remotec ZXT-800 Z-Wave to IR Converter for AC and AV Control User Manual

remotec ZXT-800 Z-Wave to IR Converter for AC and AV Control

Introduction

ZXT-800 is a Z-Wave plus compliant Z-Wave-to-IR Bridge to control split air conditioner and entertainment devices by receiving Z-Wave command and translating to Infrared command. With its comprehensive built-In and cloud- stored IR database (library). ZXT-800 can control different brands and models of infrared devices worldwide.
ZXT-800 is a security enabled Z-Wave plus device. A security Enabled Z-Wave Plus Controller must be used in order to fully utilize the feature.
ZXT-800 is a Z-Wave slave device, it can be up to gateway to setup particular brand with correct IR code. User can setup the IR (AV + AC) code by “Conexum ZXT-800” App through Bluetooth download. iOS and Android App are available in Apps store.

Product Overview

Description

Features

• Working as a Z-Wave thermostat (AC) and Simple AV device
• Supports Classic Inclusion, NWI and SmartStart
• Built-in AC IR database for worldwide market, direct use it in gateway
• Cloud-base downloadable AC + AV IR library by Smart phone
• Supports Basic, Smart and Learning search in Smart Phone App
• Support IR learning
• Supports AC × 1 and AV × 3 by download
• Built-in temperature and humidity sensor
• Support firmware upgrades via Over-the-air (OTA) by Z-Wave and BLE
• Z-Wave Plus 2 compliant
• Working on battery (3 × AAA batteries) or USB power

Z-Wave Glossary

Device or Node| Devices and nodes are all terms to describe an individual Z-Wave device.

These are all interchangeable when setting up your Z-Wave network.

---|---
Inclusion| Add a Z-Wave device to the network.
Exclusion| Remove a Z-Wave device from the network.
Remove| Remove a Z-Wave device from the network.

Network Wide Inclusion (NWI)

| Network Wide Inclusion (NWI) enables both end-user friendly, Plug and Play like Z-Wave network installation as well as professional installation scenario where the inclusion process, in terms of time will be reduced significantly. NWI is a feature supported by a new frame type named Explorer which enables the Z-Wave protocol to implement Adaptive

Source Routing.

Z-Wave Network

| A collection of Z-Wave devices is controlled by primary and secondary controllers operating on the same system. A Z-Wave network has its own unique ID code so that controllers not in the network cannot control

the system.

Primary Controller

| The first controller is used to set up your devices and network. Only the Primary Controller can be used to include or remove devices from a network. It is recommended that you mark the primary controller for

each network for ease in modifying your network.

FLiRS Mode

| FLiRS is abbreviation for “Frequently Listening Routing Slave”. FLiRS mode is targeted for battery operated applications and will enter sleep mode frequently in order to conserve battery consumption. The response to Z-Wave command is not as quick as Always Listening

Device. Normally there is 1-2 seconds latency.

Always- Listening

Mode

| FLiRS mode is targeted for battery operated applications and will enter sleep mode frequently in order to conserve battery consumption. The response to Z-Wave command is not as quick as Always Listening

Device. Normally there is 1-2 seconds latency.

Association

| Association is used to organize nodes in different groups allowing the device to identify the nodes by a group identifier. The groups can also be

copied to other devices.

Get Started

• User Guide × 1
• ZXT-800 × 1

Step-1 Apply Power to ZXT-800

• 3 × AAA batteries or Micro USB

• ZXT-800 will detect the first applied power source to decide what Z-Wave device role it will be in after included into the Z-Wave gateway:

  • Battery = sleeping device (FLiRS mode)
  • USB power = always awake device (Always Listening mode)
    Please refer to Z-Wave Glossary for more information.

• Once the ZXT-800 is included into a Z-Wave network, the working mode (sleeping or awake) cannot be changed, unless it is excluded and re-apply the power.

• ZXT-800 can be included and operated in any Z-Wave network with other Z-Wave certified devices from other manufacturers and/or other applications. All non-battery operating nodes within the network will act as repeaters regardless of Vendor to increas reliability of the network.

Caution

• Use new batteries of the recommended type and size only.
• Never mix used and new batteries together.
• To avoid chemical leaks, remove batteries from the ZXT-800 if you do not intend to us the device for an extended period of time.
• Dispose of used batteries properly; Do not burn or bury them.

