Instrukcja obsługi Qubino Flush PWM

Qubino termostat Flush PWM

Przeczytaj poniżej 📖 instrukcję obsługi w języku polskim dla Qubino Flush PWM (2 stron) w kategorii termostat. Ta instrukcja była pomocna dla 6 osób i została oceniona przez 2 użytkowników na średnio 4.5 gwiazdek

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Qubino

The INNOVATIVE SMALLESTand

Flush PWM Thermostat

ORDERING CODE

Z-WAVE FREQUENCY

ZMNHLD1

868,4 MHz

ZMNHLD2

921,4 MHz

ZMNHLD3

908,4 MHz

ZMNHLD4

869,0 MHz

ZMNHLD5

916,0 MHz

ZMNHLD8

865,2 MHz

This Z-Wave module is used to regulate temperature.

Regulation is done using full wave PWM technology. The

module can be controlled either through Z-wave network or

through the wall switch.

The module is designed to be mounted inside a ﬂush “

mounting and is hidden behind a traditional wall switch. box”

Module measures power consumption of connected device.

It is designed to act as repeater in order to improve range

and stability of Z-wave network.

Supported switches

Module supports switches (push button) and mono-stable

bi-stable switches. The module is factory set to operate

with -stable switches. bi

Installation

 To prevent electrical shock and/or equipment damage,

disconnect electrical power at the main fuse or circuit

breaker before installation or any servicing.

 Make sure, that no voltage is present in the installation.

 Prevent the disconnecting device from being switched

on accidentally.

 Connect the module according to electrical diagram.

 Locate the antenna far from metal elements (as far as

possible).

 Do not shorten the antenna.

Danger of electrocution!

 Module installation requires a great degree of skill and

may be performed only by a qualiﬁed and licensed

electrician.

 Even when the module is turned oﬀ, voltage may be

present on its terminals. Any works on conﬁguration

changes related to connection mode or load must be

always performed by disconnected power supply (disable

the fuse).

Note!

Do not connect the module to loads exceeding

recommended values. Connect the module only in

accordance to the below diagrams. Improper connections

may be dangerous.

Electrical installation must be protected by directly

associated over current protection fuse 1A, gG or Time

lag T, rated breaking capacity 1500A (ESKA 522.717)

must be used according to wiring diagram to achieve

appropriate overload protection of the module. The

fuse must be installed in fuse holder type: Adels

contact 503 Si / 1 DS

Package contents:

 Flush PWM thermostat + Temperature sensor

Electrical diagram 230VAC

Notes for the diagram:

Neutral lead

Live lead

Output

Input for switch /push button or sensor*

Terminal for digital temperature sensor (only for

Flush PWM thermostat module compatible digital

temperature sensor).

*For details please check parameters 11, 12 and 1 3

Electrical diagram 24VDC

Notes for the diagram:

+ VDC

- VDC

Output

Input for switch /push button or sensor*

Terminal for digital temperature sensor (only for

Flush PWM thermostat module compatible digital

temperature sensor).

*For details please check parameters 11, 12 and 1 3

WARNING: Service button S when must NOT be used

module is connected to 110-230V power supply.

WARNING: the temperature sensors should not be

exposed to water.

Module Inclusion (Adding to Z-wave network)

 Connect module to power supply (with

temperature sensor connected ),

 enable add/remove mode on main controller

 auto-inclusion (works for about 5 seconds after

connected to power supply) or

 press push button I1 three times within 3s (3 times

change switch state within 3 seconds) or

 press service button (only applicable for 24 V SELV S

supply voltage) for more than 2 second.

NOTE 1: For auto-inclusion procedure, ﬁrst set main

controller into inclusion mode and then connect module to

power supply.

NOTE 2: When connecting temperature sensor to module

that has already been included, you have to exclude

module ﬁrst. Switch oﬀ power supply, connect the sensor

and re-include the module.

