Co2meter WiFi Indoor Air Quality Monitor User manual

Brand: Co2meter

Model: WiFi Indoor Air Quality Monitor

Category: Gateways/controllers

Type: User manual

WiFiIndoorAirQualityMonitor

Models:TON‐0018C,TON‐0018D,TON‐0016C,TON‐0016D,

TON‐0028C,TON‐0028D,TON‐0023C,TON‐0023D

Real‐timeCO2,Temperature,Humidity,Particle (PM2.5,

PM10)andVOCLevelControl&Monitor

Circle Light indicator changescolordependingonairquality

WiFiorRS485modelstoconfigureorreaddata

Specifications

GeneralData

DetectionParameters PM2.5,PM10,CO2,TVOC,Temperature,%RelativeHumidity

Output RS485(ModbusRTU)Models0016,0018

WIFIModels0023,0028

OperatingEnvironment Temperature:0‐~122°F(0~50Ԩ),Humidity:0~99%RH

StorageConditions 14°F~122°F(‐10Ԩ~50Ԩ)Humidity:0~95%

PowerSupply 18~24VDCor100~240VAC

OverallDimension 5.1x5.1x1.8in.(130x130x45mm)

MaterialofShell&IPLevel PC/ABSfire‐proofmaterial/IP30

CertificationStandard CE

PM2.5/PM1Data

Sensor Laserparticlesensor,Lightscatteringmethod

MeasuringRange PM2.5:0~400μg/m3

PM10:0~500μg/m3

OutputResolution 0.1μg∕m3

ZeroPointStability ±5μg∕m3

Accuracy 10%o

reading

TemperatureandHumidityData

Sensor Digitalintegratedtemperatureandhumiditysenso

s

MeasuringRange Temperature:32°F~122°F(0Ԩ~50Ԩ).Humidity:0~99%

OutputResolution Temperature:32.18°F(0.01Ԩ),Humidity:0.01%

Accuracy Temperature:<±0.5°F(0.5Ԩ)@77°F(25Ԩ)

Humidity:<±3.0%（20%~80%RH）

CO2Data

Sensor Non‐DispersiveInfraredDetector(NDIR)

MeasuringRange 0～5,000ppm

OutputResolution 1ppm

Accuracy ±40ppm+3%oftheindication@77°F(25°C),5~60%RH

TVOCData

Sensor TVOC

MeasuringRange 0

–

2.0mg∕m3

OutputResolution 0.001mg∕m3

ModelsGuide

Model. PM2.5 PM10 Temp/

RH CO2 TVOC 18~24VDC

Power supply

100~240VAC

Power supply outputs

TON-0018C ● ● ● ● ● ●

RS485

(Modbus

RTU)

TON-0018D ● ● ● ● ● ●

TON-0016C ● ● ● ● ●

TON-0016D ● ● ● ● ●

TON-0028C ● ● ● ● ● ●

WIFI

TON-0028D ● ● ● ● ● ●

TON-0023C ● ● ● ● ●

TON-0023D ● ● ● ● ●

DimensionandMountingHoles

Installation

1. Toseparatethebackboardandthedetector,rotatethebackboardclockwise

accordingtothedirectionofthearrow(Pic.1&Pic.2)

2. Useascrewdrivertoprythethreadingholeonthebackboardand

removethecoverofthethreadinghole(Pic.3).

3. Letthecableonthewallgothroughthethreadinghole(Pic.4&Pic.5).

4. Unplugtheterminalblockfromthecontactpin(Pic.6).

5. Contactthecabletotheterminalblock(Pic.11&Pic.12),thentightlylock

themountingscrew(Pic.7).

6. Plugthecontactedterminalblockbackintothecontactpin(Pic.8).

7. Aimthedotlocatedinthemiddleoftwoarrowsonthesideofthedetector

withtheverticallinesonthebackboard(Pic.9).Thenrotatedetectorfollowing

theFIX’directionuntilitistight(Pic.10).

8. Theinstallationiscompleted.

WorkIndicator

On all of the Tongdy models you will find a glowing ring display which will

indicate the proper CO2 levels by color coding in the center of the housing.

Thisindicatorlightisusedtoshowconcentrationrangeofmeasuredvalue.

