ZigBee 4 in 1 Multi Sensor User Manual

ZigBee 4 in 1 Multi Sensor

Important: Read All Instructions Prior to Installation

Function introduction

Product Description

The Zigbee sensor is a battery powered low power consumption 4 in 1 device that combines PIR motion sensor, temperature sensor, humidity sensor, and illuminance sensor. The PIR motion sensor trigger and sensitivity can be configured. The sensor supports low battery power alarm, if the power is lower than 5%, the motion sensor trigger and report will be forbidden, and the alarm will be reported every one hour until the battery power is higher than 5%. The sensor is suitable for smart home applications which need sensor based automation.

Commissioning

All setup is performed via supported IEEE 802.15.4-based control platforms and other Zigbee3.0 compatible lighting control systems. Appropriate gateway control software allows for adjustment of motion sensitivity, detection area, time delay and daylight threshold.

Product Data

Physical Information

Electrical Information

Wireless Communication

Sensing

Environment

LED Indicator Status

(0.5S)

Key Features

• Zigbee 3.0 compliant
• PIR motion sensor, long detection range
• Temperature sensing, automates your home heating or cooling
• Humidity sensing, automates your home humidifying or dehumidifying
• Illuminance measuring, daylight harvesting
• Autonomous sensor-based control
• OTA firmware upgrade
• Wall mount installation
• Can be use for indoor applications

Benefits

• Cost-effective solution for energy savings
• Energy code compliance
• Robust mesh network
• Compatible with universal Zigbee platforms that support sensor

Applications

• Smart home

Operations

Zigbee Network Pairing

• Step 1: Remove the device from previous zigbee network if it has already been added to, otherwise pairing will
  fail. Please refer to the part “Factory Reset Manually”.

• Step 2: From your ZigBee gateway or hub interface, choose to add device and enter Pairing mode as instructed by the gateway.

• Step 3: Method 1: short press the “Prog.” Button 3 times continuously within 1.5 seconds, the LED indicator will flash rapidly and enter into network pairing mode (beacon request) which lasts for 60 seconds. Once timeout, repeat this step. Method 2: make sure the device has not paired to any Zigbee network, reset power of the device by removing the batteries and installing them again, then the device will enter into network pairing mode automatically which lasts for 10 seconds. Once timeout, repeat this step.

• Step 4: The LED indicator will stay solid on for 3 seconds if the device is paired to the network successfully, then the device will appear in your gateway’s menu and can be controlled through gateway or hub interface.

Removing from a Zigbee Network
Press and hold the Prog. button until LED indicator blinks 4 times slowly, then release the button, LED indicator will then stay solid on for 3 seconds to indicate that the device is removed from the network successfully.

Note: the device will be removed from the network and all bindings will be cleared.

Factory Reset Manually
Press and hold the Prog. button for over 10 seconds, during the process, the LED indicator will blink slowly at the frequency of 0.5Hz, the LED indicator will stay solid on for 3 seconds which means factory reset successfully, then LED will turn off.

Note: factory reset will remove the device from the network, clear all bindings, restore all parameters to factory default setting, clear all report config settings.

Check Whether the Device is Already in a Zigbee Network

• Method 1: short press Prog. button, if LED indicator stays solid on for 3 seconds, this means the device has already been added to a network. If LED indicator blinks 3 times slowly, this means the device has not been added to any network.
• Method 2: reset power of the device by removing the batteries and installing them again, if the LED indicator blinks rapidly, it means the device has not been added to any network. If LED indicator stays solid on for 3 seconds, this means the device has not been added to any network.

Wireless Data Interaction
Since the device is a sleep device, it needs to be awakened.
If the device has already been added to a network, when there is a button trigger, the device will be awakened, then if there is no data from the gateway within 3 seconds, the device will go to sleep again.

Zigbee Interface
Zigbee application endpoints:

features
1(0x01)| 0x0104 (HA)| Occupancy Sensor, power, OTA, DeviceID = 0x0107
2(0x02)| 0x0104 (HA)| IAS Zone(), DeviceID = 0x0402
3(0x03)| 0x0104 (HA)| Temperature Sensor, DeviceID = 0x0302
---|---|---
4(0x04)| 0x0104 (HA)| Humidity Sensor, DeviceID = 0x0302
5(0x05)| 0x0104 (HA)| Light Sensor, DeviceID = 0x0106

Application Endpoint #0 –ZigBee Device Object

• Application profile Id 0x0000
• Application device Id 0x0000
• Supports all mandatory clusters

Application Endpoint #1 –Occupancy Sensor

0x0000

| ****

server

| Basic

Provides basic information about the device, such as the manufacturer ID, vendor and model name, stack profile, ZCL version, production date, hardware revision etc. Allows a factory reset of attributes, without the device leaving the network.

