We just got back from a 5-day stay at SSR from April 23-28 and had problems with the air conditioner in our room. Our trip to WDW was during a spring heat wave with day temperatures in the lower 90s. The thermostat in our studio room was controlled by a infra-red (IR) sensor which was suppose to keep the air conditioner running while the room was occupied, but turn the air conditioner off while the room was unoccupied. The problem occurred at night while we were sleeping. The room would be comfortably cool when we went to bed, but we would wake up sweating around 3 am because the IR sensor was not sensitive enough to detect us in the room. This was a problem during our entire 5-day stay.
I had read in earlier threads a couple months ago that other DVC members have experienced problems at DVC resorts with their room thermostats. We were aware of the IR sensor situation before our stay and asked the front desk staff during check-in how the sensor could be bypassed. Nobody at the front desk seemed to be aware that there were sensors on the thermostats so we didn't get our question answered. For the first couple of days we tried hanging balloons from the ceiling fan at night to simulate movement in the room, but this did not work. During the middle of our stay, SSR maintenance came to our room and assured us that the IR sensor had been bypassed and that the thermostat would allow the air conditioner to run continuously through the night. We continued to have problems with the air conditioner turning off for long periods of time for our remaining three nights despite having maintenance checking our thermostat and air conditioner for the next three days.
We were told by SSR maintenance that the IR sensors were installed as an energy saving device after a DVC member vote. I believe the idea is good if the system works properly. The maintenance staff informed us that the IR sensor should detect body heat while the occupants sleep, but may not detect the presence of sound sleepers during the night. I found that the sensor requires significant movement in bed to activate the air conditioner; this was even after it was supposedly placed in bypass mode.
I am interested in knowing if others have had similar problems with the room temperature at a DVC resort. With the summer season approaching, this is an issue that should be brought to the attention of DVC management.
I had read in earlier threads a couple months ago that other DVC members have experienced problems at DVC resorts with their room thermostats. We were aware of the IR sensor situation before our stay and asked the front desk staff during check-in how the sensor could be bypassed. Nobody at the front desk seemed to be aware that there were sensors on the thermostats so we didn't get our question answered. For the first couple of days we tried hanging balloons from the ceiling fan at night to simulate movement in the room, but this did not work. During the middle of our stay, SSR maintenance came to our room and assured us that the IR sensor had been bypassed and that the thermostat would allow the air conditioner to run continuously through the night. We continued to have problems with the air conditioner turning off for long periods of time for our remaining three nights despite having maintenance checking our thermostat and air conditioner for the next three days.
We were told by SSR maintenance that the IR sensors were installed as an energy saving device after a DVC member vote. I believe the idea is good if the system works properly. The maintenance staff informed us that the IR sensor should detect body heat while the occupants sleep, but may not detect the presence of sound sleepers during the night. I found that the sensor requires significant movement in bed to activate the air conditioner; this was even after it was supposedly placed in bypass mode.
I am interested in knowing if others have had similar problems with the room temperature at a DVC resort. With the summer season approaching, this is an issue that should be brought to the attention of DVC management.