Module Exclusion/Reset (Removing from

wireless network)

 Connect module to power supply

 bring module within maximum 1 meter (3 feet) of the

main controller,

 enable add/remove mode on main controller

 press push button I1 ﬁve times within 3s (5 times change

switch state within 3 seconds) in the ﬁrst 60 seconds after

the module is connected to the power supply or

 press service button (only applicable for 24 V SELV S

supply voltage) for more than 6 second.

By this function all parameters of the module are set to

default values and own ID is deleted.

If push button I1 is pressed three times within 3s (or service

button S is pressed more than 2 and less than 6 seconds)

module is excluded, but conﬁguration parameters are not

set to default values.

NOTE: If the module is included with parameters 100,101

or 102 with values diﬀerent to default and module reset is

done, wait at least 30s before next inclusion.

Association

Association enables thermostat module to transfer PWM

commands inside Z-Wave network directly (without main

controller) to other Z-Wave modules.

Associated Groups:

Group 1: Lifeline group (reserved for communication with

the main controller), 1 node allowed.

Group 2: basic on/oﬀ (triggered at change of the output Q

state and reﬂecting its state) up to 16 nodes.

Group 3: SENSOR_MULTILEVEL_GET (triggered once per

minute if Parameter 121 is not 0) up to 16 nodes.

Group 4: basic on/oﬀ (triggered by Too high temperature

limit, it send 0x00 in Heating mode and in Cooling 0xFF

mode, trigged by Too low temperature limit, it send 0x00 in

Heating mode and 0xFF in Cooling mode; hysteresis is 1°C)

up to 16 nodes.

Group 5: THERMOSTAT_SETPOINT_G (triggered once ET

per minute if Parameter 121 is not 0) up to 16 nodes.

Group 6: basic on/oﬀ (trigged by change of I1 if window

sensor functionality is selected by parameter no. 11) up to

16 nodes.

Group 7: basic on/oﬀ (trigged by change of I2 if condense

sensor functionality is selected by parameter no. 12) up to

16 nodes.

Group 8: basic on/oﬀ (trigged by change of I3 if ﬂood

sensor functionality is selected by parameter no. 13) up to

16 nodes.

Group 9: sensor multilevel report (trigged by change of

temperature) up to 16 nodes.

Group 10: Basic on/oﬀ (triggered by change of the output Q

state and reﬂecting its state), up to 16 nodes,

Basic Set ON command is delayed for the time deﬁned in

parameter no. 77.

Basic Set OFF command is reported immediately.

Conﬁguration parameters

Parameter no. 1 Input I1 switch type –

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 1

 - mono-stable switch type (push button) 0

 - -stable switch type 1 bi

Parameter no. 2 Input I2 switch type –

See parameter 1 (valid for I2 instead of I1)

Parameter no. 3 Input I3 switch type –

See parameter 1 (valid for I3 instead of I1)

Parameter no. 4 Input 1 contact type –

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 0

 - NO (normally open) input type 0

 - NC (normally close) input type 1

NOTE: This parameter has inﬂuence only when parameter

no. 11 is set to the value “2”. After setting this parameter,

switch the window sensor once, so that the module could

determine the input state.

Parameter no. 5 Input 2 contact type –

See parameter 4 (valid for I2 instead of I1)

NOTE: This parameter has inﬂuence only when parameter

no. 12 is set to the value “2000”. After setting this

parameter, switch the condense sensor once, so that the

module could determine the input state.

Parameter no. 6 Input 3 contact type –

See parameter 4 (valid for I3 instead of I1)

NOTE: This parameter has inﬂuence only when parameter

no. 13 is set to the value “2”. After setting this parameter,

switch the ﬂood sensor once, so that the module could

determine the input state.

Parameter no. 10 - Activate / deactivate functions ALL

ON/ALL OFF

Available conﬁg. parameters (data type is 2 Byte DEC):

 default value 255

 - ALL ON active, ALL OFF active. 255

 - ALL ON is not active ALL OFF is not active 0

 - ALL ON is not active ALL OFF active 1

 - ALL ON active ALL OFF is not active 2

Flush thermostat module responds to commands ALL PWM

ON / ALL OFF that may be sent by the main controller or by

other controller belonging to the system.

