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he-ft01 Wall Fan Coil Thermostat

This describes the Z-Wave device he-ft01, manufactured by Heltun with the thing type UID of heltun_heft01_00_000.

The device is in the category of Sensor, defining Device used to measure something.

The he-ft01 supports routing. This allows the device to communicate using other routing enabled devices as intermediate routers. This device is also able to participate in the routing of data between other devices in the mesh network.

Overview

Perfectly controls air conditioning systems

The HE-FT01 is designed to maintain constant room temperatures by using internal air temperature sensor. It controls 2-pipe or 4-pipe air conditioning/heating systems such as: split/multi-split systems, chillers and fan coil unit systems, central air conditioning systems, multi-zone VRF/VRV air conditioning systems, etc. The fan speed is controlled by three relay outputs. Two more relay outputs control cooling and heating valves. The HE-FT01 has two independent inputs for relay channels which allow it to control fans and valves with different power sources or to use relay outputs as dry contacts. Each relay can carry a load of up to 5 Amps.

Multiple built-in sensors

The HE-FT01 has an LCD screen, six high sensitivity capacitive touch buttons, and internal temperature sensor with compensating software for precise temperature monitoring and control. It also has built-in humidity and illumination sensors. You can instantly access information from all sensors on the user-friendly display.

Monitor all important information without even a touch

The at-a-glance display shows: ambient air temperature, user set point, humidity level, current operating mode, climate mode, fan speed, time, day of the week, and status of the Z-Wave™ network. Display brightness adjusts to ambient light conditions automatically making it easy to read.

Highly configurable

You can select one of four operation modes (COM, TIME, ECO, OFF) with individual set points either manually or by using a Z-Wave controller/gateway. The HE-FT01 operates in four Climate Modes: Heating & Cooling, Heating only, Cooling only, and Ventilation and has six fan speed control modes: Low, Medium, High, Auto Medium, Auto High, & Off.

Know how much energy you use

The HE-FT01 built-in Power Consumption System monitors how much energy you used during any particular day, week, or month. Just specify the consumption of the load in watts for each relay channel and the thermostat logic will calculate total consumption relative to the time since the output was in the „ON‟ state.

Based on the latest Z-Wave platform

The HE-FT01 integrates a Z-Wave Plus™ v2 700 platform module allowing it to be used with Z-Wave home automation systems. The HE-FT01 supports Z-Wave „S0‟ and „S2‟ security protocols, SmartStart technology, and can be connected (“associated”) to other Z-Wave devices, such as relays, switchers, etc.

Inclusion Information

To include the thermostat in the Z-Wave network

Enter “SETTINGS“ Mode by pressing and holding the Gear button for three seconds.
If you need to change the device factory default Z-Wave frequency, see the Parameter description and steps to change the value on page 12 of documentation
Scroll menu to “Parameter 2 – nEt“. The current state of the network will be displayed in the Parameter Value position (upper right). It should display “ECL“.
≡ Note: If “InC“ is displayed, the HE-FT01 must first be Excluded from an existing Z-Wave network (see “Removing from Z-Wave network“ below).
Start the Inclusion Mode from openhab.
On the HE-FT01 in the Parameter 2 press the Plus “+“ button to start the Inclusion process.
Note that lines will be moving in the Parameter value position (upper right).
“InC“ should appear at the Parameter Value position (and the icon on the main display bottom right corner) if Inclusion was successful.
If “EСL“ or “Err“ is on Value position (or icon on the main display bottom right corner), the HE-FT01 Inclusion was not successful (try repeating steps 4-7).

≡ Note: If the HE-FT01 has previously been part of a Z-Wave network and has not been Excluded since, Inclusion is not possible without first performing an Exclusion or Factory Reset procedure.

≡ Note: If the HE-FT01 is included in the Z-Wave network the antenna icon will appear in the bottom right corner of the main screen with signal strength bars .

