WEG CFW-11 Anybus-CC User Manual

Anybus-CC

CFW-11

User’s Manual

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Anybus-CC User’s Manual

Series: CFW-11

Language: English

Document Number: 0899.5750 / 06

Publication Date: 09/2013

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CONTENTS

CONTENTS ......................................................................................................................... 3

ABOUT THE MANUAL ....................................................................................................... 6

ABBREVIATIONS AND DEFINITIONS ......................................................................................................... 6

NUMERICAL REPRESENTATION ............................................................................................................... 6

1 INTRODUCTION TO THE FIELDBUS .......................................................................... 7

2 ACCESSORY KITS ....................................................................................................... 8

2.1 DEVICENET ........................................................................................................................................ 8

2.1.1 DEVICENET-05 Accessory ........................................................................................................ 8

Connector Pin Function ........................................................................................................................................ 8

Power Supply ......................................................................................................................................................... 8

Indications ............................................................................................................................................................. 9

2.1.2 Installation of the DeviceNet network ..................................................................................... 9

Communication Rate ............................................................................................................................................ 9

Address in the DeviceNet network .................................................................................................................... 10

Termination resistors .......................................................................................................................................... 10

Cables .................................................................................................................................................................. 10

Installation recommendations ........................................................................................................................... 10

2.1.3 Configuration of the Communication .................................................................................... 11

2.1.4 Access to Parameters – Acyclic messages .......................................................................... 11

2.2 PROFIBUS ........................................................................................................................................ 12

2.2.1 PROFIBUS-05 Accessory ........................................................................................................ 12

Connector Pin Function ...................................................................................................................................... 12

Indications ........................................................................................................................................................... 12

2.2.2 Installation of the Profibus network ....................................................................................... 13

Communication Rate .......................................................................................................................................... 13

Address ................................................................................................................................................................ 13

Termination resistors .......................................................................................................................................... 13

Cables .................................................................................................................................................................. 13

Connectors .......................................................................................................................................................... 13

Installation recommendations ........................................................................................................................... 13

2.2.3 Configuration of the Module ................................................................................................... 14

2.2.4 Access of the Parameter – Acyclic Messages ...................................................................... 15

2.3 ETHERNET/IP .................................................................................................................................. 15

2.3.1 ETHERNETIP-05 and ETHERNET-2P-05 Accessory ............................................................ 15

Connector ............................................................................................................................................................ 15

Indications ........................................................................................................................................................... 15

2.3.2 Installation of the Ethernet network ...................................................................................... 16

Communication Rate .......................................................................................................................................... 16

MAC Address ....................................................................................................................................................... 16

Address in the Ethernet network ....................................................................................................................... 16

Cables .................................................................................................................................................................. 16

Installation recommendations ........................................................................................................................... 16

2.3.3 Configuration of the Ethernet Interface................................................................................. 17

HMS Anybus IPconfig ......................................................................................................................................... 17

Web Browser ....................................................................................................................................................... 18

2.3.4 Configuration of the Communication .................................................................................... 19

2.3.5 Access to Parameters – Acyclic messages .......................................................................... 19

2.4 MODBUS TCP .................................................................................................................................. 20

2.4.1 MODBUSTCP-05 Accessory ................................................................................................... 20

Connector ............................................................................................................................................................ 20

Indications ........................................................................................................................................................... 20

2.4.2 Installation of the Ethernet Network ...................................................................................... 20

2.4.3 Configuration of the Ethernet Interface................................................................................. 21

2.4.4 Configuration of the Communication .................................................................................... 21

2.4.5 Addressing of the data ............................................................................................................ 22

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2.5 PROFINET ........................................................................................................................................ 22

2.5.1 PROFINETIO-05 Accessory .................................................................................................... 22

Connector ............................................................................................................................................................ 22

Indications ........................................................................................................................................................... 23

2.5.2 Installation of the Ethernet Network ...................................................................................... 24

2.5.3 Configuration of the Ethernet Interface................................................................................. 24

2.5.4 Configuration of the Communication .................................................................................... 24

2.5.5 Access to Parameters – Acyclic messages .......................................................................... 24

2.6 RS232................................................................................................................................................ 25

2.6.1 RS232-05 Accessory ................................................................................................................ 25

Connector Pin Function ...................................................................................................................................... 25

Indications ........................................................................................................................................................... 25

Connection with the Network ............................................................................................................................ 25

2.7 RS485................................................................................................................................................ 25

2.7.1 RS485-05 Accessory ................................................................................................................ 25

Connector Pin Function ...................................................................................................................................... 25

Indications ........................................................................................................................................................... 26

Connection with the Network ............................................................................................................................ 26

3 PROGRAMMING ........................................................................................................ 27

3.1 SYMBOLS FOR THE PROPERTIES DESCRIPTION ...................................................................... 27

P0105 – 1ST/2ND RAMP SELECTION .......................................................................................................... 27

P0220 – LOCAL/REMOTE SELECTION SOURCE .................................................................................... 27

P0221 – SPEED REFERENCE SELECTION – LOCAL SITUATION ......................................................... 27

P0222 – SPEED REFERENCE SELECTION – REMOTE SITUATION ...................................................... 27

P0223 – FORWARD/REVERSE SELECTION – LOCAL SITUATION ........................................................ 27

P0224 – RUN/STOP SELECTION – LOCAL SITUATION .......................................................................... 27

P0225 – JOG SELECTION – LOCAL SITUATION ..................................................................................... 27

P0226 – FORWARD/REVERSE SELECTION – REMOTE SITUATION .................................................... 27

P0227 – RUN/STOP SELECTION – REMOTE SITUATION ...................................................................... 27

P0228 – JOG SELECTION – REMOTE SITUATION .................................................................................. 27

P0313 – COMMUNICATION ERROR ACTION .......................................................................................... 27

P0680 – STATUS WORD ............................................................................................................................ 28

P0681 – MOTOR SPEED IN 13 BITS ......................................................................................................... 29

P0686 – ANYBUS-CC CONTROL WORD .................................................................................................. 30

