Remotely controlled valve operator
A remotely controlled valve operator includes a cap actuator comprising a cap engagement portion and a toothed gear portion, the cap engagement portion configured to operatively engage a valve cap of a valve; and a drive system comprising a motor and a sprocket, the motor remotely controlled by a controller and configured to drive rotation of the sprocket, the sprocket engaging the toothed gear portion of the cap actuator to rotate the cap actuator between an activated position and a deactivated position.
1 . A remotely controlled valve operator comprising:
a cap actuator comprising a cap engagement portion and a toothed gear portion, the cap engagement portion configured to operatively engage a valve cap of a valve; and
a drive system comprising a motor and a sprocket, the motor remotely controlled by a controller and configured to drive rotation of the sprocket, the sprocket engaging the toothed gear portion of the cap actuator to rotate the cap actuator between an activated position and a deactivated position;
wherein:
the cap engagement portion defines a cap cavity extending into the cap engagement portion at a bottom actuator end of the cap actuator;
the cap engagement portion define a fastener hole;
the valve cap defines a through-hole aligned with the fastener hole; and
a fastener extends through each of the fastener hole and the through-hole to couple the cap engagement portion to the valve cap.
2 . The remotely controlled valve operator of claim 1 , wherein the cap cavity defines a cavity axis extending centrally therethrough, and wherein the toothed gear portion of the cap actuator extends radially outward from the cap engagement portion proximate to the bottom actuator end of the cap actuator.
3 . The remotely controlled valve operator of claim 1 , further comprising an operator housing, wherein the motor of the drive system is housed within the operator housing, and wherein the sprocket and the toothed gear portion of the cap actuator are arranged external to the operator housing.
4 . The remotely controlled valve operator of claim 3 , wherein:
the drive system further comprises a drive stem extending from and rotationally driven by the motor;
the drive stem engages a sprocket flange of the sprocket; and
the sprocket flange engages a housing opening of the operator housing.
5 . The remotely controlled valve operator of claim 4 , wherein a packing is mounted to the sprocket flange and is arranged within the housing opening to form a fluid-tight seal between the sprocket flange and the operator housing.
6 . The remotely controlled valve operator of claim 3 , wherein:
the operator housing comprises a drive housing portion defining a drive housing cavity and an actuator housing portion defining an actuator housing cavity;
the motor is housed within the drive housing cavity; and
at least a portion of the cap engagement portion of the cap actuator is housed within the actuator housing cavity.
7 . A remotely controlled valve operator comprising:
a cap actuator comprising a cap engagement portion and a toothed gear portion, the cap engagement portion configured to operatively engage a valve cap of a valve; and
a drive system comprising a motor and a sprocket, the motor remotely controlled by a controller and configured to drive rotation of the sprocket, the sprocket engaging the toothed gear portion of the cap actuator to rotate the cap actuator between an activated position and a deactivated position;
wherein:
the remotely controlled valve operator further comprises a torque transmission device;
the torque transmission device comprising a torque bar, a first foot mounted on the torque bar proximate to a first end of the torque bar, and a second foot mounted on the torque bar proximate to an opposite second end of the torque bar; and
the first foot is configured to secure to a first wall of a meter box and the second foot is configured to secure to an opposing second wall of the meter box.
8 . The remotely controlled valve operator of claim 7 , wherein:
an operator housing of the remotely controlled valve operator comprises a mounting bracket defining a bar opening therethrough;
the torque bar is formed as a threaded rod and extends through the bar opening;
a first positioning nut is mounted on the threaded rod and tightened against a first bracket side of the mounting bracket; and
a second positioning nut is mounted on the threaded rod and tightened against an opposite second bracket side of the mounting bracket.
9 . The remotely controlled valve operator of claim 8 , wherein:
the torque bar is formed as a threaded rod;
each of the first foot and the second foot defines a rod fastener, a wall bracket, and a body portion extending between the rod fastener and the wall bracket;
the wall bracket of the first foot is configured to secure to the first wall of the meter box and the wall bracket of the second foot is configured to secure to the opposing second wall of the meter box;
the rod fastener of each of the first foot and the second foot defines a threaded bore; and
the threaded rod is rotationally engaged with the threaded bore.
