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This Concept Map, created with IHMC CmapTools, has information related to: A3-Sensors System, A " sensor system" is a transducer (or actuator) that provides functions beyond what is necessary to generate a correct representation of a sensed or controlled quantity (e.g., temperature, pressure, strain, flow, pH, etc.). The "sensor system" functionality will typically simplify the integration of the transducer into applications in a networked environment. For example, a measurement from a temperature transducer requires the network controller to make a voltage-to-temperature conversion to represent the data in either degrees fahrenheit or degrees celcius. An intelligent temperature transducer (smart sensor) has a built-in transducer electronic data sheet (TEDS) to make the measurement conversion and provide the data in units of temperature to the network controller. To do this, the smart sensor module also contains the digital interface to provide a communication channel between the network control and the smart sensor. ???? Network Integration, CO2 Sensors ???? APPLICATION, Outdoor ???? Application, Application ???? Allocating load-based costs, Humidity Type Outdoor, Application ???? Tenant submetering, APPLICATION ???? Lighting control for LEED* programs and reduced energy usage, Application ???? Switching relays and other digital I/O circuits, Power Sources Type Control Transformers, Application ???? Collecting energy data, A " sensor system" is a transducer (or actuator) that provides functions beyond what is necessary to generate a correct representation of a sensed or controlled quantity (e.g., temperature, pressure, strain, flow, pH, etc.). The "sensor system" functionality will typically simplify the integration of the transducer into applications in a networked environment. For example, a measurement from a temperature transducer requires the network controller to make a voltage-to-temperature conversion to represent the data in either degrees fahrenheit or degrees celcius. An intelligent temperature transducer (smart sensor) has a built-in transducer electronic data sheet (TEDS) to make the measurement conversion and provide the data in units of temperature to the network controller. To do this, the smart sensor module also contains the digital interface to provide a communication channel between the network control and the smart sensor. ???? Power Sources, Application ???? Overload protection, A " sensor system" is a transducer (or actuator) that provides functions beyond what is necessary to generate a correct representation of a sensed or controlled quantity (e.g., temperature, pressure, strain, flow, pH, etc.). The "sensor system" functionality will typically simplify the integration of the transducer into applications in a networked environment. For example, a measurement from a temperature transducer requires the network controller to make a voltage-to-temperature conversion to represent the data in either degrees fahrenheit or degrees celcius. An intelligent temperature transducer (smart sensor) has a built-in transducer electronic data sheet (TEDS) to make the measurement conversion and provide the data in units of temperature to the network controller. To do this, the smart sensor module also contains the digital interface to provide a communication channel between the network control and the smart sensor. ???? Air Quality, APPLICATION ???? Key component for LEED* certification programs, Application ???? Controlling HVAC systems for improved comfort and energy savings, APPLICATION ???? MSCD2000 – best for multi-stall bathrooms, large conference rooms, and warehouses, APPLICATION ???? Controlling parking garage ventilation, Application ???? Museums, schools, printing shops, and other locations requiring humidity control, Network Display ???? Application, Humidity Type Duct