OPERATION

Before you can control Z-Wave devices you must associate the devices you want to control from the WT00Z-1.

Turning Z-Wave devices On or Off

1.Tap the top of the paddle to turn On Z-Wave devices.

2.Tap the bottom of the paddle to turn Off Z-Wave devices.

The LED on the WT00Z-1 will indicate the status of the devices you are controlling. The LED on the WT00Z-1 will fl icker when it is transmitting commands to any of the four groups. This can be changed. See “LED Transmission Indication”.

Dimming and Brightening

1.Press and hold the top of the paddle to brighten Z-Wave enabled dimmers.

2.Press and hold the bottom of the paddle to dim Z-Wave enabled dimmers.

Associating Z-Wave devices to control from the WT00Z-1

Refer to your controllers instructions to fi nd out how to associate Z-Wave devices.You can associate another Z-Wave device into any or all of the 4 available groups in the WT00Z-1. The four groups are described below:

Group 1

Nodes in this group are turned ON by tapping the top of the paddle or OFF by tapping the bottom of the paddle. Nodes associated into this group are dimmed by pressing and holding the bottom of the paddle until the desired dim level is reached or brightened by pressing and holding the top of the paddle until the desired level is reached.

The LED on the WT00Z-1 will indicate the status of this group ONLY.

NOTE: Associating nodes into group 2 or 3 will cause a very slight delay before the command is transmitted to group 1.

Group 2

Nodes in this group are turned ON by tapping the top of the paddle twice or OFF by tapping the bottom of the paddle twice. Nodes associated into this group are dimmed by tapping the bottom of the paddle once and then pressing and holding the bottom of the paddle until the desired dim level is reached or brightened by tapping the top of the paddle once then pressing and holding the top of the paddle until the desire level is reached.

Group 3

Nodes in this group are turned ON by tapping the top of the paddle three times or OFF by tapping the bottom of the paddle three times. Nodes associated into this group are dimmed by tapping the bottom of the paddle twice and then pressing and holding the bottom of the paddle until the desired dim level is reached or brightened by tapping the top of the paddle twice then pressing and holding the top of the paddle until the desired level is reached.

Group 4

Nodes in this group are turned ON or OFF or set to a specifi c dim level when the WT00Z-1 is controlled remotely. You can place up to 5 nodes in each group. If controlling dimmers, for best results, associate the dimmers into the group fi rst.

CONFIGURATION

The WT00Z-1 supports the Configuration command.

The WT00Z-1 simulates the operation of a dimmer. Using confi guration commands you can adjust the dimming parameters as though it were a dimmer. The WT00Z-1 can be confi gured to operate slightly differently than how it works when you fi rst install it. Using the confi guration command you can change operational characteristics.

Set Ignore Start Level Bit When Transmitting Dim Commands

The WT00Z-1 can send Dim commands to Z-Wave enabled dimmers. The Dim command has a start level embedded in it. A dimmer receiving this command will start dimming from that start level. However, the command can be sent so that the dimmer ignores the start level and instead starts dimming from its current level. By default, the WT00Z-1 sends the command so that the dimmer will start dimming from its current dim level rather than the start level embedded in the command. To change this, simply set the confi guration parameter to 0.

•Parameter No: 1

•Length: 1 Byte

•Valid Values = 0 or 1 (default 1)

NOTE: Any ACT Z-Wave enabled dimmers have the configuration option to ignore the start level no matter how you configure the WT00Z-1

Suspend Group 4

You may wish to disable transmitting commands to Z-Wave devices that are in Group 4 without “un-associating” those devices from the group. Setting parameter 2 to the value of 1 will stop the WT00Z-1 from transmitting to devices that are “associated” into Group 4.

•Parameter No: 2

•Length: 1 Byte

•Valid Values = 0 or 1 (default 0)

Night Light

The LED on the WT00Z-1 will by default, turn ON when the status of the devices in Group 1 is ON. To make the LED turn ON when the status of Group 1 is OFF set this parameter to a value of 1.

•Parameter No: 3

•Length: 1 Byte

•Valid Values = 0 or 1 (default 0)

Invert Switch

To change the top of the transmitter to OFF and the bottom of the transmitter to ON, set parameter 4 to 1. To change back to original settings, set this parameter to the value of 0.

•Parameter No: 4

•Length: 1 Byte

•Valid Values = 0 or 1 (default 0)

Ignore Start Level When Receiving Dim Commands

The WT00Z-1 can send Dim commands to Z-Wave enabled dimmers. The Dim command has a start level embedded in it. A dimmer receiving this command will start dimming from that start level. However, the command can be sent so that the dimmer ignores the start level and instead start dimming from its current level. By default, the WT00Z-1 sends the command so that the dimmer will start dimming from its current dim level rather then the start level embedded in the command. To change this, simply set the confi guration parameter to 0.

•Parameter No: 5

•Length: 1 Byte

•Valid Values = 0 or 1 (default 1)

NOTE: This only affects a level that is reported or possibly sent by the WT00Z-1 since the WT00Z-1 does not control a load.

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Linear wt00z-1 manual Operation, Configuration
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wt00z-1 specifications

The Linear WT00Z-1 is a versatile and innovative wireless temperature sensor designed to provide accurate temperature readings for various applications. This device stands out due to its advanced features, reliable performance, and robust technology integration, making it an essential component for smart home systems and temperature monitoring solutions.

One of the main features of the WT00Z-1 is its Z-Wave communication technology. By utilizing this established wireless protocol, the device enables seamless communication with other compatible Z-Wave devices within a smart home ecosystem. This allows users to monitor and control temperature settings remotely through their smartphones or tablets, enhancing convenience and user experience.

The WT00Z-1 is equipped with a highly sensitive temperature sensor that boasts a measurement range typically from -20°C to 60°C (-4°F to 140°F). This wide range makes it suitable for various environments, whether in residential, commercial, or industrial settings. The sensor provides accurate readings with a precision of ±0.5°C, ensuring that users can depend on the data for informed decision-making.

Moreover, the device features battery-powered operation, which eliminates the need for complex wiring and allows for flexible placement in any desired location. The WT00Z-1 utilizes low-energy technology to maximize battery life, often lasting several years before needing replacement. This is particularly advantageous for installations in hard-to-reach areas.

In terms of design, the WT00Z-1 is compact and user-friendly, making it easy to install in diverse environments without causing disruption. The device often comes with mounting options that allow for wall or surface installation, further enhancing its adaptability.

Additionally, the WT00Z-1 supports multiple reporting intervals, giving users the flexibility to adjust how frequently temperature data is transmitted. This feature is crucial for managing energy consumption in heating or cooling systems, thereby contributing to increased energy efficiency.

The Linear WT00Z-1 is not only easy to integrate within existing automation networks but also offers scalability. As users expand their smart home systems, adding more sensors or devices becomes straightforward, creating an interconnected ecosystem for enhanced monitoring and control.

In summary, the Linear WT00Z-1 is a powerful wireless temperature sensor that combines advanced Z-Wave technology, high accuracy, low power consumption, and user-friendly design, making it an excellent choice for effective temperature monitoring in various applications.
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