serves as the central hub where all connected devices and systems are monitored, managed, and automated, providing a comprehensive view and control over building operations.
LAB 03 | Tag
The Tag for Niagara 4 TCP is a software module that enhances the Niagara Framework by enabling more precise and dynamic tagging of TCP devices and data points. It allows for better organisation, searchability, and management of connected devices within smart building systems using the Niagara 4 platform.
LAB 04-1 | Modbus intro
Modbus is a widely-used communication protocol in industrial automation that enables data exchange between devices over TCP/IP networks. In Niagara 4, Modbus TCP integration allows seamless connection and control of Modbus-compatible devices within a unified building management system.
LAB 04-2 | Modbus
Modbus for Niagara 4 TCP allows seamless integration and communication between Niagara 4-based building automation systems and devices using the Modbus TCP protocol. It enables efficient data exchange and control of Modbus-compatible devices, such as sensors and controllers, within a Niagara framework.
LAB 04-3 | Modbus Detailed
Modbus integration in Niagara 4 over TCP allows seamless communication between building automation systems and Modbus-compatible devices, enabling real-time data exchange and control. The detailed configuration in Niagara 4 supports both Modbus TCP/IP master and slave setups, ensuring flexibility and interoperability across various smart building applications.
LAB 05 | JACE communication
The JACE Commission for Niagara 4 TCP involves configuring and deploying Tridium's JACE controllers to manage building automation systems through the Niagara 4 framework, enabling seamless integration and real-time data exchange across multiple building systems. This process ensures efficient, scalable control and monitoring of HVAC, lighting, security, and other critical infrastructure within smart buildings.
LAB 06 | Alarms
Niagara 4 TCP alarms provide real-time monitoring and alerting for building automation systems, ensuring prompt detection and response to any system anomalies or faults. These alarms integrate seamlessly with the Niagara 4 framework, enhancing the overall security and efficiency of smart building operations.
LAB 07 | Histories
The "Histories" feature in Niagara 4 TCP provides a comprehensive way to log, store, and analyse time-series data from various building systems, enabling efficient tracking of performance metrics over time. It allows users to visualise trends, detect anomalies, and optimise building operations based on historical data.
LAB 08 | Schedules
Niagara 4 TCP schedules enable precise control and automation of building systems by allowing users to create, manage, and adjust time-based events for HVAC, lighting, and other critical systems. With customisable scheduling options, users can optimise energy efficiency and ensure that building operations align with occupancy patterns and operational needs.
LAB 09 | PID loops
PID loops in Niagara 4 TCP are used to maintain precise control over HVAC systems by continuously adjusting outputs based on real-time feedback to achieve desired set points. These loops help optimise energy efficiency and system stability by minimising the difference between the actual and target conditions in smart building environments.
LAB 10 | Palettes & templates
Palettes and templates in Niagara 4 TCP provide pre-configured components and standardised designs to streamline the development and deployment of building automation systems. These tools enhance efficiency by enabling quick customisation and consistent implementation across multiple projects.
LAB 11 | BACnet
BACnet for Niagara 4 TCP enables seamless communication and integration between BACnet devices and the Niagara Framework, facilitating the efficient management of building automation systems. It allows for reliable data exchange over TCP/IP, enhancing the interoperability and scalability of smart building solutions.
LAB 12 | PX Basics
PX Basics for Niagara 4 TCP involves configuring and managing the TCP/IP communication protocols used in Niagara 4 systems for seamless data exchange and control. It ensures reliable network connectivity and interoperability between various devices and applications within a building management system.
LAB 13 | PX Pumps
PX pumps for Niagara 4 TCP are designed to seamlessly integrate with the Niagara Framework, enhancing the control and automation of building systems. They offer advanced performance, reliability, and flexibility, making them ideal for modern building management and HVAC applications.
LAB 14 | PX Include
PX Include for Niagara 4 TCP provides seamless integration with the Niagara 4 framework, enabling enhanced interoperability and data exchange through the TCP/IP protocol. This feature streamlines communication and system management by allowing efficient, real-time control and monitoring across diverse devices and systems.
LAB 15 | PX Home
PX Home for Niagara 4 TCP provides seamless integration with Niagara 4 systems, enhancing connectivity and control over smart building infrastructure. It offers robust TCP/IP communication capabilities, ensuring efficient data exchange and system management across various building automation networks.
LAB 16 | Relative PX Pages
Relative PX Pages in Niagara 4 TCP provide a streamlined way to navigate and interact with point data by dynamically adjusting page layouts based on the selected device or point hierarchy. This feature enhances user experience by offering context-specific views, making it easier to manage and monitor building systems effectively.
LAB 17 | Hierarchies
In Niagara 4 TCP, hierarchies are structured to streamline data management and enhance system scalability by organising devices, points, and systems into a multi-level architecture. This hierarchical approach allows for efficient communication and control across complex networks, ensuring seamless integration and improved operational efficiency.
LAB 21 | NAV files
NAV files for Niagara 4 TCP are essential configuration files used to define network addresses and communication settings for devices and systems within the Niagara Framework. They facilitate seamless integration and management of various building automation components by ensuring proper connectivity and data exchange across the network.
LAB 22 | User Accounts
The user account for Niagara 4 TCP provides secure access to the platform, allowing users to configure and manage their building automation systems with enhanced functionality. Through this account, users can also monitor system performance, integrate various devices, and utilise advanced features for streamlined building operations.
LAB 23 | Web Supervisor
The Web Supervisor for Niagara 4 TCP provides a comprehensive web-based interface for managing and monitoring Niagara 4 systems, offering users real-time access to system data and controls from any device with internet connectivity. Its intuitive design and robust functionality streamline building management tasks, enhance operational efficiency, and facilitate seamless integration with other systems.