P0687 – ANYBUS-CC SPEED REFERENCE ............................................................................................. 31

P0695 – DIGITAL OUTPUT SETTING ........................................................................................................ 31

P0696 – VALUE 1 FOR ANALOG OUTPUTS ............................................................................................. 32

P0697 – VALUE 2 FOR ANALOG OUTPUTS ............................................................................................. 32

P0698 – VALUE 3 FOR ANALOG OUTPUTS ............................................................................................. 32

P0699 – VALUE 4 FOR ANALOG OUTPUTS ............................................................................................. 32

P0723 – ANYBUS IDENTIFICATION ......................................................................................................... 33

P0724 – ANYBUS COMMUNICATION STATUS ...................................................................................... 33

P0725 – ANYBUS ADDRESS .................................................................................................................... 34

P0726 – ANYBUS COMMUNICATION RATE ........................................................................................... 34

P0727 – ANYBUS I/O WORDS .................................................................................................................. 35

P0728 – ANYBUS READING #3 ................................................................................................................. 36

P0729 – ANYBUS READING #4 ................................................................................................................. 36

P0730 – ANYBUS READING #5 ................................................................................................................. 36

P0731 – ANYBUS READING #6 ................................................................................................................. 36

P0732 – ANYBUS READING #7 ................................................................................................................. 36

P0733 – ANYBUS READING #8 ................................................................................................................. 36

P0734 – ANYBUS WRITING #3 .................................................................................................................. 37

P0735 – ANYBUS WRITING #4 .................................................................................................................. 37

P0736 – ANYBUS WRITING #5 .................................................................................................................. 37

P0737 – ANYBUS WRITING #6 .................................................................................................................. 37

P0738 – ANYBUS WRITING #7 .................................................................................................................. 37

P0739 – ANYBUS WRITING #8 .................................................................................................................. 37

P0799 – I/O UPDATE DELAY ..................................................................................................................... 37

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4 FAULTS AND ALARMS RELATED TO THE ANYBUS-CC COMMUNICATION ....... 39

A129/F229 – ANYBUS-CC MODULE OFFLINE ........................................................................................ 39

A130/F230 – ANYBUS-CC MODULE ACCESS ERROR ........................................................................... 39

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ABOUT THE MANUAL

This manual provides the necessary information for the operation of the CFW-11 frequency inverter using the
Anybus-CC modules. This manual must be used together with the CFW-11 user manual.

ABBREVIATIONS AND DEFINITIONS

ASCII

American Standard Code for Information Interchange

CAN

Controller Area Network

CIP

Common Industrial Protocol

CSMA/CD

Carrier Sense Multiple Access/Collision Detection

DP

Decentralized Periphery

FMS

Fieldbus Message Specification

HMI

Human Machine Interface

IP

Internet Protocol

MAC

Medium Access Control

MS

Module Status

NS

Network Status

ODVA

Open DeviceNet Vendor Association

OP

Operation Mode

PI

Profibus International

PLC

Programmable Logic Controller

ST

Status

TCP

Transmission Control Protocol

UDP

User Datagram Protocol

NUMERICAL REPRESENTATION

Decimal numbers are represented by means of digits without suffix. Hexadecimal numbers are represented with
the letter ‘h’ after the number. Binary numbers are represented with the letter ‘b’ after the number.

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1 INTRODUCTION TO THE FIELDBUS

The Fieldbus is a digital communication system used in the industry to interconnect automation primary
elements, such as PLC’s, drives, valves, sensors, actuators, etc., as illustrated in the figure below.

Figure 1.1: Illustration of a Fieldbus network

Nowadays, there is a great variety of protocols in the market, each one with its advantages and disadvantages.
It is up to the user/project designer to evaluate what the necessary requirements for the application are, and
choose among the available options.

Rega

rdless of the choice, the main advantages of the industrial networks are:

 Significant reduction in cable and installation costs;
 Reduction in the

start-up

time;

 More reliability and efficiency;
 Addition, removal and replacement of equipment with the network under load (supply);
 Integration of several suppliers (standardization);
 Effective process monitoring;
 Configuration of devices via the network.

By

means of the Anybus-CC communication modules, the CFW-11 supports protocols widely spread in the
industry, like DeviceNet, Profibus DP-V1, EtherNet/IP, Modbus TCP and PROFINET IO. Besides this, by means
of passive modules, RS232 and RS485/422 interfaces are also available.

Follo

wing, the characteristics for Anybus-CC modules available for the frequency inverter CFW-11 are

presented.

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2 ACCESSORY KITS

Frequency inverter CFW-11 features as accessory the Anybus-CC communication modules. Anybus-CC
modules are divided into two types: active and passive.

Active Module:

it has all the required hardware and software to perform the communication. The following

active modules are available for CFW-11:

 DeviceNet
 Profibus DP-V1
 EtherNet/IP
 Modbus TCP
 PROFINET IO

Passive Module

: these passive devices work only as physical layer, not performing any processing over the

data flow. CFW-11 features the following interfaces:

 RS232
 RS485/422

NOTE!

For the passive modules, communication is performed through the serial interface of the product.
Therefore, the manual of serial communication Modbus RTU User’s Manual

must be referred to in

order to obtain information about how to configure and operate the product using this interface.

2.1 DEVICENET

2.1.1 DEVICENET-05 Accessory

 WEG part number: 11008158.
 Composed by the Anybus ABCC-DEV communication module,

mounting instructions and a “torx” screw driver for fixing the
module.

 ODVA certified interface.
 It allows the programming of the Frequency inverter via network

configuration software.

Connector Pin Function
The DeviceNet communication module presents a male

plug-in

connector with the following pin assignment:

Table 2.1: DeviceNet plug-in connector pin assignment

Pin Name Function

1

V-

Power supply negative pole

2

CAN_L

CAN_L signal

3

Shield

Cable shield

4

CAN_H

CAN_H signal

5

V+

Power supply positive pole

Power Supply
The power supply of the network must be able to supply enough current to power up the equipment and

interfaces connected to the network. The data for individual consumption and input voltage for the DEVICENET­05 accessory are presented in table 2.2.