Parameter no. 11- I1 Functionality selection

Available conﬁg. parameters (data type is 2 Byte DEC):

 default value 1

 input I1 doesn Heat/Cool 32767 – ’t influence on the

process

 - input I1 changes the mode of the thermostat 1

between Oﬀ and Heat/Cool. In this case function on window

sensor is disabled

 - input I1 inﬂuences on heating/cooling valves 2

according to status of window sensor. In this case function

of Oﬀ and Heat/Cool selection by I1 is disabled.

NOTE: If "Window Sensor" selected (value set to "2"),

parameter 100 (enable/disable endpoint) must be set to

non zero value and module re-included!

Parameter no. 12 I2 Functionality selection –

Available conﬁg. parameters (data type is 2 Byte DEC):

 default value 32767

 - input I2 does not inﬂuence on the Heat/Cool 32767

process

 From 0 to 990 - Temperature set point from 0.0 °C to

99.0 °C. When I2 is pressed, it automatically set

temperature setpoint according to value defined here. In

this case function of condense sensor is disabled

 From 1001 to 1150 - Temperature set point from -0.1

°C to 15.0 °C- . When I2 is pressed, it automatically set

temperature setpoint according to value deﬁned here. In

this case function of condense sensor is disabled

 - Input I2 inﬂuences on the cooling valve 2000

according to status of condense sensor, In this case

function of setpoint selection with I2 is disabled

NOTE: If "Condense Sensor" selected (value set to "2000"),

parameter 101 (enable/disable endpoint) must be set to

non zero value and module re-included!

Parameter no. 13 I3 Functionality selection –

Available conﬁg. parameters (data type is 2 Byte DEC):

 default value 32767

 - input I3 does not inﬂuence on the heat/cool 32767

process

 - input I3 changes the mode of the thermostat 1

between Heat and Cool and override parameter 59. In this

case function on ﬂood sensor is disabled NOTE: After

parameter change, ﬁrst exclude module (without setting

parameters to default value) and then re include the

module!

 - input I3 inﬂuences on heating/cooling valves 2

according to status of ﬂood sensor. In this case function of

Heat/Cool selection by I3 is disabled

NOTE1 If this parameter is changed, it is necessary to re-:

include the module.

NOTE2: If "Flood Sensor" selected (value set to "2"),

parameter 102 (enable/disable endpoint) must be set to

non zero value and module re-included!

Parameter no. 40 Power reporting in Watts on power –

change

Set value means percentage, set value from 0 - 100=0% -

100%. Available conﬁguration parameters (data type is 1

Byte DEC):

 default value 0

 - reporting disabled 0

 1-100 = 1%-100% Reporting enabled. Power report is

send (push) only when actual power in Watts in real time

changes for more than set percentage comparing to

previous actual power in Watts, step is 1%.

NOTE If power changed is less than 1W, the report is not :

send (pushed), independent of percentage set.

Parameter no. 42 Power reporting in Watts by time –

interval

Set value means time interval (0 ) in seconds, –32767

when power report is send. Available conﬁg. parameters

(data type is 2 Byte DEC):

 default value 0 (power report is disabled)

 - reporting disabled 0

 - 1 32767 32767 = 1 second - seconds. Reporting

enabled. Power report is send with time interval set by

entered value.

Parameter no. 45 –Antifreeze

Set value means at which temperature the device will be

turned on even if the thermostat was manually set to oﬀ.

Available conﬁg. parameters (data type is 2 Byte DEC):

 default value 50 (5,0 °C)

 - 0 127 = 0,0°C … 12,7 °C

 - 1127 = - - 1001 0,1°C … 12,6 °C

 - Antifreeze functionality disabled 255

NOTE: Antifreeze is activated only in heating mode.

