netvox R315 Series Wireless Multi Sensor Device User Manual

: September 14, 2024
: netvox

Table of Contents

netvox R315 Series Wireless Multi Sensor Device
Introduction
Features
Appearance
R315 8 in 1 Combination List
R315 Sensor Function
Set up Instruction
Data Report
Important Maintenance Instruction
Read User Manual Online (PDF format)
Download This Manual (PDF format)

netvox R315 Series Wireless Multi Sensor Device

Wireless Multi-Sensor Device

R315 Series
User Manual

Copyright© Netvox Technology Co., Ltd.
This document contains proprietary technical information which is the property of NETVOX Technology. It shall be maintained in strict confidence and shall not be disclosed to other parties, in whole or in part, without written permission of NETVOX Technology. The specifications are subject to change without prior notice.

Introduction

R315 series is a multi-sensor device of Netvox’s Class A type device based on LoRaWAN open protocol. It can be connected with temperature and humidity, illuminance, door magnetism, internal vibration, external vibration, infrared detection, emergency button, tilt detection, water leakage detection, glass break, seat occupancy detection, dry contact in, DO out related functions (up to 8 types of sensors can be compatible at the same time), and compatible with LoRaWAN protocol.

LoRa Wireless Technology
LoRa is a wireless communication technology dedicated to long distance and low power consumption. Compared with other communication methods, LoRa spread spectrum modulation method greatly increases to expand the communication distance. Widely used in long-distance, low-data wireless communications. For example, automatic meter reading, building automation equipment, wireless security systems, industrial monitoring. Main features include small size, low power consumption, transmission distance, anti-interference ability and so on.

LoRaWAN
LoRaWAN uses LoRa technology to define end-to-end standard specifications to ensure interoperability between devices and gateways from different manufacturers.

Features

Simple operation and setting
Compatible with LoRaWAN Class A
2 sections of 3V CR2450 button battery power supply
Frequency hopping spread spectrum technology.
Available third-party platforms: Actility / ThingPark, TTN, MyDevices/Cayenne
Low power consumption and long battery life

Note : Please refer to web: http://www.netvox.com.tw/electric/electric_calc.html. Users can find battery lifetime for various models at different configurations on this website.

The actual range may vary depending on the environment.
Battery life is determined by sensor reporting frequency and other variables

Appearance

R31523
External Sensors

PIR
Light
Reed switch
Glass break
Water leak

Internal Sensors

Temperature & Humidity
Vibration
Tilt

R31538
External Sensors

PIR
Reed switch
Emergency button
Dry contact IN
Digital OUT

Internal Sensors

Temperature & Humidity
Vibration
Tilt

R315 8 in 1 Combination List

| Internal Sensors| External Sensors
---|---|---

Model

| ****

TH

| ****

Light

| ****

Reed Switch

| ****

Vibration

| ****

PIR

| ****

Emergency button

| ****

Tilt

| ****

Water Leak

| ****

Reed Switch

| Dry contact IN| ****

Digital OUT

| ****

Vibration

| ****

Glass break

| ****

Seat

| Water Leak

*2

| Reed Switch

*2

| Glass break

*2

R31512| ●| | | ●| ●| ●| ●| ●| ●| | | | ●| | | |
R31523| ●| ●| | ●| ●| | ●| ●| ●| | | | ●| | | |
R31597| ●| | | ●| ●| ●| ●| | ●| | | | | | | | ●
R315102| ●| ●| | ●| ●| | ●| | ●| | | | | | | | ●
R31535| ●| | | ●| ●| ●| ●| | ●| | ●| | ●| | | |
R31561| ●| ●| | ●| ●| | ●| | ●| | ●| | ●| | | |
R31555| ●| | | ●| ●| ●| ●| | | | | | ●| | | ●|
R31527| ●| ●| | ●| ●| | ●| | | | | | ●| | | ●|
R31513| ●| | | ●| ●| ●| ●| ●| ●| | | ●| | | | |
R31524| ●| ●| | ●| ●| | ●| ●| ●| | | ●| | | | |
R31559| ●| | | ●| ●| ●| ●| | | | ●| | | | ●| |
R31521| ●| ●| | ●| ●| | ●| | | | ●| | | | ●| |
R31511| ●| | | ●| ●| ●| ●| ●| ●| | ●| | | | | |
R31522| ●| ●| | ●| ●| | ●| ●| ●| | ●| | | | | |
R31594| ●| | | ●| ●| ●| ●| ●| ●| ●| | | | | | |
R31545| ●| ●| | ●| ●| | ●| ●| ●| ●| | | | | | |
R31538| ●| | | ●| ●| ●| ●| | ●| ●| ●| | | | | |
R31531| ●| ●| | ●| ●| | ●| | ●| ●| ●| | | | | |
R31533| ●| | | ●| ●| ●| ●| ●| | ●| ●| | | | | |
R31570| ●| ●| | ●| ●| | ●| ●| | ●| ●| | | | | |
R315101| ●| | | ●| ●| ●| ●| | ●| | ●| | | ●| | |
R31560| ●| ●| | ●| ●| | ●| | ●| | ●| | | ●| | |

