Legrand WLT900 Wireless LonWorks Bridge is a powerful device enabling a long-range wireless LonWorks network with multiple Client units (up to 16) per Server transceiver. With its unity gain antenna, AES 128-bit encrypted payload protection, and 900 MHz frequency, it provides secure and reliable communication over extended ranges.
The bridge allows you to create a wireless LonWorks network by configuring each radio as a Server or Client, assigning unique IDs to Clients, establishing a common encryption key and Network ID, and selecting the appropriate radio frequency channel. It automatically scans for the optimal channel, monitors the link quality, and can change the channel if performance is affected by interference.
Legrand WLT900 Wireless LonWorks Bridge is a powerful device enabling a long-range wireless LonWorks network with multiple Client units (up to 16) per Server transceiver. With its unity gain antenna, AES 128-bit encrypted payload protection, and 900 MHz frequency, it provides secure and reliable communication over extended ranges.
The bridge allows you to create a wireless LonWorks network by configuring each radio as a Server or Client, assigning unique IDs to Clients, establishing a common encryption key and Network ID, and selecting the appropriate radio frequency channel. It automatically scans for the optimal channel, monitors the link quality, and can change the channel if performance is affected by interference.
Legrand WLT900 Wireless LonWorks Bridge is a powerful device enabling a long-range wireless LonWorks network with multiple Client units (up to 16) per Server transceiver. With its unity gain antenna, AES 128-bit encrypted payload protection, and 900 MHz frequency, it provides secure and reliable communication over extended ranges.
The bridge allows you to create a wireless LonWorks network by configuring each radio as a Server or Client, assigning unique IDs to Clients, establishing a common encryption key and Network ID, and selecting the appropriate radio frequency channel. It automatically scans for the optimal channel, monitors the link quality, and can change the channel if performance is affected by interference.
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