Parameter no. 50 - PWM maximum value

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 100 (Maximum PWM value)

 2-100 = 2%-100%, step is 1%. Maximum PWM set by

entered value

NOTE: The maximum level may not be lower than the

minimum level!

Parameter no. 51 - PWM minimum value

Available conﬁg. parameters (data type is 1 Byte DEC):

 Default value 0 (Minimum dimming value is 0%)

 1- 99 = 1% - 99%, step is 1%. Minimum PWM set by

entered value.

NOTE: The minimum level may not exceed max. level!

Parameter no. 52 - PWM cycle duration

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 10 (Minimum dimming value is 0%)

 - 127 = 1 - 127s, step is 1s. PWM cycle duration set 5

by entered value.

NOTE: PWM cycle duration deﬁne the summary of all ON

plus OFF time periods. For example if Output is set to 70%

with PWM cycle duration of 20s, output will be ON for 14s

then OFF 6s, again 14s ON, etc…

Parameter no. 53 - PID value inside deadband

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 0 (PID value equal PWM minimum

value)

 - PID value set to LAST VALUE 1

NOTE: When value is set to PID inside deadband is “0” ,

forced to PWM minimum value. LASTVALUE means that

PID remains on same level as was before entering into

deadband.

Parameter no. 54 - PID deadband

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 5 (0,5 °C)

 0- - 127 0.0 °C to 12.7 °C, step is 0,1°C

NOTE: This parameter deﬁnes the zone where PID is not

active. If the temperature diﬀerence between actual and

setpoint is bigger than PID deadband, then the PID will start

to regulate the system, otherwise the PID is zero or ﬁxed.

Parameter no. 55 - Integral sampling time

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 5 (5s)

 0- - 0s to 127s, step is 1s 127

Parameter deﬁnes the time between samples. On each

sample the controller capture diﬀerence between SP-act.

Parameter no. 56 - P parameter

Available conﬁg. parameters (data type is 2 Byte DEC):

 default value 100

 -1000 - P value, step is 1 0

Parameter no. 57 - I parameter

Available conﬁg. parameters (data type is 2 Byte DEC):

Service button (used to add or

remove module from the Z-

Wave network in case of 24 V

SELV power supply).

 default value 1

 - 1000 - I value, step is 1 0

Parameter no. 58 - D parameter

Available conﬁg. parameters (data type is2 Byte DEC):

 default value 1

 - 1000 - D value, step is 1 0

Parameter no. 59 - Thermostat mode

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 0

 - Heat mode 0

 1 - Cool mode

If parameter changed it is necessary to re-include module.

Parameter no. 60 Too low temperature limit –

Available conﬁguration parameters (data type is 2 Byte

DEC):

 Default value 50 (Too low temperature limit is 5.0°C)

 - 1 1000 = 0.1°C to 100.0°C, step is 0.1°C.

 - - 1001…1150: 0.1°C to 15.0°C

Too low temperature limit is used with Association Group 4.

Parameter no. 61 Too high temperature limit –

Available conﬁg. parameters (data type is 2 Byte DEC):

 default value 700 (too high temperature limit is

70.0°C)

 - - 1 1000 = 0.1°C 100.0°C, step is 0.1°C. Too high

temperature limit is used with Association Group 4.

Parameter no. 63 Output Switch selection –

Set value means the type of the device that is connected to

the PWM output. The device type can be normally open

(NO) or normally close (NC).

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 0

 - When system is turned oﬀ the output is 0 V. 0

 - When system is turned oﬀ the output is 230 V. 1

Parameter no. 70 Input 1 status on delay –

Available conﬁg. parameters (data type is 2 Byte DEC):

 default value 0

 - 32000 seconds 1

If the value of parameter is diﬀerent to 0, means that the

Inﬂuence of this input to heating or cooling will react after

inserted time. This parameter has inﬂuence only when the

window sensor functionality is selected by the parameter no.