R315 Sensor Function

Internal Sensors

Temperature & Humidity
Detect ambient temperature and humidity Unit: 0.01℃ or 0.01%

Internal Vibration Sensor

Detect the vibration state of the current device body. Vibration: report 1
Still: report 0
Adjust sensitivity:
Range: 0 to 10; Default: 5
- The lower the sensitivity value is, the more sensitive the sensor is.
- Restore function could be set through configuration.
- Configure sensitivity as 0xFF to turn off the sensor.
Note: The vibration sensor should be fixed when it is in use.

Tilt Sensor

Tilt detection
Device tilt: report 1
Device remain vertical: report 0
Range: 45° to 180°
Set the tilt sensor vertically. (the square part on the lower side)
Tilt the sensor to any direction.
Report 1 as the sensor tilts over 45° to 180°.
Resend function could be configured.

PIR
Default:

IRDetectionTime: 5 minutes
IRDisableTime: 30 seconds

Note:
IRDetectionTime: the total process of PIR detection; IR Disable Time: a short segment in IRDetectionTime

When the PIR sensor is not triggered, …

The PIR sensor stays off in 70% of the IRDisableTime and starts detecting at the last 30% of time.
Note: To save energy, the IRDisableTime is divided into 2 parts: the first 70% (21 seconds) and the rest 30% (9 seconds).
Once an IRDisableTime ends, the next one will continue until the whole process of IRDetectionTime ends.
If the PIR sensor is not triggered, it will report “un-occupied” along with other sensors’ data, such as temperature or illuminance right after the IRDetectionTime ends.

When the PIR sensor is triggered, …

when the PIR sensor is triggered before an IRDetectionTime ends (at the 25th second), it will report data and restart a new IRDetectionTime.
If the PIR sensor is not triggered in the IRDetectionTime, it will report “un-occupied” along with other sensors’ data, such as temperature or illuminance right after the IRDetectionTime ends.

External Sensors

Light Sensor
Detect ambient illuminance Range: 0 – 3000Lux; unit: 1Lux
Glass Break Sensor
No broken glass detected: report 0 Broken glass detected: report 1
Emergency Button
Press the emergency button to report the alarm status.
No alarm: report 0 Alarm: report 1
Configurable press duration
Reed Switch
Detect the opening and closing state of the reed switch. Open: report 1
Close: report 0
Configurable resend function.
Note: The reed switch should be fixed when it is in use.
Water Leak Sensor
Water detected: report 1 No water detected: report 0
Seat Occupancy Sensor
Seat occupancy detection
Seat being occupied: report 1
Seat not being occupied: report 0
Report follows IR disable time and IR detection time rules.
External Vibration Sensor
Detect vibration of external sensor
Vibration detected: report 1
Still: report 0
Adjust sensitivity:
Range: 0 to 255; Default: 20
The lower the sensitivity value is, the more sensitive the sensor is.
Restore function could be set through configuration.
Configure sensitivity as 0xFF to turn off the sensor.
Note: The vibration sensor should be fixed when it is in use.
Dry contact IN & Digital OUT
Dry contact IN
Connected: report 1; Disconnected: report 0
Dry contact can only receive signals from passive switch. Receiving voltage or current would damage the device.
Digital OUT
Connect to tilt sensor, pir, emergency button, reed switch, water leakage sensor, glass break sensor, and internal/external vibration sensor.
Default:
DryContactPointOutType = 0x00 (Normally Open)
Note: DryContactPointOutType and TriggerTime could be configured through commands.

Set up Instruction

On/Off

Power on| Insert batteries.
Turn on| Short press the function key and the green indicator flashes once.

