EasyIO FW14 Building Automation System User Manual

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EasyIOFW‐14–UserReference

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EasyIOFW14UserReference

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EasyIOFW‐14–UserReference

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DocumentChangeLog

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26thDec2016

Documentcreated.

EasyIOFW‐14–UserReference

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Disclaimer

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EasyIOFW‐14isaproductbyEasyIOHoldingsPteLtd

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TheEasyIOFW‐14wasbuiltontheSedonaFramework®.

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SedonaFrameworkisatrademarkofTridium,Inc.

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CPTToolisbyOnlineToolsInc.

EasyIOFW‐14–UserReference

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Federal Communication Commission Interference Statement

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part

15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a

residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not

installed and used in accordance with the instructions, may cause harmful interference to radio communications.

However, there is no guarantee that interference will not occur in a particular installation. If this equipment does

cause harmful interference to radio or television reception, which can be determined by turning the equipment off

and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.

• Increase the separation between the equipment and receiver.

• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

• Consult the dealer or an experienced radio/TV technician for help.

Caution: Any changes or modifications not expressly approved by the party responsible for compliance could void

the user's authority to operate this equipment.

FCC Caution:

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This

device may not cause harmful interference, and (2) this device must accept any interference received, including

interference that may cause undesired operation.

FCC Radiation Exposure Statement:

This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This

equipment should be installed and operated with minimum distance 20cm between the radiator & your body.

RF Exposure: A distance of 20 cm shall be maintained between the antenna and users, and the transmitter

module may not be co-located with any other transmitter or antenna.

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TableofContents

Introduction ....................................................................................................................................................6

HardwareConfigurations................................................................................................................................7

PowersupplyConnection...........................................................................................................................7

RS485Connection.......................................................................................................................................8

JumpersConfigurations ..............................................................................................................................9

Wiringdiagram .........................................................................................................................................10

DigitalOutputWiringConnection ............................................................................................................11

AnalogueInputConnection ......................................................................................................................12

AnalogueOutputConnection ...................................................................................................................14

WirelessNetwork..........................................................................................................................................15

ButtonsandIndications ................................................................................................................................15

LoginDetails..................................................................................................................................................17

ChangingIPaddress......................................................................................................................................18

Restorefactorysettings................................................................................................................................20

TechnicalSupport .........................................................................................................................................21

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EasyIOFW‐14–UserReference

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Introduction

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EasyIOFWSeriesisthemostpowerfulwirelessSedonacontrollerinthemarket.Itisequippedwithtwo

32‐bitProcessors,thefirstintheAutomationindustry,witha580MHzMTKprocessorandanARMM0

CortexfortheI/OmanagementandA‐Dprocessing,andalsowithaLinux3.18OSforpremium

performance.SupportsBACnetasserverandTComorpremiumperformancewithNiagaraAXandN4.

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 TheBuildinbootloadercanbecarriedoutremotely.Nomoremanualservicebutton

neededisused.

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 Firmwareupgradingcanbedoneremotelyandwithoutanyassistant.

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 Firmwareupgradingisviaftpclient.

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Thisdocumentdescribeaboutbasicconnectionandtechnicalspecifications.

ItappliesforEasyIOFW‐14.

Item FG‐32

DigitalOutput 2Channels

UniversalOutput 4Channels

UniversalInput 8Channels

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TableshownaboveshowtheIOconfiguration

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HardwareConfigurations

PowersupplyConnection

BothACandDCcanbeusedforEasyIOFW‐14Seriescontroller.Refertoelectricalspecificationforthe

workingrange.Inordertoavoiddamageonthecontrollerinput/outputdevicesandRS485connection,

useindividualpowersupplyforeachcontroller.Ifasinglepowersupplyisusedtopowerupmultiple

EasyIOFW‐14,makesurecontrollerpowersuppliesareconnectedwiththesamepolarity.