Step-2 Include ZXT-800 to a Z-Wave Gateway
There are two methods to include to a Z-Wave network,

Classic inclusion

into the Inclusion Mode or Exclusion Mode

| –

2

| Once the primary controller is ready to include/exclude the device, press the “PROG” button once.| Blue LED will flash until complete the step of inclusion / exclusion. If success, blue LED will flash twice; if fail, red LED will

flash twice.

SmartStart inclusion

1

| Refer to your primary controller (gateway) instruction then use Smart Phone App to scan ZXT-800 SmartStart QR code, it will include the device into the Z-Wave network automatically. User can find out the QR code at device bottom Z-Wave DSK area. Make sure your gateway supports

SmartStart feature.

| ****

Blue LED will flash until complete the step of inclusion / exclusion. If success, blue LED will flash twice; if fail, red LED will flash twice.

Notes

• It is recommended to perform the Remove (Exclude) procedure before per-forming an Add (Include) procedure.
• If the Add (Include) process fails, try to Remove (Exclude) from your primary controller (or reset the ZXT-800 to Factory Default), then repeat the above steps.

Step-3 Setup Automatic Status Report Associate to Gateway
Please refer to your primary controller (gateway) instruction for more detail. Normally, User can ignore this step during the setup.
ZXT-800 support 1 association group, Association Group #1 (max. 1 node) is default to associate with the primary controller (Gateway/Hub/Controller) for ZXT-800 status change report, refer to below for report details:

• Current Room Temperature (report in precision of 0.5 °C or 1°F), It will be according to Configuration Parameter 30 setting to decide the trigger level.
• Current Battery Level (Only apply in Low Battery Warning happened)
• Device Reset Locally Notification (Only report when the ZXT-800 has been triggered the RESET TO DEFAULT)

Step-4 Setup IR code
The user interface of setup the IR code varies from different gateways. If gateways have dedicated UI for the IR code setup, please refer to the gateway UI and ignore the below steps.
If your gateway does not have dedicated UI for ZXT-800 IR code setup, but support Z-Wave Configuration Command Class. Please refer to below method-A to setup the IR code using the configuration options in your gateway.

There are two methods A) and B) to set up IR code:
A) By Z-Wave gateway configuration (Setup AC code with internal library)

Configuration setting.

| –

2

| Set up IR code with internal library, Input parameter number: 27, Input parameter value: XXXX (AC code no.); User can scan product QR code (near the Z-Wave logo) which will reach to our Code Finder Webpage, it obtains a list of AC codes.

Example: AC IR code number: 13; Parameter no.: 27 (Setup IR

code); Parameter value size: 2 bytes; Parameter value: 0013 (AC code number); Then activate or save it in gateway.

| ****

Purple LED will turn on. If success, blue LED flash ONCE; If fail, red LED will flash TWICE.

3

| Once you finished the IR code setup, please go back to the control page of ZXT-800 on the gateway’s Browser or App. Try the function such as (Cool, Temperature Set). If the Air

Conditioner does not respond to the command you set on the Gateway (Cool, Heat, Auto, Temperature Set, etc⋯.), repeat step 2 to step 3. Select the next IR code for test from the code

list.

| ****

Red LED flashing ONCE if device sends out one IR.

Important Notes

• Above procedures are for AC code configuration only.

• Different brand or model of air conditioner has different function. For example, some air conditioner only support temperature set from 10 °C – 30 °C, if user set 17 °C on gateway, ZXT-800 will not respond it.

• There are more than 1 code for each brand, some does not support Heat, if User selecte a code that does not support Heat but original air conditioner supports Heat
  Function, please continue to try next code until the correct one is selected.

• It is not allowed to set up the IR Code when the battery level below 20%.

• You can record down your Device Code for future reference after setting up the ZXT-800 correctly.

• AC code set:

B) By Smart Phone App “Conexum ZXT-800” (Setup AC + AV with cloud library)
User can download “Conexum ZXT-800” App to implement Basic Search for AC and Smar Search for AV then setup the IR code. ZXT-800 supports AC×1 and AV×3 devices storage memory. Once your IR code setup completed, user should add ZXT-800 into the Z-Wave network then control it directly.
Please make sure Z-Wave gateway support AV control interface when you setup AV control. For more detail operation, please refer to below section.