Turn off

(Reset to factory setting)

| Step1. Press the function key for more than 8 seconds, and the green indicator light will flash continuously.

Step 2. Release the key after the indicator starts flashing, and the device will automatically shut down after the flash ends.

Note: The indicator will flash once every 2 seconds.

Power off| Remove Batteries.

Note

| 1. Please put the battery into the battery holder according to the positive and negative electrodes of the battery and push back the back cover.

2. Two CR2450 button batteries are required to supply power at the same time.

3. The device memorizes the previous on/off state by default even user removes and inserts the batteries.

4. On/off interval should be 10 seconds long to avoid the interference of capacitor inductance and other energy storage components.

5. The device would enter engineer test mode when the user presses the function key and inserts the

batteries at the same time.

Network Joining
Never joined the network|

Turn on the device to search the network.
The green indicator stays on for 5 seconds: Success The green indicator remains off: Fail

Had joined the network|

Turn on the device to search the previous network. The green indicator stays on for 5 seconds: Success
The green indicator remains off: Fail

Fail to join the network| Please check the device verification information on the gateway with your platform server provider.
Function Key
Press the function key for more than 8 seconds| Back to factory setting / Turn off

The green indicator flashes for 20 times: Success The green indicator remains off: Fail

Press once|

Network Checking
- The device is in the network:
- The green indicator flashes once and sends a report
- ****The device is not in the network:
- The green indicator remains off
**** Power on the device
Turn on the device for the first time after it was set back to the factory setting

Press and hold the function key for 4s| Turn on/off the infrared detection function.

The indicator flash once: Success

---|---
Sleeping Mode

The device is on and in the network

| Sleeping period: Min Interval.

When the reportchange exceeds setting value or the state changes, the device would send a data report according to Min Interval.

The device is on but not in the network

| 1. Please remove the batteries if the device is not in use.

2. Please check the device verification information on the gateway with your platform server provider.

Low Voltage Warning
Low Voltage| 2.4V

Data Report

When the device is turned on, it will immediately send a version package. Default Setting:

Max Interval: 0x0E10 (3600s)
Min Interval: 0x0E10 (3600s) Note: The device would check the voltage every min interval.
Battery Change: 0x01 (0.1V)
Temperature Change: 0x64 (1°C)
Humidity Change: 0x14 (10%)
Illuminance Change: 0x64 (100 lux)
InternalShockSensorSensitivity: 0x05 // Internal Vibration Sensor, Sensitivity Range:0x00–0x0A ExternalShockSensorSensitivity: 0x14 // External Vibration Sensor, Sensitivity
Range:0x00-0xFE RestoreReportSet: 0x00 (DO NOT report when sensor restore) // Vibration Sensor
Disabletime: 0x001E (30s)
DectionTime: 0x012C (300s)
AlarmONTime: 0x0F (15s) // Buzzer
DryContactPointOutType: Normally Open

Note:

The interval between two reports must be the minimum time.
The reported data is decoded by the Netvox LoRaWAN Application Command document and http://www.netvox.com.cn:8888/cmddoc.

Data report configuration and sending period are as follows:

Min Interval (Unit: second)| Max Interval (Unit: second)| Reportable Change| Current Change≥ Reportable Change| Current Change＜ Reportable Change
---|---|---|---|---
Any number between 1–65535| Any number between 1–65535| Cannot be 0| Report per Min Interval| Report per Max Interval

Example of ReportDataCmd

FPort：0x06

Bytes	1	1	1	Var (Fix=8 Bytes)
Version	DeviceType	ReportType	NetvoxPayLoadData

Version– 1 byte –0x01—the Version of NetvoxLoRaWAN
Application Command Version DeviceType– 1 byte – Device Type of Device
ReportType – 1 byte –the presentation of the NetvoxPayLoadData, according the devicetype
NetvoxPayLoadData– Fixed bytes (Fixed =8bytes)

Tips

Battery Voltage:
The voltage value is bit 0 – bit 6, bit 7=0 is normal voltage, and bit 7=1 is low voltage.
Battery=0x98, binary=1001 1000, if bit 7= 1, it means low voltage.
The actual voltage is 0001 1000 = 0x18 = 24, 24*0.1v =2.4v
Version Packet:
When Report Type=0x00 is the version packet, such as 01D2000A03202308150000, the firmware version is 2023.08.15.
Data Packet:
When Report Type=0x01 is data packet.
(If the device data exceeds 11 bytes or there are shared data packets, the Report Type will have different values.)
Signed Value:
When the temperature is negative, 2’s complement should be calculated.