Exclusion Information

To include the thermostat in the Z-Wave network

Enter “SETTINGS“ Mode by pressing and holding the Gear button for three seconds.
If you need to change the device factory default Z-Wave frequency, see the Parameter description and steps to change the value on page 12 of documentation
Scroll menu to “Parameter 2 – nEt“. The current state of the network will be displayed in the Parameter Value position (upper right). It should display “ECL“.
≡ Note: If “InC“ is displayed, the HE-FT01 must first be Excluded from an existing Z-Wave network (see “Removing from Z-Wave network“ below).
Start the Inclusion Mode from openhab.
On the HE-FT01 in the Parameter 2 press the Plus “+“ button to start the Inclusion process.
Note that lines will be moving in the Parameter value position (upper right).
“InC“ should appear at the Parameter Value position (and the icon on the main display bottom right corner) if Inclusion was successful.
If “EСL“ or “Err“ is on Value position (or icon on the main display bottom right corner), the HE-FT01 Inclusion was not successful (try repeating steps 4-7).

≡ Note: If the HE-FT01 has previously been part of a Z-Wave network and has not been Excluded since, Inclusion is not possible without first performing an Exclusion or Factory Reset procedure.

≡ Note: If the HE-FT01 is included in the Z-Wave network the antenna icon will appear in the bottom right corner of the main screen with signal strength bars .

General Usage Information

Channels

The following table summarises the channels available for the he-ft01 -:

Channel Name	Channel ID	Channel Type	Category	Item Type
Sensor (temperature)	sensor_temperature	sensor_temperature	Temperature	Number:Temperature
Sensor (luminance)	sensor_luminance	sensor_luminance		Number
Sensor (relative humidity)	sensor_relhumidity	sensor_relhumidity	Humidity	Number
Electric meter (kWh)	meter_kwh	meter_kwh	Energy	Number
Electric meter (watts)	meter_watts	meter_watts	Energy	Number
Thermostat mode	thermostat_mode	thermostat_mode	Temperature	Number
Operating State	thermostat_state	thermostat_state	Temperature	Number
Setpoint (heating)	thermostat_setpoint	thermostat_setpoint	Heating	Number:Temperature
Setpoint (cooling)	thermostat_setpoint	thermostat_setpoint	Heating	Number:Temperature
Setpoint (furnace)	thermostat_setpoint	thermostat_setpoint	Heating	Number:Temperature
Setpoint (dry air)	thermostat_setpoint	thermostat_setpoint	Heating	Number:Temperature
Setpoint (auto changeover)	thermostat_setpoint	thermostat_setpoint	Heating	Number:Temperature
thermostat fan mode	thermostat_fanmode	thermostat_fanmode
Thermostat fan state	thermostat_fanstate	thermostat_fanstate
Clock Time Offset	time_offset	time_offset	Time	Number

Sensor (temperature)

Indicates the current temperature.

The sensor_temperature channel is of type sensor_temperature and supports the Number:Temperature item and is in the Temperature category.

Sensor (luminance)

Indicates the current light reading.

The sensor_luminance channel is of type sensor_luminance and supports the Number item. This is a read only channel so will only be updated following state changes from the device.

Sensor (relative humidity)

Indicates the current relative humidity.

The sensor_relhumidity channel is of type sensor_relhumidity and supports the Number item and is in the Humidity category. This is a read only channel so will only be updated following state changes from the device.

Electric meter (kWh)

Indicates the energy consumption (kWh).

The meter_kwh channel is of type meter_kwh and supports the Number item and is in the Energy category. This is a read only channel so will only be updated following state changes from the device.

Electric meter (watts)

Indicates the instantaneous power consumption.

The meter_watts channel is of type meter_watts and supports the Number item and is in the Energy category. This is a read only channel so will only be updated following state changes from the device.

Thermostat mode

Sets the thermostat.

The thermostat_mode channel is of type thermostat_mode and supports the Number item and is in the Temperature category. The following state translation is provided for this channel to the Number item type -:

Value	Label
0	Off
1	Heat
2	Cool
3	Auto
4	Aux Heat
5	Resume
6	Fan Only
7	Furnace
8	Dry Air
9	Moist Air
10	Auto Changeover
11	Heat Economy
12	Cool Economy
13	Away

Operating State

Sets the thermostat operating state.