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Table 2.2: Characteristics of power supply for the interface

Power Supply (VDC)

Minimum

Maximum

Recommended

11

25

24

Current (mA)

Typical

Maximum

36

38

Indications
DeviceNet defines two LEDs for state indication: one for the communication module (MS) and another for the

network (NS).

The MS LED indicates the conditions of the module itself. That is, whether it is able to work or not. The table
below shows the possible states:

Table 2.3: State of the DeviceNet module

LED Status Description Comments

Off Without power supply -

Green Module operating and in normal conditions -

Red Module in error Reinitializing the equipment is required.

Flashing green/red Equipment performing self-diagnosis It occurs during initialization.

The NS LED provides information about the status of the DeviceNet network. The table below presents the
description of those states.

Table 2.4: Status of the DeviceNet network

LED Status Description Comments

Off

Without power supply or not
online

Equipment is not connected to a DeviceNet network with other equipment
at the same communication rate.

Green

Online

, connected

Master has allocated a set of I/O type connection with the slave. In this

stage data exchange by means of I/O type connections does effectively

occur.

Flashing green

Online

, not connected

Slave has successfully completed the Mac ID verification procedure. This
means that the configured communication is correct (or was detected

correctly in the case of use of autobaud) and that there are no other nodes

in the network with the same address. However, in this stage, there is not a
set of I/O type connections established.

Flashing red

One or more I/O type connections
have expired

The I/O data exchange has been interrupted.

Red Serious fault in the link

It indicates that the slave cannot enter the network because of addressing

problems or due to the occurrence of

bus off

. Verify if the address is being

used by another device

, if the chosen communication rate is correct or if

there are installation problems.

Flashing green/red

Equipment performing self­diagnosis

It occurs during initialization.

2.1.2 Installation of the DeviceNet network

For the connection of the frequency inverter using the DeviceNet interface, the following points must be
observed:

Communication Rate
Equipment with Anybus-CC interface in general allow to configure the desired communication rate, which may

vary from 125 Kbit/s to 500 Kbit/s. A communication rate (baud rate) that can be used by a device also
depends on the length of the cable used in the installation. It worth to mention that, in order to allow the
disconnection of the element from the network without damaging the bus, it is interesting to put active
terminations, which are elements that only play the role of the termination. Thus, any equipment in the network
can be disconnected from the bus without damaging the termination. The table 2.5 shows the relation between
the communication rates and the maximum lengths of the cable which can be used in the installation, according
to the recommendation of ODVA.

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Table 2.5: Communication rates supported and cable length

Communication

Rate

Length of the

cable

500 Kbit/s

100 m

250 Kbit/s

250 m

125 Kbit/s

500 m

All the equipment of the network must be set to use the same communication rate.

Address in the DeviceNet network
Every device in the Anybus-CC network must have an address, or MAC ID, between 0 and 63. This address

must be different for each device.

Termination resistors
The use of termination resistors at the ends of the CAN bus is essential to prevent reflection in the line, which

may damage the signal transmitted and cause errors in the communication. Termination resistors of 121 Ω /

0.25 W must be connected between the signals CAN_H and CAN_L at the ends of the main bus.

Figure 2.1: Example of installation of the termination resistor

Cables
A shielded cable must be used with two pairs of wires, as specified in the DeviceNet protocol.

Installation recommendations
In order to interconnect the network nodes, it is recommended the connection of the equipment directly from

the main line, without the use of derivations. If you use derivations, the limits of length for derivation defined by
the DeviceNet specification must be observed. During the installation of the cables, you must avoid passing
them close to power cables, since that can cause errors during the transmission due to electromagnetic
interference.

Figure 2.2: Example of installation in DeviceNet network

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The grounding of the cable shield must be done only in one point, thus avoiding long current loops. This point is
normally the network own power supply. It is recommended that the network be powered in only one point, and
the power supply signal be taken to all devices by means of the cable. In case more than one power supply is
required, they must have the same point as reference.

2.1.3 Configuration of the Communication

In order to configure and use the DeviceNet module, follow the steps below:

 With the module installed, during the recognition stage, a warning message will be displayed on the product

HMI, and the MS and NS LEDs test routine performed. After this stage, the MS LED must turn on in green.

 Observe the content of parameter P0723. Check if the module was recognized. The detection is done

automatically and does not require the user’s intervention.

 Set the parameters as desired for the application:

 Address: the address of the equipment is set in parameter P0725.
 Communication rate: the communication rate is set in parameter P0726.
 I/O configuration: program in P0727 the number of words to be exchanged with the network master.

This same value must be set in the DeviceNet master. For this adjustment being complete, it is
necessary to program a value different from 0 (zero) in parameters P0728 to P0739 (see item 3).

 Once the parameters are set, if any of the parameters described in the previous item were changed, it is

necessary to restart the equipment.

Once the equipment is set, it is necessary to configure the communication in the network master:

 EDS file: register the EDS file in the network configuration tool. The EDS configuration file is supplied in a CD

together with the product. It is necessary to observe the equipment software version in order to use an EDS
file which is compatible with this version.

 I/O data setting: during the configuration of the network, it is necessary to define the quantity of I/O data

communicated between master and slave, as well as the transmission method of these data. The
DeviceNet protocol defines different methods of dada exchange, seeing that the module supports the
following methods:



Polled:

communication method in which the master sends a telegram to each of the slaves of its list

(

scan list

). As soon as it receives the request, the slave immediately answers the request of the master.

This process is repeated until all slaves are polled, restarting the cycle.



Bit-strobe:

communication method in which the master sends a telegram to the network containing 8
bytes of data. Each bit of these 8 bytes represents one slave that, if addressed, answers according to
the programmed.



Change of State:

communication method in which the data exchange between master and slave only
occurs when there are changes in the values monitored/controlled up to a certain time limit. When this
limit is reached, the transmission and reception will take place even if changes have not occurred.



