Abstract: A variety of assemblies are configured for use with an actuator. One embodiment of the present disclosure relates to an actuator that includes a housing. An output gear is disposed within the housing. An output nut is connected to the spindle such that the spindle is rotatable within the output nut to enable linear motion of the output nut. The output nut includes a connector. A spacer is selectively coupled to the connector of the output nut.

Abstract: A variety of assemblies are configured for use with an actuator. One embodiment of the present disclosure relates to an actuator that includes a housing. An output gear is disposed within the housing. An output nut is connected to the spindle such that the spindle is rotatable within the output nut to enable linear motion of the output nut. The output nut includes a connector. A spacer is selectively coupled to the connector of the output nut.

Abstract: One implementation of the present disclosure is an actuator mounting assembly. The actuator mounting assembly includes a bracket and a coupling member. The bracket defining a central opening extending therethrough. The bracket includes an actuator end and a valve end. The actuator end includes an actuator interface member. The valve end includes a plurality of legs extending away from the actuator end. The coupling member is at least partially disposed within the central opening. The coupling member includes a valve stem end configured to engage a valve stem and a driver end configured to engage an actuator drive member.

Abstract: An actuator is usable in an airside system, waterside system, building management system, or HVAC system. The actuator includes a housing. The housing includes an enclosure having an interior surface with a channel. The channel includes a ledge portion. The channel extends through the enclosure. The actuator includes a yoke having a notch located on an external surface of the yoke. The actuator includes a locking mechanism including a ring having a tab. The tab is defined by a width of the channel and a width of the notch. Following assembly, the yoke is positioned in the enclosure such that the notch rests upon the ledge portion. Additionally, the locking mechanism is positioned on an opposite side of the enclosure with the tab positioned in the channel adjacent to the notch. As a result, the locking mechanism inhibits movement of the yoke relative to the enclosure.

Abstract: A variety of assemblies are configured for use with an actuator. An adaptor includes protrusions configured to engage grooves in a channel wall of the actuator and a snapping structured configured to receive a snapping feature of an output gear. A spring clip rotatably secures a yoke having a yoke slot and an output gear having a circumferential slot in the output channel of the adaptor. A lock clip has an arm and a lock clip, the lock clip having an inner wall shaped to correspond to a polygonal opening that extends through the base ring of a yoke. An adaptor prevents a valve from being coupled to the actuator by a bracket in one or more incorrect orientations, and permits the valve to be coupled to the actuator by the bracket in the correct orientation.