Setup IR Code by ZXT-800 App (AC+AV)

1. Please install “Conexum ZXT-800” App, turn on the “Bluetooth” and “GPS”, “WiFi / 4G” on the Smart phone. The App is available in Google Play & Apple App Store.
2. Pair with ZXT-800 by Smart Phone BLE
   • Open the App and follow the Smart phone setup UI.
   • Press “Add extender”.
   • Trible click on the PROG button within 1.0s to pair with Smart Phone, blue LED will keep flashing.
   • In Smart Phone, please select “Conexum unit” that you want to pair it.
   • Once BLE pairing completed, blue LED will turn off.
3. IR code set up
   • For AC setup, please type-in or select your brand then follow the Basic Search to test it one by one.
   • For AV setup, please select your device type (TV, CBL, B-Ray, Soundbar⋯), brand then follow the Smart Search steps to test it.
   • Once you have successfully found an IR Code that matches your device, tap to confirm the code and download it into the ZXT-800.
4. After IR code setup completed, please refer to Z-Wave inclusion and add ZXT-800 into the Z-Wave network, then go to your Z-Wave control panel for device control directly.

IR Code learning
In case the IR code can’t support full keys controls, user can use the IR learning function to capture the IR data from original remote controller, please follow below steps.
AC IR Code Learning
Please refer to “Configuration Master Table” for all configuration settings.

Configuration setting.

| –

2

| To learn AC IR code, look up AC Learning Mapping Table for learning and decide which IR setting you wants to learn,

example :Parameter number: 25 (Learn AC IR code) Parameter value size: 1 byte Parameter value: 5 (Cool mode, 20 °C) Then

activate or save it in gateway.

|

Then Red LED turns ON for indicating the IR Code Learning

3

| Learning location:

Adjust your original AC remote to Cool mode 21 °C, aim your original AC remote to ZXT-800 according to above position within 1-3cm. Press and release temperature down __ button to adjust to 20 °C, ZXT-800

will learn the IR code automatically.

If the learning is failed or need to learn next IR code, repeat step 2 to step 3.

|

Successful: Blue LED flashes TWICE; Unsuccessful: Red LED flashes TWICE

4

| Once you finished the IR Code Learning, please go to Configuration setting page on the Gateway. Parameter number: 27 (Set IR code) Parameter value size: 2 bytes Parameter value: 0000 (AC learning location) Then activate or save it in gateway. ZXT-800 will set the code number to “0000”

which is AC learning code location.

|

–

TIPS

1. User need at least Learn the OFF (Parameter Value 0), and one Temperature Mode (Parameter Value 2 ∼ 28) to complete the usage model.

2. Keep away from Incandescent Light or Direct Sunlight during learning.

3. Make sure IR Transmitter of your Original Remote alight with learning diode of ZXT- 800, you may also slight adjust closer or further away the distance of two devices.
   Some of Remotes the IR transmitter in hidden behind lens and may not installed center of remote.

4. Make sure the power is good on both devices, especially the Original remote. Use Fresh Batteries in both devices recommended. ZXT-800 will not implement the learning process if the battery level below 20%.

ZXT-800 AC/AV MASTER USER MANUAL

Parameter- Value

(Storage Location)