Cyclic:

another communication method very similar to the previous one. The only difference is the
production and consumption of messages. In this type of communication, every data exchange occurs
at regular time intervals, no matter if they have been changed or not.

If everything is correctly configured, the NS LED of the module will be on in green. It is in this condition that
cyclic data exchange effectively occurs between the slave and the master of the network.

2.1.4 Access to Parameters – Acyclic messages

Besides the I/O data (cyclic) communication, the DeviceNet protocol also defines a kind of acyclic telegram
(

explicit messages

), used especially in asynchronous tasks, such as parameter setting and configuration of the

equipment.

After the registration of the EDS file in the network configuration software, the user will have access to the full
parameter list of the equipment, which can be accessed via

explicit messages

. Each parameter is accessed
using an addressing based on class, instance and attribute. The table 2.6 shows how to address the
parameters of the CFW-11.

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Table 2.6: Addressing of the parameters

Parameter

Class

Instance

Attribute

P0001

Class 162 (A2h)

1 5 P0002

Class 162 (A2h)

2 5 P0003

Class 162 (A2h)

3 5 ...

...

...

...

P0400

Class 162 (A2h)

400 5 ...

...

...

...

2.2 PROFIBUS

2.2.1 PROFIBUS-05 Accessory

 WEG part number: 11008107.
 It is composed by the Anybus ABCC-

DPV1 communication

module, mounting instructions and a “torx” screw driver for fixing
the module.

 Interface certified by Profibus International.
 It supports DP-V1 (acyclic messages).

Connector Pin Function
The Profibus DP-V1 communication module has a female DB9 connector with the following pin assignment:

Table 2.7: Profibus female DB9 connector pin assignment

Pin

Name

Function

1

- - 2

- - 3

B-Line (+)

RxD/TxD positive

4

RTS

Request To Send

5

GND

Reference (0 V) of the RS485 interface (isolated)

6

+5 V

+5 V for active termination (RS485 isolated power supply)

7

- - 8

A-Line (-)

RxD/TxD negative

9

-

-

Indications
Profibus defines two LEDs for status indication: one for the communication module (ST) and another for the

operating mode (OP).

The ST LED indicates the conditions of the module itself. That is, whether it is able to work or not. The table 2.8
shows the possible states:

Table 2.8: Status of the Profibus DP-V1 module

LED Status Description Comments

Off Without power supply or not initialized -

Green Module initialized -

Flashing green Initialized, but in event diagnosis

It indicates that a problem was diagnosed in the
module and an alarm was generated.

Red

In error

Reinitializing the equipment is required.

The OP LED provides information about the status of the Profibus network. The table 2.9 presents a brief
description of those states.

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Table 2.9: Status of the operating mode

LED Status Description Comments

Off Without power supply or not

online

-

Green Device

online

In this state, data exchange effectively occurs.

Flashing green

Online

but in the

clear

sate

In this state, data exchange occurs, but the
outputs are not updated.

Flashing red (1 flash) Error in parameter setting

Incorrect configuration of the Profibus
communication properties in the master of the

network.

Flashing red (2 flashes) Error in the Profibus configuration

It indicates that the quantity of I/O words (or the

order of these words) set in the master is different

from that set in the equipment.

2.2.2 Installation of the Profibus network

For the connection of the frequency inverter using the Profibus interface, the following points must be observed:

Communication Rate
It is not necessary to set the communication rate of the Profibus module because it features autobaud and,

therefore, this configuration is done in the master of the network.

Address
Every device in the Profibus network, master or slave, is identified in the network by means of an address. This

address must be different for each device. Valid values: 1 to 126.

Termination resistors
For each segment of the Profibus DP network, it is necessary to enable a termination resistor at the ends of the

main bus. Connectors suitable for the Profibus network that feature a switch to enable the resistor may be used,
but the switch must only be enabled (ON position) if the equipment is the first or last element in the segment. It
is worth to mention that, in order to allow the disconnection of the element from the network without damaging
the bus, it is interesting to put active terminations, which are elements that only play the role of the termination.
So any equipment in the network can be disconnected from the bus without damaging the termination.

Cables
It is recommended that the installation be done with A-type cable, whose features are described in table 2.10.

The cable has a pair of wires that must be shielded and twisted in order to guarantee greater immunity to
electromagnetic interference.

Table 2.10: Properties of cable A-type cable

Impedance

135 to 165 Ω

Capacitance

30 pf/m

Resistance in loop

110 Ω/km

Diameter of the cable

> 0.64 mm

Cross section of the wire

> 0.34 mm

Connectors
There are different types of connectors specifically designed for applications in the Profibus network. For CFW-

11 frequency inverter, it is recommended to use connectors with cable connection in 180 degrees, because, in
general, connectors with different angles can not be used due to mechanical characteristics of the product.

Installation recommendations
The Profibus DP protocol, using physical medium RS485, allows the connection of up to 32 devices per

segment, without the use of repeaters. With repeaters, up to 126 addressable devices can be connected to the
network. Each repeater must also be included as a device connected to the segment, although it will not take
an address in the network.

It is recommended that the connection of all the devices present in the Profibus DP network be done from the
main bus. In general, the connector of the Profibus network itself has one input and one output for the cable,
allowing the connection to be taken to the other points of the network. Derivations from the main line are not
recommended, especially for communication rates over or equal to 1.5Mbps.

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Figure 2.3: Example of installation of the Profibus DP network

The Profibus DP network cables must be laid separately (and far away if possible) from the power cables. All the
drives must be properly grounded, preferably at the same ground point. The Profibus cable shield must also be
grounded. The DB9 connector itself already has a connection with the protective ground and, therefore, makes
the connection of the shield to the ground when the Profibus cable is connected to the drive. However a better
connection, implemented by clamps that connect the shield to a ground point, is also recommended.

2.2.3 Configuration of the Module

In order to configure and use the Profibus DP-V1 module, follow the steps below:

 With the module installed, during the acknowledgement stage, a warning message will be displayed on the

product HMI, and the ST and OP LEDs test routine performed. Then the ST LED of the module must turn
on in green.