Version	Device Type	Report Type	NetvoxPayloadData
0x01	0x D2	0x00	SoftwareVersion (1 byte) Eg.0x0A-V1.0
byte)	DateCode (4 bytes) e.g. 0x20170503	Reserved (2 bytes)
0x01	Battery (1 byte, unit: 0.1v)	Temperature (2 bytes, unit: 0.01℃)
Humidity (2 bytes, unit: 0.01%)	Reserved (3 bytes)

0x11

|

Battery (1 byte, unit:0.1V)

|

FunctionEnableBits (3 bytes)

BIT0: THSensor BIT1: LightSensor BIT2: PIRSensor

BIT3: EmergenceButton BIT4: TiltSensor

BIT5:

InternalContactSwitch

BIT6:

ExternalContactSwitch1

BIT7:

ExternalContactSwitch2 BIT8: InternalShockSensor BIT9: ExternalShockSensor

BIT10:

ExternalDryContactPointIN BIT11: DryContactPointOut

BIT12:

ExternalWaterLeakSenor1

BIT13:

ExternalWaterLeakSenor2 BIT14: ExternalSeatSensor

BIT15:

ExternalGlassSensor1

BIT16:

ExternalGlassSensor2 BIT17-BIT23: Reserved

When BIT is 1, the function is enabled

| BinarySensorReport (2 bytes)

Bit0: IRSensorState (0b01_ON, 0b00_OFF)

Bit1: EmergenceButtonAlarmState (0b01_Alarm, 0b00_NoAlarm)

Bit2: TiltSensorState (0b01_ON, 0b00_OFF)

Bit3: InternalContactSwitchSensorState (0b01_ON, 0b00_OFF)

Bit4: ExternalContactSwitch1SensorState

(0b01_ON, 0b00_OFF)

Bit5: ExternalContactSwitch2SensorState

(0b01_ON, 0b00_OFF)

Bit6: InternalShockSensorState (0b01_ON, 0b00_OFF)

Bit7: ExternalShockSensorState (0b01_ON, 0b00_OFF)

Bit8: ExternalDryContactPointINState (0b01_ON, 0b00_OFF)

Bit9: ExternalWaterLeak1SenorState (0b01_ON, 0b00_OFF)

Bit10: ExternalWaterLeak2SenorState (0b01_ON, 0b00_OFF)

Bit11: ExternalSeatSenorState (0b01_ON, 0b00_OFF)

Bit12: ExternalGlassSenor1State (0b01_ON, 0b00_OFF)

Bit13: ExternalGlassSenor2State (0b01_ON, 0b00_OFF)

BIT15: HeartBeat

(0b01_Heartbeat, 0b00_NOTHeartbeat)

|

Reserved (2 byte, fixed 0x00)

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

0x12

|

Battery (1 byte, unit:0.1V)

|

Temperature

(Signed 2 bytes,

unit: 0.01°C)

(When THSensorBit is 0 in the FunctionEnable Bits, the filed is fixed 0xFFFF)

|

Humidity (2 bytes,

unit: 0.01%)

(When THSensorBit is 0 in the FunctionEnable Bits, the filed is fixed 0xFFFF)

|

illuminance (2 bytes,

unit: 1 Lux)

(When LightSensor is 0 in the FunctionEnable Bits, the filed is fixed 0xFFFF)

| ThresholdAlarm (1 byte)

Bit0_Low TemperatureAlarm Bit1High TemperatureAlarm Bit2 Low Humidity Alarm Bit3 High Humidity Alarm Bit4 Low illuminance Alarm Bit5_ High illuminance Alarm Bit6-7: Reserved

(The Multi-Same ExternalSensor Don’t Support

this field)

Note: R315 series would report 2 packets (DeviceType 0x11 and 0x12) when the light sensor and TH sensor are on. The interval of two packets would be 10 seconds. Only one ppacket (DeviceType 0x11) would be reported as the light sensor and TH sensor are off.

