CARRIER | Application Specific Controllers
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These application specific controllers feature native BACnet communications and plug-and-play connectivity to the Carrier i-Vu Building Automation System.
i-Vu Zone Ctrl II (OPN-B3-P-02)
OVERVIEW
Product-Integrated Controller. The Zone Controller II provides zone level control for a variety of pressure-independent VAV and pressure dependent VVT applications. This completely programmable advanced controller features a separable actuator for easy installation onto fan-powered or single-duct air terminals. It also features native BACnet communications and plug-and-play connectivity to the Carrier i-Vu Building Automation System.
Round Damper with VVT Zone Controller (OPNDR)
OVERVIEW
Part Numbers: OPNDR06ZC, OPNDR08ZC, OPNDR10ZC, OPNDR12ZC, OPNDR14ZC, OPNDR16ZC. The VVT round zone damper with the VVT Zone controller is a component of Carrier’s i-Vu Building Automation System. It provides accurate and precise airflow for VVT applications. The factory-integrated VVT Zone controller maintains space temperature by modulating the proper amount of supply airflow through its damper.
Rectangular Damper VVT Zone Controller (OPND)
OVERVIEW
Part Numbers: OPND8X10ZC, OPND8X14ZC, OPND8X18ZC, OPND8X24ZC. The VVT rectangular zone damper with the VVT Zone controller is a component of Carrier’s i-Vu Building Automation System. It provides accurate and precise airflow for VVT applications. The factory-integrated VVT Zone controller maintains space temperature by modulating the proper amount of supply airflow through its damper.
i-Vu Fan Coil Open (OPN-FC)
OVERVIEW
Integrated controller for fan coil units capable of stand-alone operation or integrated with Carrier’s or any Building Automation System using BACnet®, Modbus® or Lonworks® protocol. Carrier’s Fan Coil Open Controller is an integrated component of a Carrier fan coil unit. The Fan Coil Open controller continuously monitors and regulates fan coil operation with reliability and precision. This advanced controller features a sophisticated, factory-engineered control program that provides optimum performance and energy efficiency. The Fan Coil Open controller also features plug-and-play connectivity to the Carrier i-Vu Building Automation System. For added flexibility, the Fan Coil Open controller is capable of stand-alone operation, or it can be integrated with any Building Automation System utilizing the BACnet protocol.
Carrier ChillerVu Chilled Water System Optimizer (OPN-OPT-OL)
OVERVIEW
The Carrier® ChillerVu™ chilled water system optimizer is a sophisticated, scalable, native BACnet plant optimization solution for chiller plants. The chilled water system optimizer minimizes the energy use of the entire chilled water system, up to and including air handling units. The factory-engineered control program is designed to provide a supervisory level of control over the chilled water production of the chiller plant, managing the plant chilled water supply temperature and the condenser water supply temperature to provide optimal energy usage while maintaining occupant comfort in the building. The Carrier chilled water system optimizer seamlessly interfaces with Carrier’s ChillerVu plant system manager, further improving efficiency for plants consisting of Carrier 19, 23, or 30 series chillers (air or water-cooled) and non- Carrier chillers. Setpoint, plant status, machine energy consumption and other system data are easily exchanged between ChillerVu and the chilled water system optimizer.
Carrier ChillerVu (OPN-PSM-MPCXPE)
OVERVIEW
Carrier® ChillerVu™ PSM-IO Module - Carrier ChillerVu is a sophisticated, scalable, native BACnet® control solution for chiller plant control and operation. It consists of a dedicated controller and a library of factory-engineered control programs that are specifically designed to cover the most common chiller plant configurations. Carrier ChillerVu factory-engineered control programs, with “Plug ‘n Play” support for specific Carrier CCN® PIC chillers, are designed to provide efficient, automatic control over all aspects of a chiller plant, coordinating the control of chillers, pumps and towers into a finely tuned, cohesive system. Whether you have 2 or 20 chillers, the system is able to control Carrier 19, 23, or 30 series chillers (air- or water-cooled). Carrier ChillerVu also supports integration to chiller plant equipment using BACnet, LonWorks® and Modbus® protocols.