 Observe the content of parameter P0723. Check if the module was recognized. The detection is done

automatically and does not require the user’s intervention.

 Set the parameters as desired for the application:

 Address: the address of the equipment is set in parameter P0725.
 I/O configuration: Program in P0727 the number of words to be exchanged with the network master.

This same value must be set in the Profibus master. For this adjustment being complete, it is necessary
to program a value different from 0 (zero) in parameters P0728 to P0739 (see item 3).

 Once the parameters are set, if any of the parameters described in the previous item are changed, it is

necessary to restart the equipment.

Once the equipment is set, it is necessary to configure the communication in the master of the network:

 GSD file: every element of the Profibus DP network has an associated configuration file with extension GSD.

This file describes the features of each device and it is used by the configuration tool of the master of the
Profibus DP network. During the configuration of the master, the GSD configuration file, supplied with the
equipment, must be used. This file must be registered in the master of the Profibus DP network. The
module will be recognized as “

Anybus CompactCom DPV1

” in the category “

General

”.

 I/O data setting: add the CFW-11 to the device list of the master, setting the number of I/O words

according to parameter P0727.

If everything is correctly configured, the OP LED of the module will be on in green. It is in this condition that
cyclic data exchange effectively occurs between the drive and the master of the network.

NOTE!

In the configuration software of the Profibus network, first you must select all the input words (

inputs

)

and then select the output words (

outputs)

, according to parameter P0727.

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NOTE!

For further information on the parameters mentioned above, refer to item 3.

2.2.4 Access of the Parameter – Acyclic Messages

The PROFIBUS-05 communication kit allows parameter reading/writing services by means of DP-V1 acyclic
functions. The parameter mapping is done based on the slot and index addressing, as showed in the formula
below:

 Slot: (parameter number - 1) / 255.
 Index: (parameter number - 1) MOD 255.

NOTE: MOD represents the remainder of the integer division.

2.3 ETHERNET/IP

2.3.1 ETHERNETIP-05 and ETHERNET-2P-05 Accessory



Ethernet-05 part number: 10933688 (1 Ethernet port).

 Ethernet-2P-05 part number: 12272760 (2 Ethernet ports with

integrated switch).

 Composed by the Anybus ABCC-EIP communication module,

mounting instructions and a “torx” screw driver for fixing the

module.

 Standard RJ45 connector.

 ODVA certified interface.

Connector
The EtherNet/IP communication module has a standard female RJ45 connector (T-568A or T-568B).

Indications
EtherNet/IP defines two LEDs for status indication: one for the communication module (MS) and another for the

network (NS).

The MS LED indicates the conditions of the module itself. That is, whether it is able to work or not. The table
below shows the possible states:

Table 2.11: State of the EtherNet/IP module

LED Status Description Comments

Off Without power supply -

Green Module controlled by a scanner in RUN mode. In this state, data exchange effectively occurs.

Flashing green Not configured or scanner in IDLE mode

In this stage there is no cyclic data communication
with the scanner, or the scanner is in IDLE mode.

Red Major fault

Internal error of the module. Equipment must be
reinitialized.

Flashing red Recoverable fault

Internal error of the module, but the return to the

normal state occurs automatically after the cause of

the fault is corrected.

Flashing green/red

Equipment performing self-diagnosis

It occurs during initialization.

The NS LED indicates the conditions of the EtherNet/IP network.

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Table 2.12: Status of the EtherNet/IP network

LED Status Description Comments

Off Without power supply or IP address

The software IPconfig must be used to configure the
communication module address.

Green

Online

, connected

Master has allocated a set of I/O type connection

with t

he slave. In this stage data exchange by means

of I/O type connections does effectively occur.

Flashing green

Online

, not connected

In this stage, there is not a set of I/O type
connections established.

Red Major fault or duplicated IP address

Equipment must be reinitialized to exit the fault state.
Check the IP addresses in the network.

Flashing red

One or more I/O type connections
have expired

The I/O data exchange has been interrupted.

Flashing green/red

Equipment performing self-diagnosis

It occurs during initialization.

The LINK LED indicates the state of the physical connection of the network, as well as the activity in the bus.

Table 2.13: Status of the connection

LED Status Description Comments

Off Without link Without connection, without activity

Green Link Ethernet link established but without data exchange.

Flashing green Activity in the bus

It effectively indicates that there is exchange of
telegrams with the network.

2.3.2 Installation of the Ethernet network

For the connection of the frequency inverter using the Ethernet interface, the following points must be observed:

Communication Rate
The Ethernet interfaces of the Anybus-CC communication cards can communicate using the 10 or 100 Mbps

rates in

half

or

full

duplex mode. As default, the modules are configured with automatic detection of the

communication rate.

MAC Address
Each Anybus-CC module has a unique MAC address, which is indicated on a label in its lower part. This MAC

address may be useful during the stage of configuration of the interface, when it may be necessary to make a
differentiation in case several modules are simultaneously configured, and it must be written down before its
installation.

Address in the Ethernet network
Every device in an Ethernet network needs an IP address and subnet mask.

The IP addressing is unique in the network, and each device must have a different IP. The subnet mask is used
to define which IP address range is valid in the network.

These attributes can be automatically configured by means of a DHCP server present in the network, as long as
this option is enabled in the Anybus-CC module.

Cables
To perform the installation, it is recommended the use of shielded Ethernet cables specific for use in industrial

environment.

Installation recommendations

 Each cable segment must have at most 90 m.
 It must be used a direct cable to connect the module to a concentrating element (

switch

), or a

cross-over

cable for direct connection between the module and the PC/CLP.

 As for topology, there are two models of Anybus-CC card: with one or two Ethernet ports.

 For the models with one port, the most usual topology is star, exactly as it is done with computer

networks. In this case all the equipment must be connected to a concentrating element (switch).

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Figure 2.4: Star topology.

 The models with two ports have an integrated switch. Thus, besides the connection of the equipment in

star for a concentrating element, it is also possible to make the connection in

daisy chain

, allowing a

topology equivalent to a bus.