Example of Uplink1: 01D2111C01815700550000

1st byte (01): Version
2nd byte (D2): DeviceType – R315
3rd byte (11): ReportType
4th byte (1C): Battery–2.8V, 1C (HEX) = 28 (DEC), 28* 0.1v = 2.8v
5th – 7th byte (018157): FunctionEnableBits, 0x018157 = 0001 1000 0001 0101 0111 (BIN) //Bit 0, 1, 2, 4, 6, 8, 15, 16 =1 (enable)
Bit0: Temperature and Humidity Sensor Bit1: Light Sensor
Bit2: PIR Sensor
Bit4: Tilt Sensor
Bit6: External Contact Switch 1
Bit8: Internal Shock Sensor
Bit15: External Glass Sensor 2
Bit16: External Glass Sensor 2
8th – 9th byte (0055): BinarySensorReport, 0x0055 = 0000 0000 0101 0101 //Bit 0, 2, 4, 6 = 1 (enable)
Bit0: PIR Sensor
Bit1: EmergenceButtonAlarm Bit2: TiltSensor
Bit4: ExternalContactSwitch1 Bit6: InternalShockSensor
10th –11th byte (0000): Reserved
Example of Uplink2: 01D2121C0B901AAA009900
1st byte (01): Version
2nd byte (D2): DeviceType – R315
3rd byte (12): ReportType
4th byte (1C): Battery – 2.8V, 1C (HEX) = 28 (DEC), 28* 0.1v = 2.8v
5th–6th (0B90): Temperature – 29.60°, 0B90 (HEX) = 2960 (DEC), 2960 0.01°= 29.60° 7th–8th (1AAA): Humidity – 68.26%, 1AAA (HEX) = 6826 (DEC), 6826 0.01% =
68.26% 9th–10th (0099): illuminance – 153Lux, 0099 (HEX) = 153 (DEC), 153* 1Lux = 153Lux 11th (00): ThresholdAlarm, 0x00 = 0000 0000 (BIN)

Example of ConfigureCmd

FPort: 0x07

Bytes	1	1	Var (Fix = 9 Bytes)
CmdID	DeviceType	NetvoxPayLoadData

CmdID– 1 byte
DeviceType– 1 byte – Device Type of Device
NetvoxPayLoadData– var bytes (Max = 9 bytes)

Description

| Cmd

ID

| Device

Type

|

NetvoxPayLoadData

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

ConfigReport Req

|

0x01

| | MinTime (2 bytes, Unit: s)| MaxTime (2 bytes, Unit: s)| BatteryChange

(1 byte, Unit: 0.1v)

| TemperatureChange

(2 bytes, Unit: 0.01°C)

| HumidityChange

(1 byte,

Unit: 0.5 %)

| Illuminancechange

(1 byte,

Unit: 1 Lux)

ConfigReport Rsp|

0x81

| | Status (0x00_success)| Reserved

(8 bytes, Fixed 0x00)

ReadConfigRe portRsp

|

0x82

| | MinTime (2 bytes, Unit: s)| MaxTime (2 bytes, Unit: s)| BatteryChange

(1 byte, Unit: 0.1v)

| TemperatureChange

(2 byte, Unit: 0.01°C)

| HumidityChange

(1 byte,

Unit: 0.5 %)

| Illuminancechange

(1 byte,

Unit: 1 Lux)

0x04

| |

Reserved (9 bytes, Fixed 0x00)

0x05

| | InternalShock SensorSensitivity

(1 byte, 0xFF represents disable ShockSensor)

| ExternalShockSensor Sensitivity

(1 byte, 0xFF represents disable ShockSensor)

|

Reserved

(7 bytes, Fixed 0x00)

SetShockSens

orSensitivityR sp

|

0x85

| | Status (0x00_success)| Reserved

(8 bytes, Fixed 0x00)

GetShockSens| | |
---|---|---|---
orSensitivityR| 0x06| Reserved (9 bytes, Fixed 0x00)
eq| |
GetShockSens orSensitivityR sp|

0x86

| InternalShockSensor Sensitivity

(1 byte, 0xFF represents disable ShockSensor)

| ExternalShockSensor Sensitivity

(1 byte, 0xFF represents disable ShockSensor)

|

Reserved

(7 bytes, Fixed 0x00)

SetIRDisableT ImeReq

|

0x07

|

IRDisableTime (2 bytes, Unit: s)

|

IRDectionTime (2 bytes, Unit: s)

| SensorType (1 byte,

0x00_PIRSensor, 0x01_SeatSensor)

|

Reserved

(4 bytes, Fixed 0x00)

SetIRDisableT ImeRsp|

0x87

| Status (0x00_success)|

Reserved (8 bytes, Fixed 0x00)