Thisindicatorlightcanbecontrolledbyanymeasuredvalues among PM2.5

or CO2 or TVOC through RS485 communication command, and also change the

colorofindicatorlightdependingontheconcentration.

Meanwhile,themeasuredvalueofthechangeofindicatorlightcanbe

selectedwithoneminuteaveragevalueoronehouraveragevalueof24

hoursaveragevalueinthecommunicationcommand.

TheindicatinglightiscontrolledbyoneminuteaveragevalueofPM2.5asfactory

default.

DIP1 DIP2 DIP3

GreenNormallyON OFF OFF ON

Three‐colorIndicator ON ON OFF Default

IndicatorOFF OFF OFF OFF

Activeindicators

Thereisalightringinthemiddleoftheshell,whichindicatesthe

measuringrangeofCO2concentration.

TheindicatorlightcanbechosentobecontrolledbyPM2.5,CO2or

TVOCusingtheModbusRS485interface,andvariesaccordingtoits

concentration.

Themeasurementvaluethatchangestheindicatorlightcanbetheaverage

valueofoneminute,onehouror24hoursinthecommunication

instruction.

FactoryDefault：ThelightiscontrolledbytheaveragePM2.5measurement

valueofoneminute.

Belowisindicatorcolorchangescorrespondingtothemeasuredarrange:

PM2.5 <35ug/m3Green 35~75ug/m3Yellow >75ug/m3Red

CO2 <600ppmGreen 600~1000ppmYellow >1000ppmRed

TVOC <0.25mg/m3Green 0.25~0.50mg/m3Yellow >0.50mg/m3Red

WIFISettings

InthesideoftheMSD,thereisareset

buttonintheholeunder“RESET”.

1. AftertheMSDispoweron,insertathinrod

(apapercliporatoothpick,etc.)inthe

RESEThole,andlongpresstheRESET

buttonfor6seconds.

2. OpentheWLANfunctionofthemobiledevice,search"MXCHIP_"atthe

beginningofhotspots,thenconnectit.

Note:researchedWIFIhotspotislikeMXCHIP_07E711,MXCHIP_isaninvariant

format,07E711isauniqueserialnumberforaWIFImodule.DifferentWIFI

moduleshavedifferentserialnumbers.Itwillbeshownonthesurfaceofthe

WIFImodule.

3. Usethebrowserofthemobiledevice,gotothesite10.10.10.1

4. Ifyouneedtologintotheaccount,inputUserName：admin，Password：

admin.Then“LOGIN”.

5. Atthispoint,getintotheWIFImoduleSettingsinterface.Wewillneedto

modifytheparameterssetting.Themajoritychangesconcentratein”Wifi

ModeSelect”,”StationModeSetting”and”NetworkSetting”.Thisinterface

languageisdefaultinChinese,userscanswitchtoEnglishinterfaceinthe

upperright‐handcorner.

6. Ontherightsideoftheinterface,Select"WifiModeSelect",andinthe

interface,clickandselect“StationMode”,then“Save”.

7. Atthispoint,therestartmodulepromptsappearintheinterface,be

carefulNOTtoclick"Yes".Afteralltheparametersareset,restartthe

moduleatall.

Ifcustomersarenotcarefultorestartthemodule,needtostartagainfromstep

1.

8. Ontherightsideoftheinterface,select"StationModeSetting",andinthe

interface,click"Scan"directly,thenconnecttothehotspots.

9. Intheinterface,selectthehotspotwhichthedevicewillbeconnectedwith,

suchas"TONGDY_3",thenconfirmit.Backtothepreviousinterface,

encryptionbasedhotspotscanbedecidedonwhetheryouneedencryptionor

not.Doesnotneedencryption:Disable;Encryption:Enable.Whenyouchoose

toneedencryption,youneedtokeyinapasswordtoconnecttothehotspots

intheincreasedoption,finally"Save".Thesamedonotrestartthemodule.

10. Ontherightsideoftheinterface,select"NetworkSetting",andinthe

interface,for“protocol”clickandselect"TCPClient"and"save".Thesamedonot

restartthemodule.

