Danfoss Thermostat LC
From MiOS
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== Test results for Danfoss LC Z (014G0013, firmware version 1.00, wakeup interval 300 seconds; MiOS 1.5.622, Z-Wave version 3.20, Vera routing instead of Z-Wave)== | == Test results for Danfoss LC Z (014G0013, firmware version 1.00, wakeup interval 300 seconds; MiOS 1.5.622, Z-Wave version 3.20, Vera routing instead of Z-Wave)== |
Revision as of 22:15, 4 March 2014
Please note that LC firmware revision 3.02 is not compatible with Z-Wave.
Contents |
HW revisions
Part no. | Firmware | Z-Wave version | Capabilities | Z-Wave classes | extra menu options | Vera | MiOS | Photo | Issues | |
---|---|---|---|---|---|---|---|---|---|---|
014G0009 | 1.06 | delay issueunreliable | ||||||||
014G0002, 014G0009 | 2.06 | 6,2,67,2,6 | 81,140,0,4,8,4,R,RS | 67,70,114,117,128,129,132:2,134,143,145, | No | V2 | 1.5.408 | ? | ||
2.06 | Lite | 1.5.408 | no issues | |||||||
2.06 | 3 | 1.5.459 | no issues | |||||||
014G0012 | 2.50 | Lite | 1.5.408 | no issues | ||||||
014G0012 | 2.51 | 6,2,67,2,51 | 81,140,0,4,8,4,R,RS | 67,70,114,117,128,129,132:2,134,143, | 2 | 1.5.408 | photo | no issues | ||
014G0012 | 2.5.3 | Lite | 1.5.408 | no issues | ||||||
014G0002 | 3.02 | 0x72, 0x91 only(?) | not compatible | |||||||
014G0013 | 1.00 | 6,3,67,1,0 | 83,156,0,4,8,4,R,B,RS | 67,70,114,117,128,129,132:2,134,143 | No | 3 | 1.5.622, Z-Wave version 3.20, Vera routing | excellent performance; power consumption still under test |
Test results for Danfoss LC Z (014G0013, firmware version 1.00, wakeup interval 300 seconds; MiOS 1.5.622, Z-Wave version 3.20, Vera routing instead of Z-Wave)
Wakeup interval
Excellent Wakeup performance. Non-equidistant points (B_Danfoss) due to manual operation.
Reaction time
Left vertical scale: CurrentSetpoint, CurrentTemperature
Right vertical scale: SetpointTarget
Temperature sensor near thermostat.
Excellent reaction time (within one wakeup interval).
Power consumption
Using Sony batteries supplied with the thermostats.
Some abnormalities for KiZ_Danfoss (non-monotonically decreasing battery level, high drop on February, 27th).
Checking the wakeup interval
local danfoss_devices = { { 221, 'KiZ' }, { 218, 'B' }, { 211, 'SZ' }, { 107, 'WZS' }, { 94, 'WZN' } } function log_wakeup( lul_device, lul_service, lul_variable, lul_value_old, lul_value_new ) local s = '' for i = 1,#danfoss_devices do if danfoss_devices[ i ][ 1 ] == tonumber( lul_device ) then s = danfoss_devices[ i ][ 2 ] end end os.execute( 'logger -t Heizung Wakeup_' .. s ) end for i = 1,#danfoss_devices do luup.variable_watch( 'log_wakeup', 'urn:micasaverde-com:serviceId:ZWaveDevice1', 'LastWakeup', danfoss_devices[ i ][ 1 ] ) end
Synchronizing the Danfoss GUI device with temperature sensors
... using a TFA 30.3133 temperature sensor (ironically, MiOS doesn't support decidegrees for Z-Wave temperature sensors).
-- list of { temperature_sensor_device_id, { list of Danfoss_LC_device_id } } devices_to_synchronize = { { 167, { 218 } }, -- B { 162, { 221 } }, -- KiZ { 169, { 211 } }, -- SZ { 170, { 94, 107 } } } -- WZS, WZN function synchronize_temp( lul_device, lul_service, lul_variable, lul_value_old, lul_value_new ) for i = 1,#devices_to_synchronize do if devices_to_synchronize[ i ][ 1 ] == tonumber( lul_device ) then for j = 1,#devices_to_synchronize[ i ][ 2 ] do luup.variable_set( 'urn:upnp-org:serviceId:TemperatureSensor1', 'CurrentTemperature', lul_value_new, devices_to_synchronize[ i ][ 2 ][ j ] ) end end end end -- synchronize_temp for i = 1,#devices_to_synchronize do luup.variable_watch( 'synchronize_temp', 'urn:upnp-org:serviceId:TemperatureSensor1', 'CurrentTemperature', devices_to_synchronize[ i ][ 1 ] ) end