GetIRDisable TImeRsp

|

0x88

| IRDisableTime (2 bytes, Unit: s)| IRDectionTime (2 bytes, Unit: s)|

Reserved

(5 bytes, Fixed 0x00)

SetAlarmOnTi meReq

|

0x09

| AlarmONTime (2 bytes, Unit: 1s)|

Reserved

(7 bytes, Fixed 0x00)

SetAarmrOnTi meRsp|

0x89

|

Status (0x00_success)

|

Reserved

(8 bytes, Fixed 0x00)

GetAlarmrOn| |
TimeReq| 0x0A| Reserved (9 bytes, Fixed 0x00)

GetAlarmOnTi meRsp

|

0x8A

| AlarmONTime (2 bytes, Unit: 1s)|

Reserved

(7 bytes, Fixed 0x00)

SetDryContact PointOutType Req

|

0x0B

| DryContactPointOutType (1 byte,

0x00_Normally Open 0x01_Normally Close)

|

Reserved

(7 bytes, Fixed 0x00)

(8 bytes, Fixed 0x00)

GetDryContac| | |
---|---|---|---
tPointOutType| 0x0C| Reserved (9 bytes, Fixed 0x00)
Req| |

GetDryContac tPointOutType Rsp

|

0x8C

| DryContactPointOutType (1 byte,

0x00_Normally Open 0x01_Normally Close)

|

Reserved

(7 bytes, Fixed 0x00)

| | RestoreReportSet|
SetRestoreRep

ortReq

|

0x0D

| (1 byte)

0x00_DO NOT report when sensor restore

| Reserved

(8 bytes, Fixed 0x00)

| | 0x01_DO report when sensor restore|
SetRestoreRep ortRsp|

0x8D

| Status (0x00_success)| Reserved

(8 bytes, Fixed 0x00)

GetRestoreRe| |
portReq| 0x0E| Reserved (9 bytes, Fixed 0x00)

GetRestoreRe portRsp

|

0x8E

| RestoreReportSet (1 byte) 0x00_DO NOT report when sensor restore

0x01_DO report when sensor restore

|

Reserved (8 bytes, Fixed 0x00)

Note: Restore Function (only for internal vibration sensor and external vibration sensor)

RestoreReportSet = 0x00 – send data as the sensor detects vibration;
RestoRereportSet = 0x01 – sends data as vibration is detected and when vibration stops When the light sensor is on, the data will be sent 30 seconds after the vibration stops.

Configure device parameters

Configure device parameters
MinTime = 1min (0x3C), MaxTime = 1min (0x3C), BatteryChange = 0.1v (0x01), TemperatureChange=10℃ (0x3E8),
HumidityChange = 20% (0x28), Illuminancechange=100lux (0x64)
Downlink: 01D2003C003C0103E82864
Response: 81D2000000000000000000 (configuration success)
81D2010000000000000000 (configuration fail)
Read configuration
Downlink: 02D2000000000000000000
Response: 82D2003C003C0103E82864 (device current parameter

Example of ResendtimeCmd
(for resending time of reed switch and tilt sensor)
FPort: 0x07

Description

|

Device

| Cmd ID| Device Type|

NetvoxPayLoadData

---|---|---|---|---
SetLastMessageRes endtimeReq|

only used in contactswitch devicetype

|

0x1F

|

0xFF

| Resendtime (1 byte, Unit: 1s, range: 3-254s), when 0 or 255 no resend, default is no resend| Reserved

(8 bytes, Fixed 0x00)

SetLastMessageRes endtimeRsp|

0x9F

|

Status (0x00_success)

|

Reserved (8 bytes, Fixed 0x00)

GetLastMessageRes

endtimeReq

|

0x1E

|

Reserved (9 bytes, Fixed 0x00)

GetLastMessageRes endtimeRsp|

0x9E

| Resendtime (1 byte, Unit:1s, range: 3-254s), when 0 or 255 no resend, default is no resend| Reserved

(8 bytes, Fixed 0x00)

Configure device parameters
Resendtime= 5s
Downlink: 1FFF050000000000000000
Response: 9FFF000000000000000000 (configuration success)
9FFF010000000000000000 (configuration fail)
Read configuration
Downlink: 1EFF000000000000000000
Response: 9EFF050000000000000000 (device current parameter)

Example of ConfigButtonPressTime (EmergenceButton)

FPort：0x0D

Description	CmdID	PayLoad (Fix byte, 1 byte)

