Schneider Electric manual PLC IO image / Altivar 312 DP slave mapping, PZD area, PKW area

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Integration of the ATV312 in a PROFIBUS DP network controlled by a Simatic S7©

PLC IO image / Altivar 312 DP slave mapping

With the Altivar 312 DP slave module:

The 1st slot defines the addresses of the PKW area, used for parameters management.

The 2nd slot defines the addresses of the PZD data (control and status of the drive).

The configuration dialog box enables you to define the PEW and PAW assigned to the Altivar 312.

The table below shows this configuration and its pending drive's parameters:

PZD area

Altivar 312

S7-315 PEW

S7 - 315 PAW

parameter

IO memory (1)

IO memory (1)

CMD

%PAW264

 

 

 

 

LFRD

%PAW266

 

 

 

 

ETA

 

%PEW264

 

 

 

RFRD

 

%PEW266

 

 

 

(1)These values are related to the example in the previous page

PKW area

Altivar 312

S7-315 PAW

S7 - 315 PEW

parameter

IO memory

IO memory

Parameter logic address

%PAW256

 

(Modbus address*)

 

 

 

 

 

 

Response code:

%PAW258

 

0

: No request

 

or

 

1

: Read

 

%PAB259

 

2

: Write

 

 

 

 

 

 

Value to write

%PAW260 **

 

if write request

%PAW262

 

 

 

 

Parameter logic address

 

%PEW256

(Modbus address*)

 

 

 

 

 

 

Response code:

 

%PEW258

0

: No request

 

1

: successful Read

 

or

2

: successful Write

 

%PEB259

7

: Error report

 

 

 

 

 

Parameter value

 

%PEW260

if the request

 

 

 

%PEW262

was successful.

 

 

 

 

 

*: The description of the Altivar 312 parameter addresses can be found in the communication variables spreadsheet available on Schneider- electric.com.

**: Not significant here: The Altivar 312 doesn't manage 32bits integer values.

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S1A10386 10/2009

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Contents Altivar Page Contents Important Information Please NoteBefore you begin Hazard of Electric SHOCK, EXPLOSION, or ARC FlashDocumentation structure Introduction PresentationDrive terminal displays FormatsReceipt Hardware setupInstalling the card in the drive Hardware setup Therefore the direction of operation Characteristics and functions of the terminalsTerminal Function Electrical characteristics Connection to the Profibus DP network Number Terminal Electrical characteristicsConnection to the Modbus base port Connection accessories Example of connectionRecommendations Wiring diagram for ATV 312 equipped with VW3 A312Wire sizes Coding the drive address ConfigurationAddress Switches 5-4-3-2-1 Power on after removing the Profibus DP option card Drive default valuesAt first power on with a Profibus DP option card Control of the drive when LAC = L1 or L2 Control of the drive when LAC = L3Control of an ATV 312 from a Profibus DP option card Parameter Value CommentControl via Profibus DP in native profile CiA402 Diagnostics Diagnostic LEDsDX Green LED Status ST Red LED StatusCommunication fault management Code Name Probable cause RemedyProfibus DP mapping Profibus DP protocolPKW request Output PZDsInput PZDs Input PKWs PKW aperiodic serviceOutput PKWs Examples of PKW aperiodic exchanges Configuration of the communication Project configurationPL7 output word Altivar PL7 input word AltivarConfiguration with SyCON additional Software Configuration of the slavePZD area PLC IO image / Altivar 312 DP slave mappingSave the projet PKW area Altivar TSX P57 354M TSX P57 354 M IO memoryReady for switch on Example of Control of the DriveAnimated operator screen example GSD installation Configuration of the deviceS1A10386 10/2009 PLC IO image / Altivar 312 DP slave mapping PZD areaPKW area Altivar S7-315 PEW S7 315 PAW Parameter IO memorySupervision and control in Line mode IEC 61800-7 status chartNot ready to switch on Initialization Switch on disabled ConfigurationReady to switch on and Switched on Drive initialized Operation enabled OperationalCMD control word W8501 ETA status word W3201 MSK = ETAATV312PROFIBUSDPS1A1038601 S1A10386 10/2009