Netvox R718LB2 Manuel utilisateur

Model：R718LB2

Wireless 2-Gang Hall Type Open/Close Detection Sensor

Wireless 2-Gang Hall Type

Open/Close Detection Sensor

R718LB2

User Manual

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.

Table of Content

1. Introduction.................................................................................................................2

2.Appearance..................................................................................................................3

3. Main Features .............................................................................................................3

4. Set up Instruction........................................................................................................4

5. Data Report.................................................................................................................5

6. Installation ................................................................................................................10

7. Information about Battery Passivation.....................................................................13

7.1 To determine whether a battery requires activation..........................................13

7.2 How to activate the battery...............................................................................13

8. Important Maintenance Instruction ..........................................................................14

1. Introduction

The R718LB2 is a long-range (communication distance) Wireless 2-Gang Hall Type Open/Close

Detection Sensor for Netvox Class A type devices based on the LoRaWAN open protocol, and is

compatible with the LoRaWAN protocol.

LoRa Wireless Technology:

LoRa is a wireless communication technology famous for its long-distance transmission and low

power consumption. Compared with other communication methods, LoRa spread spectrum

modulation technique greatly extend the communication distance. It can be widely used in any use

case that requires long-distance and low-data wireless communications. For example, automatic

meter reading, building automation equipment, wireless security systems, industrial monitoring. It

has features like small size, low power consumption, long transmission distance, strong

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.

2. Appearance

3. Main Features

Compatible with LoRaWAN

2 ER14505 lithium batteries (3.6V / cell) in parallel

2-gang hall sensor detection

The base is attached with a magnet that can be attached to a ferromagnetic material object

Protection level: IP65 / IP67 (optional)

Compatible with LoRaWANTM Class A

Using frequency hopping spread spectrum technology

Configurable parameters via third-party software platform, reading data and setting alarms via

SMS text and email (optional)

Available for third-party platforms: Actility / ThingPark, / TTN / MyDevices / Cayenne

Improved power management for longer battery life

Battery Life:

⁻Please refer to web: http://www.netvox.com.tw/electric/electric_calc.html

Indicator

Function Key

Hall Sensor

Magnet

4. Set up Instruction

On/Off

Power on Insert batteries. (users may need a screwdriver to open)

Turn on Press and hold the function key for 3 seconds till the green indicator flashes

once.

Turn off

(Restore to factory setting)

Press and hold the function key for 5 seconds till green indicator flashes for

20 times.

Power off Remove Batteries.

Note

1. Remove and insert the battery; the device is at off state by default.

2. On/off interval is suggested to be about 10 seconds to avoid the

interference of

capacitor inductance and other energy storage components.

3. At 1st -5th second after power on, the device will be in engineering test

mode.

Network Joining

Never joined the network

Turn on the device to search the network to join.

The green indicator stays on for 5 seconds: success

The green indicator remains off: fail

Had joined the network

(not at factory setting)

Turn on the device to search the previous network to join.

The green indicator stays on for 5 seconds: success

The green indicator remains off: fail

Function Key

Press and hold for 5

seconds

Restore to factory setting / Turn off

The green indicator flashes for 20 times: success

The green indicator remains off: fail

Press once The device is in the network: green indicator flashes once and sends a report

The device is not in the network: green indicator remains off

The device will immediately send a version packet report along with an uplink packet including hall

sensor status and battery voltage.

The device sends data in the default configuration before any configuration is done.

Default setting:

MaxTime: Max Interval = 60 min = 3600s

MinTime: Min Interval = 60 min = 3600s

BatteryChange: 0x01 (0.1V)

Hall sensor status:

When the magnet closes to the Hall sensor, it will report the status “0”

(The distance between the magnet and the Hall sensor is less than 3cm)

When the magnet removes the Hall sensor, it will report the status “1”

(The distance between the magnet and the Hall sensor is greater than 3 cm)

Note:

The device report interval will be programmed based on the default firmware which may vary.

