InWave Pro Z-Wave device database

Brand

HELTUN

Name

Relay Switch Quinto

Part number

HE-RS01

Device type

Central Scene Device

Description

Advanced Programmable Z-Wave Plus v2 In-Wall Relay Switch—with S2 security and SmartStart on the Z-Wave 700 platform.

Z-Wave Features

Categories (2)

All Lighting Devices

On/Off Switches/Devices

Z-Wave Chip Series

700

Regions (10)

Product Picture as Published

On a Din Rail

Control Inputs

Sizes

Installation

Use Cases

0 / 0

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1 - TIME CORRECTION

Time correction by controller

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	0	Switch off auto-correction
1	0	If TPS05 is connected to a Z-Wave gateway, the time and day will be periodically polled and corrected from the gateway

2 - WEEKDAY

The day of the week (starting from Monday)

Size: 1 byte

Default: 1

Minimum: 1

Maximum: 7

Possible values

From	To	Desription
1	0	Monday
2	0	Tuesday
3	0	Wednesday
4	0	Thursday
5	0	Friday
6	0	Saturday
7	0	Sunday

3 - HOUR

Time Hour

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 23

Possible values

From	To	Desription
0	23	Time Hour in 24 hour format

4 - MINUTE

Time Minute

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 59

Possible values

From	To	Desription
0	59	Manual adjustment of time minutes (60 minutes)

5 - METER REPORT INTERVAL

Energy Consumption Meter Consecutive Report Interval, minutes

Size: 1 byte

Default: 10

Minimum: 1

Maximum: 120

Possible values

From	To	Desription
1	120	Energy Consumption Meter Consecutive Report Interval in Minutes

6 - RELAY1 CONTROL SOURCE

Relay 1 control source

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 5

Possible values

From	To	Desription
0	0	Controlled by gateway or associated device
1	1	Controlled by touch button N1 (Top Left)
2	2	Controlled by touch button N2 (Top Right)
3	3	Controlled by touch button N3 (Bottom Left)
4	4	Controlled by touch button N4 (Bottom Right)
5	5	Controlled by touch button N5 (Center)

7 - RELAY2 CONTROL SOURCE

Relay 2 control source

Size: 1 byte

Default: 2

Minimum: 0

Maximum: 5

Possible values

From	To	Desription
0	0	Controlled by gateway or associated device
1	1	Controlled by touch button N1 (Top Left)
2	2	Controlled by touch button N2 (Top Right)
3	3	Controlled by touch button N3 (Bottom Left)
4	4	Controlled by touch button N4 (Bottom Right)
5	5	Controlled by touch button N5 (Center)

8 - RELAY3 CONTROL SOURCE

Relay 3 control source

Size: 1 byte

Default: 3

Minimum: 0

Maximum: 5

Possible values

From	To	Desription
0	0	Controlled by gateway or associated device
1	1	Controlled by touch button N1 (Top Left)
2	2	Controlled by touch button N2 (Top Right)
3	3	Controlled by touch button N3 (Bottom Left)
4	4	Controlled by touch button N4 (Bottom Right)
5	5	Controlled by touch button N5 (Center)

9 - RELAY4 CONTROL SOURCE

Relay 4 control source

Size: 1 byte

Default: 4

Minimum: 0

Maximum: 5

Possible values

From	To	Desription
0	0	Controlled by gateway or associated device
1	1	Controlled by touch button N1 (Top Left)
2	2	Controlled by touch button N2 (Top Right)
3	3	Controlled by touch button N3 (Bottom Left)
4	4	Controlled by touch button N4 (Bottom Right)
5	5	Controlled by touch button N5 (Center)

10 - RELAY5 CONTROL SOURCE

Relay 5 control source

Size: 1 byte

Default: 5

Minimum: 0

Maximum: 5

Possible values

From	To	Desription
0	0	Controlled by gateway or associated device
1	1	Controlled by touch button N1 (Top Left)
2	2	Controlled by touch button N2 (Top Right)
3	3	Controlled by touch button N3 (Bottom Left)
4	4	Controlled by touch button N4 (Bottom Right)
5	5	Controlled by touch button N5 (Center)

11 - HOLD1 CONTROL MODE

Hold control mode for touch button 1

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 3

Possible values

From	To	Desription
0	0	Hold function is disabled
1	1	Operate like click
2	2	When the button is held the relay output state is ON, as soon as the button is released the relay output state changes to OFF (momentary switch).
3	3	When the button is held the relay output state is OFF, as soon as the button is released the relay output state changes to ON (momentary switch).