Figure 2.5: D

aisy chain topology.

2.3.3 Configuration of the Ethernet Interface

In order to configure the Ethernet interface of the communication modules, it is necessary to connect the
module to a PC to use the following software:

HMS Anybus IPconfig
This software is used to program the IP address of the module. When you execute this software, it will

automatically scan the network in order to find out which modules are connected. The modules found will be
listed, showing the information of IP address, subnet, gateway, etc. If more than a module is found, it is
necessary to make the differentiation through the MAC address indicated in the lower part of the Anybus-CC
module.

Figure 2.6: HMS Anybus IPconfig.

To edit this information, you just click twice on the desired module to open new window, where you can modify
these fields.

PC

(192.168.0.2)

CLP

EtherNet/IP module

(192.168.0.1)

Switch

HMI

(192.168.0.5)

Remote I/O

(192.168.0.4)

Drive

(192.168.0.3)

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Figure 2.7: IPconfig software information editing.

Web Browser
In case the IP address is known, it is possible to use a web browser to access the data configuration of the

Anybus-CC module. Typing the IP address in the address bar of the browser, you will see a webpage with links
for the configurations of the interface or for the data of the equipment.

In the interface configurations, you will find several fields to program IP address, subnet, DHCP, among others.

Figure 2.8: Webpage of interface configuration

The data mapped in the input/output (I/O) areas can also be accessed by means of the web browser through
the link “Parameter Data”. Through this page, it is possible to read the monitoring data, as well as to modify the
equipment control data.

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Figure 2.9: Web page with input/output data

NOTE!

If there is cyclic communication between the module and the master of the network, the control data
sent by the master will overwrite the data sent through this page. Thus, the commands sent by this
page will only be executed in case the module is in the offline state.

2.3.4 Configuration of the Communication

In order to configure and use the EtherNet/IP module, follow the steps below:

 With the module installed, during the recognition stage, a warning message will be displayed on the product

HMI, and the MS and NS LEDs test routine performed. After this stage, the MS LED must turn on in green.

 Observe the content of parameter P0723. Check if the module was recognized. The detection is done

automatically and does not require the user’s intervention.

 Set the parameters as desired for the application:

 Configurations of IP address and communication rate are explained in item 2.3.3.
 I/O configuration: program in P0727 the number of words to be exchanged with the network master.

This same value must be set in the EtherNet/IP scanner. For this adjustment being complete, it is
necessary to program a value different from 0 (zero) in parameters P0728 to P0739 (see item 3).

 Once the parameters are set, if any of the parameters described in the previous item are changed, it is

necessary to restart the equipment.

Once the equipment is set, it is necessary to configure the communication in the master of the network:

 EDS file: register the EDS file in the network configuration file. The EDS configuration file is supplied in a CD

together with the product.

 For the configuration of the master, besides the IP address used by the EtherNet/IP module, it is necessary

to indicate a number of the instances of I/O and the quantity of data exchanged with the master in each
instance. For the EtherNet/IP communication module, the following values must be programmed:

 Input instance (input): 100
 Output instance (output): 150

 The EtherNet/IP module is described in the network as “Generic Ethernet Module”. Using these

configurations it is possible to program the master of the network to communicate with the equipment.

If everything is correctly configured, the NS LED of the module will be on in green. It is in this condition that
cyclic data exchange effectively occurs between the slave and the master of the network.

2.3.5 Access to Parameters – Acyclic messages

Besides the cyclic data communication, the EtherNet/IP protocol also defines a kind of acyclic telegram, used
especially in asynchronous tasks, such as parameter setting and configuration of the equipment. The table 2.6
brings the class, instance and attribute for the access of the parameters of the equipment.

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2.4 MODBUS TCP

2.4.1 MODBUSTCP-05 Accessory

 WEG part number: 11550476.
 Composed by the Anybus ABCC-EIT communication module,

mounting instructions and a “torx” screw driver for fixing the

module.

 Standard RJ45 connector.

Connector
The Modbus TCP communication module has a standard female RJ45 connector (T-568A or T-568B).

Indications
Modbus TCP defines two LEDs for status indication: one for the communication module (MS) and another for

the network (NS).

The M

S LED indicates the conditions of the module itself. That is, whether it is able to work or not. Table 2.14

shows the possible states:

Table 2.14: Status of the Modbus TCP module

LED Status Description Comments

Off Without power supply -

Green Normal operation -

Red Serious fault.

Internal error of the module. Equipment must be
reinitialized.

Flashing red

Recoverable fault or c

onflict of IP

address

Internal error of the module, but the return to the

normal state occurs automatically after the cause of
the fault is corrected.
Check the IP addresses in the network.

Flashing green/red

Equipment performing self-diagnosis

It occurs during initialization.

The N

S LED indicates the conditions of the Modbus TCP network.

Table 2.15: Status of the Modbus TCP network

LED Status Description Comments

Off Without power supply or IP address

The software IPconfig must be used to configure the
communication module address.

Green Module is in Process Active or Idle state -

Flashing green Waiting for connections -

Red Major fault or conflict of IP address

Equipment must be reinitialized to exit the fault state.
Check the IP addresses in the network.

Flashing red

Timeout

The data exchange has been interrupted.

Flashing green/red

Equipment performing self-diagnosis

It occurs during initialization.

The

LINK LED indicates the state of the physical connection of the network, as well as the activity in the bus.

Table 2.16: Status of the connection

LED Status Description Comments

Off Without link Without connection, without activity

Green Link

Ethernet link established but without data exchange
between master and slave.

Flashing green Activity in the bus

It effectively indicates that there is data exchange
between the master and the slave.

2.4.2 Installation of the Ethernet Network

For the connection of the frequency inverter using the Ethernet interface, refer to item 2.3.2.

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2.4.3 Configuration of the Ethernet Interface

To configure the Ethernet interface of the communication module, refer to item 2.3.3.

