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THE PEPPERL+FUCHS GROUP THE PEPPERL+FUCHS GROUP WirelessHART Products Overview Karsten Fischer - Global Account Manager Invensys

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THE PEPPERL+FUCHS GROUPTHE PEPPERL+FUCHS GROUPWirelessHART Products Overview

Karsten Fischer - Global Account Manager Invensys

Thomas Klatt/Gerrit Lohmann page 207.09.2009

TopicsTopics

OverviewWirelessHART GatewayWirelessHART AdaptorWirelessHART Temperature Transmitter

Thomas Klatt/Gerrit Lohmann page 307.09.2009

WirelessHART Device TypesWirelessHART Device Types

WirelessHART divides into 2 main device types

WirelessHART GatewayWirelessHART Device

Every HART device can become a WirelessHART device by connecting a WirelessHART adaptor to it

WirelessHARTGateway

2 channelWirelessHARTTemperatureMultiplexer WirelessHART

Adaptor

Thomas Klatt/Gerrit Lohmann page 407.09.2009

WirelessHART GatewayWirelessHART Gateway

Is the interface between the wired structure and the wireless networkInstallation in Zone 1

Availability of Certificate tbd.Combination of

Ex qEx eEx i

For Zone 2 application a manufacturer declaration can be issued

Thomas Klatt/Gerrit Lohmann page 507.09.2009

WirelessHART GatewayWirelessHART Gateway

Serves up to 250 WirelessHART field devicesConnections/cable glands

2 for redundant supply (24Vdc)2 RS485 (daisy chaining)1 Ethernet (10Base-T and 100Base-TX)

Thomas Klatt/Gerrit Lohmann page 607.09.2009

WirelessHART GatewayWirelessHART Gateway

Red. 24 Vdcconnection

Ethernetconnection

RS485connection

DIP switches to configure- Polling address- Baud rate- RS485 termination- Security mode

Thomas Klatt/Gerrit Lohmann page 707.09.2009

RS485 InterfaceRS485 Interface

2 Terminals blocks to have “daisy chain”capabilityIn case WirelessHART GW is the RS485 participant on the bus

RS485 terminator must be switched onVia DIP switch 7 = ON

ORVia (software) configuration settings

Supported baud rates via RS4859600, 19200, 38400 or 57600 kBaudVia DIP switch 5&6 or (software) configuration settings

Thomas Klatt/Gerrit Lohmann page 807.09.2009

RS485 InterfaceRS485 Interface

Terminals/Connection

Supported ProtocolsHART (115 kbit/s)Modbus RTU

Thomas Klatt/Gerrit Lohmann page 907.09.2009

RS485 InterfaceRS485 Interface

RS485 polling address can be configured via DIP switches 1 to 4

Addresses 0 to 15RS485 polling addresses can also be configured via (software) configuration settings

Must be used in case higher addresses than 15 are requiredHighest possible addresses

HART protocol 63Modbus RTU 247

Thomas Klatt/Gerrit Lohmann page 1007.09.2009

EthernetEthernet

Some Laptops do support “Auto cross over”functionality

In this case a cross over cable OR an straight trough cable can be used

In case “Auto cross over” is NOT supported there are two possibilities

Direct connection between WHART GW and Laptop/PCConnection via a Hub or Switch

Thomas Klatt/Gerrit Lohmann page 1107.09.2009

CablingCabling

Direct connection

Connection via Hub/Switch

Straight through cable

Thomas Klatt/Gerrit Lohmann page 1207.09.2009

Ethernet Wiring (cable)Ethernet Wiring (cable)

There are two types of plug availableT568A and T568B

Both can be used for straight through and cross over cable

2 T568A plugs straight through2 T568B plugs straight through1 T568A and 1 T568B cross over

For communication we require “just” 2 pairsTx = transmit dataRx = Receive data

Thomas Klatt/Gerrit Lohmann page 1307.09.2009

Ethernet WiringEthernet Wiring

Tx +

Tx -

Tx -

Tx +Rx +

Rx +

Rx -

Rx -

Thomas Klatt/Gerrit Lohmann page 1407.09.2009

Ethernet and Cross Over cableEthernet and Cross Over cable

In case it does notwork

simply changeRx and Tx connection(take care ofpolarity!)