12 - HOLD2 CONTROL MODE

Hold control mode for touch button 2

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 3

Possible values

From	To	Desription
0	0	Hold function is disabled
1	1	Operate like click
2	2	When the button is held the relay output state is ON, as soon as the button is released the relay output state changes to OFF (momentary switch).
3	3	When the button is held the relay output state is OFF, as soon as the button is released the relay output state changes to ON (momentary switch).

13 - HOLD3 CONTROL MODE

Hold control mode for touch button 3

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 3

Possible values

From	To	Desription
0	0	Hold function is disabled
1	1	Operate like click
2	2	When the button is held the relay output state is ON, as soon as the button is released the relay output state changes to OFF (momentary switch).
3	3	When the button is held the relay output state is OFF, as soon as the button is released the relay output state changes to ON (momentary switch).

14 - HOLD4 CONTROL MODE

Hold control mode for touch button 4

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 3

Possible values

From	To	Desription
0	0	Hold function is disabled
1	1	Operate like click
2	2	When the button is held the relay output state is ON, as soon as the button is released the relay output state changes to OFF (momentary switch).
3	3	When the button is held the relay output state is OFF, as soon as the button is released the relay output state changes to ON (momentary switch).

15 - HOLD5 CONTROL MODE

Hold control mode for touch button 5

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 3

Possible values

From	To	Desription
0	0	Hold function is disabled
1	1	Operate like click
2	2	When the button is held the relay output state is ON, as soon as the button is released the relay output state changes to OFF (momentary switch).
3	3	When the button is held the relay output state is OFF, as soon as the button is released the relay output state changes to ON (momentary switch).

16 - CLICK1 CONTROL MODE

Click control mode for touch button 1

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 6

Possible values

From	To	Desription
0	0	Click function disabled
1	1	Relay inverts state (toggles ON to OFF, OFF to ON).
2	2	Relay inverts state (toggles ON to OFF, OFF to ON) according to the button backlight state.
3	3	Relay switches to ON state only.
4	4	Relay switches to OFF state only.
5	5	Timer: On>Off Mode: Relay output switches to ON state (contacts are closed) then after a specified time switches back to OFF state (contacts are open). The time is specified in parameters 35-39.
6	6	Timer: OFF>ON Mode: Relay output switches to OFF state (contacts are open) then after a specified time switches back to ON state (contacts are closed). The time is specified in Parameters 35-39.

17 - CLICK2 CONTROL MODE

Click control mode for touch button 2

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 6

Possible values

From	To	Desription
0	0	Click function disabled
1	1	Relay inverts state (toggles ON to OFF, OFF to ON).
2	2	Relay inverts state (toggles ON to OFF, OFF to ON) according to the button backlight state.
3	3	Relay switches to ON state only.
4	4	Relay switches to OFF state only.
5	5	Timer: On>Off Mode: Relay output switches to ON state (contacts are closed) then after a specified time switches back to OFF state (contacts are open). The time is specified in parameters 35-39.
6	6	Timer: OFF>ON Mode: Relay output switches to OFF state (contacts are open) then after a specified time switches back to ON state (contacts are closed). The time is specified in Parameters 35-39.