Electrical

Power Supply 24V AC +/- 5% or 24V DC +20%/-15%

Consumption 500 mA

Operating Temperature 32 to 150 Deg-F (0 to 65 Deg-C)

Storage Temperature -4 to 150 Deg-F (-20 to 65 Deg-C)

Operating Humidity 10% to 70% relative humidity non-condensing

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PowerSupplyConnection

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Multiplecontrollerssharesingletransformerconnection

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RS485Connection

RS485connectionmustbeterminatedatbothendswithterminationresistor,typically120Ohms.Itis

recommendedtouseshieldedtwistedpairwire(STP)forthewiring.

Lightningprotectioncircuitishighlyrecommendedtobeinstalledatoneendofthewiring.Thecontroller

shouldbewiredindaisychainnetworktopologyasshownasimagebelow.Ifwirebranchcanbeavoided,

keepitasshortaspossible,andneverconnectmorethanonedevicetothewirebranch(itisnot

recommended).

BecarefulifsinglepowersupplyisusedforallconnectedRS485device,makesurealldevicesare

havingthesamegroundconnection.Makesureyouareconnectingthesamewireforthesame

terminalposition,all“H”terminalsconnectedtothesamewire.

Physical Interface Remark

EIA-485

BUS A,B

Two Wire, Half Duplex

Speed:(9.6K, 19.2k, 38.4K),

Data Bit:(8 bits),

Parity:(None)

Ethernet 10/100 Mbps IP, TCP, UDP, ICMP, HTTP,FTP

Application Support Sedona, BACnet MSTP Server and Tcom

DaisyChainNetworkTopology

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RS485ConnectionDiagram

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JumpersConfigurations

BelowimageshowsthejumpersettingforUniversalInput,UniversalOutput,WatchdogandalsoEIA485

120Ohmterminations.

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Wiringdiagram

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EasyIOFW‐14–UserReference

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DigitalOutputWiringConnection

EasyIOFW‐14Seriesdigitaloutputisforgeneralpurposeisolateddigitaloutputconnections(relay

output).

Generalratingisasbelow(DirectDrive);

 100VAC,0.5A

 24VDC,2A

PilotDutyratingisasbelow(PilotDuty);

 24VAC,0.5A

 24VDC,0.5A

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Digital Output 2 Channels

Type Relay Contacts, SPST NO, 48VA at 24VAC,

Pilot Duty at 500mA max load.

Itdoesnotoutputvoltageorcurrent.Itisadryrelaycontact.

DigitalOutputConnection

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AnalogueInputConnection

EasyIOFW‐14serieshasnon‐isolateduniversalinputs.Theuniversalinputsupportsthreetypeofanalog

signali.e.resistance,voltageandcurrenttransmitterviahardwarejumperandinternalregistersettings:

Universal Input 8 Channels

Voltage 0 - 10V DC (+/-0.005V)

Resistance 500 - 500K (+/-10 Ohm)

Thermistor 10K, 10K Shunt, 1K Balco, 1K Platinum : All (+/-0.01 Deg-C)

UI as Digital Input Voltage Free Contact

a) Resistance–Theworkingrangeofresistanceis500Ohm–500KOhms.Iftheinputis

configuredasThermistortype.ThecommonlyusedThermistorlike10K,10KwithShunt,1K

Balcoand1KPlatinumareallsupported

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b) Voltage–Supports0–10Vand0–5V(scalingrequired).

Theminimuminputimpedanceofvoltagemodeinputis1MegaOhm.

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c) PulseInput–AllUniversalInputsarecapableofreceivinghighspeedpulse.Minimumontime

pulseis20msandminimumofftimeis20ms.

Approximately25Hz.Refertoimagebelow.

EasyIOFW‐14–UserReference

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UniversalInputasPulseInputspecifications,Max25Hz

MinimumOn

period20ms

MinimumOff

period20ms

EasyIOFW‐14–UserReference

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AnalogueOutputConnection

EasyIOFW‐14serieshasUniversalOutputconnections.EachUniversalOutputcanbeconfiguredtodrive

voltageorcurrentoutputordigitaloutputviahardwarejumperandinternalregistersettings.

Theworkingrangeforvoltageis0–10V.

Universal Output

4 Channels

Type

Voltage: 0 – 10VDC , Min Impedance 1000 Ohm.