The thermostat_state channel is of type thermostat_state and supports the Number item and is in the Temperature category. The following state translation is provided for this channel to the Number item type -:

Value	Label
0	Idle
1	Heating
2	Cooling
3	Fan Only
4	Pending Heat
5	Pending Cool
6	Vent / Economiser

Setpoint (heating)

Sets the thermostat setpoint.

The thermostat_setpoint channel is of type thermostat_setpoint and supports the Number:Temperature item and is in the Heating category.

Setpoint (cooling)

Sets the thermostat setpoint.

The thermostat_setpoint channel is of type thermostat_setpoint and supports the Number:Temperature item and is in the Heating category.

Setpoint (furnace)

Sets the thermostat setpoint.

The thermostat_setpoint channel is of type thermostat_setpoint and supports the Number:Temperature item and is in the Heating category.

Setpoint (dry air)

Sets the thermostat setpoint.

The thermostat_setpoint channel is of type thermostat_setpoint and supports the Number:Temperature item and is in the Heating category.

Setpoint (auto changeover)

Sets the thermostat setpoint.

The thermostat_setpoint channel is of type thermostat_setpoint and supports the Number:Temperature item and is in the Heating category.

thermostat fan mode

Channel type information on this channel is not found.

Thermostat fan state

Channel type information on this channel is not found.

Clock Time Offset

Provides the current time difference for the devices time.

The time_offset channel is of type time_offset and supports the Number item and is in the Time category.

Device Configuration

The following table provides a summary of the 62 configuration parameters available in the he-ft01. Detailed information on each parameter can be found in the sections below.