0x0001

| ****

server

| Power Configuration

Attributes for determining detailed information about a device’s power source(s) and for configuring under/over voltage alarms.

0x0003

| ****

server

| Identify

Allows to put the endpoint into identify mode. Useful for identifying/locating devices and required for Finding & Binding.

0x0009

| server| Alarms
0x0019| ** Client| OTA Upgrade**

Pull-oriented firmware upgrade. Searches the network for mating servers and allows the server to control all stages of the upgrade process, including which image to download, when to download, at what rate and when to install the downloaded image.

0x0406| server| Occupancy Sensing
Mainly used based on PIR sensor
0x0500| Server| IAS Zone
Mainly used based on PIR sensor

Basic -0x0000 (Server)
Attributes Supported:

0x0000

| INT8U, read-only,| ZCLVersion 0x03

0x0001

| INT8U, read-only,| ApplicationVersion
This is the software version number of the application
0x0002| INT8U, read-only,| StackVersion
0x0003| INT8U, read-only,| HWVersion Hardware version 1
---|---|---
0x0004| string, read-only,| ManufacturerName
“Sunricher”
0x0005| string, read-only,| ModelIdentifier
When Power up, device will broadcast
0x0006| string, read-only,| DateCode
NULL
0x0007| ENUM8, read-only| PowerSource
Power supply type of the device, 0x03 (battery)
0x0008| ENUM8, read-only| GenericDevice- Class 0XFF
0x0009| ENUM8, read-only| GenericDevice-Type 0XFF
0x000A| octstr read-only| ProductCode 00
0x000B| string, read-only| ProductURL NULL
0x4000| string, read-only| Sw build id 6.10.0.0_r1

Command supported:

0x00

| Reset to Factory Defaults Command

On receipt of this command, the device resets all the attributes of all its clusters to their factory defaults. Note that networking functionality, bindings, groups, or other persistent data are not affected by this command.

Power Configuration-0x0001(Server)
Attributes Supported:

0x0020

| Int8u, read-only, reportable| BatteryVoltage

Current device battery power, unit is 0.1V Min interval: 1s,

Max interval: 28800s(8 hour), reportable change: 2 (0.2V)

0x0021

| Int8u, read-only, reportable| BatteryPercentageRemaining

Remaining battery power percentage, 1-100 (1%-100%) Min interval: 1s,

Max interval: 28800s(8 hour), reportable change: 5 (5%)

0x0035

| MAP8,

reportable

| BatteryAlarmMask

Bit0 enables BatteryVoltageMinThreshold alarm

0x003e

| map32,

read-only, reportable

| BatteryAlarmState

Bit0, Battery voltage too low to continue operating the device’ s radio (i.e., BatteryVoltageMinThreshold value has been reached)

Identify-0x0003 (Server)

Attributes Supported:

0x0000

|

Int16u

|

Identify time

Sever can receive the following commands:

Sever can generate the following commands:

OTA Upgrade-0x0019 (Client)
When the device has joined a network it will automatically auto scan for a OTA upgrade server in the network. If it finds a server an auto bind is created and ones every 10mins it will automatically send its “current file version” to the OTA upgrade server. It is the server that initiates the firmware upgrade process.
Attributes Supported:

0x0000

| EUI64,

read-only

| UpgradeServerID

0xffffffffffffffff , is an invalid IEEE address.

0x0001

|

Int32u, read-only

| FileOffset

The parameter indicates the current location in the OTA upgrade image. It is essentially the (start of the) address of the image data that is being transferred from the OTA server to the client. The attribute is optional on the client and is made available in a case where the server wants to track the upgrade process of a particular client.

0x0002

| Int32u,

Read-only

| OTA Current File Version

When Power up, device will broadcast

0x006

|

enum8 , read-only

| ImageUpgradeStatus

The upgrade status of the client device. The status indicates where the client device is at in terms of the download and upgrade process. The status helps to indicate whether the client has completed the download process and whether it is ready to upgrade to the new image.

0x0001

| ENUM8,

read-only

| Occupancy Sensor Type

The type is always 0x00 (PIR)

---|---|---

0x0002

| MAP8,

read-only

| Occupancy Sensor Type Bitmap

The type is always 0x01 (PIR)

0x0010

| int16U, reportable read-only| PIROccupiedToUnoccupiedDelay

No trigger during this period since last trigger, when time expires, Unoccupied

will be marked.

Value range is 3~28800, unit is S, default value is 30.

Occupancy Sensing-0x0406(Server)
Attributes Supported:

0x0000

| MAP8,

read-only reportable

|

Occupancy

Proprietary Attributes:

0x1000

|

ENUM8,

reportable

|

0x1224

| PIR Sensor Sensitivity

Default value is 15. 0: disable PIR

8~255: enable PIR, corresponding PIR sensitivity, 8 means the highest sensitivity, 255 means the lowest sensitivity.