UniversalOutputConnectionforVoltageandCurrent

EasyIOFW‐14–UserReference

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WirelessNetwork

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EasyIOFW‐14comeswithonboardwirelessconnection.

ItcomplytoIEEE802.11standards.

ItsupportsB/G/Nband.

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Eachunitissuppliedwithtwo(2)2dBifemaleSMAjackantenna.

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ButtonsandIndications

ThecontrollerwilldoahardwareresetwhentheResetButtonispressedwhenevermanualrestartis

required.

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TheServicebuttonisusedtoactivatethebuilt‐inbootloaderprogramforsoftwareupgrade.

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EachdigitaloutputhasacorrespondenceLEDtoindicateitscurrentstate.

ImageshowstheResetbutton,ServicebuttonandalsoTXRXindicators.

ImageshownisanEasyIOFW‐14unit.

EasyIOFW‐14–UserReference

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ImageshowstheStatusindicator,ErrorindicatorandindividualDigitalOutputindicator

ButtonandLEDindications.ImageshownisanEasyIOFW‐14.

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LED

Conditions Description

Pattern: continuously blinking.

ERR is to indicate whenever there is

ERR

Communication errors.

Pattern: constantly light up.

The controller is undergoing firmware

upgrading. This is normal during firmware

upgrade process.

STS is used to indicate the heartbeat of the

Microcontroller. The STS LED will blink at

STS

1-second interval in normal operation

Condition.

TXRX is used to indicate when there are

Communication activities in Port 1.

TX/RX

(Transmitting or Receiving) on the

Communication port.

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EasyIOFW‐14–UserReference

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EasyIOFW‐14Seriesdetailsareasbelow.

DefaultIPaddress

:192.168.10.14

DefaultSubnet

:255.255.255.0

DefaultGateway :192.168.10.1

Note:

Inordertologin,thehostPC(laptop)hastobeinthesamesubnet.Example:

IPaddress:192.168.10.123

Subnet :255.255.255.0

SedonaLoginviaCPT

Username :admin

Password :<nopassword>

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EasyIOFW‐14–UserReference

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ChangingIPaddress

BydefaulttheEasyIOFW‐14seriescontrollerIPaddressis192.168.10.14.

ChangingtheIPaddresscanonlybedoneviaCPTTool.

Step1

Step2

Gointothepropertysheetofthe“IP”object.

CurrentIPaddressthatis

assigntothecontroller

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NewIPaddressfield.Keyin

therequiredIPaddressin

thesefields.MakesuretheIP

addressandsubnetiscorrect

beforesaving

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Step3

SavetheSedonaappsandcyclepower.

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Step4

ReconnecttothecontrollerviaSedonaworkbenchusingthenewconfiguredIPaddress.

EasyIOFW‐14–UserReference

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Restorefactorysettings

Thisfunctionisdonewithjustthebypressingthe“Service”buttonwhilethecontrollerisbootingup.

Arestoretofactorysettingswilldothefollowing;

1. RestoretheIPaddresstothedefaultwhichis192.168.10.14

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2. CleartheSedonaapplicationintheSedonaVMbacktodefault(defaultappisanemptyapp)

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3. AdefaultSedonaappsdefaultloginisadmin,<nopassword>.

Followthestepsbelowtorestoretofactorysettings.

Step1

MakesureyoubackuptheSedonaappsifyouhaveconnectiontotheEasyIOFW‐14.

Step2

Cyclepowerandwithin5secondspressandHOLDdowntheservicebuttonuntiltheErrorLEDstartsto

flash.

Thisprocesswilltakeapproximately10secondsbeforetheerrorLedstarttoblink.

Step3

OncetheRedLEDflashes,amomentarypressoftheservicebuttonwillrestorebacktheFW‐14controller

backtofactorydefaultstate.

EasyIOFW‐14–UserReference

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TechnicalSupport



Fortechnicalissue,pleasecontact



Email:support@easyio.com

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EasyIO FW14 Building Automation System User Manual

EasyIO Holdings Pte. Ltd. Building Automation System Users Manual

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