18 - CLICK3 CONTROL MODE

Click control mode for touch button 3

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 6

Possible values

From	To	Desription
0	0	Click function disabled
1	1	Relay inverts state (toggles ON to OFF, OFF to ON).
2	2	Relay inverts state (toggles ON to OFF, OFF to ON) according to the button backlight state.
3	3	Relay switches to ON state only.
4	4	Relay switches to OFF state only.
5	5	Timer: On>Off Mode: Relay output switches to ON state (contacts are closed) then after a specified time switches back to OFF state (contacts are open). The time is specified in parameters 35-39.
6	6	Timer: OFF>ON Mode: Relay output switches to OFF state (contacts are open) then after a specified time switches back to ON state (contacts are closed). The time is specified in Parameters 35-39.

19 - CLICK4 CONTROL MODE

Click control mode for touch button 4

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 6

Possible values

From	To	Desription
0	0	Click function disabled
1	1	Relay inverts state (toggles ON to OFF, OFF to ON).
2	2	Relay inverts state (toggles ON to OFF, OFF to ON) according to the button backlight state.
3	3	Relay switches to ON state only.
4	4	Relay switches to OFF state only.
5	5	Timer: On>Off Mode: Relay output switches to ON state (contacts are closed) then after a specified time switches back to OFF state (contacts are open). The time is specified in parameters 35-39.
6	6	Timer: OFF>ON Mode: Relay output switches to OFF state (contacts are open) then after a specified time switches back to ON state (contacts are closed). The time is specified in Parameters 35-39.

20 - CLICK5 CONTROL MODE

Click control mode for touch button 5

Size: 1 byte

Default: 1

Minimum: 0

Maximum: 6

Possible values

From	To	Desription
0	0	Click function disabled
1	1	Relay inverts state (toggles ON to OFF, OFF to ON).
2	2	Relay inverts state (toggles ON to OFF, OFF to ON) according to the button backlight state.
3	3	Relay switches to ON state only.
4	4	Relay switches to OFF state only.
5	5	Timer: On>Off Mode: Relay output switches to ON state (contacts are closed) then after a specified time switches back to OFF state (contacts are open). The time is specified in parameters 35-39.
6	6	Timer: OFF>ON Mode: Relay output switches to OFF state (contacts are open) then after a specified time switches back to ON state (contacts are closed). The time is specified in Parameters 35-39.

21 - RELAY1 TIMER DURATION

Timer mode duration for button 1. This parameter specifies the duration in seconds for the Timer mode (value 5 or 6 in Parameters 30). Press the button and the relay output goes to ON/OFF for the specified time then changes back to OFF/ON. This function can be used to open/close garage doors, blinds, curtains, etc. or to turn attached devices like security OFF for a short time. The time values can be configured from 0 to 43200 sec (12 hours). Note: If the parameter value is set to “0” it will operate as a short contact (about 0.5 sec).

Size: 2 bytes

Default: 0

Minimum: 0

Maximum: 43200

Possible values

From	To	Desription
0	43200	Timer mode duration in seconds

22 - RELAY2 TIMER DURATION

Timer mode duration for button 2. This parameter specifies the duration in seconds for the Timer mode (value 5 or 6 in Parameters 31). Press the button and the relay output goes to ON/OFF for the specified time then changes back to OFF/ON. This function can be used to open/close garage doors, blinds, curtains, etc. or to turn attached devices like security OFF for a short time. The time values can be configured from 0 to 43200 sec (12 hours). Note: If the parameter value is set to “0” it will operate as a short contact (about 0.5 sec).

Size: 2 bytes

Default: 0

Minimum: 0

Maximum: 43200

Possible values

From	To	Desription
0	43200	Timer mode duration in seconds

23 - RELAY3 TIMER DURATION

Timer mode duration for button 3. This parameter specifies the duration in seconds for the Timer mode (value 5 or 6 in Parameters 32). Press the button and the relay output goes to ON/OFF for the specified time then changes back to OFF/ON. This function can be used to open/close garage doors, blinds, curtains, etc. or to turn attached devices like security OFF for a short time. The time values can be configured from 0 to 43200 sec (12 hours). Note: If the parameter value is set to “0” it will operate as a short contact (about 0.5 sec).