Thomas Klatt/Gerrit Lohmann page 1507.09.2009

Ethernet Ethernet IntefaceInteface

Supported Protocols via EthernetHART via UDPModbus TCP/IP

Transmission rate 100MBit/sAdditionally you can have access to the Web server via the Ethernet interface

Thomas Klatt/Gerrit Lohmann page 1607.09.2009

WirelessHART GatewayWirelessHART Gateway

Configuration and Parameterisation

FDT/DTM (PACTware)EDDLWeb-Interface

Accessible via Ethernet only

Thomas Klatt/Gerrit Lohmann page 1707.09.2009

Product overviewProduct overview

WHA-GW-F2D2-O-AB-Z2-ETHCable glands: Nickel plated brass

WHA-GW-F2D2-O-AP-Z2-ETHCable glands: plastic

WHA-GW-F2D2-O-AS-Z2-ETHCable glands: Stainless steel

Thomas Klatt/Gerrit Lohmann page 1807.09.2009

WirelessHART AdaptorWirelessHART Adaptor

In acc. with WirelessHART specification 7.1Upgrade of conventional HART devices to WirelessHARTMounted directly into the cable gland of the field deviceDegree of protection IP65Configuration via HART ModemRotatable intrinsically safe antennaBattery powered

Battery lifetime up to 5 years

Thomas Klatt/Gerrit Lohmann page 1907.09.2009

Mounting of the AdaptorMounting of the Adaptor

Adaptorrotatable

Antennarotatable

Due to rotatable adaptor and antenna, the antennaCan be adjusted to the required position (Fresnel zone)

Cable for4 … 20mA

signal(if required)

Thomas Klatt/Gerrit Lohmann page 2007.09.2009

Mounting of the AdaptorMounting of the Adaptor

Pipe mounting Wall mounting

In these cases the adaptor is working asa repeater

Thomas Klatt/Gerrit Lohmann page 2107.09.2009

WirelessHART AdaptorWirelessHART Adaptor

Mountable in Zone 1(Certificate available by 1st

quarter of 2010)Completely intrinsically safe

replaceable within Zone 1Future developments

Loop powered solutionSolar powered solution

Thomas Klatt/Gerrit Lohmann page 2207.09.2009

WirelessHART AdaptorWirelessHART Adaptor

1. Yellow LED2. Green LED3. Red LED4. Push button5. Terminals 7 and 8

for HART modem connection

6. Connection terminals for field device

7. Battery socket

Thomas Klatt/Gerrit Lohmann page 2307.09.2009

WirelessHART AdaptorWirelessHART Adaptor

At leastThe Join keyThe Network ID

Must be configured via a HART modem (terminals 7 and 8)To be able to do this the push button must be pressed ≥ 10 s

Start configuration modeIndication via LED’s

Thomas Klatt/Gerrit Lohmann page 2407.09.2009

WirelessHART AdaptorWirelessHART Adaptor

The adaptor will always be powered by the battery

2 batteries (located in the cover), connected in seriesEach offers 3.6V and 19Ah

The instrument can be fed fromBattery (Battery life time!)

Passive two wire deviceExternally

Active four wire deviceLoop powered

Two wire device with external powerConnected to an existing 4 … 20 mA loop

HART device with external power

Thomas Klatt/Gerrit Lohmann page 2507.09.2009

WirelessHART AdaptorWirelessHART Adaptor

Thomas Klatt/Gerrit Lohmann page 2607.09.2009

WirelessHART AdaptorWirelessHART Adaptor

By connecting to terminals 1 and 2 the following functions are possible:

Loop-powering of the field device by adapterCurrent measurement via 4...20 mA interfaceDigital HART communication

PV has to be transmitted wirelessBattery life time will be reduced

Loop powered

Thomas Klatt/Gerrit Lohmann page 2707.09.2009

WirelessHART AdaptorWirelessHART Adaptor

Two-wire device with external power supplyBy connecting to terminals 2 and 5 the following functions are possible:

Current measurement via 4...20 mA interfaceDigital HART communication

The power supply is connected to terminals 3 and 4.