Carrier ChillerVu (OPN-PSM-SIM)
OVERVIEW
Carrier® ChillerVu™ PSM-SIM Module - Carrier ChillerVu is a sophisticated, scalable, native BACnet® control solution for chiller plant control and operation. It consists of a dedicated controller and a library of factory-engineered control programs that are specifically designed to cover the most common chiller plant configurations. Carrier ChillerVu factory-engineered control programs, with “Plug ‘n Play” support for specific Carrier CCN® PIC chillers, are designed to provide efficient, automatic control over all aspects of a chiller plant, coordinating the control of chillers, pumps and towers into a finely tuned, cohesive system. Whether you have 2 or 20 chillers, the system is able to control Carrier 19, 23, or 30 series chillers (air or water-cooled). Carrier ChillerVu also supports integration to chiller plant equipment using BACnet, LonWorks® and Modbus® protocols.
i-Vu RTU Open (OPN-RTUM2)
OVERVIEW
Product Integrated Controller - Integrated controller for rooftop units capable of stand-alone operation or integrated with Carrier’s or any Building Automation System using BACnet®, Modbus® or Lonworks® protocol. The RTU Open controller continuously monitors and regulates constant volume rooftop operation with reliability and precision. This advanced controller features a sophisticated, factory-engineered control program that provides optimum performance and energy efficiency. It also features plug-and-play connectivity to the Carrier i-Vu Building Automation System. For added flexibility, the RTU Open controller is capable of stand-alone operation, or, it can be integrated with any other Building Automation System utilizing the BACnet, Modbus®, LonWorks®, or N2 protocols.
i-Vu VAV Zone II Secondary Terminal (OPN-RTUM2)
OVERVIEW
Product Integrated Controller - The VAV Zone II Secondary Terminal controller provides control of a secondary zone damper where CFM measurement is required. This advanced controller features a separable actuator for easy installation onto a zone damper. It requires connection to the programmable Carrier Zone Controller (OPN-B3-P-02) for proper operation.
i-Vu VAV Zone II Single Duct (OPN-VAVB1-02)
OVERVIEW
Product Integrated Controller - The VAV Zone II Single Duct controller provides zone level temperature and air quality control for a variety of pressure-independent VAV applications. This advanced controller features a separable actuator for easy installation onto single duct air terminals. It also features native BACnet communications and plug-andplay connectivity to the Carrier i-Vu Building Automation System.
i-Vu VAV Zone II Fan Terminal (OPN-VAVB3-02)
OVERVIEW
Product Integrated Controller - The VAV Zone II Fan Terminal controller provides zone level temperature and air quality control for a variety of pressure-independent VAV applications. This advanced controller features a separable actuator for easy installation onto fan-powered or single-duct air terminals. It also features native BACnet communications and plug-and-play connectivity to the Carrier i-Vu Building Automation System.
i-Vu VVT Bypass II Controller (OPN-VVTBP-02)
OVERVIEW
Product Integrated Controller - The VVT Bypass II controller is used to regulate the supply duct static pressure for a variety of pressure-dependent VVT applications and allows constant volume HVAC equipment to provide zone level temperature control. This advanced controller features a separable, brushless actuator and an integral pressure sensor for reliability and longevity. It also features native BACnet communications and plug-and-play connectivity to the Carrier i-Vu Building Automation System.
i-Vu VVT Zone II Controller (OPN-VVTZC-02)
OVERVIEW
Product Integrated Controller - The VVT Zone II controller provides zone level temperature and air quality control for a variety of pressure-dependent VVT applications. This advanced controller features a separable actuator for easy installation onto single duct and parallel fan-powered air terminals. It also features native BACnet communications and plug-and-play connectivity to the Carrier i-Vu Building Automation System.
i-Vu Open WSHP Controller (OPN-WSHPM)
OVERVIEW
Product Integrated Controller - Carrier’s WSHP Open controller is an integrated component of a Carrier water source heat pump. The WSHP Open controller continuously monitors and regulates water source heat pump operation with reliability and precision. This advanced controller features a sophisticated, factory-engineered control algorithm that provides optimum performance and energy efficiency. The WSHP Open controller also features plug-and-play connectivity to the Carrier i-Vu System. The Carrier i-Vu System combines state-of-the-art Carrier equipment, plug-and-play controllers, and the powerful, web-based i-Vu user interface to form a cohesive, intuitive, and fully-integrated BACnet® Building Automation System. For added flexibility, the WSHP Open controller is capable of stand-alone operation. Or, it can be integrated with any Building Automation System utilizing the BACnet, Modbus, or N2 protocols.
i-Vu WSHP Water-to-Water Open Controller (OPN-WSHPW2WM)
OVERVIEW
Product Integrated Controller - Carrier’s Water-to-Water (W2W) Open controller is an integrated component of a Carrier water-to-water source heat pump. The W2W Open controller continuously monitors and regulates heat pump operation with reliability and precision. This advanced controller features a sophisticated, factory-engineered control program that provides optimum performance and energy efficiency. For added flexibility, the W2W Open controller is capable of stand-alone operation. It can also be integrated with any Building Automation System using the BACnet®, Modbus®, LonWorks®*, or N2 protocol. *Requires LON Option Card (p/n LON-OC)