Size: 2 bytes

Default: 0

Minimum: 0

Maximum: 43200

Possible values

From	To	Desription
0	43200	Timer mode duration in seconds

24 - RELAY4 TIMER DURATION

Timer mode duration for button 4. This parameter specifies the duration in seconds for the Timer mode (value 5 or 6 in Parameters 33). Press the button and the relay output goes to ON/OFF for the specified time then changes back to OFF/ON. This function can be used to open/close garage doors, blinds, curtains, etc. or to turn attached devices like security OFF for a short time. The time values can be configured from 0 to 43200 sec (12 hours). Note: If the parameter value is set to “0” it will operate as a short contact (about 0.5 sec).

Size: 2 bytes

Default: 0

Minimum: 0

Maximum: 43200

Possible values

From	To	Desription
0	43200	Timer mode duration in seconds

25 - RELAY5 TIMER DURATION

Timer mode duration for button 5. This parameter specifies the duration in seconds for the Timer mode (value 5 or 6 in Parameters 34). Press the button and the relay output goes to ON/OFF for the specified time then changes back to OFF/ON. This function can be used to open/close garage doors, blinds, curtains, etc. or to turn attached devices like security OFF for a short time. The time values can be configured from 0 to 43200 sec (12 hours). Note: If the parameter value is set to “0” it will operate as a short contact (about 0.5 sec).

Size: 2 bytes

Default: 0

Minimum: 0

Maximum: 43200

Possible values

From	To	Desription
0	43200	Timer mode duration in seconds

26 - RELAY INVERSE GROUP1

Group 1 relay inverse mode. The valid values are the following: 0, 12, 13, 14, 15, 21, 23, 24, 25, 31, 32, 34, 35, 41, 42, 43, 45, 51, 52, 53, 54

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 54

Possible values

From	To	Desription
0	0	Inverse function is disabled
12	0	Relays N1 and N2 will operate in inverse mode.
13	0	Relays N1 and N3 will operate in inverse mode.
14	0	Relays N1 and N4 will operate in inverse mode.
15	0	Relays N1 and N5 will operate in inverse mode.
21	0	Relays N2 and N1 will operate in inverse mode.
23	0	Relays N2 and N3 will operate in inverse mode.
24	0	Relays N2 and N4 will operate in inverse mode.
25	0	Relays N2 and N5 will operate in inverse mode.
31	0	Relays N3 and N1 will operate in inverse mode.
32	0	Relays N3 and N2 will operate in inverse mode.
34	0	Relays N3 and N4 will operate in inverse mode.
35	0	Relays N3 and N5 will operate in inverse mode.
41	0	Relays N4 and N1 will operate in inverse mode.
42	0	Relays N4 and N2 will operate in inverse mode.
43	0	Relays N4 and N3 will operate in inverse mode.
45	0	Relays N4 and N5 will operate in inverse mode.
51	0	Relays N5 and N1 will operate in inverse mode.
52	0	Relays N5 and N2 will operate in inverse mode.
53	0	Relays N5 and N3 will operate in inverse mode.
54	0	Relays N5 and N4 will operate in inverse mode.

27 - RELAY INVERSE GROUP2

Group 2 relay inverse mode. The valid values are the following: 0, 12, 13, 14, 15, 21, 23, 24, 25, 31, 32, 34, 35, 41, 42, 43, 45, 51, 52, 53, 54

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 54

Possible values

From	To	Desription
0	0	Inverse function is disabled
12	0	Relays N1 and N2 will operate in inverse mode.
13	0	Relays N1 and N3 will operate in inverse mode.
14	0	Relays N1 and N4 will operate in inverse mode.
15	0	Relays N1 and N5 will operate in inverse mode.
21	0	Relays N2 and N1 will operate in inverse mode.
23	0	Relays N2 and N3 will operate in inverse mode.
24	0	Relays N2 and N4 will operate in inverse mode.
25	0	Relays N2 and N5 will operate in inverse mode.
31	0	Relays N3 and N1 will operate in inverse mode.
32	0	Relays N3 and N2 will operate in inverse mode.
34	0	Relays N3 and N4 will operate in inverse mode.
35	0	Relays N3 and N5 will operate in inverse mode.
41	0	Relays N4 and N1 will operate in inverse mode.
42	0	Relays N4 and N2 will operate in inverse mode.
43	0	Relays N4 and N3 will operate in inverse mode.
45	0	Relays N4 and N5 will operate in inverse mode.
51	0	Relays N5 and N1 will operate in inverse mode.
52	0	Relays N5 and N2 will operate in inverse mode.
53	0	Relays N5 and N3 will operate in inverse mode.
54	0	Relays N5 and N4 will operate in inverse mode.