11.

NOTE: Device status on UI change immediately

Parameter no. 71 Input 1 status oﬀ delay –

Available conﬁg. parameters (data type is 2 Byte DEC):

 default value 0

 - 32000 seconds 1

If the value of parameter is diﬀerent to 0, means that the

Inﬂuence of this input to heating or cooling will react after

inserted time. This parameter has inﬂuence only when the

window sensor functionality is selected by the parameter no.

11.

NOTE: Device status on UI change immediately

Parameter no. 72 Input 2 status on delay–

See parameter 70 (valid for I2 instead of I1)

This parameter has inﬂuence only when the condense

sensor functionality is selected by the parameter no. 12.

Parameter no. 73 Input 2 status oﬀ delay –

See parameter 71 (valid for I2 instead of I1)

This parameter has inﬂuence only when the condense

sensor functionality is selected by the parameter no. 12.

Parameter no. 74 Input 3 status on delay –

See parameter 70 (valid for I3 instead of I1)

This parameter has inﬂuence only when the ﬂood sensor

functionality is selected by the parameter no. 13.

Parameter no. 75 Input 3 status oﬀ delay –

See parameter 71 (valid for I3 instead of I1)

This parameter has inﬂuence only when the ﬂood sensor

functionality is selected by the parameter no. 13.

Parameter no. 76 Association group 2, 10 - reporting –

on time interval

Available conﬁg. parameters (data type is 1 Byte DEC):

 Default value 30 = 30 minutes

 0 = Reporting disabled

 1-127 = 1 minute 127 minutes, reporting enabled –

NOTE: If the Association groups 2 or 10 are set, the device

is reporting its state (Basic Set ON/ OFF) on change and on

time interval (if this parameter is set).

Parameter no. 77 Association group 10 - delay before –

sending Basic Set ON/OFF

Available conﬁg. parameters (data type is 2 Byte DEC):

 Default value 180 = 3 minutes

 0 = Reports with no delay

 1-32767 = 1 second 32767 seconds, reporting –

enabled

NOTE: If this parameter is set, Basic Set ON/OFF Report is

delayed for the time deﬁned in this parameter.

Parameter no. 78 Scale Selection –

Available conﬁg. parameters (data type is 1 Byte DEC):

 Default value 0 = degrees Celsius

 0 = degrees Celsius

 1 = degrees Fahrenheit

NOTE: This scale has inﬂuence on Temperature reporting

and scale reporting. The device is capable of receiving a

Setpoint in all supported scales

Parameter no. Enable / Disable Endpoint I1 or 100 –

select Notiﬁcation Type and Event

Enabling I1 means that Endpoint (I1) will be present on UI.

Disabling it will result in hiding the endpoint according to the

parameter set value. Additionally, a Notiﬁcation Type and

Event can be selected for the endpoint. Available

conﬁguration parameters (data type is 1 Byte DEC):

Endpoint device type selection:

- notiﬁcation sensor (1 - 6):

GENERIC_TYPE_SENSOR_NOTIFICATION,

SPECIFIC_TYPE_NOTIFICATION_SENSOR

default value 0

1 - Home Security; Motion Detection, unknown location.

2 - ; Carbon Monoxide detected, unknown location. CO

3 - CO2; Carbon Dioxide detected, unknown location.

4 - Water Alarm; Water Leak detected, unknown location.

5 - Heat Alarm; Overheat detected, unknown location.

6 - Smoke Alarm; Smoke detected, unknown location.

0 - Endpoint, I1 disabled

- sensor binary (9): GENERIC_TYPE_SENSOR_BINARY,

SPECIFIC_TYPE_NOT_USED

9 - Sensor binary

NOTE1: After parameter change, ﬁrst exclude module

(without setting parameters to default value) and then re

include the module!

NOTE 2: When the parameter is set to value 9 the

notiﬁcations are send for Home Security.

NOTE3: If "endpoint enabled" (value set to 1..9), parameter

11 must be set to "2" as "Window Sensor"!