0x1001

|

Int8u, reportable

|

0x1224

| Motion detection blind time

PIR sensor is “blind” (insensitive) to motion after last detection for the amount of time specified in this attribute, unit is 0.5S, default value is 15.

Available settings: 0-15 (0.5-8 seconds, time

[s] = 0.5 x (value+1))

0x1002

|

ENUM8,

reportable

|

0x1224

| Motion detection – pulse counter

This attribute determines the number of moves required for the PIR sensor to report motion. The higher the value, the less sensitive the PIR sensor is.

It is not recommended to modify this parameter settings!

Available settings: 0~3 0: 1 pulse

1: 2 pulses (default value)

2: 3 pulses

3: 4 pulses

0x1003

|

ENUM8,

reportable

|

0x1224

| PIR sensor trigger time interval

It is not recommended to modify this parameter settings!

Available settings: 0~3 0: 4 seconds

1: 8 seconds

2: 12 seconds (default value)

3: 16 seconds

Alarm-0x0009(Server)
Please set a valid value of BatteryAlarmMask of Power Configuration.
The Alarm Server cluster can generate the following commands:
Power Configuration, alarm code: 0x10.
BatteryVoltageMinThreshold or BatteryPercentageMinThreshold reached for Battery Source

Application Endpoint #3–IAS Zone

IAS Zone-0x0500(Server)
Attributes Supported:

The IAS Zone Server cluster can generate the following commands:

0x00

| Alarm

Alarm code: Identifying code for the cause of the alarm, as given in the specification of the cluster whose attribute generated

this alarm.

The IAS Zone Server cluster can receive the following commands:

Application Endpoint #3–Temperature Sensor

Temperature Measurement-0x0402 (Server)
Attributes Supported:

0x0000

| ENUM8,

read-only

| Zone State

Not enrolled or enrolled

0x0001

| ENUM16,

read-only

| Zone Type

is always 0x0D (Motion sensor)

0x0002

| MAP16,

read-only

| Zone Status

Bit0 support (alarm1)

0x0010

|

EUI64,

| IAS_CIE_Address

0x0011

|

Int8U,

| Zone ID

0x00 – 0xFF

Default 0xff

Proprietary Attributes:

Application Endpoint #4–Humidity Sensor

Provides basic information about the device, such as the manufacturer ID, vendor and model name, stack profile, ZCL version, production date, hardware revision etc. Allows a factory reset of attributes, without the device leaving the network.

0x0003| server| Identify

Allows to put the endpoint into identify mode. Useful for identifying/locating devices and required for Finding & Binding.

0x0402| server| Temperature Measurement
Temperature sensor

Relative Humidity Measurement-0x0405 (Server)
Attributes Supported:

Measuredvalue
Temperature value, unit is 0.01℃ Report, default:
Min interval: 1s
Max interval: 1800s (30mins)
Reportable change: 100 (1℃), only judge when the device is awakened, for instance, PIR triggered, the button is pressed, scheduled awakening etc.

0x0001| Int16s, read-only| MinMeasuredValue
0xF060 (-40 ℃ )
0x0002| Int16s,
read-only| MaxMeasuredValue
0x30D4 (125℃)

Proprietary Attributes:

unit is ℃

Application Endpoint #5–Light Sensor

0x0000

| ****

server

| Basic

Provides basic information about the device, such as the manufacturer ID, vendor and model name, stack profile, ZCL version, production date, hardware revision etc. Allows a factory reset of attributes, without the device leaving the network.

0x0003

| ****

server

| Identify

Allows to put the endpoint into identify mode. Useful for identifying/locating devices and required for Finding & Binding.

0x0405

| ****

server

| Relative Humidity Measurement

Humidity sensor

Illuminance Measurement-0x0400 (Server)
Attributes Supported:

Measuredvalue

0xFFFF indicates an invalid measurement Report, default:
Min interval: 1s
Max interval: 1800s (30mins)

Reportable change: 16990 (50lux), please be noted that the device will report according to lux unit value change. For instance, when Measuredvalue=21761 (150lx) drops down to 20001 (50lux), the device will report, instead of reporting when the values drops down to 4771=(21761-16990). Only judge when the device is awakened, for instance, PIR triggered, the button is pressed, scheduled awakening etc.

0x0001| Int16u, read-only| MinMeasuredValue 1
0x0002| Int16u, read-only| MaxMeasuredValue 40001

Detection Range
Detection range of the Motion Sensor is shown below. Actual range of the Sensor can be influenced by environmental conditions.

Physical Installation

• Method 1:Stick 3M glue on the back of the bracket and then stick the bracket to the wall
• Method 2:Screw the bracket to the wall
• After the bracket is fixed,clip the frame and control part to the bracket in sequence

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