28 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

29 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

30 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

31 - RELAY CONTROL SCENARIO1

Relays control by sensors Group 1 0, 10000000 … 53112359 Encoded as 8 digit value (ABCDEFGH): A: Relay number (1.. 5) B: Control Mode (0-Temperature Sensor, 1-Humidity Sensor, 2-Light Sensor, 3-Time control) C: State change condition relative to the value in HGFE Value field ( 0-Lower than, 1-Higher than) D: State Change, 0- Switch OFF, 1- Switch ON EFGH: Condition Value Sensor Value for Control modes 0-2 Time Of Day for Control mode 3. EF represents Hour (0..23), GH represents Minutes (0..59)

Size: 4 bytes

Default: 0

Minimum: 0

Maximum: 53112359

Possible values

From	To	Desription
0	0	Scenario function is disabled
1	53112359	Behavior according to the encoded scenario

32 - RELAY CONTROL SCENARIO2

Relays control by sensors Group 2 0, 10000000 … 53112359 Encoded as 8 digit value (ABCDEFGH): A: Relay number (1.. 5) B: Control Mode (0-Temperature Sensor, 1-Humidity Sensor, 2-Light Sensor, 3-Time control) C: State change condition relative to the value in HGFE Value field ( 0-Lower than, 1-Higher than) D: State Change, 0- Switch OFF, 1- Switch ON EFGH: Condition Value Sensor Value for Control modes 0-2 Time Of Day for Control mode 3. EF represents Hour (0..23), GH represents Minutes (0..59)

Size: 4 bytes

Default: 0

Minimum: 0

Maximum: 53112359

Possible values

From	To	Desription
0	0	Scenario function is disabled
1	53112359	Behavior according to the encoded scenario

33 - RELAY CONTROL SCENARIO3

Relays control by sensors Group 3 0, 10000000 … 53112359 Encoded as 8 digit value (ABCDEFGH): A: Relay number (1.. 5) B: Control Mode (0-Temperature Sensor, 1-Humidity Sensor, 2-Light Sensor, 3-Time control) C: State change condition relative to the value in HGFE Value field ( 0-Lower than, 1-Higher than) D: State Change, 0- Switch OFF, 1- Switch ON EFGH: Condition Value Sensor Value for Control modes 0-2 Time Of Day for Control mode 3. EF represents Hour (0..23), GH represents Minutes (0..59)

Size: 4 bytes

Default: 0

Minimum: 0

Maximum: 53112359

Possible values

From	To	Desription
0	0	Scenario function is disabled
1	53112359	Behavior according to the encoded scenario

34 - RELAY CONTROL SCENARIO4

Relays control by sensors Group 4 0, 10000000 … 53112359 Encoded as 8 digit value (ABCDEFGH): A: Relay number (1.. 5) B: Control Mode (0-Temperature Sensor, 1-Humidity Sensor, 2-Light Sensor, 3-Time control) C: State change condition relative to the value in HGFE Value field ( 0-Lower than, 1-Higher than) D: State Change, 0- Switch OFF, 1- Switch ON EFGH: Condition Value Sensor Value for Control modes 0-2 Time Of Day for Control mode 3. EF represents Hour (0..23), GH represents Minutes (0..59)

Size: 4 bytes

Default: 0

Minimum: 0

Maximum: 53112359

Possible values

From	To	Desription
0	0	Scenario function is disabled
1	53112359	Behavior according to the encoded scenario