| Thermostat Command & IR Setting
---|---
Storage in Celsius Unit| Storage in Fahrenheit Unit
0| OFF| OFF
1| ON (RESUME)| ON (RESUME)
2| 17 °C Cool| 63°F Cool
3| 18 °C Cool| 64°F Cool
4| 19 °C Cool| 66°F (67°F Cool)
5| 20 °C Cool| 68°F (69°F Cool)
6| 21 °C Cool| 70°F (71°F Cool)
7| 22 °C Cool| 72°F (73°F Cool)
8| 23 °C Cool| 74°F (75°F Cool)
9| 24 °C Cool| 76°F Cool
10| 25 °C Cool| 77°F (78°F Cool)
11| 26 °C Cool| 79°F (80°F Cool)
12| 27 °C Cool| 81°F (82°F Cool)
13| 28 °C Cool| 83°F (84°F Cool)
14| 29 °C Cool| 85°F Cool
15| 30 °C Cool| 86°F Cool
16| 17 °C Heat| 63°F Heat
17| 18 °C Heat| 64°F Heat
18| 19 °C Heat| 66°F (67°F Heat)
19| 20 °C Heat| 68°F (69°F Heat)
20| 21 °C Heat| 70°F (71°F Heat)
21| 22 °C Heat| 72°F (73°F Heat)
22| 23 °C Heat| 74°F (75°F Heat)
23| 24 °C Heat| 76°F Heat
24| 25 °C Heat| 77°F (78°F Heat)
25| 26 °C Heat| 79°F (78°F Heat)
26| 27 °C Heat| 81°F (82°F Heat)
27| 28 °C Heat| 83°F (84°F Heat)
28| 29 °C Heat| 85°F Heat
29| 30 °C Heat| 86°F Heat
30| Dry Mode| Dry Mode
31| Auto Mode| Auto Mode
32| Fan Mode| Fan Mode

Mapping Information

1. BASIC Set Value 0x00 will map to Thermostat mode OFF 0x00
2. BASIC Set Value 0xFF will map to Thermostat mode Resume 0x05
3. Energy Saving Mode will map to Thermostat mode OFF

AV IR Code Learning
Please refer to “Configuration Master Table” for all configuration settings.

Configuration setting.

| –

2

| Select AV endpoint (learning location), example: Parameter number: 38 (Select AV endpoint); Parameter value size: 1 byte;

Parameter value: 2 (AV1); Then activate or save it in gateway.

|

–

3

| To learn AV IR code, look up AV Learning Mapping Table for learning and decide which IR setting you wants to learn, example: Parameter number: 26 (Learn AV IR code); Parameter value size: 1 byte; Parameter value: 11 (VOL+);

Then activate or save it in gateway.

|

Then Red led turns ON for indicating the IR Code Learning.

4

| Learning location:

Aim your original

AV remote to ZXT-800 according to above position within 1-3cm. Press and hold the “VOL+” button until blue LED flashes twice. ZXT-800 __ will learn the IR code automatically.

If the learning is failed or need to learn next IR code, repeat step 2 to step 4.

|

Successful: Blue LED flashes TWICE; Unsuccessful: Red LED flashes TWICE

Parameter-Value (Storage Location)| Simple AV Command & IR Setting
---|---
Function| Z-Wave AV key ID
0| Power| 0x0027
1| Input| 0x0026
2| Menu| 0x001D
3| Smart| 0x0185
4| Guide| 0x001C
5| Back| 0x004B
6| Up| 0x001E
7| Down| 0x001F
8| OK| 0x0024
9| Left| 0x0020
10| Right| 0x0021
11| VOL+| 0x0003
12| VOL-| 0x0002
13| Mute| 0x0001
14| Home| 0x00AF
15| CH+| 0x0004
16| CH-| 0x0005
17| Skip-| 0x011C
18| Stop| 0x0014
19| Skip+| 0x011B
20| Play| 0x0013
21| Pause| 0x0015
22| Rewind| 0x0017
23| Record| 0x0019
24| Fast Forward| 0x0016
25| Red| 0x009D
26| Green| 0x009B
27| Yellow| 0x009F
28| Blue| 0x009A
Parameter-Value (Storage Location)| Simple AV Command & IR Setting
---|---
Function| Z-Wave AV key ID
29| 0| 0x0006
30| 1| 0x0007
31| 2| 0x0008
32| 3| 0x0009
33| 4| 0x000A
34| 5| 0x000B
35| 6| 0x000C
36| 7| 0x000D
37| 8| 0x000E
38| 9| 0x000F
39| Info| 0x0011
40| Text| 0x013F

Table 2: AV IR Learning Mapping Table (Parameter number 26)

Configuration Master Table

Please using the correct data format, if the Gateway support decimal numbering format, please use decimal value accordingly. If the Gateway support hexadecimal numbering format, please use hex value accordingly.

