Building automation system

Johnson Controls offers a complete line of Carbon Dioxide (CO2) transmitters for measuring and transmitting CO2 levels, ranging from 0 to 2,000 parts per million (ppm), within Heating, Ventilating, and Air Conditioning (HVAC) applications.

Johnson Controls offers carbon dioxide (CO2) and temperature transmitters for measuring and transmitting CO2 levels, ranging from 0 to 2,000 parts per million (ppm) and temperatures, ranging from 32 to 122°F (0 to 50°C) within HVAC CO2 and temperature applications.

The Johnson Controls® CD-Px0xx-00-00 Series duct mount transmitters are designed for the measurement of CO2 and temperature in HVAC applications where demand control ventilation (DCV), fresh air and indoor air quality (IAQ), and rooftop air handling economizer control systems are often required.

The F262 Airflow Switch detects airflow or the absence of airflow by responding only to the velocity of air movement within a duct. The single-pole, double-throw (SPDT) control can be wired to open one circuit and close a second circuit for either signaling or interlock purposes.

The DP low differential pressure transmitter series is an accurate and cost competitive solution for measuring low pressures of air and non-aggressive gases in order to monitor and control pressures in building automation, HVAC and clean room systems.

The DPT-2015 Differential Pressure Transmitter senses differential pressure in pressure independent Variable Air Volume (VAV) applications. It sends an analog signal that is proportional to velocity pressure to a VAV controller.

This differential pressure switch is used to sense pressure/air flow in ducts.

Series P74 measures the pressure difference between two sources: supply lines and return lines. A change in differential pressure will reposition the switching mechanism to cause corrective action of the supplementary control equipment.

Acromag’s RS-485 network repeater device allows users to take full advantage of the RS-485 standard’s extended communication distances and multi-dropping capabilities. In addition, these devices offer field selectable End-of-Line Network (EOLN) terminations on both the A and B networks. Operation is transparent to all devices and no handshaking is required.

The Metasys® Network Control Engine (NCE) Series controllers combine the network supervisor capabilities and Internet Protocol (IP) network connectivity of a
Network Automation Engine (NAE) with the Input/Output (I/O) point connectivity and direct digital control capabilities of a Field Equipment Controller (FEC).

NAEs provide comprehensive equipment monitoring and control, via key features such as scheduling, alarm and event management, energy management, data exchange, data trending, and data storage that are key tools in reducing operation and energy costs for any type of building.

Network Integration Engines (NIEx9s) for 3rd party integrations enable Internet Protocol (IP) connectivity and Web-based access to Metasys® Building Management Systems (BMSs).

Network Integration Engines (NIEx9s) for 3rd party integrations enable Internet Protocol (IP) connectivity and Web-based access to Metasys® Building Management Systems (BMSs).

Network Integration Engines (NIEx9s) for 3rd party integrations enable Internet Protocol (IP) connectivity and Web-based access to Metasys® Building Management Systems (BMSs).

MVE is essential to facilities in which regulatory management is key to successful production. The system controls environmental conditions and audits user management for critical environments, such as hospitals, research facilities, food production centers, and other production environments where tight control is key to product success.

The Application and Data Server (ADS) and Extended Application and Data Server (ADX) are optional components of the Metasys® system that manage the collection and presentation of large amounts of trend data, event messages, operator transactions, and system configuration data.

Network Automation Engine (NAE) 45-Lites enable Internet Protocol (IP) connectivity and Web-based access to Metasys® Building Management Systems (BMSs). NAE45-Lites leverage standard BACnet building management communication to monitor and supervise a wide variety of Heating, Ventilating, and Air Conditioning (HVAC); lighting; security; fire; and access control equipment.

With the ADS-Lite-A, Johnson Controls has combined the latest industry-standard software with more than 130 years of control experience to create a powerful information management tool. The ADS-Lite-A is the point of access into a building automation system (BAS) and archives historical and configuration data.

This range of versatile controls is intended for single or multistage (2 or 4 stages) applications such as heating, cooling but also humidity or pressure depending on the input type. This range incorporates all control functions as required by modern applications and it exists in both panel mount and DIN rail enclosures.

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, such as BACnet®, LONWORKS®, and N2 protocols.

The FX Server software expands the capabilities of one or more FX Supervisory Controllers, in addition to managing TCP/IP field devices directly. The FX Server
collects, stores, and provides access to large amounts of information (such as alarms, events, and histories) sourced from one or more FX Supervisory Controllers.

The Touch Advanced Display (TAD) is a comprehensive series of freely programmable operator interfaces featuring both IP and MSTP BACnet® communication and colorful, graphic displays with touch-screen interface. TAD Displays feature bright TFT widescreen (16:9) displays of different sizes 4.

The DIS1710 Local Controller Display is a member of the Metasys® Field Equipment Controller family. It is a stand-alone display module installed on the front panel of an enclosure and connected to a Network Control Engine (NCE), Field Equipment Controller (FEC), or Advanced Application Field Equipment Controller (FAC).

The Field Equipment Controller (FEC) Series products are programmable BACnet® Application Specific Controllers (B-ASCs) with integral Master-Slave/Token Passing (MS/TP) communications. FEC models include the 10-point FEC16 Series and the 17-point FEC26 Series. FEC controllers integrate into the Web-based Metasys® system.