#Network topology mapper include radios update
#Network topology mapper include radios full
#Network topology mapper include radios plus

To reset, type 'reset' (without quotes) into the text box, then select Reset.Welcome to VK Tetra вЂ“ the home of Amateur TETRA radio in Australia. You will need to re-add all Z-Wave devices like new in order to use these devices with your hub again. The Reset Z-Wave Radio option (labeled Q above) can be used to clear the Z-Wave radio contents, which will erase all device pairings.

Route ( P): Shows the hops the Z-Wave signal takes from the hub to the device (using hexadecimal node IDs) and the speed of the link.

Security ( N): Shows the highest Z-Wave security type granted during inclusion: S2 Access Control, S2 Authenticated, S2 Unauthenticated, S0, or None.

Device ( M): Provides a link to the Hubitat device corresponding to this Z-Wave node, or a Discover button that will create one if no such node exists.

Device Class ( L): Shows the Z-Wave specific or generic device class and manufacturer.

If Replace is not offered but you believe the node is dead, attempt a Refresh once or twice if Repair does not appear, the node is likely OK and the hub was able to hear back from it, and you will be unable to Replace. If Replace is offered, will initiate a Z-Wave Replace operation where the existing node can be replaced with a new node (pair like a regular device the selected node ID will be re-used for the new device, effectively replacing the old device with the new device from a Z-Wave perspective).

#Network topology mapper include radios full

Repair will attempt a per-node repair (recommended over a full network Repair Z-Wave when possible). Devices that are not responding may be marked as FAILED, though this could also happen with battery devices that are sleeping but functioning normally.

Status ( K): Shows OK, UNKNOWN, or FAILED.

LWR RSSI: Calculated value of the RSSI (relative signal strength index) for the last working route (LWR) over each hop, compared to the background noise sampling (higher values above 0 are better).

RTT Avg: Round trip time average (the elapsed time between the sending of a packet and the receipt of an acknowledgment packet from the device shorter is better).

Route Changes: Number of times the route has changed (fewer is generally better).

Neighbors: The number of 'neighbor nodes' (nodes in direct wireless range) that this node is able to see.

PER: Packet error rate (lower is better 0 is good).

Stats ( J): Shows signal and selected route information, including:.

Node ( H): Shows Z-Wave node ID in hexadecimal and decimal (e.g., 0x14 in hexadecimal is 20 or 020 in decimal).

The Z-Wave Radio Devices table (with columns labeled H through P above) shows a list of your Z-Wave devices with information about them: NOTE: A Z-Wave Exclusion option was previously available on this page to initiate a general Z-Wave exclusion this functionality has been consolidated into the Devices > Add Device > Z-Wave > Start Z-Wave Exclusion feature.

#Network topology mapper include radios update

Update ( G) - Select Update after changing the Z-Wave Region or Z-Wave Status (items E or F, above) to apply those changes.Z-Wave Status ( F) - Use the drop-down menu to enable or disable the Z-Wave radio.

Z-Wave Region ( E) - Use the drop-down menu to set the applicable region for your country and licensed Z-Wave frequency compatible with your devices.

Z-Wave Topology ( D) - View a map of your Z-Wave network.

Firmware update ( C) - Appears if optional hub Z-Wave radio firmware update is available (this button will not appear if firmware is up-to-date.) Note that this is hub radio firmware only to update device firmware, use the Device Firmware Updater app.

(Regular Logs may be more helpful for general device troubleshooting.)

Z-Wave Logs ( B) - View routing, signal and channel information of your Z-Wave devices logs only packets sent from hub.

We do not recommend running Z-Wave Repair if you are not currently experiencing delays or issues with your Z-Wave network. Z-Wave repair is very network intensive since the hub will attempt to ping and possibly re-route every device (except sleeping nodes).

NOTE: Running a Z-Wave Repair will not revive failed devices.

#Network topology mapper include radios plus

However, it can help in specific circumstances to run a repair on a Z-Wave Plus network to reduce the time required to update the neighbor table or when dealing with 'classic' Z-Wave devices. It is generally unnecessary to manually repair Z-Wave Plus devices thanks to Explorer Frames.

Repair Z-Wave ( A) - Z-Wave Plus is designed to not require repair, and will self-heal.