11. Afterenteringotherinterface,andthengetbacktothe"NetworkSetting"

interface,shownasthefollowingfigure,inthe“remoteport”andthe“server

address”,keyintheserverinformationwherethedevicewilluploaddata,for

example,thecorrespondingparametersofQlearplatform.

RemotePort:20011

ServerAddress(IP)：119.254.103.119

Atthispointalltheparametersettingsaredone,restartthemodule.

12. Whenthemodulerestartssuccessfully,therewillbethefollowinginterface.

13. Setupcompleted,nowyoucanaddequipment,andcheckdataonthe

correspondingserversite.

Starting

Decimal

Data Description Function Read/

Write

Data

Length

Format Decimals Data Range，

Data Description

PM2.5 An hourly

Average measuring value

Float-BigEndian

0~1,000.0μg/m3

PM10 An hourly Average

measuring value

Float-BigEndian

0~1,000.0μg/m3

Temperature An hourly

Average measuring value

Float-BigEndian

-20.00℃~60.00℃

Humidity An hourly

Average measuring value

Float-BigEndian

0~100.00RH%

CO2 An hourly

Average measuring value

Float-BigEndian

0～5,000ppm

10 TVOC An hourly Average

measuring value

Float-BigEndian

0～3.500mg⁄m3

12 PM2.5 One minute

Average measuring value

Float-BigEndian

0~1,000.0μg/m3

14 PM10 One minute Average

measuring value

Float-BigEndian

0~1,000.0μg/m3

16 Temperature One minute

Average measuring value

Float-BigEndian

-20.00℃~60.00℃

18 Humidity One minute

Average measuring value

Float-BigEndian

0~100.00RH%

20 CO2 One minute Average

measuring value

Float-BigEndian

0～5,000ppm

22 TVOC One minute Average

measuring value

Float-BigEndian

0～3.500mg⁄m3

24 PM2.5 24-hour Average

measuring value

Float-BigEndian

0~1,000.0μg/m3

26 PM10 24-hour Average

measuring value

Float-BigEndian

0~1,000.0μg/m3

28 Temperature 24-

hour

Average

measuring value

Float-

BigEndian

-20.00℃~60.00℃

30 Humidity 24-hour

Average

measuring value

Float-

BigEndian

0~100.00RH%

32 CO2 24-hour

Average

measuring value

Float-

BigEndian

0～5,000ppm

34 TVOC 24-hour

Average

measuring value

Float-

BigEndian

0～3.500mg⁄m3

36 Primary

pollutant 24-

hour average

measuring

value (one of

PM2.5/ PM10/

CO2/

TVOC),

Float-

BigEndian

PM2.5: 0~1,000.0μg⁄m3 PM10:

0~1,000.0μg⁄m3

CO2: 0～5,000ppm

TVOC: 0～3.500mg⁄m3

38 Primary pollutant

(one of

PM2.5/ PM10/

INT16 1-PM2.5; 2-PM10;

3-CO2; 4-TVOC

None/2 Stop_Bit;

Odd/1 Stop_Bit;

CO2/ TVOC)

39 Index level of

the primary

pollutant

INT16 Level 1-Excellent； Level

2-Good ；

Level 3-Light pollution； Level4-

Medium pollution； Level 5-

Heavy pollution；

Level 6-Severe pollution

40 AQI value of

the primary

pollutant

INT16 0~400

41 PM2.5 AQI value

INT16 0~400

42 PM10 AQI value

INT16 0~400

43 CO2 AQI value

INT16 0~400

44 TVOC AQI value

INT16 0~400

45 PM2.5 Pollution

index level

INT16 1~6

46 PM10 Pollution

index level

INT16 1~6

47 CO2 Pollution

index level

INT16 1~6

48 TVOC Pollution

index level

INT16 1~6

78 3-color circle light

status

INT16

OFF

Green

Yellow

Red

Starting

Decimal

Data

Description

Function Read/

Write

Data

Length

Format Decimals Data

Range，

Data

Description

Default

Modbus

Address

3/6 R/W

UINT16 1~247

Modbus rate

（bps）

3/6 R/W

UINT16 1-4800; 2-

9600;

3-14400; 4-

19200;

5-38400; 6-

56000;

