#Bathroom door sensor how to#

The second obstacle to consider is the potential for false alarms. While this will not trigger the sensor, that much moisture exposure can result in damage over a prolonged period of time. Depending on the part of the country you live in, relative humidity in the summer can maintain levels anywhere from 90% to 100%. However, there are other obstacles to consider when using an indoor sensor in a pseudo-outdoor area. Provided the porch is covered and no water will splash directly onto the sensor, there should be no problems when using it.

The same considerations apply to using a Philips Hue Motion Sensor on a porch. Will the Philips Hue Indoor Motion Sensor Work on a Porch? A placement toward the door will ensure the shower doesn’t accidentally trigger it, and you can adjust the settings within the Philips Hue app to ensure the lights remain on and do not shut off and leave you in the dark. Just keep in mind that prolonged exposure to condensation can result in damage to the sensor.įor best operation and performance, position your motion sensor away from heat sources and water. It is important to bear in mind that too much condensation (such as from a prolonged shower without a bathroom vent active) can build up and potentially damage the motion sensor, but thanks to its IP42 score the Philips Hue Motion Sensor should remain relatively unscathed. Due to their reliance on heat, sudden changes in temperature, such as turning on the shower, can trigger the motion sensor. While PIR sensors aren’t prone to false alarms, they do happen from time to time. PIR sensors are the third most common type of motion sensor in the United States. These sensors work by detecting changes in heat between the background temperature of a space and a new heat source-ie, a person. The Philips Hue Motion Sensor is a PIR, or passive infrared sensor. Will Humidity and Condensation Affect Motion Sensors? The 2 rating means it is protecting against dripping water when tilted up to 15 degrees, or a spray of water from less than 15 degrees.Ī lot of technical terminology, but what it boils down to is this: the motion sensor will work provided it isn’t placed in the direct line of the spray.

However, it has minimal water protection. This means that it is protected against ingress from most wires, screws, and objects larger than 1mm. The Philips Hue Motion Sensor has an IP rating of 42. The motion sensor should not be placed in direct flow of water, either from the sink or the shower. With this in mind, the Philips Hue Motion Sensor will absolutely work in a bathroom, provided it is kept in a dry environment. A shower will only increase the relative humidity of a bathroom by a few percentage points, and the average home should fall somewhere between 40% and 60% humidity. The bathroom may be one of the most humid rooms in the house, but it is less humid overall than you might believe. Philips Hue Motion Sensor in an indoor bathroom wet area Will a Philips Hue Motion Sensor Work In the Bathroom? Understanding the meaning behind IP ratings will help you determine when and where a device is safe to use. Note that it doesn’t say it is waterproof-but it does mean that under normal conditions, an undamaged device with a rating of 8 usually refers to a hermetically sealed shell. A rating of 0 means the device has no protection against water at all, while a rating of 8 means it can withstand immersion beyond one meter. The second digit of the IP rating refers to liquids. A score of 0 means it has no protection, while a score of 8 means it has no ingress of dust and complete protection against contact. The first digit in the IP rating refers to its ability to withstand solids. Every device has an IP rating measure in two numbers, the first of which is anywhere from 0 to 6, while the second ranges from 0 to 8. In other words, this is the measure to which electrical and mechanical devices withstand the intrusion of dust and water. The IP Rating of a device refers to its Ingress Protection.

#Bathroom door sensor how to#

6) How to Overcome the Sensors’ Limitations Understanding IP Ratings