2.4.4 Configuration of the Communication

In order to configure and use the Modbus TCP, follow the steps below:

 With the module installed, during the recognition stage, a warning message will be displayed on the product

HMI, and the MS and NS LEDs test routine performed. After this stage, the MS LED must turn on in green.

 Observe the content of parameter P0723. Check if the module was recognized. The detection is done

automatically and does not require the user’s intervention.

 Set the parameters as desired for the application:

 Configurations of IP address and communication rate are explained in item 2.3.3.
 I/O configuration: program in P0727 the number of words to be exchanged with the network master.

For this adjustment being complete, it is necessary to program a value different from 0 (zero) in
parameters P0728 to P0739 (see item 3).

 Once the parameters are set, if any of the parameters described in the previous item are changed, it is

necessary to restart the equipment.

Once the equipment is set, it is necessary to configure the communication in the master of the network:

 Configure the master to access the Anybus I/O words as per the memory map presented in item 2.4.5.
 To configure the timeout of the communication and order of the bytes, use the web browser according to

the figure 2.10.

Figure 2.10: Webpage with configuration of the timeout and order of the bytes

 The field “Comm tmo” is used to configure the timeout of the TCP connection and the field Process tmo

allows to program the time for the detection of communication error.

 The field “Word order” configures the order of the

bytes

of each word in

little endian

(byte 1 most significant)

or

big endian

(byte 0 least significant).

 Connect the network cable to the module.
 If everything is correctly configured, the NS LED of the module will be on in green and the LINK LED will

start to flash indicating normal activity in the network.

NOTE!

For further information on the parameters mentioned above, refer to item 3.

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2.4.5 Addressing of the data

Modbus TCP does not define a channel of cyclic data dedicated like in other networks. However, in the Anybus­CompactCom module, the I/O words can be accessed by the network by means of dedicated registers.

The I

/O words can be accessed as bits (Coils and Discrete Inputs) or as registers of 16 bits (Holding Registers

and Input Registers).

The p

arameters of the drive can be accessed only as holding registers.

The M

odbus mapping is presented in the table below:

Table 2.17: Addressing for Holding Registers

Address range Description

0000h ... 00FFh Anybus Writing Words

0100h ... 01FFh Anybus Reading Words

0210h ... FFFFh

Parameters of the drive

To find the address of the register corresponding to
the parameter:
ADDR = 210h + (Parameter Number – 1)

Examp

le:

P0003 = 210h + (3h – 1h) = 212h

P0100 = 210h + (64h – 1h) = 273h

Table 2.18: Addressing for Input Registers

Address range Description

0000h ... 00FFh Anybus Reading Words

Table 2.19: Addressing for Coils

Address range Description

0000h ... 0FFFh Anybus Writing Words

Table 2.20: Addressing for Discrete Inputs

Bit address range Description

0000h ... 0FFFh Reading Words Anybus

NOTE!

Writings in reading words will have no effect, and the reading of not used registers will return to value
zero.

2.5 PROFINET

2.5.1 PROFINETIO-05 Accessory

 WEG part number: 11550548.
 Composed by the Anybus ABCC-EIT communication module,

mounting instructions and a “torx” screw driver for fixing the

module.

 Two Standard RJ45 connectors.

Connector
The PROFINET IO communication module has two standard female RJ45 connectors (T-568A or T-568B). It

features integrated switch, enabling the connection in

daisy chain

.

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Indications
PROFINET IO defines two LEDs for status indication: one for the communication module (MS) and another for

the network (NS). Figure 2.11 describes the indication LEDs.

Figure 2.11: Description of the indication LEDs of the PROFINET module

The MS LED (2) indicates the conditions of the module itself. Table 2.21 shows the possible states:

Table 2.21: Status of the operating mode

Status Description COMMENTS

Off Without power supply -

Green Normal operation -

Flashing green - flashes
once

Present diagnosis No used.

Flashing green - flashes
twice

acknowledgement

Signaling used by an engineering tool to recognize
the equipment in the network.

Red Major fault

Internal error in the communication between the

Anybus-CC module

and drive (Exception).

Equipment must be reinitialized.

Flashing red - flashes once Configuration error

It indicated that the quantity of I/O words (or the

order of these words) was not correctly configured in

the master of the network.

Flashing red - flashes once IP address not configured

The software IPconfig must be used to configure the
communication module address or use the
PROFINET master to choose the automatic
configuration of the IP address.

Flashing red - flashes three
times

Station name not configured

The equipment must be configured in a PROFINET

network so that the station name is attributed by the

master of the network.

Flashing red - flashes three
times

Internal error Equipment must be reinitialized.

Flashing green/red

Equipment performing self-diagnosis

It occurs during initialization.

The NS LED (1) indicates the conditions of the PROFINET network.

Table 2.22: Status of the PROFINET network

LED Status Description Comments

Off Offline

Module without power supply
Without connection with the master of the network.

Green Online (RUN)

Connection with the master of the network

established.

Master of the network in RUN.

Flashing green Online (STOP)

Connection with the master of the network

established.

Master of the network in STOP.

The LINK LEDs (5 and 6) indicates the state of the physical connection of the network, as well as the activity in
the bus.

Table 2.23: Status of the connection

LED Status Description Comments

Off Without link Without connection, without activity.

Green Link

Ethernet link established but without data exchange
between master and slave.

Flashing green Activity in the bus

It indicates that there is data exchange between the
master and the slave.

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2.5.2 Installation of the Ethernet Network

For the connection of the frequency inverter using the Ethernet interface, refer to item 2.3.2.

2.5.3 Configuration of the Ethernet Interface

To configure the Ethernet interface of the communication module, refer to item 2.3.3.

2.5.4 Configuration of the Communication

In order to configure and use the PROFINET IO module, follow the steps below:

 With the module installed, during the recognition stage, a warning message will be displayed on the product

HMI, and the MS and NS LEDs test routine performed. After this stage, the MS LED must turn on in green.

 Observe the content of parameter P0723. Check if the module was recognized. The detection is done

automatically and does not require the user’s intervention.

