Zipato Flood Multisensor 3 in 1

Hi,

Just bought this sensor with part number PH-PAT02.AU
Only syncs with indigo as a routing slave with the manufacturer as Philio. Guess its a rebranded product. Hopefully can be included in the not too distant indigo 7 version?
I've submitted a device info as well and below is info from the log.


Z-Wave Indigo Device "044 - Routing Slave" Z-Wave Properties:
Indigo Z-Wave Version: 1.0.368
Node ID: 44
Model: Routing Slave
Model ID: 0002001F
Manufacturer: Philio
Manufacturer ID: 013C
Protocol Version: 4.05
Application Version: 1.07
Model Definition Version: 0
Library Type: 3
Class Name: Routing Slave
Class Hierarchy: 04 : 07 : 01
Command Class Base: 00
Command Versions: 80v1 70v1 84v2 85v1 86v1 71v1 8Fv1 30v1 31v5 72v1 73v1 98v1 59v1 5Av1 7Av1 5Ev1
Multi-Endpoint Types: - none -
Multi-Endpoint Classes: - none -
Multi-Instance Counts: - none -
Features: routing, battery, beaming, waking
Neighbors: 2, 3, 4, 5, 7, 8, 16, 25, 27, 28, 34, 37, 38, 39, 40
Associations: 1:[1] 2:[]
Config Values: - none -

[matt (support)]

Do you have a link to a PDF manual or technical documents for it? I'm curious if it supports any configuration parameters or not.

Here you go Matt:

https://www.zipato.com/wp-content/uploa ... l-v1.0.pdf

Also

http://www.pepper1.net/zwavedb/device/620

Hi matt,

Can I look forward to this being added sometime soon?

[matt (support)]

Sorry, somehow I missed your original follow-up and this one didn't make it to the list of definitions to be added. I've added it now near the top but don't have an ETA (I'm not allowed to give them out ).

Can you turn on Indigo's debug logging via the Interfaces->Z-Wave->Configure... menu item, then manually test the sensor (put it in water?)? I'd like to see the Event Log results so I can capture the correct command from it. Note also that will give us the information so you can create a Trigger now to capture the raw command for the flood sensor. That won't help with the getting the temperature and humidity data into Indigo, but you'll at least be able to trigger off of the flood sensor now.

No worries, matt. Understand about the ETA

Here's the debug log:

Z-Wave received "100 - Kitchen Water Detector" status update battery level 100%
Z-Wave Debug . . nodeAwake: inhibit count-- to 0
Z-Wave Debug . . nodeAwake: stopping inhibit sleep timer
Z-Wave Debug SENT goToSleep: 01 09 00 13 64 02 84 08 24 30 1B
Z-Wave Debug RCVD packet: 01 07 00 13 30 00 00 01 DA (hex)

The log above was when the tamper switch was pressed in the first time and the below when water was detected with the tamper switch pressed in


28 Jul 2017, 15:06:28
Z-Wave Debug RCVD multiCmdPacket: 01 25 00 04 00 64 1F 8F 01 04 03 80 03 64 09 71 05 00 00 00 FF 05 02 00 06 31 05 01 4A 1B E5 06 31 05 05 42 1E 25 87
Z-Wave Debug . . multiCmdPacket: node 100, numCmds 4
Z-Wave Debug RCVD requestBatteryLevel: 01 09 00 04 00 64 03 80 03 64 FF
Z-Wave Debug . . requestBatteryLevel: node 100, level 100
Z-Wave received "100 - Kitchen Water Detector" status update battery level 100%
Z-Wave Debug RCVD requestAlarmSensorStatus: 01 0F 00 04 00 64 09 71 05 00 00 00 FF 05 02 00 FF
Z-Wave Debug . . requestAlarmSensorStatus: node 100, endpoint None, cmdClass 71, type 0, value 0, classSubKey 710000
Z-Wave Debug . . requestAlarmSensorStatus: typeExt 5, valueExt 2, classSubKeyExt 7100000502
Z-Wave Debug RCVD requestVarSensorStatus: 01 0C 00 04 00 64 06 31 05 01 4A 1B E5 FF
Z-Wave Debug . . requestVarSensorStatus: node 100, endpoint None, type 1, raw value 4A1B...
Z-Wave Debug . . requestVarSensorStatus: 71.41 °F (float: 71.410000)
Z-Wave Debug . . requestVarSensorStatus: ignored (no device found for dispatch)
Z-Wave Debug RCVD requestVarSensorStatus: 01 0C 00 04 00 64 06 31 05 05 42 1E 25 FF
Z-Wave Debug . . requestVarSensorStatus: node 100, endpoint None, type 5, raw value 421E...
Z-Wave Debug . . requestVarSensorStatus: 77.17% (float: 77.170000)
Z-Wave Debug . . requestVarSensorStatus: ignored (no device found for dispatch)
Z-Wave Debug RCVD multiCmdPacket: 01 25 00 04 00 64 1F 8F 01 04 03 80 03 64 09 71 05 00 00 00 FF 05 00 00 06 31 05 01 4A 1B E5 06 31 05 05 42 1E 25 85
Z-Wave Debug . . multiCmdPacket: node 100, numCmds 4
Z-Wave Debug RCVD requestBatteryLevel: 01 09 00 04 00 64 03 80 03 64 FF
Z-Wave Debug . . requestBatteryLevel: node 100, level 100
Z-Wave received "100 - Kitchen Water Detector" status update battery level 100%
Z-Wave Debug RCVD requestAlarmSensorStatus: 01 0F 00 04 00 64 09 71 05 00 00 00 FF 05 00 00 FF
Z-Wave Debug . . requestAlarmSensorStatus: node 100, endpoint None, cmdClass 71, type 0, value 0, classSubKey 710000
Z-Wave Debug . . requestAlarmSensorStatus: typeExt 5, valueExt 0, classSubKeyExt 7100000500
Z-Wave Debug RCVD requestVarSensorStatus: 01 0C 00 04 00 64 06 31 05 01 4A 1B E5 FF
Z-Wave Debug . . requestVarSensorStatus: node 100, endpoint None, type 1, raw value 4A1B...
Z-Wave Debug . . requestVarSensorStatus: 71.41 °F (float: 71.410000)
Z-Wave Debug . . requestVarSensorStatus: ignored (no device found for dispatch)
Z-Wave Debug RCVD requestVarSensorStatus: 01 0C 00 04 00 64 06 31 05 05 42 1E 25 FF
Z-Wave Debug . . requestVarSensorStatus: node 100, endpoint None, type 5, raw value 421E...
Z-Wave Debug . . requestVarSensorStatus: 77.17% (float: 77.170000)
Z-Wave Debug . . requestVarSensorStatus: ignored (no device found for dispatch)