The interval between two reports must be the minimum time.

Please refer Netvox LoRaWAN Application Command document and Netvox Lora Command

Resolver http://loraresolver.netvoxcloud.com:8888/page/index to resolve uplink data.

Sleeping Mode

The device is on and in the

network

Sleeping period: Min Interval.

When the reportchange exceeds setting value or the state changes: send a

data report according to Min Interval.

Low Voltage Warning

Low Voltage 3.2V

5. Data Report

Data report configuration and sending period are as following:

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=9bytes)

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 Can not be 0. Report

per Min. Interval

Report

per Max. Interval

Description Device Cmd

ID Device

Type NetvoxPayLoadData

Config

ReportReq

R718LB2

0x01

0x45

MinTime

(2bytes

Unit:s)

MaxTime

(2bytes

Unit:s)

Battery

Change

(1byte

Unit:0.1v)

Reserved

(4Bytes,Fixe

d 0x00)

Config

ReportRsp 0x81 Status

(0x00_success) Reserved

(8Bytes,Fixed 0x00)

ReadConfig

ReportReq

0x02

Reserved

(9Bytes,Fixed 0x00)

ReadConfig

ReportRsp 0x82 MinTime

(2bytes

Unit:s)

MaxTime

(2bytes

Unit:s)

Battery

Change

(1byte

Unit:0.1v)

Reserved

(4Bytes,Fixe

d 0x00)

(1) Command Configuration:

MinTime = 1min、MaxTime = 1min、BatteryChange = 0.1v

Downlink：0145003C003C0100000000 003C(Hex) = 60(Dec)

Response：

8145000000000000000000 (Configuration success)

8145010000000000000000(Configuration failure)

(2) Read Configuration:

Downlink：0245000000000000000000

Response：

8245003C003C0100000000（Current configuration）

Example for MinTime/MaxTime logic

Example#1 based on MinTime = 1 Hour, MaxTime= 1 Hour, Reportable Change

i.e.BatteryVoltageChange=0.1V

MaxTime MaxTime

Sleeping(MinTime) Sleeping(MinTime)

Note:

MaxTime=MinTime. Data will only be report according to MaxTime (MinTime) duration

regardless BtteryVoltageChange value.

Wake up and collects data

REPORTS 3.5V

Wakes up and collects data

REPORTS 3.5V

Wakes up and collects data

REPORTS 3.6V

Example#2 based on MinTime = 15 Minutes, MaxTime= 1 Hour, Reportable Change

i.e. BatteryVoltageChange= 0.1V.

MaxTime

Sleeping(MinTime) sleeping sleeping sleeping

0H 15th M 30th M 45th M 1H

Example#3 based on MinTime = 15 Minutes, MaxTime= 1 Hour, Reportable Change

i.e. BatteryVoltageChange= 0.1V.

MaxTime

sleeping sleeping

0H 15th M 30th M 45th M 1H 1H 10th M 1H 25th M

Notes:

(1) The device only wakes up and performs data sampling according to MinTime Interval.

When it is sleeping, it does not collect data.

Wakes up and

collects data

3.6V

Does not report

Wakes up and

collects data

3.6V

Does not report

Wakes up and

collects data

REPORT 3.6V

Wakes up and collects

data

3.5 V |3.5-3.6|=0.1

REPORTS 3.5V Wakes up and

collects data 3.5V

Does not report

Users push the button,

REPORTS 3.5V.

Recalculate MaxTime.

Wakes up and

collects data

3.6V

Does not report

Wakes up and

collects data

REPORT 3.6V

Wakes up and

collects data

3.6V

Does not report

Wakes up and

collects data

REPORT 3.6V

Wakes up and

collects data

3.5V

Does not report

Wakes up and

collects data

3.5V

Does not report

Wakes up and

collects data

3.5V

Does not report

(2) 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.

(3) 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.

(4) 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.

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