7-57600; 8-

115200

Modbus Parity

check bit

3/6 R/W

UINT16 1- None/ 1 Stop_Bit;

Even/ 1 Stop_Bit

Temp. Correction 3/16 R/W

Float-Big

Endian

-3.0~3.0℃/-6.0~6.0F

Hum. Correction 3/16 R/W

Float-Big

Endian

-5.0~5.0%RH

12 TVOC Correction 3/16 R/W

Float-Big

Endian

-1.000~1.000mg/m3

14 CO2 Correction 3/6 R/W

INT16 -300~300ppm

373 3-color circle light controlled

mode

3/6 R/W

INT16 0-

LED turn off

LED controlled by the

measure value

LED 3-color light circle

374

Circle light controlled by

3/6 R/W

INT16 0-

PM2.5

PM10

the Measurement 2-

CO2

TVOC

375 Light controlled by

Average measurement

3/6 R/W

INT16 0-1 minute average

1-1 hour average

2-24 hours average

376 PM2.5- Green/Yellow

Switch Point

3/16 R/W

Float-Big

Endian

0.0~1,000.0

380 CO2- Green/Yellow

Switch Point

3/16 R/W

Float-Big

Endian

0~5000

382 TVOC- Green/Yellow

Switch Point

3/16 R/W

Float-Big

Endian

0.000~3.500

388 PM2.5- Yellow/Red

Switch Point

3/16 R/W

Float-Big

Endian

0.0~1,000.0

392 CO2- Yellow/Red Switch

Point

3/16 R/W

Float-Big

Endian

0~5000

394 TVOC-Yellow/Red Switch

Point

3/16 R/W

Float-Big

Endian

0.000~3.500

ModbusRS485CommunicationParameters

Mode: ModbusRTU(MSBFirst)

BaudRate:

1‐4800；2‐9600；3‐14400；4‐19200；5‐38400；6‐56000；7 ‐

57600；8‐115200

Default:2‐9600bps

StartBits: 1

DataBits: 8

StopBits: 1/2 Default:1

Parity: None/Odd/Even Default:None

SupportFunction: 3 4 16RJ45

CommunicationsConfigurationInstructions

1. Createvirtualserialport

FirstinstallUSR‐VCOMandModbusPollonPC.

1.1 USR‐K2networkportrestorefactorysettings

Deviceinthepower‐offstate,holddownthebutton

"RESET"onthebottomofthedevice,thenpoweronthedeviceagain,after5

seconds,releasethebutton.IftheRJ45moduleisthefirstconfiguration,noneed

toreset.

Open software,intheopeninterface,clickonthe“create

automatically”.

Thesoftwarewillautomaticallyfindthedevice,selectthedevicedemanded,and

clickonthe"next",then,finallyclickonthe"finish".

Atthispoint,thestatusbarwillshow"finish‐>COM2",andpopupdialogbox"A

virtualserialportiscreated".Rememberthe"COM2"virtualserialport.Inthe

followingstep,thedeviceaddresssettingswillneedit.

2. ModifytheIPandgatewayforthePCconnection

OnlywhenIPandgatewayareinthesamefrequencyband,andarespecified

parameters,PCcanbeconnected,andsettheUSR‐K2port.

EnterPClocalconnection,inthepop‐up"localconnectionstate"getintothe

"property".

Doubleclickonthe“Internetprotocolversion4(TCP/IPv4)”tosetthe

parameters,thespecificparametersareasfollows,

Finally,clickthe“OK‟tosavethesettings.

3. ConfigureUSR‐K2parameters

3.1 USR‐K2networkportrestorefactorysettings.

Deviceinthepower‐offstate,holddownthebutton"RESET"onthe

bottomofthedevice,thenpoweronthedeviceagain,after5seconds,

releasethebutton.

3.2 InthePCbrowserchangeintothe"192.168.0.7",ontheauthentication

page,enterthe“admin”forboththeusernameandpassword.

3.3 Intheinterface,mainlysetthe"LocalIPConfig"andthe"RS232/RS485"two

settings.

3.3.1 Inthe"LocalIPConfig"interface,IPmodeselectthe"DHCP/AutoIP",and

save.

