1091 Topic(s)
You can wire a terminal base prior to installing an electronics module.
You print an I/O wiring list for the I/O bus that describes which I/O points are associated with each I/O module. You use the printed copy of this list to help wire the I/O bus network.
You print labels to identify I/O channels on the placard of an I/O module much the same way you label circuits on an electrical panel. You accept the default names for the I/O point labels or customize the I/O point names for your own application.
You perform the following steps to power up a device.
You install an electronics module directly onto the relevant terminal base, where it will connect to the power supply and address bus.
You install a terminal base on a horizontal DIN rail to ensure that the device is securely fastened and to allow sufficient cooling air flow through the electronics module. You install a terminal base on a DIN rail prior to connecting it to its neighboring terminal bases.
You connect terminal bases together to provide continuity of the power supply and the address bus.
You connect an air velocity probe installed in the duct inlet to the RP-V onboard air flow sensor (differential velocity pressure sensor) to measure the air flow in the VAV terminal unit.
You install the RP-V directly over the VAV damper shaft for damper positioning control and air flow sensing. When you install the RP-V on a damper that rotates counter-clockwise (CCW) to open, use WorkStation or the Commission mobile application to ensure that the configured direction of the actuator rotation matches the damper type.
You install the RP-V directly over the VAV damper shaft for damper positioning control and air flow sensing. When you install the RP-V on a damper that rotates clockwise (CW) to open, use WorkStation or the Commission mobile application to ensure that the configured direction of the actuator rotation matches the damper type.