Humidity wall control
A humidity monitoring system mountable to a wall has a housing for receiving a humidity sensor. A face plate having an extended portion can be mounted over the housing such that the extend portion is positioned adjacent to the humidity sensor. The extended portion defining a secondary space within which humid air can be pass proximate to the humidity sensor to improve the monitoring of the ambient humid air.
1. A humidity monitoring system mountable to a wall, comprising:
a housing comprising a housing wall defining an internal space and a front opening;
a face plate comprising a base portion and an extended portion extending outward from the base portion to define a secondary space, the extended portion comprising:
a primary face defining at least one inlet opening for receiving an inlet humid airflow into the secondary space, the primary face angled along a primary axis configured to be oriented transverse to a vertical axis when the face plate is mounted to the housing such that the primary face is oriented downward such that rising humid air enters the at least one inlet opening to create a humid airflow along the airflow path in the secondary space; and
a secondary face angled along a secondary axis transverse to the primary axis, the secondary face defining at least one outlet opening for passing an outlet humid airflow from the secondary space; and
a humidity sensor positioned within the internal space proximate the front opening,
the base portion of the face plate being mountable to the housing wall to obstruct at least a portion of the front opening and to arrange the secondary space outside of the internal space and adjacent the humidity sensor.
2. The humidity monitoring system of claim 1 , the housing comprising: a plate portion extending from the housing wall radially outward from the front opening.
3. The humidity monitoring system of claim 2 , wherein the plate portion defines at least one fastener port for receiving at least one fastener for mounting the housing.
4. The humidity monitoring system of claim 1 wherein the secondary face is oriented along an axis transverse to the primary face when the face plate is mounted to the housing such that the humid airflow exits the secondary space through the at least one outlet opening.
5. The humidity monitory system of claim 1 , the extended portion comprising a secondary face defining at least one vent opening for receiving ambient humid air into the secondary space.
6. The humidity monitoring system of claim 1 , the face plate comprising:
a mirror extended portion comprising:
a mirror primary face angled to mirror the primary face; and
a mirror secondary face angled to mirror the secondary face.
7. The humidity monitoring system of claim 1 , the housing comprising a mounting bracket defining a slot; and wherein the face plate comprises a plate insertable into the slot to align the face plate with the front opening.
8. The humidity monitoring system of claim 1 , the housing comprising a lip portion adjacent the front opening; and wherein the face plate comprising an edge engagable to the lip portion.
9. The humidity monitoring system of claim 8 , the face plate comprising at least one latch positioned at the edge; wherein the latch is engagable to the lip portion to secure the face plate to the housing.
10. A light switch assembly mountable to a wall, comprising:
a switch plate defining at least two switch openings, the switch plate being mountable to the wall;
at least one toggle switch positioned within one of the switch openings;
a humidity sensor assembly positionable within one of the switch openings, the humidity sensor assembly comprising:
a housing comprising a housing wall defining an internal space and a front opening;
a face plate comprising a base portion and an extended portion extending outward from the base portion to define a secondary space, the extended portion comprising:
a primary face defining at least one inlet opening for receiving an inlet humid airflow into the secondary space, the primary face angled along a primary axis configured to be oriented transverse to a vertical axis when the face plate is mounted to the housing such that the primary face is oriented downward such that rising humid air enters the at least one inlet opening to create a humid airflow along the airflow path in the secondary space; and
a secondary face angled along a secondary axis transverse to the primary axis, the secondary face defining at least one outlet opening for passing an outlet humid airflow from the secondary space; and
a humidity sensor positioned within the internal space proximate the front opening, the base portion of the face plate being mountable to the housing wall to obstruct at least a portion of the front opening and to arrange the secondary space outside of the internal space and adjacent the humidity sensor.
11. The light switch assembly of claim 10 , the housing comprising: a plate portion extending from the housing wall radially outward from the front opening.
12. The light switch assembly of claim 11 , wherein the plate portion defines at least one fastener port for receiving at least one fastener for mounting the housing to the switch plate.
13. The light switch assembly of claim 10 , wherein the secondary face is oriented along an axis transverse to the primary face when the face plate is mounted to the housing such that the humid airflow exits the secondary space through the at least one outlet opening.
14. The light switch assembly of claim 10 , the extended portion comprising a secondary face defining at least one vent opening for receiving ambient humid air into the secondary space.
15. The light switch assembly of claim 10 , the face plate comprising:
a mirror extended portion comprising:
a mirror primary face angled to mirror the primary face; and
a mirror secondary face angled to mirror the secondary face,
wherein the mirror extended portion and extended portion cooperate to visually resemble the toggle switch.
16. The light switch assembly of claim 10 , the housing comprising a mounting bracket defining a slot; and wherein the face plate comprises a plate insertable into the slot to align the face plate with the front opening.
17. The light switch assembly of claim 10 , the housing comprising a lip portion adjacent the front opening; and wherein the face plate comprising an edge engagable to the lip portion.
18. The light switch assembly of claim 17 , the face plate comprising at least one latch positioned at the edge; wherein the latch is engagable to the lip portion to secure the face plate to the housing.
19. A monitoring system mountable to a wall, comprising:
a housing comprising a housing wall defining an internal space and a front opening;
a face plate comprising a base portion and an extended portion extending outward from the base portion to define a secondary space, the extended portion comprising:
a primary face defining at least one inlet opening for receiving an inlet airflow into the secondary space, the primary face angled along a primary axis configured to be oriented transverse to a vertical axis when the face plate is mounted to the housing such that the primary face is oriented downward such that air may enter the at least one inlet opening to create an airflow along the airflow path in the secondary space; and
a secondary face angled along a secondary axis transverse to the primary axis, the secondary face defining at least one outlet opening for facilitating an outlet airflow from the secondary space; and
a sensor positioned within the internal space proximate the front opening, the base portion of the face plate being mountable to the housing wall to obstruct at least a portion of the front opening and to arrange the secondary space outside of the internal space and adjacent the sensor.
20. The monitoring system of claim 19 , the sensor being a humidity sensor.
21. The monitoring system of claim 1 , the primary face defines more inlet openings than the secondary face defines outlet openings.
22. The monitoring system of claim 21 , the primary face defining three inlet openings and the secondary face defining one outlet opening.
23. The monitoring system of claim 10 , the primary face defines more inlet openings than the secondary face defines outlet openings.
24. The monitoring system of claim 23 , the primary face defining three inlet openings and the secondary face defining one outlet opening.
25. The monitoring system of claim 19 , the primary face defines more inlet openings than the secondary face defines outlet openings.
26. The monitoring system of claim 25 , the primary face defining three inlet openings and the secondary face defining one outlet opening.