3.3.2 Inthe"RS232/RS485"interface,setparametersaccordingtotheQLEAR

site,andsave.Specificsettingsasshownbelow,Ifthecustomerdoesnotuse

thesitetocollectdata,thecorrespondingparameterswillmakethe

correspondingchanges.

Setupcompleted,clickonthe"ResetModule",thenthesystemwillpopupthe

promptofsetupsuccessfully.

SpecialNotice

ThisIAQmonitorisdesignedfordetectingindoorairquality.Theproduct

containsmultiplegassensorsanddustsensors,sotheproductshouldnotbe

usedinconstructionsiteordecorationsite.Ifthereisgoingt o  b e  a 

constructionproject,themonitorshouldberemoveduntiltheprojectisover.

Inaddition,thismonitorisaprecisemeasuringdevice,ifcustomersneedto

decoratethehouseafterinstallationtheunit,pleaseprotectitby

wrappagesfrompaintcoatinganddustenteringtheunit.

Donotcoverthemonitorwithotherpigments,avoidpluggingstoma,and

paintinthegaschamber.

THISIAQmonitorissuitableforceilingorwallinstallation.Donotusethis

productoutdoorsstraightly.Productinstallationlocationshouldbeselected:

topreventdirectsunlight,awayfromtheheatsource,awayfromthepoweror

electrostaticprecipitatorequipmenttoavoidaffectingproductaccuracy.

Themonitorshouldnotbedropped.impactcausedbysensorbeamdeviation

inthegaschambercanleaddeviationofCO2measurement.TheTVOCsensor

shouldnothavelong‐termexposuretohighconcentrationsoftotalorganic

volatilegases,orsensorpoisoningcanresult(forexample,ifthe

concentrationisseveraltimesgreaterthantheTVOCrange).

Whenmultiplemonitorsarewiredandconnectedandsharinga24VAC/

24VDCpowersupply,makesurethatthepowersupplywiringusesthesame

polarityforalltheunits.Thewrongconnectionwilldamagetheequipment.

Themonitorshouldbemaintainedevery6months.iftheroomwhereitis

usedisdusty,themaintenanceintervalshouldbeshorter.Maintenance

includes:cleanthestrainer,useanairpumporairsuctiontubetocleanthe

dustinsidetheproduct.Eachtimeafterbeingplacedinconstructionsite,the

productneedstobemaintainedtokeeponnormalusing.

Ifthemeasuredvaluedeviation,orinterringdustanddebriscannotbe

cleaned,pleasegobacktothefactorytore‐cleanandcalibration(paid

maintenance).

DonotusethecigarettetotestPM2.5measurements.Becausemostofthe

cigaretteparticlesareintheareaof0.1to0.5microns.Whileparticlesareless

than0.3microns,theresolutionoflaserdetectionisgreatlyreduced,sothe

cigaretteconcentrationdoesnotrepresentthetruePM2.5concentration.

Forexample,ifyoutrytotestusinga1/3burningcigaretteplacedinasealedbox

withthemonitor,theconcentrationwillbehigherthan10,000ug/m3.However,if

youblowcigarettesmokeintotheboxandthenclosethebox,theconcentration

wouldbeapproximately5,000ug/m3.Therefore,PM2.5measurementswith

cigarettescancausetoomuchdeviationofthemeasuredvalue.

Contactus:We’reheretohelp!

Ifthetroubleshootingguideabovedoesn’thelpyousolvingyourproblemorfor

moreinformation,pleasecontactususingtheinformationbelow.

Support@CO2Meter.com

(386) 256‐4910(M‐F9:00am–5:00pmEST)

www.CO2Meter.com

CO2Meter,Inc.

131BusinessCenterDrive

OrmondBeach,FL32174

Phone:386‐872‐7665|Fax:866‐422‐2356

Email:Sales@CO2Meter.com

Ref. No.:062017

Co2meter WiFi Indoor Air Quality Monitor User manual

Brand: Co2meter

Model: WiFi Indoor Air Quality Monitor

Category: Gateways/controllers

Type: User manual

Download PDF

report

Co2meter WiFi Indoor Air Quality Monitor User manual

Co2meter WiFi Indoor Air Quality Monitor User manual

Related papers

Other documents