Netvox R313WA Manual de usuario

R313WA

Wireless 2-Gang Seat Occupancy Sensor

Wireless 2-Gang

Seat Occupancy Sensor

R313WA User Manual

This document contains proprietary technical information which is the property of NETVOX Technology and is issued in strict confidential and

shall not be disclosed to others parties in whole or in parts without written permission of NETVOX Technology. The specifications are subjected to

change without prior notice.

Table of Contents

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

2. Appearance .................................................................................2

3. Features.......................................................................................3

4. Set up Instruction........................................................................3

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

5.1 Example of ReportDataCmd................................................6

5.2 Example of Report Configuration........................................7

5.3 Example for MinTime/MaxTime logic.................................8

6. Seat Occupancy Delay Configuration.......................................10

7. Installation................................................................................12

8. Important Maintenance Instruction...........................................12

1. Introduction

R313WA is a ClassA wireless 2-gang seat occupancy device based on standard LoRaWAN protocol. The R313WA will report

to the gateway whenever one of the 2-gang seat occupancy sensor detects external pressure. It will also report to the gateway

when the external pressure is gone.

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.

2.Appearance

Seat Occupancy Sensor

Indicator

Function Key

3. Features

⚫Compatible with LoRaWAN

⚫2 sections of 3V CR2450 button battery power supply

⚫Detectable voltage and seat occupancy status

⚫Simple operation and setting

⚫Protection level IP30

⚫Compatible with LoRaWAN Class A

⚫Frequency hopping spread spectrum technology

⚫Configuration parameters can be configured through third-party software platforms, data can be read and alarms can be set via SMS text and

email (optional)

⚫Available third-party platform: Actility / ThingPark, TTN, MyDevices/Cayenne

⚫Low power consumption and long battery life

4. Set up Instruction

On/Off

Power on

Insert two sections of 3V CR2450 button batteries and close the battery cover.

Note: users may need a flat blade screwdriver to open the battery cover.

Turn on

Press any function key until the green and red indicator flashes once.

Turn off

(Reset to factory setting)

Press and hold both function keys for 5 seconds until the green indicator flashes for 20 times.

Power off

Remove Batteries.

Note:

1. The device would memorize the previous on/off state by default even when user removes

and inserts the battery.

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

inductance and other energy storage components.

3. The device will be in engineer testing mode when user presses any function key and inserts

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

(when the device is on)

Note:

(1) Please remove batteries if the device is not used to save power.

(2) Please check the device verification information on the gateway with your platform server

provider.

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

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

Note:

(1) Please remove batteries if the device is not used to save power.

(2) Please check the device verification information on the gateway with your platform server

provider.

Low Voltage Warning

Low Voltage

2.4V

5. Data Report

1. When the device is turned on, it will immediately send a version package.

2. The transmission frequency of sending version package is once every 24 hours.

3. Data will be reported once per hour by default setting.

Default setting:

Maximum time: 3600s

Minimum time: 3600s

Battery: 0x01 (0.1V)

Disabletime:0x001E (30s)

Detectiontime:0x0078 (120s)

*The setting of 2-gang is same.

* DisableTime must ≧5s , Detection Time must ≧DisableTime .

4. Pressure detecting:

R313WA is equipped with two-gang seat occupancy sensor.

When the seat occupancy sensor detects changes with the pressure status R313WA will report.

When the seat is taken, report 1.

When the seat is not taken, report 0.

Note:

The reported data is decoded by the Netvox LoRaWAN Application Command document and Netvox LoRa Command

Resolver http://www.netvox.com.cn:8888/cmddoc

Data report configuration and sending period are as following:

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

5.1 Example of ReportDataCmd

Fport: 0x06

Bytes

Var (Fix = 8 bytes)

Version

DeviceType

ReportType

NetvoxPayLoadData

Version–1 bytes –0x01——the Version of NetvoxLoRaWAN Application Command Version

DeviceType–1 byte –Device Type of Device

ReportType –1 byte –the Presention of the NetvoxPayLoadData, according to the devicetype

NetvoxPayLoadData–Fixed bytes (Fixed =8bytes)

