Wayne-Dalton WDTC-20 user manual WaveEnabled Thermostat Basics

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Basics

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Z-Wave®Enabled Thermostat Basics

The Wayne-Dalton Z-Wave®Enabled Thermostat is compatible with most standard 24 Volt heating and cooling systems including:

•1 and 2 stage heat pump systems

•1 or 2 stage normal heating systems

•1 stage cooling systems

The Wayne-Dalton Z-Wave®Enabled Thermostat also features:

•Support for all Z-Wave®controllers

•“Home” and “Away” programs via Z-Wave®or manual operation

•“Heat” and “Cool” modes via Z-Wave®or manual operation

•Temperature setting up or down via Z-Wave®or manual operation

•Easy Energy Savings buttons and Mode Switch

•Low Battery indicator

The Z-Wave®Enabled Thermostat is a new arrival into the Wayne-Dalton Z-Wave®product line and contains many new features that were not conceived when some Z-Wave®controllers were initially developed. The Wayne-Dalton Z-Wave®Enabled Thermostat has a special compatibility mode and is designed to work with your Z-Wave®network regardless of the manufacturer of your controller or its date of manufacture. When programming your thermostat to your controller, if it does not respond to the commands, reprogram it using the alternate programming method.

The Z-Wave®Enabled Thermostat is designed to live by your schedule rather than forcing you to live by the rigid schedule it was programmed with. Now you can program it to the “Away” Scene on a controller such as the Wireless Gateway and when you leave the house you can activate that Scene from your car to set-back your thermostat, then when you arrive home, you can activate the “Home” Scene to return the thermostat to your normal setting.

To begin using Z-Wave®Home Control technology it is helpful to understand that each Z-Wave®module, including the Z-Wave®Enabled Thermostat, communicate with each other using a low power radio transmitter and receiver. Large metal objects, house wiring, walls, furniture, refrigerators, microwaves and similar items can interfere with communication between the modules to reduce the range or even prevent communication. Placement of the Z-Wave®Enabled Thermostat and other Z-Wave®modules is very important to obtain a reliable network.

A Z-Wave®network is a collection of Z-Wave®modules in a mesh type of network. Each Z-Wave®module, regardless of manufacturer, communicates with other modules within range to route and repeat the signals from one device to the next, this creates a highly reliable and robust transmission throughout the home.

A Z-Wave®network can have only one primary controller. The primary controller establishes network security to ensure your network will not operate a neighbors network and vice-versa. It is a good practice to label and protect your primary controller since it is the only Z-Wave®controller that can add modules to or remove modules from your network. It is easy to add secondary controllers as your network grows. Your Z-Wave®Enabled Thermostat can belong to only one network, and therefore only one primary controller, but it can be added to as many secondary controllers or Scenes as you wish for added convenience.

For more tips and great ideas on how to use and expand your network please visit our web site, www.wayne-dalton.com/access.

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Contents Important Notice For Model WDTC-20This manual should be retained for future reference Table of Contents Table of ContentsManual Operation Programming Target Temperatures 23-25 WaveProgrammingBasics GlossaryWaveEnabled Thermostat Basics General Information Package ContentsTools required Installation NextPencil to prevent Wires from falling Removing Existing ThermostatWall Into wall openingThermostat Control Unit Mounting Base Pull the wires through the wire hole in the baseMounting Base Screws Opening. Do not allow wiring between Connect labeled wires only to a terminalMatches your wiring needs. a needle-nose Thermostat mounting base and wallHeat Pump Systems Wiring InformationOW2 W Y RH RC G a Reset IMPORTANT! Additional Wiring NotesJumper Reference Guide JP5 JP3 JP4 JP1 JP2Wire Heat/Cool + C Wire RH YWire W2 W RH Y WireCross Reference Chart Modify Label SchemeCommon Designations for Zoned Hot Water Systems Common Designations for Lennox Heat Pump SystemsWire Heat + C Wiring and Jumper Configuration JP5RH RC G a RH GWire Heat/Cool + C Wiring and Jumper Configuration Step B Connect your wires to the correspondingTerminals on the thermostat base. Wrap wire around JP5 JP3 JP4 JP1Or O Y RH G O W2 W Y RH RC G aJP5 JP3 JP4 JP1 JP2 JP2Your Labeled Wires Box to the left Securely using a Phillips or slotted screwdriverW2 W Y W2 W Slotted screwdriverLow Battery Icon Located on Thermostat LCD Display + AACheck Heat Return to Auto position for Normal operationAdvanced Installation Information Temperature OffsetCelsius/Fahrenheit Readout JP1General Operation Basics OperationGeneral Operation Reference Guide   Programming Target temperatures ProgrammingProgramming Save Heat target temperature Programming Normal Cool target temperatureButton. Target Temp will appear in the display ProgrammingHeat mode, if the temperature falls more than Programming Cool Save target temperatureWaveProgramming WaveProgramming OperationPress and Release Bind button Full Z-WavelogoAlternate Programming Directions WaveProgramming ThinkEssentials Example Programming ExamplesPress the ADD Device button in the ThinkEssentials window Operating Thermostat Normal to Save EnergyDesign TAB Programming ExamplesOn the Wireless Gateway, press WaveProgramming Example with WDHA-12RRemoving Thermostat from Wireless Gateway primary controller WaveAlternate Programming Example with HA-09WD Press and release the Bind button onWaveAlternate Programming ControllerCustomer Support

WDTC-20 specifications

The Wayne-Dalton WDTC-20 is an innovative and versatile garage door opener that stands out in terms of performance, security, and user-friendliness. Designed by Wayne-Dalton, a leader in the garage door industry, the WDTC-20 incorporates modern technologies to provide homeowners with a complete solution for their garage access needs.

One of the main features of the WDTC-20 is its powerful motor which delivers reliable lifting force suitable for standard and heavier doors. The unit is engineered to ensure smooth and quiet operation, making it ideal for residential use where noise reduction is a priority. The opener is compatible with various door types, allowing for easy integration with sectional or one-piece garage doors.

The WDTC-20 incorporates advanced security technology with its rolling code feature. This system generates a new code every time the remote is used, significantly reducing the risk of unauthorized access. Additionally, the opener includes a secure manual release system, providing peace of mind in case of power outages.

A hallmark of the WDTC-20 is its user-friendly interface. The opener features a bright LED lighting system that illuminates the garage space, enhancing visibility during entry and exit. The unit also boasts a wireless keypad option that allows users to open the garage door without needing to carry a remote. This is particularly convenient for households with multiple users.

For tech-savvy homeowners, the WDTC-20 offers smartphone compatibility through its smart hub. By connecting to a home Wi-Fi network, users can control and monitor the garage door remotely via a mobile app. This feature allows notifications for door status, facilitating enhanced security and operability.

In terms of installation, the WDTC-20 is designed for easy and straightforward setup, enabling users to quickly benefit from its extensive features. Additionally, Wayne-Dalton offers robust customer support and a warranty program for peace of mind.

Overall, the Wayne-Dalton WDTC-20 combines strength, security, and technological innovation, making it a compelling choice for anyone in need of a modern garage door opener. Its blend of convenience and safety features ensures that it caters well to the dynamic needs of contemporary living.
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