35 - RELAY CONTROL SCENARIO5

Relays control by sensors Group 5 0, 10000000 … 53112359 Encoded as 8 digit value (ABCDEFGH): A: Relay number (1.. 5) B: Control Mode (0-Temperature Sensor, 1-Humidity Sensor, 2-Light Sensor, 3-Time control) C: State change condition relative to the value in HGFE Value field ( 0-Lower than, 1-Higher than) D: State Change, 0- Switch OFF, 1- Switch ON EFGH: Condition Value Sensor Value for Control modes 0-2 Time Of Day for Control mode 3. EF represents Hour (0..23), GH represents Minutes (0..59)

Size: 4 bytes

Default: 0

Minimum: 0

Maximum: 53112359

Possible values

From	To	Desription
0	0	Scenario function is disabled
1	53112359	Behavior according to the encoded scenario

36 - RELAY CONTROL SCENARIO6

Relays control by sensors Group 6 0, 10000000 … 53112359 Encoded as 8 digit value (ABCDEFGH): A: Relay number (1.. 5) B: Control Mode (0-Temperature Sensor, 1-Humidity Sensor, 2-Light Sensor, 3-Time control) C: State change condition relative to the value in HGFE Value field ( 0-Lower than, 1-Higher than) D: State Change, 0- Switch OFF, 1- Switch ON EFGH: Condition Value Sensor Value for Control modes 0-2 Time Of Day for Control mode 3. EF represents Hour (0..23), GH represents Minutes (0..59)

Size: 4 bytes

Default: 0

Minimum: 0

Maximum: 53112359

Possible values

From	To	Desription
0	0	Scenario function is disabled
1	53112359	Behavior according to the encoded scenario

37 - RELAY CONTROL SCENARIO7

Relays control by sensors Group 7. 0, 10000000 … 53112359 Encoded as 8 digit value (ABCDEFGH): A: Relay number (1.. 5) B: Control Mode (0-Temperature Sensor, 1-Humidity Sensor, 2-Light Sensor, 3-Time control) C: State change condition relative to the value in HGFE Value field ( 0-Lower than, 1-Higher than) D: State Change, 0- Switch OFF, 1- Switch ON EFGH: Condition Value Sensor Value for Control modes 0-2 Time Of Day for Control mode 3. EF represents Hour (0..23), GH represents Minutes (0..59)

Size: 4 bytes

Default: 0

Minimum: 0

Maximum: 53112359

Possible values

From	To	Desription
0	0	Scenario function is disabled
1	53112359	Behavior according to the encoded scenario

38 - RELAY CONTROL SCENARIO8

Relays control by sensors Group 8 0, 10000000 … 53112359 Encoded as 8 digit value (ABCDEFGH): A: Relay number (1.. 5) B: Control Mode (0-Temperature Sensor, 1-Humidity Sensor, 2-Light Sensor, 3-Time control) C: State change condition relative to the value in HGFE Value field ( 0-Lower than, 1-Higher than) D: State Change, 0- Switch OFF, 1- Switch ON EFGH: Condition Value Sensor Value for Control modes 0-2 Time Of Day for Control mode 3. EF represents Hour (0..23), GH represents Minutes (0..59)

Size: 4 bytes

Default: 0

Minimum: 0

Maximum: 53112359

Possible values

From	To	Desription
0	0	Scenario function is disabled
1	53112359	Behavior according to the encoded scenario

39 - RELAY CONTROL SCENARIO9

Relays control by sensors Group 9 0, 10000000 … 53112359 Encoded as 8 digit value (ABCDEFGH): A: Relay number (1.. 5) B: Control Mode (0-Temperature Sensor, 1-Humidity Sensor, 2-Light Sensor, 3-Time control) C: State change condition relative to the value in HGFE Value field ( 0-Lower than, 1-Higher than) D: State Change, 0- Switch OFF, 1- Switch ON EFGH: Condition Value Sensor Value for Control modes 0-2 Time Of Day for Control mode 3. EF represents Hour (0..23), GH represents Minutes (0..59)

Size: 4 bytes

Default: 0

Minimum: 0

Maximum: 53112359

Possible values

From	To	Desription
0	0	Scenario function is disabled
1	53112359	Behavior according to the encoded scenario

