This product review is continued from Part 2.
Detail of the door arm and trolley assembly:
Another closeup of the belt drive attachment to the trolley and the trolley spring nut. If the belt sags noticeably when the door is raised, tighten the trolley spring nut a full turn to tension the belt, operate the door and tighten the nut a bit more if needed.
Chamberlain® Smart Control Panel
The Chamberlain Smart Control Panel was the other reason I purchased the MyQ™ technology belt drive garage door opener – because it’s ultra modern and packed with features:
- Easy menu driven operation.
- Illuminated blue LCD display.
- Displays the time and temperature.
- Motion detector that turns on the opener lights.
My wife really likes this feature – never walk into a dark garage again and no fumbling for the light switch.
The motion detector is excellent and works from the far side of the garage.
- Displays the backup battery charge status.
- Automatic Time-To-Close – menu programmable for 1, 5 or 10 minutes and customized up to 99 minutes.
No worrying if the garage door was left open all day or night.
- Hold feature – to override the Time-To-Close and keep the door open indefinitely until you decide to close the door.
- Learn a Device (door remote control or MyQ accessory) directly from the menu.
No more climbing a ladder to press the Learn button on the motor head.
- Lock feature to completely disable all garage door remotes.
Helpful if you’re going away on vacation. For instance, if someone broke into your car while parked in the driveway, the door would not open if the visor remote or HomeLink was pressed.
- Turns on the opener lights if the door safety sensor beam is broken.
Nice if the door is left open at night (via the HOLD menu command) and someone walks in the garage. The lights would turn on before a person was close enough to trigger the motion sensor.
- Displays helpful error messages.
For example, I received a “Sensor wiring intermittent connection Error Code 14 See User Manual” when blowing leaves obstructed the door safety reversing sensor beam. The computer couldn’t tell if the bad signal were due to a broken wire or blowing leaves breaking the beam, but it pointed me in the right direction and the problem was obvious. Clearing the away the leaves and cycling the door cleared the error message.
Wiring the Smart Control Panel is simple – just strip and connect the two wires to screws on the panel. The panel draws power from the garage door opener and runs on the backup battery power if the house power is out.
The large button at the top of the control panel operates the door, while the bottom button labeled “Light” simply turns ON and OFF the opener lights.
The Time To Close (TTC) can be set for 1, 5 or 10 minutes to automatically close the door – assuming nothing is blocking the door safety sensors. The TTC can optionally be customized for up to 99 minutes. The TTC is helpful if you forget to press the remote control button to close the door.
Take care that the TTC function is disabled if the garage door opener is operating on backup battery power.
Pressing the HOLD navigation button (forth button to the right) will disable the TTC function. This is helpful if you’re working in the garage or yard and want to keep the door open.
Chamberlain® Smart Control Panel – Programming Remote Controls
Programming Remote Controls and MyQ™ accessories is easy with the Smart Control Panel. Simply navigate the on-screen menus to PROGRAM → REMOTE:
Press the key on the remote control you want to program and then press the [Enter] key on the Smart Control Panel. I’ve already programmed the large remote control button to operate the door. In this example, I’ve navigated to PROGRAM → LIGHT TO REMOTE to program the 3rd remote control button to turn ON/OFF the garage door opener lights. Cool!
I really liked the Smart Control Panel programming because it sure beats the old way of climbing a ladder to press the “Learn” button on the motor head.
Garage Door Safety Reversing Sensors
The Chamberlain garage door opener kit includes two prewired safety reversing sensors with a 25 or 30 foot spool of wire. The sensor bracket securely snaps onto the garage door track. The sensor body attaches to the door bracket with a carriage bolt and wing nut – no tools required. The sensor at the other side of the door (not shown) has a green LED that illuminates when the invisible light beam received. The green LED turns off if the beam is broken or the sensors are misaligned.
Chamberlain® Garage Door Opener Wiring and Battery Backup
The Chamberlain Whisper Drive garage door opener accepts 100 watt incandescent or compact fluorescent light bulbs. The control and sensor wiring hookups are easy with the convenient spring tabs to hold the wires in place. Two sets of wires serve the door safety sensors, the other two wires are for the Smart Control Panel.
The opener setup controls are user-friendly with instructions printed on the side of the opener. The battery status LED in the next image display green (fully charged), flashing green (charging), orange (power lost, running on battery) and red (replace battery). The triangular buttons adjust the up/down door travel limits with automatic force adjustment. The “Learn” button is the large yellow button which illuminates the small yellow LED indicating the opener is in Learn mode.
The included sealed battery slides into the side of the motor housing and attaches with two wiring clips. A battery typically lasts 3 years. Battery lifetime is mainly affected by heat, which causes a battery to age faster, so your mileage may vary.
Chamberlain MyQ™ Garage Door Monitor
MyQ™ Technology is a two-way 900 Mhz wireless home automation system developed by Chamberlain to integrate lighting and monitoring controls with your garage door. The Chamberlain Whisper Drive 3/4 HP Belt Drive garage door opener, Model # 349544, is MyQ enabled and includes the table top Garage Door Monitor.
The MyQ™ Garage Door Monitor (Model #AGDMEV) is linked to the garage door opener via the Smart Control Panel menu commands PROGRAM → MyQ™. The door monitor is AC powered and does not have internal battery. I found that it retains the programmed link to the garage door after being unplugged for over an hour, so no need to reprogram after temporary power outages.
The Garage Door Monitor emits a chime when the door opens and closes. Four volumes levels can be selected low, medium high and off – I prefer the low volume setting.
A steady green status LED indicated the door is closed:
The monitor beeps three times when the door is opened and the red LED status illuminates:
Pressing the “Close Door” button will close the door, assuming nothing is blocking the safety reversing sensors beam. The red and green LEDs will flash and the monitor will emit a long beep when the door is closed.
I like the Garage Door Monitor because:
- It beeps to let me know someone is arriving home.
- I can see at a glance if the door is open or closed, and remotely close the door if needed.
Cleaning the Garage Door Tracks
I now have a quiet garage door opener, but a squeaky garage door. A well oiled garage door on clean door tracks goes a long way towards reducing noise. The garage door tracks are caked with layers of old grease that has picked up dust/dirt that adds resistance to the door movement.
There’s nothing like carburetor cleaner for cutting through grease. Carburetor cleaner is really hard on your skin, so I donned a pair of nitrile disposal gloves that are resistant to chemicals. To clean the garage door tracks, I sprayed the track with the carburetor cleaner and wiped the grease off with paper towels. I used a whole can of carburetor cleaner, two rolls of towels and four sets of gloves. Take care to open some windows or the door to air out the toxic carburetor cleaner fumes.
After cleaning the old grease from the door tracks and door hinges, I used garage door spray-on lubricate to oil the tracks and hinges.
The garage door lube dries fast, prevents rust and doesn’t attract dust. This made a huge difference in the door noise.
Squirrel Damages the Safety Sensor Wires
A squirrel was trapped in the garage overnight and chewed through the safety sensor wires. I repaired the sensor wires with telephone butt splice connectors.
Hope this helps,
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