Param	Name	Description
1	Frequency Region	Frequency Region
2	Inclusion / Exclusion Mode (read only)	Inclusion / Exclusion Mode
3	Hardware and Software Versions	Hardware and Software Versions (read only)
4	Energy Consumption, kWh Load Power, kW	Cumulative and Real-Time Energy Consumption of the connected load
5	Display brightness control	Display brightness control
6	Touch Sensor Sensitivity Threshold	Touch Sensor Sensitivity Threshold
7	Fan Relay Output Mode (NO / NC)	determines the type of load connected to the device fan relay outputs (OUT-1, OUT-2, OUT-3).
8	Heater Relay Output Mode (NO / NC)	determines the type of load connected to the device heater relay output (OUT-4).
9	Cooler Relay Output Mode (NO / NC)	determines the type of load connected to the device cooler relay output (OUT-5).
10	Heating state FAN control	determines if fan should be enabled or disabled in heating mode.
11	Cooling state FAN control	determines if fan should be enabled or disabled in cooling mode.
12	Fan Low Speed Relay: Load Power (W)	The power of the connected device, which is used to determine energy consumption (OUT-1).
13	Fan Medium Speed Relay: Load Power (W)	The power of the connected device, which is used to determine energy consumption (OUT-2).
14	Fan Hight Speed Relay: Load Power (W)	The power of the connected device, which is used to determine energy consumption (OUT-3).
15	Heating Valve Relay: Load Power (W)	The power of the connected device, which is used to determine energy consumption (OUT-4).
16	Cooling Valve Relay: Load Power (W)	The power of the connected device, which is used to determine energy consumption (OUT-5).
17	Air temp calibration	defines the offset value for room air temperature. Celsius value * 10 e.g. 1.0°C = 10
18	Temp hysteresis	defines the hysteresis value for temperature control. Celsius value * 10 e.g. 0.5°C = 5
19	Time Correction by Main Controller	Determines if the Time correction should be enabled or disabled.
20	Time format	Either 24 hour or 12-hour time formats may be selected.
21	Week day	Allows manual adjustment of the day of the week in case the HE-FT01 is not connected to any Z-Wave gateway or auto-correction is disabled (Parameter 19 value is 0).
22	Time Manual Adjustment	Allows manual adjustment of Time. Format: HHMM. e.g.08:00 should be sent as 0800
23	TIME mode operation	determines the Climate Mode (Heating or Cooling) in which HE-FT01 will operates when the TIME mode is selected.
41	Morning start time	Morning start time. Format: HHMM. e.g.08:00 should be sent as 0800.
42	Day start time	Day start time. Format: HHMM. e.g.08:00 should be sent as 0800.
43	Evening start time	Evening start time. Format: HHMM. e.g.08:00 should be sent as 0800.
44	Night Start time	Night start time. Format: HHMM. e.g.08:00 should be sent as 0800.
45	Monday morning temp	Monday morning temp. Celsius value * 10 e.g. 22.5°C = 225.
46	Monday day temp	Monday day temp. Celsius value * 10 e.g. 22.5°C = 225.
47	Monday evening temp	Monday evening temp. Celsius value * 10 e.g. 22.5°C = 225.
48	Monday night temp	Monday night temp. Celsius value * 10 e.g. 22.5°C = 225.
49	Tuesday morning temp	Tuesday morning temp. Celsius value * 10 e.g. 22.5°C = 225.
50	Tuesday day temp	Tuesday day temp. Celsius value * 10 e.g. 22.5°C = 225.
51	Tuesday evening temp	Tuesday evening temp. Celsius value * 10 e.g. 22.5°C = 225.
52	Tuesday night temp	Tuesday night temp. Celsius value * 10 e.g. 22.5°C = 225.
53	Wednesday morning temp	Wednesday morning temp. Celsius value * 10 e.g. 22.5°C = 225.
54	Wednesday day temp	Wednesday day temp. Celsius value * 10 e.g. 22.5°C = 225.
55	Wednesday evening temp	Wednesday evening temp. Celsius value * 10 e.g. 22.5°C = 225.
56	Wednesday night temp	Wednesday night temp. Celsius value * 10 e.g. 22.5°C = 225.
57	Thursday morning temp	Thursday morning temp. Celsius value * 10 e.g. 22.5°C = 225.
58	Thursday day temp	Thursday day temp. Celsius value * 10 e.g. 22.5°C = 225.
59	Thursday evening temp	Thursday evening temp. Celsius value * 10 e.g. 22.5°C = 225.
60	Thursday night temp	Thursday night temp. Celsius value * 10 e.g. 22.5°C = 225.
61	Friday morning temp	Friday morning temp. Celsius value * 10 e.g. 22.5°C = 225.
62	Friday day temp	Friday day temp. Celsius value * 10 e.g. 22.5°C = 225.
63	Friday evening temp	Friday evening temp. Celsius value * 10 e.g. 22.5°C = 225.
64	Friday night temp	Friday night temp. Celsius value * 10 e.g. 22.5°C = 225.
65	Saturday morning temp	Saturday morning temp. Celsius value * 10 e.g. 22.5°C = 225.
66	Saturday day temp.	Saturday day temp. Celsius value * 10 e.g. 22.5°C = 225.
67	Saturday evening temp.	Saturday evening temp. Celsius value * 10 e.g. 22.5°C = 225.
68	Saturday night temp.	Saturday night temp. Celsius value * 10 e.g. 22.5°C = 225.
69	Sunday morning temp.	Sunday morning temp. Celsius value * 10 e.g. 22.5°C = 225.
70	Sunday day temp.	Sunday day temp. Celsius value * 10 e.g. 22.5°C = 225.
71	Sunday evening temp.	Sunday evening temp. Celsius value * 10 e.g. 22.5°C = 225.
72	Sunday night temp.	Sunday night temp. Celsius value * 10 e.g. 22.5°C = 225.
141	Consumption reporting interval	Consumption meter consecutive reporting interval. The value can be adjusted from 1 min to 120 min.
142	Consumption Change Report	Consumption change to send to controller.
143	Sensors reporting interval	Sensors consecutive reporting interval. The value can be adjusted from 1 min to 120 min.
144	Temperature difference	Temperature difference to send to controller, Celsius value * 10 e.g. 2.0°C = 20.
145	Humidity difference	Humidity difference to send to controller. Value in %. From 1% to 25% can be selected. Use the value 0 if there is a need to stop sending the reports. The factory default value is 2.
146	Light sensor difference	Light sensor values difference to send to controller. Value in %. From 10% to 99% can be selected. Use the value 0 if there is a need to stop sending the reports. The factory default value is 50.
171	Thermostat Mode	Thermostat Mode