Parameter Name/

Description

| Parameter

Number

| Parameter Value| Size (Byte)
---|---|---|---

Learn AC IR code

|

25 (0x19)

| Storage location 0 –32 for AC IR code

learning (refer to AC learning mapping table)

Storage location 0 –40 for AV IR code

|

1

Learn AV IR code

|

26 (0x1A)

|

learning (refer to AV learning mapping table)

|

1

Set IR code from built-in AC library|

27 (0x1B)

| Refer to AC code list find from code finder page by code list QR code AC

Learning code number = 0000(0x0000)

|

2

External IR Emitter

power level

| 28 (0x1C)| 0(0x00) – normal power mode

255(0xFF) – high power mode (default)

| 1

Set Auto Report Condition, Trigger

by Room Temperature

change

|

30 (0x1E)

| 0(0x00) = Disable AUTO report function (default) It can extend the battery life.

Auto report if room temperature is different from last report

1(0x01) = 1°F (0.5°C)

2(0x02) = 2°F (1°C)

3(0x03) = 3°F (1.5°C)

4(0x04) = 4°F (2°C)

5(0x05) = 5°F (2.5°C)

6(0x06) = 6°F (3°C)

7(0x07) = 7°F (3.5°C)

8(0x08) = 8°F (4°C)

|

1

Set Built-in IR Emitter Control

|

32 (0x20)

| It is allowed to disable internal

IR emitter if use external IR emitter jack, it can extend the battery life.

0(0x00) = Disable

255(0xFF) = Enable (default)

|

1

Control Air conditioner “Swing”

function

|

33 (0x21)

|

0(0x00) = Swing OFF

1(0x01) = Swing Auto (default)

|

1

---|---|---|---

Temperature and Humidity Auto

Report

|

34 (0x22)

| Set Auto Report Condition by Time Interval

0(0x00) = Disable AUTO report (default)

1(0x01) = 15 mins 2(0x02) = 30 mins 3(0x03) = 1 Hr

4(0x04) = 2 Hrs

5(0x05) = 3 Hrs

6(0x06) = 4 Hrs

|

1

 |  | Temperature offset value|
 |  | 0(0x00) = 0°C (default)|
 |  | 1(0x01) =0.5°C|
 |  | 2(0x02) = 1°C|
Calibrate|  | 3(0x03) = 1.5°C|
temperature| 37 (0x25)| 4(0x04) = 2°C| 1
reading|  | 5(0x05) = 2.5°C|
 |  | 6(0x06) =3°C|
 |  | 7(0x07) = 3.5°C|
 |  | 8(0x08) = 4°C|
 |  | 9(0x09) = 4.5°C|
 |  | 10(0x0A) = 5°C|
 |  | 255(0xFF) = -0.5°C|
 |  | 254(0xFE) = -1°C|
 |  | 253(0xFD) = -1.5°C|
 |  | 252(0xFC) = -2°C|
 |  | 251(0xFB) = -2.5°C|
 |  | 250(0xFA) = -3°C|
 |  | 249(0xF9) = -3.5°C|
 |  | 248(0xF8) = -4°C|
 |  | 247(0xF7) = -4.5°C|
 |  | 246(0xF6) = -5°C|
Select AV endpoint| 38 (0x26)| 2(0x02) = end point 2 (AV1) default

3(0x03) = end point 3 (AV2) 4(0x04) = end point 4 (AV3)

| 1
---|---|---|---
Calibrate humidity

reading

| 53 (0x35)| 0(0x00) = 0% (default） 1(0x01) = 1% to 30(0x1E) = 30%

255(0xFF) = -1% to 226(0xE2) = -30%

| 1

Trigger BLE advertising

|

60 (0x3C)

| 0(0x00) = Disable BLE advertising (default)

255(0xFF) = Enable BLE advertising, please also set Parameter 61 below. (If the ZXT-800 is installed at ceiling location, user can trigger BLE advertisement through the Z-Wave Configuration without click the

PROG button.)

|

1

BLE advertising

option

|

61 (0x3D)

| 0(0x00) = ZXT-800 advertises for 10 minutes then stop (default)

1(0x01) = ZXT-800 keep advertising,

it is suitable for USB supply power

|

1

Device reset to

default

| 160 (0xA0)| 255(0xFF): device reset to default| 1

Reset to Factory Default

• Press and keep holding “PROG” button not less than 10 seconds.
• LED will light up at first 5 seconds, LED flashes twice then stay off after reset process completed.
• Device will be excluded from network, All Configuration Parameters will be restored to factory default. All downloaded IR data and learned data will be cleared.
• ZXT-800 will send Device Reset Locally Notification to gateway.
• ZXT-800 will not implement the Reset to Factory Default when the battery level below 20%.