Thomas Klatt/Gerrit Lohmann page 2807.09.2009

WirelessHART AdaptorWirelessHART Adaptor

HART device with external powerIf the adapter is to be retrofitted to a device powered by an existing

PLC ,Remote I/O orDC power supply

with communication resistor.Following function are possible:

Digital HART communicationHART multidrop mode for 2, 3 or 4 devices

Thomas Klatt/Gerrit Lohmann page 2907.09.2009

WirelessHART AdaptorWirelessHART Adaptor

For new installations, the power connection can be made via terminals 3 and 4, as terminal 3 is connected internally to terminal 6 and terminal 4 to terminal 5Easier wiring

Thomas Klatt/Gerrit Lohmann page 3007.09.2009

WirelessHART AdaptorWirelessHART Adaptor

Functionality Push button when battery is connected

Thomas Klatt/Gerrit Lohmann page 3107.09.2009

WirelessHART AdaptorWirelessHART Adaptor

Functionality Push button when battery is disconnectedPress button first and then connect battery

Thomas Klatt/Gerrit Lohmann page 3207.09.2009

WirelessHART AdaptorWirelessHART Adaptor

Meaning of the LED’s

Thomas Klatt/Gerrit Lohmann page 3307.09.2009

WirelessHART AdaptorWirelessHART Adaptor

Meaning of the LED’s

Thomas Klatt/Gerrit Lohmann page 3407.09.2009

Product OverviewProduct Overview

WHA-ADP-F8B2-O-PP-Z2-1no field device mounting

WHA-ADP-F8B2-N-PP-Z2-1½” NPT

WHA-ADP-F8B2-P-PP-Z2-1M20 thread

WHA-ADP-F8B2-S-PP-Z2-1PG fitting

Thomas Klatt/Gerrit Lohmann page 3507.09.2009

WirelessHARTWirelessHART for Foxborofor Foxboro

Integration includes I/A – PressureIMV25/30 - MultivariableIMV31 - MultivariableVortex 83 - Flow Vortex 84 – FlowIT VortexRTT15 - TemperatureRTT20 - Temperature875PH / 875CR / 875EC - AnalyticalIMT25 – Mass-FlowmeterCFT50 – Digital CoriolisSRD991 / SRD960 – Valve PositionerDMU140 - Level

RS 485

Integration of the full Foxboro and Foxboro Eckardt Range of Field-Devices as default settings in the WirelessHART adaptor

WirelessAdapter

Gateway

Thomas Klatt/Gerrit Lohmann page 3607.09.2009

WirelessHARTWirelessHART for Foxborofor Foxboro

Thomas Klatt/Gerrit Lohmann page 3707.09.2009

Temperature ConverterTemperature Converter

Local temperature measurements without the need of additional enclosureDegree of protection IP65Support of two RTD’s and/or T/C (integrated CJC)WirelessHART field device in acc. with WirelessHART specification 7.1.Configuration via HART ModemIntegrated, intrinsically safe antennaBattery powered, replaceable within Zone 1Battery lifetime up to 5 years

Thomas Klatt/Gerrit Lohmann page 3807.09.2009

Temperature ConverterTemperature Converter

1. HART modem connection

2. Sensor terminals3. Cable glands (cable

diameter 5.5 ... 10 mm)4. Battery holder5. Battery

3.6V; 19Ah6. Internal antenna (aligned

vertically when device is mounted upright)

Thomas Klatt/Gerrit Lohmann page 3907.09.2009

Temperature ConverterTemperature Converter

Antenna characteristic

Thomas Klatt/Gerrit Lohmann page 4007.09.2009

Temperature ConverterTemperature Converter

WHA-UT-F7B1-0-PP-Z1-EX2Plastic cable glands

When WHA-UT is delivered from stock

It is switched OFFTo switch it on press button A longer then 15s (until all LED’s are on)

At leastJoin key andNetwork ID

have to be configured via HART modem

Thomas Klatt/Gerrit Lohmann page 4107.09.2009

Temperature ConverterTemperature Converter

1. Input 12. Input 23. Sensor interface4. Two TCs5. Two RTDs in 2-wire

configuration6. One TC and one RTD in

2-wire configuration (the two channels are interchangeable)

7. One RTD in 3-wire configuration

8. One RTD in 4-wire configuration

Thomas Klatt/Gerrit Lohmann page 4207.09.2009

Temperature ConverterTemperature Converter

Connectable types of sensorsMeasuring range and typ. accuracy

Thomas Klatt/Gerrit Lohmann page 4307.09.2009

Thomas Klatt/Gerrit Lohmann page 4407.09.2009

PROTECTING YOUR PROCESSPROTECTING YOUR PROCESS