SetButtonPressTimeReq

|

0x01

| PressTime (1 bytes) 0x00_QuickPush_Less then 1 Second OtherValue present the presstime such as 0x01_1 Second push

0x02_2 Seconds push 0x03_3 Seconds push 0x04_4 Seconds push 0x05_5 Seconds push

0x06_6 Seconds push, and so on

SetButtonPressTimeRsp| 0x81| Status (0x00_Success; 0x01_Failure)
GetButtonPressTimeReq| 0x02| Reserved (1 byte, Fixed 0x00)

GetButtonPressTimeRsp

|

0x82

| PressTime (1 byte) 0x00_QuickPush_Less then 1 Second OtherValue present the presstime such as 0x01_1 Second push

0x02_2 Seconds push 0x03_3 Seconds push 0x04_4 Seconds push 0x05_5 Seconds push

0x06_6 Seconds push, and so on

Default: presstime = 3s

Configure device parameters
Presstime= 5s
Downlink: 0105
Response: 8100 (configuration success)
8101 (configuration fail)
Read configuration
Downlink: 0200
Response: 8205 (device current parameter)

ConfigDryContactINTriggerTime (Bi-Direction)

FPort：0x0F

Description	CmdID	PayLoad (Fix byte, 2 byte)

SetDryContactINTriggerTimeReq

|

0x01

| MinTriggeTime (2 bytes)

(Unit: 1ms, Default 50ms)

SetDryContactINTriggerTimeRsp

|

0x81

| Status

(0x00_Success; 0x01_Failure)

|

Reserved (1 byte, Fixed 0x00)

GetDryContactINTriggerTimeReq| 0x02| Reserved (2 byte, Fixed 0x00)

GetDryContactINTriggerTimeRsp

|

0x82

| MinTriggeTime (2 bytes)

(Unit: 1ms, Default 50ms)

Default: MinTriggerTime = 50ms

Configure device parameters
MinTriggeTime = 100ms
Downlink: 010064
Response: 810000 (configuration success)
810100 (configuration fail)
Read configuration
Downlink: 020000
Response: 820064 (device current parameter)

Set/GetSensorAlarmThresholdCmd

Fport:0x10

Cmd

Descriptor

| CmdID

(1 byte)

|

Payload (10 bytes)

---|---|---
| | | SensorType| |
| |

Channel (1 byte,

| (1 byte,| SensorHighThreshold| SensorLowThreshold

SetSensorAlarmThr esholdReq

|

0x01

| 0x00_Channel1, 0x01_Channel2, 0x02_Channel3, etc)| 0x00_Disable ALL SensorthresholdSet

0x01_Temperature,

0x02_Humidity,

| (4 bytes, Unit: same as reportdata in fport6,

0Xffffffff_DISALBLEr HighThreshold)

| (4 bytes, Unit:same as reportdata in fport6,

0Xffffffff_DISALBLEr HighThreshold)

esholdRsp

|

0x81

|

Status (0x00_success)

|

Reserved (9 bytes, Fixed 0x00)

| |

Channel (1 byte,

| SensorType|

GetSensorAlarmThr esholdReq

|

0x02

| 0x00_Channel1, 0x01_Channel2, 0x02_Channel3, etc)| (1 byte,

Same as the

SetSensorAlarmThresh oldReq’s SensorType)

|

Reserved (8 bytes, Fixed 0x00)

| |

Channel (1 byte,

| SensorType| SensorHighThreshold| SensorLowThreshold

GetSensorAlarmThr esholdRsp

|

z0x82

| 0x00_Channel1, 0x01_Channel2, 0x02_Channel3, etc)| (1 byte,

Same as the SetSensorAlarmThresh oldReq’s SensorType)

| (4 bytes, Unit: same as reportdata in fport6,

0Xffffffff_DISALBLEr

HighThreshold)

| (4 bytes, Unit: same as reportdata in fport6,

0Xffffffff_DISALBLEr

HighThreshold)

SetThresholdAlarm

CheckCntReq

|

0x03

| ThresholdAlarmCheck

Cn (1 byte)

|

Reserved (9 bytes, Fixed 0x00)

SetThresholdAlarm

CheckCntRsp

|

0x83

|

Status (0x00_success)

|

Reserved (9 bytes, Fixed 0x00)

GetThresholdAlarm

CheckCntReq

|

0x04

|

Reserved (10 bytes, Fixed 0x00)

GetThresholdAlarm

CheckCntRsp

|

0x84

| ThresholdAlarmCheck

Cn (1 byte)

|

Reserved (9 bytes, Fixed 0x00)

Note:

SensorHighThreshold and SensorLowThreshold = 0XFFFFFFFF by default as the thresholds are not set.
Channel could only be set and started from 0x00_Channel1 when users adjust the sensor thresholds.
SensorType = 0 when all thresholds are erased.