40 - RELAY CONTROL SCENARIO10

Relays control by sensors Group 10. 0, 10000000 … 53112359 Encoded as 8 digit value (ABCDEFGH): A: Relay number (1.. 5) B: Control Mode (0-Temperature Sensor, 1-Humidity Sensor, 2-Light Sensor, 3-Time control) C: State change condition relative to the value in HGFE Value field ( 0-Lower than, 1-Higher than) D: State Change, 0- Switch OFF, 1- Switch ON EFGH: Condition Value Sensor Value for Control modes 0-2 Time Of Day for Control mode 3. EF represents Hour (0..23), GH represents Minutes (0..59)

Size: 4 bytes

Default: 0

Minimum: 0

Maximum: 53112359

Possible values

From	To	Desription
0	0	Scenario function is disabled
1	53112359	Behavior according to the encoded scenario

41 - RELAY1 LOAD POWER

Power load consumption (in Watts) Relay channel 1 in order to calculate total energy consumption relative to the time each relay is ON.

Size: 2 bytes

Default: 0

Minimum: 0

Maximum: 1100

Possible values

From	To	Desription
0	1100	Power load consumption (in Watts)

42 - RELAY2 LOAD POWER

Power load consumption (in Watts) Relay channel 2 in order to calculate total energy consumption relative to the time each relay is ON.

Size: 2 bytes

Default: 0

Minimum: 0

Maximum: 1100

Possible values

From	To	Desription
0	1100	Power load consumption (in Watts)

43 - RELAY3 LOAD POWER

Power load consumption (in Watts) Relay channel 3 in order to calculate total energy consumption relative to the time each relay is ON.

Size: 2 bytes

Default: 0

Minimum: 0

Maximum: 1100

Possible values

From	To	Desription
0	1100	Power load consumption (in Watts)

44 - RELAY4 LOAD POWER

Power load consumption (in Watts) Relay channel 4 in order to calculate total energy consumption relative to the time each relay is ON.

Size: 2 bytes

Default: 0

Minimum: 0

Maximum: 1100

Possible values

From	To	Desription
0	1100	Power load consumption (in Watts)

45 - RELAY5 LOAD POWER

Power load consumption (in Watts) Relay channel 5 in order to calculate total energy consumption relative to the time each relay is ON.

Size: 2 bytes

Default: 0

Minimum: 0

Maximum: 1100

Possible values

From	To	Desription
0	1100	Power load consumption (in Watts)

46 - S1 ASSOCIATION MODE

Associations mode for external input S1 . These parameters are intended for use when Multilevel Switch Group Associations (Groups 3, 5, 7, 9 & 11) have been activated. They define the logic of values changing if one of the buttons on switch connected to external inputs S1-S5 has been held for more than one second.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 2

Possible values

From	To	Desription
0	0	On each hold event, “UP (brighten)” and “DOWN (dim)” command will be alternately sent to associated devices.
1	0	On each hold event, the “UP (brighten)” command will be sent to associated devices.
2	0	On each hold event, the “DOWN (dim)” command will be sent to associated devices.

47 - S2 ASSOCIATION MODE

Associations mode for external input S2. These parameters are intended for use when Multilevel Switch Group Associations (Groups 3, 5, 7, 9 & 11) have been activated. They define the logic of values changing if one of the buttons on switch connected to external inputs S1-S5 has been held for more than one second.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 2

Possible values

From	To	Desription
0	0	On each hold event, “UP (brighten)” and “DOWN (dim)” command will be alternately sent to associated devices.
1	0	On each hold event, the “UP (brighten)” command will be sent to associated devices.
2	0	On each hold event, the “DOWN (dim)” command will be sent to associated devices.