10 . A remotely controlled valve assembly comprising:
a valve comprising a valve body and a valve cap; and
a remotely controlled valve operator comprising:
a cap actuator comprising a cap engagement portion and a toothed gear portion, the cap engagement portion operatively engaged with the valve cap; and
a drive system comprising a motor and a sprocket, the motor remotely controlled by a controller and configured to drive rotation of the sprocket, the sprocket engaging the toothed gear portion of the cap actuator to rotate the cap actuator between an activated position and a deactivated position;
wherein, in the activated position, the cap actuator actuates the valve cap to an open position and fluid is permitted to flow through the valve, and in the deactivated position, the cap actuator actuates the valve cap to a closed position and fluid is prohibited from flowing through the valve;
wherein:
the cap engagement portion defines a cap cavity extending into the cap engagement portion at a bottom actuator end of the cap actuator;
the cap engagement portion defines a fastener hole;
the valve cap defines a through-hole aligned with the fastener hole; and
a fastener extends through each of the fastener hole and the through-hole to couple the cap engagement portion to the valve cap.
11 . The remotely controlled valve assembly of claim 10 , wherein the cap cavity defines a cavity axis extending centrally therethrough, and wherein the toothed gear portion of the cap actuator extends radially outward from the cap engagement portion proximate to the bottom actuator end of the cap actuator.
12 . The remotely controlled valve assembly of claim 10 , further comprising an operator housing, wherein the motor of the drive system is housed within the operator housing, and wherein the sprocket and the toothed gear portion of the cap actuator are arranged external to the operator housing.
13 . The remotely controlled valve assembly of claim 12 , wherein:
the drive system further comprises a drive stem extending from and rotationally driven by the motor;
the drive stem engages a sprocket flange of the sprocket; and
the sprocket flange engages a housing opening of the operator housing.
14 . The remotely controlled valve assembly of claim 13 , wherein a packing is mounted to the sprocket flange and is arranged within the housing opening to form a fluid-tight seal between the sprocket flange and the operator housing.
15 . The remotely controlled valve assembly of claim 12 , wherein:
the operator housing comprises a drive housing portion defining a drive housing cavity and an actuator housing portion defining an actuator housing cavity;
the motor is housed within the drive housing cavity; and
at least a portion of the cap engagement portion of the cap actuator is housed within the actuator housing cavity.
16 . A remotely controlled valve assembly comprising:
a valve comprising a valve body and a valve cap; and
a remotely controlled valve operator comprising:
a cap actuator comprising a cap engagement portion and a toothed gear portion, the cap engagement portion operatively engaged with the valve cap; and
a drive system comprising a motor and a sprocket, the motor remotely controlled by a controller and configured to drive rotation of the sprocket, the sprocket engaging the toothed gear portion of the cap actuator to rotate the cap actuator between an activated position and a deactivated position;
wherein, in the activated position, the cap actuator actuates the valve cap to an open position and fluid is permitted to flow through the valve, and in the deactivated position, the cap actuator actuates the valve cap to a closed position and fluid is prohibited from flowing through the valve;
wherein:
the remotely controlled valve operator further comprises a torque transmission device;
the torque transmission device comprising a torque bar, a first foot mounted on the torque bar proximate to a first end of the torque bar, and a second foot mounted on the torque bar proximate to an opposite second end of the torque bar; and
the first foot is configured to secure to a first wall of a meter box and the second foot is configured to secure to an opposing second wall of the meter box.
17 . The remotely controlled valve assembly of claim 16 , wherein:
an operator housing of the remotely controlled valve operator comprises a mounting bracket defining a bar opening therethrough;
the torque bar is formed as a threaded rod and extends through the bar opening;
a first positioning nut is mounted on the threaded rod and tightened against a first bracket side of the mounting bracket; and
a second positioning nut is mounted on the threaded rod and tightened against an opposite second bracket side of the mounting bracket.
18 . The remotely controlled valve assembly of claim 16 , wherein:
the torque bar is formed as a threaded rod;
each of the first foot and the second foot defines a rod fastener, a wall bracket, and a body portion extending between the rod fastener and the wall bracket;
the wall bracket of the first foot is configured to secure to the first wall of the meter box and the wall bracket of the second foot is configured to secure to the opposing second wall of the meter box;
the rod fastener of each of the first foot and the second foot defines a threaded bore; and
the threaded rod is rotationally engaged with the threaded bore.