Version

DeviceType

ReportType

NetvoxPayloadData

0x01

0x0B

0x00

SoftwareVersion

(1 Byte)Eg.0x0A-V1.0

HardwareVersion

(1 Byte)

DateCode (4 Byte)

eg 0x20170503

Reserved

(2 Byte)

0x01

Battery (1 Byte, unit:0.1v)

Temperature

(2 Byte, unit:0.01℃)

Humidity

(2 Byte, unit:0.01%)

Reserved

(3 Byte)

Example of Uplink: 015A011B01010000000000

1st byte (01): Version

2nd byte (5A): DeviceType

3rd byte (01): ReportType

4th byte (1B): Battery —2.7v 1B (HEX) = 27 (DEC), 27* 0.1v = 2.7v

5th byte (01) :Status1—on

6th byte (01): Status2—on

7th –11th byte (0000000000): Reserved

5.2 Example of Report Configuration

Fport: 0x07

Bytes

Var(Fix =9 Bytes)

CmdID

DeviceType

NetvoxPayLoadData

CmdID–1 bytes

DeviceType–1 byte –Device Type of Device

NetvoxPayLoadData–var bytes (Max=9bytes)

Description

Device

Cmd

Device

Type

NetvoxPayLoadData

ConfigReport

Req

R313WA

0x01

0x5A

MinTime

(2bytes

Unit:s)

MaxTime

(2bytes

Unit:s)

BatteryChange

(1byte

Unit:0.1v)

SensorDisable

Time

(2bytes Unit:s)

SensorDection

Time

(2bytes Unit:s)

ConfigReport

Rsp

0x81

Status

(0x00_success)

ConfigReportRsp

ReadConfig

ReportReq

0x02

Reserved (9Bytes,Fixed 0x00)

ReadConfig

ReportRsp

0x82

MinTime

(2bytes

Unit:s)

MaxTime

(2bytes

Unit:s)

BatteryChange

(1byte

Unit:0.1v)

SensorDisable

Time

(2bytes Unit:s)

SensorDection

Time

(2bytes Unit:s)

（1）Command Configuration:

MinTime = 1min (0x3C), MaxTime = 1min (0x3C), BatteryChange = 0.1v (0x01), SensorDisableTime = 30s (0x1E),

SensorDectionTime = 30s (0x1E)

Downlink: 015A003C003C01001E001E 003C(Hex) = 60(Dec) ; 001E(Hex) = 30(Dec)

Response:

815A000000000000000000 (Configuration success)

815A010000000000000000 (Configuration failure)

（2）Read Configuration:

Downlink: 025A000000000000000000

Response:

825A003C003C01001E001E (Current configuration)

5.3 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 report according to MaxTime (MinTime) duration regardless BtteryVoltageChange 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.

sleeping (MinTime)

MaxTime

Wake up and collect data

REPORTS 2.5V

Wakes up and collect data

REPORTS 2.7V

Wakes up and collect data

REPORTS 2.8V

Wakes up and collects data

2.8V

Does not report

Wakes up and collects data

REPORTS 2.8V

Wakes up and collects data

REPORT 2.8V

sleeping

sleeping (MinTime)

MaxTime

15thM

30thM

45thM

MaxTime

sleeping

30thM

2H 10thM

15thM

45thM

1H 25thM

1H 40thM

1H 55thM

1H 10thM

Wakes up and

collects data

REPORTS 2.8V

Wakes up and collects data

2.7V |2.7-2.8|=0.1

REPORTS 2.7V

Wakes up and

collects data

2.7V

Does not report

Wakes up and

collects data

2.7V

Does not report

Wakes up and

collects data

2.7V

Does not report

Wakes up and collects data

2.7V Does not report

Wakes up and

collects data

2.7V

Does not report

Wakes up and

collects data

REPORTS 2.7V

Wakes up and

collects data

2.8V

Does not report

Users push the button,

REPORTS 2.7V.

Recalculate MaxTime.

Notes:

(1) The device only wakes up and performs data sampling according to MinTime Interval. When it is sleeping, it does not

collect data.

(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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