And one more time

Z-Wave Debug RCVD multiCmdPacket: 01 25 00 04 00 64 1F 8F 01 04 03 80 03 64 09 71 05 00 00 00 FF 05 02 00 06 31 05 01 4A 1B F9 06 31 05 05 42 1D AB 16
Z-Wave Debug . . multiCmdPacket: node 100, numCmds 4
Z-Wave Debug RCVD requestBatteryLevel: 01 09 00 04 00 64 03 80 03 64 FF
Z-Wave Debug . . requestBatteryLevel: node 100, level 100
Z-Wave received "100 - Kitchen Water Detector" status update battery level 100%
Z-Wave Debug RCVD requestAlarmSensorStatus: 01 0F 00 04 00 64 09 71 05 00 00 00 FF 05 02 00 FF
Z-Wave Debug . . requestAlarmSensorStatus: node 100, endpoint None, cmdClass 71, type 0, value 0, classSubKey 710000
Z-Wave Debug . . requestAlarmSensorStatus: typeExt 5, valueExt 2, classSubKeyExt 7100000502
Z-Wave Debug RCVD requestVarSensorStatus: 01 0C 00 04 00 64 06 31 05 01 4A 1B F9 FF
Z-Wave Debug . . requestVarSensorStatus: node 100, endpoint None, type 1, raw value 4A1B...
Z-Wave Debug . . requestVarSensorStatus: 71.61 °F (float: 71.610000)
Z-Wave Debug . . requestVarSensorStatus: ignored (no device found for dispatch)
Z-Wave Debug RCVD requestVarSensorStatus: 01 0C 00 04 00 64 06 31 05 05 42 1D AB FF
Z-Wave Debug . . requestVarSensorStatus: node 100, endpoint None, type 5, raw value 421D...
Z-Wave Debug . . requestVarSensorStatus: 75.95% (float: 75.950000)
Z-Wave Debug . . requestVarSensorStatus: ignored (no device found for dispatch)
Z-Wave Debug RCVD multiCmdPacket: 01 25 00 04 00 64 1F 8F 01 04 03 80 03 64 09 71 05 00 00 00 FF 05 00 00 06 31 05 01 4A 1B F9 06 31 05 05 42 1D AB 14
Z-Wave Debug . . multiCmdPacket: node 100, numCmds 4
Z-Wave Debug RCVD requestBatteryLevel: 01 09 00 04 00 64 03 80 03 64 FF
Z-Wave Debug . . requestBatteryLevel: node 100, level 100
Z-Wave received "100 - Kitchen Water Detector" status update battery level 100%
Z-Wave Debug RCVD requestAlarmSensorStatus: 01 0F 00 04 00 64 09 71 05 00 00 00 FF 05 00 00 FF
Z-Wave Debug . . requestAlarmSensorStatus: node 100, endpoint None, cmdClass 71, type 0, value 0, classSubKey 710000
Z-Wave Debug . . requestAlarmSensorStatus: typeExt 5, valueExt 0, classSubKeyExt 7100000500
Z-Wave Debug RCVD requestVarSensorStatus: 01 0C 00 04 00 64 06 31 05 01 4A 1B F9 FF
Z-Wave Debug . . requestVarSensorStatus: node 100, endpoint None, type 1, raw value 4A1B...
Z-Wave Debug . . requestVarSensorStatus: 71.61 °F (float: 71.610000)
Z-Wave Debug . . requestVarSensorStatus: ignored (no device found for dispatch)
Z-Wave Debug RCVD requestVarSensorStatus: 01 0C 00 04 00 64 06 31 05 05 42 1D AB FF
Z-Wave Debug . . requestVarSensorStatus: node 100, endpoint None, type 5, raw value 421D...
Z-Wave Debug . . requestVarSensorStatus: 75.95% (float: 75.950000)
Z-Wave Debug . . requestVarSensorStatus: ignored (no device found for dispatch)

Keep getting battery status twice when water is detected.

[matt (support)]

Thanks – that helps. Okay, for detecting the flood sensor you can catch and Trigger by using the trigger type Z-Wave Command Received.

Inside the configure sub-dialog choose your device in the From popup and choose Match Raw Packet from the the Received popup. The Match bytes for would be:

* 0x71 0x05 0x00 0x00 0x00 0xFF 0x05 0x02 0x00 *

Thanks for the interim work around, matt. Works perfectly albeit broadcasting it twice..don't know why that happens.

[matt (support)]

Indigo 7.2.0 is now available for download and has Z-Wave support for the Zipato Multisensor Quad (OEM of Philio PST02 sensors).