Configure device parameters
SensorHighThreshold = 40℃ (0FA0), SensorLowThreshold = 10℃ (03E8)
Downlink: 01000100000FA0000003E8
Response: 8100000000000000000000 (configuration success)
Read configuration
Downlink: 0200010000000000000000
Response: 82000100000FA0000003E8 (device current parameter)
Configure detection parameters
ThresholdAlarmCheckCn = 3
Downlink: 0303000000000000000000
Response: 8300000000000000000000
Read configuration
Downlink: 0400000000000000000000
Response: 8403000000000000000000

NetvoxLoRaWANRejoin
(Note : check if the device is still in the network. If the device is disconnected, it will automatically rejoin back to the network.)

Fport : 0x20

CmdDescriptor	CmdID(1Byte)	Payload(5Bytes)

SetNetvoxLoRaWANRejoinReq

|

0x01

| RejoinCheckPeriod (4 bytes, Unit: 1s

0XFFFFFFFF Disable NetvoxLoRaWANRejoinFunction)

|

RejoinThreshold (1 byte)

(4 bytes, Unit:1s)

| RejoinThreshold (1 byte)

Note:

Set RejoinCheckThreshold as 0xFFFFFFFF to stop the device from rejoining the network.
The last configuration would be kept as users reset the device back to the factory setting.
Default setting: RejoinCheckPeriod = 2 (hr) and RejoinThreshold = 3 (times)

Configure device parameters
RejoinCheckPeriod = 60min (0xE10), RejoinThreshold = 3 times (0x03)
Downlink: 0100000E1003
Response: 810000000000 (configuration success)
810100000000 (configuration fail)
Read configuration
Downlink: 020000000000
Response: 8200000E1003

Example for MinTime/MaxTime logic
Example#1 based on MinTime = 1 Hour, MaxTime= 1 Hour, Reportable Change i.e. BatteryVoltageChange=0.1V

Note: MaxTime = MinTime. Data will only be reported according to MaxTime (MinTime) duration regardless BatteryVoltageChange value.
Example#2 based on MinTime = 15 Minutes, MaxTime= 1 Hour, Reportable Change i.e. BatteryVoltageChange= 0.1V.

Example#3 based on MinTime = 15 Minutes, MaxTime= 1 Hour, Reportable Change i.e. BatteryVoltageChange= 0.1V.

Notes:

The device only wakes up and performs data sampling according to MinTime Interval. When it is sleeping, it does not collect data.
The data collected is compared with the last data reported. If the data change value is greater than the ReportableChange value, the device reports according to MinTime interval. If the data variation is not greater than the last data reported, the device reports according to MaxTime interval.
We do not recommend to set the MinTime Interval value too low. If the MinTime Interval is too low, the device wakes up frequently and the battery will be drained soon.
Whenever the device sends a report, no matter resulting from data variation, button pushed or MaxTime interval, another cycle of MinTime / MaxTime calculation is started.

Important Maintenance Instruction

Kindly pay attention to the following in order to achieve the best maintenance of the product:

Keep the device dry. Rain, moisture, or any liquid might contain minerals and thus corrode electronic circuits. If the device gets wet, please dry it completely.
Do not use or store the device in a dusty or dirty environment. It might damage its detachable parts and electronic components.
Do not store the device under excessively hot conditions. High temperatures can shorten the life of electronic devices, destroy batteries, and deform or melt some plastic parts.
Do not store the device in places that are too cold. Otherwise, when the temperature rises to normal temperature, moisture will form inside, which will destroy the board.
Do not throw, knock, or shake the device. Rough handling of equipment can destroy internal circuit boards and delicate structures.
Do not clean the device with strong chemicals, detergents, or strong detergents.
Do not apply the device with paint. Smudges might block the device and affect the operation.
Do not throw the battery into the fire, or the battery will explode. Damaged batteries may also explode.

All of the above applies to your device, battery, and accessories. If any device is not working properly, please take it to the nearest authorized service facility for repair.