Parameter no. Enable / Disable Endpoint I2 or 101 –

select Notiﬁcation Type and Event

See parameter 100 (valid for I2 instead I1) of

NOTE: If "endpoint enabled" (value set to 1..9), parameter

12 must be set to "2000" as "Condense Sensor"!

Parameter no. Enable / Disable Endpoint I3 or 102 –

select Notiﬁcation Type and Event

See parameter 100 (valid for I3 instead of I1)

NOTE: If "endpoint enabled" (value set to 1..9), parameter

13 must be set to "2" as "Flood Sensor"!

Parameter no. 110 Temperature sensor oﬀset settings –

Set value result in adding or subtracting that value to actual

measured value by sensor.

Available conﬁg. parameters (data type is 2 Byte DEC):

 default value 325

 oﬀset is 0.0C 32536 –

 From 1 to 100 – value from 0.1 °C to 10.0 °C is added

to actual measured temperature.

 From 1001 to 1100 value from - -– 0.1 °C to 10.0 °C is

subtracted to actual measured temperature.

Parameter no. 120 Digital temperature sensor –

reporting

If digital temperature sensor is connected, module reports

measured temperature on temperature change deﬁned by

this parameter.

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 5

 Reporting disabled 0 –

 1- 127 = 0,1°C – 12,7°C, step is 0,1°C

Parameter no. 121 Digital temperature sensor / –

setpoint selector

If digital temperature sensor is not connected, module can

grab measured temperature from external secondary

module. Available conﬁg. parameters (data type is 1 Byte

DEC):

 default value 0

 internal digital temperature sensor is mounted, 0 –

setpoint is set by controller

 (bit 0) temperature is grabbed from external 1 –

always on sensor with sensor_multilevel_get sent by

association 3

 (bit 1) temperature is grabbed from external 2 –

battery powered room sensor declared in parameter 122

 (bit 2) setpoint is gra ed from external always on 4 –bb

module with thermostat_setpoint_get sent by association 5

 - (bit 3) setpoint is grabbed from external battery 8

powered room sensor declared in parameter 122.

 (bit 1 and bit 3) temperature AND setpoint are 10 –

grabbed from external battery powered room sensor

declared in parameter 122

Parameter no. 122 Node ID of external battery –

powered room sensor

If digital temperature sensor is not connected, module can

grab measured temperature from external battery powered

room sensor deﬁned by this parameter.

Available conﬁg. parameters (data type is 1 Byte DEC):

 default value 0

 external battery powered room sensor not in 0 –

function

 1- Node ID of external battery powered room 254 =

sensor

NOTE: Get sensor node_id from controller and set

parameter 122 immediately after sensor weak up (after

button press on it etc.)

Functionality

Thermostat has 2 working mode, Oﬀ or Heat/Cool.

Selection between Oﬀ and Heat/Cool is possible to select

with I1 push button or from gateway. When the module is

turned on it automatically regulate the temperate based on

internal PWM logic and parameters settings.

When device is turned oﬀ, then it is working in antifreeze

regime. The antifreeze regime turns on heating device

when the temperature is lower of equal to the temperature

set by parameter 45.

Technical Speciﬁcations

Power supply

110 - 230 VAC ±10%

50 or 60Hz**, 24-

30VDC

Rated load current of AC

output

0,85A / 230VAC

Rated load current of DC

output

0,85A / 30VDC

Output circuit power of AC

output (resistive load)*

200W (230VAC)

Output circuit power of DC

output (resistive load)

21W (24VDC)

Power measurement accuracy

+/- 2W

Digital temperature sensor

range (sensor must be ordered

separately)

- 50 ~ +125°C

Operation temperature

- 10 ~ +40°C

Distance

up to 30 m indoors

(depending on building

materials)

Dimensions (WxHxD)

(package)

41,8x36,8x15,4mm

(79x52x22mm)

Weight (Brutto with package)

48 64g)g (

Electricity consumption

0,7W

For installation in boxes

Ø ≥ 60mm or 2M

Switching

MOSFET (Trailing

edge)

Digital temperature sensor

range

-50 ~ +125°C,

resolution 0.1°C

Digital temperature sensor

cable length

1000mm

Max Power Limit is automatically set by a software. If max

power is exceeded for more than 30 seconds, the output is

turned oﬀ up to the next restart of the module.