48 - S3 ASSOCIATION MODE

Associations mode for external input S3. These parameters are intended for use when Multilevel Switch Group Associations (Groups 3, 5, 7, 9 & 11) have been activated. They define the logic of values changing if one of the buttons on switch connected to external inputs S1-S5 has been held for more than one second.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 2

Possible values

From	To	Desription
0	0	On each hold event, “UP (brighten)” and “DOWN (dim)” command will be alternately sent to associated devices.
1	0	On each hold event, the “UP (brighten)” command will be sent to associated devices.
2	0	On each hold event, the “DOWN (dim)” command will be sent to associated devices.

49 - S4 ASSOCIATION MODE

Associations mode for external input S4. These parameters are intended for use when Multilevel Switch Group Associations (Groups 3, 5, 7, 9 & 11) have been activated. They define the logic of values changing if one of the buttons on switch connected to external inputs S1-S5 has been held for more than one second.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 2

Possible values

From	To	Desription
0	0	On each hold event, “UP (brighten)” and “DOWN (dim)” command will be alternately sent to associated devices.
1	0	On each hold event, the “UP (brighten)” command will be sent to associated devices.
2	0	On each hold event, the “DOWN (dim)” command will be sent to associated devices.

50 - S5 ASSOCIATION MODE

Associations mode for external input S5. These parameters are intended for use when Multilevel Switch Group Associations (Groups 3, 5, 7, 9 & 11) have been activated. They define the logic of values changing if one of the buttons on switch connected to external inputs S1-S5 has been held for more than one second.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 2

Possible values

From	To	Desription
0	0	On each hold event, “UP (brighten)” and “DOWN (dim)” command will be alternately sent to associated devices.
1	0	On each hold event, the “UP (brighten)” command will be sent to associated devices.
2	0	On each hold event, the “DOWN (dim)” command will be sent to associated devices.

51 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

52 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

53 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

54 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

55 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

56 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

57 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

58 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

59 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

60 - RESERVED

Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Size: 1 byte

Default: 0

Minimum: 0

Maximum: 1

Possible values

From	To	Desription
0	1	Parameter reserved by the manufacturer. Setting this parameter will have no impact on DUT functionality.

Inclusion

To add the HE-RS01 to a Z-Wave Network (i.e. “inclusion”), do the following: 1. Ensure the HE-RS01 is Powered On and the LED indicator blinks red slowly (i.e. it is excluded) 2. Start the inclusion mode from the gateway / controller 3. To start the inclusion process on the HE-RS01, double-press the service button on the device (with no more than a one-second interval between presses). 4. The LED indicator will blink green quickly. 5. If the inclusion has been successful, the LED indicator will turn green for three seconds then continue slowly blinking green continuously while the HE-RS01 is Powered On. 6. If the inclusion was not successful, the LED indicator will turn red for three seconds then continue slowly blinking red continuously while Powered On. In that case repeat the inclusion process (2-5) above.

Exclusion

To remove the HE-RS01 from a Z-Wave Network (i.e. “exclusion”), do the following: 1. Ensure the HE-RS01 is Powered On and the LED indicator is slowly blinking green (i.e. it is included in a Z-Wave network). 2. Start the exclusion mode from the gateway/controller. 3. To start the exclusion process on the HE-RS01, double-press the service button on the device (with no more than a one-second interval between presses). 4. The LED indicator will blink red quickly. 5. If the inclusion has been successful, the LED indicator will turn red for three seconds then continue blinking red slowly continuously while the HE-RS01 is Powered On. 6. If the inclusion was not successful, the LED indicator will turn green for three seconds then continue slow blink green all the time the device is Powered On. In that case repeat the exclusion process (2-5) above. Note: If the HE-RS01 has previously been part of a Z-Wave network and has not been excluded since (the LED indicator will blink green slowly). Inclusion is not possible without first performing an Exclusion or Factory Reset procedure.

Factory Reset

To reset the HE-RS01 to factory defaults, press and hold the button for six seconds. If successful, the LED indicator will blink white slowly for two seconds, then the device will reboot. NOTE: This factory reset procedure will change all parameters to the original factory default values and will also exclude the device from any associated Z-Wave network.

Where to find S2 DSK on product

The device QR code and DSK are printed on the front and rear of the HE-RS01 plus on the additional Security Card included in the packaging.

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