Mounting and Placement

• The ZXT-800 should be mounted on an inner wall about 5ft (1.5m) above the floor where it is readily affected by changes of the general room temperature with freely circulating air.

• Before mounting, check the material and structure of the mounting location. If the location does not have the proper material or structure, the ZXT-800 can fall and cause an injury.

• Avoid mounting above or near hot surfaces or equipment (e.g. TV, Heater, Refrigerator).
  Avoid mounting where it will be exposed to direct sunshine, drafts, or in a laundry room or other enclosed space.

• Better to mount your device where it has no any obstacle or blocked object between the device and your AC Appliance.

• Position ZXT-800 on wall, level and mark hole positions with pencil.

• Drill holes at marked positions, then tap in supplied wall anchors.

• Insert and tighten mounting screws as above figure.

Technical Specifications

Model number

| BW8493US (ZXT-800US) BW8493EU (ZXT-800EU) BW8493AU (ZXT-800AU) BW8493JP (ZXT-800JP) BW8493KR (ZXT-800KR) BW8493IN (ZXT-800IN) BW8493IL (ZXT-800IL)

BW8493CN (ZXT-800CN)

---|---

RF Frequency

| 908.4MHz (ZXT-800US)

868.4MHz (ZXT-800EU)

921.4MHz (ZXT-800AU)

922-926MHz (ZXT-800JP)

919-923MHz (ZXT-800KR)

865.2MHz (ZXT-800IN)

916.0MHz (ZXT-800IL)

868.4MHz (ZXT-800CN)

RF Operating Distance| Up to 500ft / 150m outdoor line of sight, in unobstructed

environment

Temperature Measurement| Measurable range: 0 °C ∼40 °C / 32°F ∼104°F Report resolution: 0 . 5 °C / 1°F
Operating Ambient Temperature| 0 °C∼40 °C, non-condensing
Storage Temperature| −10 °C ∼50 °C
Powered Source| USB Power DC 5V 1A or Alkaline Batteries AAA × 3pcs
Size| 90mm × 70mm × 25.5mm
Weight| 70g (exclude battery)

Warranty

ONE-YEAR LIMITED WARRANTY: Remotec warrants this product to be free from defects in materials and workmanship under normal use and service for a period of one year from the original date of purchase from the distributors or dealer.
REMOTEC shall not be liable for: Damages caused by defective devices for indirect, incidental, special, consequential or punitive damages, including, inter alia, loss of profits, savings, data, loss of benefits, claims by third parties and any property damage or personal injuries arising from or related to the use of the device. Service trips to provide instruction on product use.
Shipping costs for replacement products.
This warranty is limited to the repair or replacement of this product only, if the purchase date cannot be substantiated, the warranty period will begin on the date of manufacture as indicated on this product. All warranty claims must be made to Remotec appointed distributors or dealers during the applicable warranty period. This warranty gives you specific legal right and you may also have other rights which vary in each country.
Website : https://www.remotec.com.hk

Regulatory information

FCC

FCC ID : M7N-BW8493
FCC Compliance Statement
This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions:

• This device may not cause harmful interference, and
• This device must accept any interference received, including interference that may cause undesired operation.

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

Notice: Changes or modifications to this unit not expressly approved by the party responsible for compliance could void the user authority to operate the equipment.

IC Notice
This device complies with Industry Canada licence-exempt RSS standard(s). Operation is subject to the following two conditions:

• This device may not cause interference, and
• This device must accept any interference, including interference that may cause undesired operation of the device.

Warnings

• Do not modify the unit in any way.
• Risk of fire.
• Risk of electrical shock.
• Risk of burns.
• Do not dispose of electrical appliances as unsorted municipal waste, use separate collection facilities. Contact your local government for information regarding the collectio systems available.
• There is no user serviceable parts in this unit.

Caution

• Risk of explosion if battery is replaced by an incorrect type.
• Dispose of used batteries according to the instructions.

References

• Remotec Technology – Redefining the future of remote controller, smart home and indoor climate control

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