Z-Wave Device Class:

ZWAVEPLUS_INFO_REPORT_ROLE_TYPE_SLAVE_ALWAYS_ON

GENERIC_TYPE_THERMOSTAT

SPECIFIC_TYPE_THERMOSTAT_GENERAL_V2

Z-Wave supported Command Classes

COMMAND_CLASS_ZWAVEPLUS_INFO_V2

COMMAND_CLASS_VERSION_V2

COMMAND_CLASS_MANUFACTURER_SPECIFIC_V2

COMMAND_CLASS_DEVICE_RESET_LOCALLY

COMMAND_CLASS_POWERLEVEL

COMMAND_CLASS_BASIC

COMMAND_CLASS_SWITCH_ALL

COMMAND_CLASS_SENSOR_BINARY

COMMAND_CLASS_THERMOSTAT_MODE_V2

COMMAND_CLASS_THERMOSTAT_SETPOINT_V2

COMMAND_CLASS_NOTIFICATION_V5

COMMAND_CLASS_METER_V4

COMMAND_CLASS_SENSOR_MULTILEVEL_V7

COMMAND_CLASS_MULTI_CHANNEL_V4

COMMAND_CLASS_ASSOCIATION_V2

COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION_V3

COMMAND_CLASS_ASSOCIATION_GRP_INFO_V2

COMMAND_CLASS_CONFIGURATION_V2

COMMAND_CLASS_MARK

COMMAND_CLASS_BASIC

Endpoint1

Device Class:

GENERIC_TYPE_THERMOSTAT

SPECIFIC_TYPE_THERMOSTAT_GENERAL_V2

Command Classes:

COMMAND_CLASS_ZWAVEPLUS_INFO_V2

COMMAND_CLASS_VERSION_V2

COMMAND_CLASS_BASIC_V2

COMMAND_CLASS_SWITCH_ALL

COMMAND_CLASS_THERMOSTAT_MODE_V2

COMMAND_CLASS_THERMOSTAT_SETPOINT_V2

COMMAND_CLASS_METER_V4

COMMAND_CLASS_ASSOCIATION_V2

COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION_V3

COMMAND_CLASS_ASSOCIATION_GRP_INFO

COMMAND_CLASS_MARK

COMMAND_CLASS_BASIC

Endpoint 2 (I1):

Device Class:

GENERIC_TYPE_SENSOR_BINARY

SPECIFIC_TYPE_NOT_USED

Command Classes:

COMMAND_CLASS_ZWAVEPLUS_INFO_V2

COMMAND_CLASS_VERSION_V2

COMMAND_CLASS_BASIC_V2

COMMAND_CLASS_SENSOR_BINARY

COMMAND_CLASS_NOTIFICATION_V5

COMMAND_CLASS_ASSOCIATION_V2

COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION_V3

COMMAND_CLASS_ASSOCIATION_GRP_INFO

COMMAND_CLASS_MARK

COMMAND_CLASS_BASIC_V2

Endpoint 3 (I2):

Device Class:

GENERIC_TYPE_SENSOR_BINARY

SPECIFIC_TYPE_NOT_USED

Command Classes:

COMMAND_CLASS_ZWAVEPLUS_INFO_V2

COMMAND_CLASS_VERSION_V2

COMMAND_CLASS_BASIC_V2

COMMAND_CLASS_SENSOR_BINARY

COMMAND_CLASS_NOTIFICATION_V5

COMMAND_CLASS_ASSOCIATION_V2

COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION_V3

COMMAND_CLASS_ASSOCIATION_GRP_INFO

COMMAND_CLASS_MARK

COMMAND_CLASS_BASIC_V2

Endpoint 4 (I3):