Parameter 1: Frequency Region

Frequency Region

The following option values may be configured, in addition to values in the range 0 to 0 -:

Value	Description
0	EU (868.4 MHz, 869.85 MHz)
1	US (908.4 MHz, 916.0 MHz)
2	AU (919.8 MHz, 921.4 MHz)
3	HO (919.8 MHz)
4	In (865.2 MHz)
5	IL (916.0 MHz)
6	RU (869.0 MHz)
7	Cn (868.4 MHz)
8	JP (922.5 MHz, 923.9 MHz, 926.3 MHz)
9	Or (920.9 MHz, 921.7 MHz, 923.1 MHz)

The manufacturer defined default value is 0 (EU (868.4 MHz, 869.85 MHz)).

This parameter has the configuration ID config_1_1 and is of type INTEGER.

Parameter 2: Inclusion / Exclusion Mode (read only)

Inclusion / Exclusion Mode

The following option values may be configured, in addition to values in the range 0 to 0 -:

Value	Description
0	Inc
1	Ecl

The manufacturer defined default value is 0 (Inc).

This parameter has the configuration ID config_2_1 and is of type INTEGER. This is a read only parameter.

Parameter 3: Hardware and Software Versions

Hardware and Software Versions (read only) Parameter returns value in the format XXYYZZ, where XX is Hardware Version, YY is Firmware Major Version and ZZ is Firmware Minor version. Values in the range 0 to 0 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_3_4 and is of type INTEGER. This is a read only parameter.

Parameter 4: Energy Consumption, kWh Load Power, kW

Cumulative and Real-Time Energy Consumption of the connected load

Values in the range 0 to 0 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_4_4 and is of type INTEGER. This is a read only parameter.

Parameter 5: Display brightness control

Display brightness control Set the Parameter value to 0 to activate the Automatic Brightness Control or set from value 1 (lowest brightness) to 10 (highest brightest) for Manual Control. Values in the range 0 to 0 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_5_1 and is of type INTEGER.

Parameter 6: Touch Sensor Sensitivity Threshold

Touch Sensor Sensitivity Threshold Set the Parameter value to 0 to activate the Automatic Brightness Control or set from value 1 (lowest brightness) to 10 (highest brightest) for Manual Control. Values in the range 0 to 0 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_6_1 and is of type INTEGER.

Parameter 7: Fan Relay Output Mode (NO / NC)

determines the type of load connected to the device fan relay outputs (OUT-1, OUT-2, OUT-3). This is an advanced parameter and will therefore not show in the user interface without entering advanced mode. The following option values may be configured, in addition to values in the range 0 to 0 -:

Value	Description
0	Normally open
1	Normally close

The manufacturer defined default value is 0 (Normally open).

This parameter has the configuration ID config_7_0 and is of type INTEGER.

Parameter 8: Heater Relay Output Mode (NO / NC)

determines the type of load connected to the device heater relay output (OUT-4).

The following option values may be configured, in addition to values in the range 0 to 0 -:

Value	Description
0	Normally open

The manufacturer defined default value is 0 (Normally open).

This parameter has the configuration ID config_8_1 and is of type INTEGER.

Parameter 9: Cooler Relay Output Mode (NO / NC)

determines the type of load connected to the device cooler relay output (OUT-5).

The following option values may be configured, in addition to values in the range 0 to 0 -:

Value	Description
0	Normally open
1	Normally close

The manufacturer defined default value is 0 (Normally open).

This parameter has the configuration ID config_9_1 and is of type INTEGER.

