Abstract: A system for connecting a building device to a server includes a building network device including a processing circuit configured to receive one or more point identifier values from the building device via a building network. Each of the one or more point identifier values identifies a data point of the building device. The processing circuit is configured to receive one or more rules for generating a communication model for the building device from one or more memory devices. The processing circuit is configured to generate the communication model for the building device based on the received one or more point identifier values and the received one or more rules, receive, via the building network, data for the data points from the building device, and send, via the second network, the received data for the data points to corresponding data points on the server based on the communication model.

Abstract: A terminal device housing includes a backplate and a front cover. The backplate is attachable to a mounting surface. A display is supported by the front cover. The backplate and front cover are formed with installation engagement elements that allow the front cover to be releasably attached to the backplate as the backplate is wired and mounted to the mounting surface. Following wiring and mounting of the backplate, the front cover is detached from the mounted backplate. Engagement structures formed on the backplate and front cover allow the front cover to be attached to the mounted rear cover to define a terminal device housing.

Abstract: A system for connecting a building device to a server includes a building network device including a processing circuit configured to receive one or more point identifier values from the building device via a building network. Each of the one or more point identifier values identifies a data point of the building device. The processing circuit is configured to receive one or more rules for generating a communication model for the building device from one or more memory devices. The processing circuit is configured to generate the communication model for the building device based on the received one or more point identifier values and the received one or more rules, receive, via the building network, data for the data points from the building device, and send, via the second network, the received data for the data points to corresponding data points on the server based on the communication model.

Abstract: A heating, ventilation, or air conditioning (HVAC) system with automated flow direction detection is provided. The HVAC system includes one or more hoses configured to provide airflow from HVAC equipment, a bidirectional pressure sensor coupled to the hoses, and a controller coupled to the bidirectional pressure sensor. The controller is configured to receive a signal from the bidirectional pressure sensor, determine a direction of the airflow relative to the bidirectional pressure sensor based on the signal, correct the signal for a reversed hose polarity relative to the bidirectional sensor based on the direction of the airflow, and perform a control activity using the corrected signal.

Abstract: A heating, ventilation, or air conditioning (HVAC) system with automated flow direction detection is provided. The HVAC system includes one or more hoses configured to provide airflow from HVAC equipment, a bidirectional pressure sensor coupled to the hoses, and a controller coupled to the bidirectional pressure sensor.

Abstract: Computerized methods and systems for determining flow direction relative to a bidirectional pressure sensor are provided. The method includes receiving pressure information from the bidirectional pressure sensor. The method includes using the pressure information to evaluate, at a processing circuit, pressure at the bidirectional pressure sensor over time, The method includes assigning a flow direction to a current pressure of the bidirectional pressure sensor by comparing the current pressure to at least one past pressure.

Abstract: Computerized methods and systems for determining flow direction relative to a bidirectional pressure sensor are provided. The method includes receiving pressure information from the bidirectional pressure sensor. The method includes using the pressure information to evaluate, at a processing circuit, pressure at the bidirectional pressure sensor over time, The method includes assigning a flow direction to a current pressure of the bidirectional pressure sensor by comparing the current pressure to at least one past pressure.