Device Class:

GENERIC_TYPE_SENSOR_BINARY

SPECIFIC_TYPE_NOT_USED

Command Classes:

COMMAND_CLASS_ZWAVEPLUS_INFO_V2

COMMAND_CLASS_VERSION_V2

COMMAND_CLASS_BASIC_V2

COMMAND_CLASS_SENSOR_BINARY

COMMAND_CLASS_NOTIFICATION_V5

COMMAND_CLASS_ASSOCIATION_V2

COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION_V3

COMMAND_CLASS_ASSOCIATION_GRP_INFO

COMMAND_CLASS_MARK

COMMAND_CLASS_BASIC_V2

Endpoint 5 (SENSOR MULTILEVEL):

Device Class:

GENERIC_TYPE_SENSOR_MULTILEVEL

SPECIFIC_TYPE_ROUTING_SENSOR_MULTILEVEL

Command Classes:

COMMAND_CLASS_ZWAVEPLUS_INFO_V2

COMMAND_CLASS_VERSION_V2

COMMAND_CLASS_SENSOR_MULTILEVEL_V7

COMMAND_CLASS_ASSOCIATION_V2

COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION_V3

COMMAND_CLASS_ASSOCIATION_GRP_INFO

COMMAND_CLASS_BASIC

The basic command class supports the functions BASIC

SET and BASIC GET. Through the function basic SET is

possible to set the mode of the module. Basic SET can

send the values 0xﬀ which means Heat/Cool and 0x00

which means Oﬀ. Through the function basic GET is

possible to read the mode of the module. The module

returns 0xﬀ which means Heat/Cool or 0x00 which means

Off.

COMMAND_CLASS_SENSOR_MULTILEVEL Flush

PWM thermostat supports reading of actual temperature

which is 2 bytes long, scale is °C and its precision is 1 (it

means 0,1°C).

COMMAND_CLASS_THERMOSTAT_MODE

Flush PWM thermostat supports the following modes:

 Mode Oﬀ

 Mode Heat/Cool

COMMAND_CLASS_THERMOSTAT_SETPOINT

Flush thermostat supports temperature set point, PWM

which is 2 bytes long, (it scale is °C and its precision is 1

means 0,1°C).

This product can be included and operated in any Z-Wave

network with other Z-Wave certiﬁed devices from any other

manufacturers. All constantly powered nodes in the same

network will act as repeaters regardless of the vendor in

order to increase reliability of the network.

Temperature used in all functions is a temperature average.

Important disclaimer

Z-Wave wireless communication is inherently not always

100% reliable, and as such, this product should not be used

in situations in which life and/or valuables are solely

dependent on its function.

Warning!

Do not dispose of electrical appliances as unsorted

municipal waste, use separate collection facilities.

Contact your local government for information regarding the

collection systems available. If electrical appliances are

disposed of in landﬁlls or dumps, hazardous substances

can leak into the groundwater and get into the food chain,

damaging your health and well-being. When replacing old

appliances with new once, the retailer is legally obligated to

take back your old appliance for disposal at least for free of

charge.

This user manual is subject to change and improvement

without notice, NOTE User manual is valid for module with :

SW version S5 (SW version is part of P/N)!

Example: P/N: ZMNHLDx HX PX S5

Qubino

Goap d.o.o. Nova Gorica

Ulica Klementa Juga 007

5250 Solkan

Slovenia

E-mail: info@qubino.com

Tel: +386 5 335 95 00

Web: www.qubino.com

Date: 11.5. 7 201

Document: Qubino_Flush PWM thermostat_PLUS user

manual_V1.6 _eng

Specyfikacje produktu

Marka:	Qubino
Kategoria:	termostat
Model:	Flush PWM

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