Parameter 10: Heating state FAN control

determines if fan should be enabled or disabled in heating mode.

The following option values may be configured, in addition to values in the range 0 to 0 -:

Value	Description
0	Disabled
1	Enabled

The manufacturer defined default value is 0 (Disabled).

This parameter has the configuration ID config_10_1 and is of type INTEGER.

Parameter 11: Cooling state FAN control

determines if fan should be enabled or disabled in cooling mode.

The following option values may be configured, in addition to values in the range 0 to 0 -:

Value	Description
0	Disabled
1	Enabled

The manufacturer defined default value is 0 (Disabled).

This parameter has the configuration ID config_11_1 and is of type INTEGER.

Parameter 12: Fan Low Speed Relay: Load Power (W)

The power of the connected device, which is used to determine energy consumption (OUT-1).

Values in the range 0 to 1100 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_12_2 and is of type INTEGER.

Parameter 13: Fan Medium Speed Relay: Load Power (W)

The power of the connected device, which is used to determine energy consumption (OUT-2).

Values in the range 0 to 1100 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_13_2 and is of type INTEGER.

Parameter 14: Fan Hight Speed Relay: Load Power (W)

The power of the connected device, which is used to determine energy consumption (OUT-3).

Values in the range 0 to 1100 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_14_2 and is of type INTEGER.

Parameter 15: Heating Valve Relay: Load Power (W)

The power of the connected device, which is used to determine energy consumption (OUT-4).

Values in the range 1100 to 0 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_15_2 and is of type INTEGER.

Parameter 16: Cooling Valve Relay: Load Power (W)

The power of the connected device, which is used to determine energy consumption (OUT-5).

Values in the range 0 to 1100 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_16_2 and is of type INTEGER.

Parameter 17: Air temp calibration

defines the offset value for room air temperature. Celsius value * 10 e.g. 1.0°C = 10

Values in the range -100 to 100 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_17_1 and is of type INTEGER.

Parameter 18: Temp hysteresis

defines the hysteresis value for temperature control. Celsius value * 10 e.g. 0.5°C = 5

Values in the range 0 to 0 may be set.

The manufacturer defined default value is 5.

This parameter has the configuration ID config_18_1 and is of type INTEGER.

Parameter 19: Time Correction by Main Controller

Determines if the Time correction should be enabled or disabled.

The following option values may be configured, in addition to values in the range 0 to 0 -:

Value	Description
0	Disabled
1	Enabled

The manufacturer defined default value is 1 (Enabled).

This parameter has the configuration ID config_19_1 and is of type INTEGER.

Parameter 20: Time format

Either 24 hour or 12-hour time formats may be selected.

Values in the range 0 to 0 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_20_1 and is of type INTEGER.

Parameter 21: Week day

Allows manual adjustment of the day of the week in case the HE-FT01 is not connected to any Z-Wave gateway or auto-correction is disabled (Parameter 19 value is 0).

The following option values may be configured, in addition to values in the range 0 to 0 -:

Value	Description
1	Monday
2	Tuesday
3	Wednesday
4	Thursday
5	Friday
6	Saturday
7	Sunday

The manufacturer defined default value is 1 (Monday).

This parameter has the configuration ID config_21_1 and is of type INTEGER.

Parameter 22: Time Manual Adjustment

Allows manual adjustment of Time. Format: HHMM. e.g.08:00 should be sent as 0800

Values in the range 0 to 0 may be set.

The manufacturer defined default value is 0.

This parameter has the configuration ID config_22_2 and is of type INTEGER.

Parameter 23: TIME mode operation

determines the Climate Mode (Heating or Cooling) in which HE-FT01 will operates when the TIME mode is selected.

The following option values may be configured, in addition to values in the range 0 to 0 -:

Value	Description
1	Heating & Cooling mode
2	Heating mode
3	Cooling mode

The manufacturer defined default value is 1 (Heating & Cooling mode).

This parameter has the configuration ID config_23_1 and is of type INTEGER.