 Set the parameters as desired for the application:

 Configurations of IP address and communication rate are explained in item 2.3.3.
 I/O configuration: program in P0727 the number of words to be exchanged with the network master.

This same value must be set in the PROFINET master. For this adjustment being complete, it is
necessary to program a value different from 0 (zero) in parameters P0728 to P0739 (see item 3).

 Once the parameters are set, if any of the parameters described in the previous item are changed, it is

necessary to restart the equipment.

Once the equipment is set, it is necessary to configure the communication in the master of the network:

 GSD file: register the GSD file for PROFINET (GSDML) in the configuration software of the network. The

GSD configuration file is supplied in a CD together with the product. The module will be recognized as
“

Anybus CompactCom PRT 2-Port

” in the category “

General

”.

 For the configuration of the master, the following points must be observed:

 The same quantity of data set in the slave must be set in the master. These data must be programmed

observing the following order: first all input words and then all output words

;

 The IP address of the slave can be configured manually (via IPconfig) or attributed automatically by the

PROFINET master (in case it has this function);

 The network topology must be informed, indicating precisely the connections between the PROFINET

equipment.

NOTE!

For further information on the parameters mentioned above, refer to item 3.

2.5.5 Access to Parameters – Acyclic messages

Besides the cyclic communication, the PROFINET protocol also allows to perform acyclic requests used
especially to transmit diagnosis data, parameter setting and configuration of the equipment. For the drive which
uses the Anybus module, practically all the parameters can be accessed by means of this way of
communication.

The PROFINET protocol defines the following structures for the addressing of the components used in the
configuration of the network:

 AR (Application Relation);
 API (Application Process Identifier);
 Slot;
 Subslot.

AR and API are used to identify the Anybus module during the stage of configuration of the network.
Slot/Subslot are not relevant for acyclic access of the data for the drive. Once the module is identified, the
parameters are accessed indicating the Index and the size of the data (Length) accessed:

 Index: it represents the number of the parameter;
 Length: the size of the data accessed. All the parameters of the drive are accessed as Word (2 bytes).

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2.6 RS232

2.6.1 RS232-05 Accessory

 WEG part number: 11008160.
 Composed by the Anybus ABCC-

RS232 communication

module, mounting instructions and a “torx” screw driver for

fixing the module.

 It allows transmission rates up to 57.6 kbps.

Connector Pin Function
The RS232 communication module presents a male DB9 connector with the following pin assignment:

Table 2.24: RS232 DB9 male connector pin assignment

Pin Name Function

1

-

-

2

RxD

RS232 data reception

3

TxD

RS232 data transmission

4

- - 5

GND

Reference (0 V) of the interface

6

-

-

7

RTS

Request To Send

8

-

-

9

-

-

Indications
PWR LED: Green LED. When on, it indicates that the module is powered.

Connection with the Network
For the connection of the device using the passive RS232 interface, the following points must be observed:

 Use good quality cables, preferably shielded.
 Keep the cable length within the limits stipulated by the standard, normally about 10m.
 Avoid passing the cables close to power cables.

2.7 RS485

2.7.1 RS485-05 Accessory

 WEG part number: 11008161.
 Composed by the Anybus ABCC-RS485, mounting instructions

and a “torx” screw driver for fixing the module.

 It allows transmission rates up to 57.6 kbps.

Connector Pin Function
The RS485/422 interface module presents a female DB9 connector with the following pin assignment:

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Table 2.25: RS485/422 female DB9 connector

Pin

RS422 Mode

RS485 Mode

Function

1

Term Pwr

Term Pwr

+5 V for active termination (isolated)

2

-

-

-

3

-

-

-

4

Mode Select

Mode Select

Not connected: RS485 mode
Connected to GND: RS422 mode

5

GND

GND

Reference (0 V) for the interface circuit (isolated)

6

RxD

-

Data reception line in RS422 mode

Not connected in RS485 mode

7

RxD (inverted)

-

8

TxD

RxD/TxD

Data transmission line in RS422 mode

Bidirectional data line in RS485 mode.

9

TxD (inverted)

RxD/TxD (inverted)

Indications
PWR LED: Green LED. When on, it indicates that the module is powered.

Connection with the Network
For the connection of the device using the passive RS485 interface, the following points must be observed:

 Use

good quality shielded cables.

 Keep the cable length within the limits stipulated by the standard, normally about 1000 meters.
 Avoid passing the communication cables close to power cables.
 Put termination resistors between the data signal wires (RxD/TxD and TxD/RxD) at the network extreme

nodes. This will avoid reflections in the line.

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3 PROGRAMMING

Next, only the CFW-11 frequency inverter parameters related to the Anybus-CC communication will be
presented.

3.1 SYMBOLS FOR THE PROPERTIES DESCRIPTION

RO

Read-only parameter

CFG

Parameter that can be changed only with a stopped motor

NET

Parameter visible on the HMI if the device has the network interface installed – RS232, RS485, CAN,
Anybus-CC, Profibus – or if the USB interface is connected

P0105 – 1ST/2ND RAMP SELECTION

P0220 – LOCAL/REMOTE SELECTION SOURCE

P0221 – SPEED REFERENCE SELECTION – LOCAL SITUATION

P0222 – SPEED REFERENCE SELECTION – REMOTE SITUATION

P0223 – FORWARD/REVERSE SELECTION – LOCAL SITUATION

P0224 – RUN/STOP SELECTION – LOCAL SITUATION

P0225 – JOG SELECTION – LOCAL SITUATION

P0226 – FORWARD/REVERSE SELECTION – REMOTE SITUATION

P0227 – RUN/STOP SELECTION – REMOTE SITUATION

P0228 – JOG SELECTION – REMOTE SITUATION

These parameters are used in the configuration of the command source for the CFW-11 frequency inverter local
and remote situations. In order that the device be controlled through the Anybus-CC interface, the options
‘Anybus-CC’ available in these parameters, must be selected.

The detailed description of these parameters is found in the CFW-11 programming manual.

P0313 – COMMUNICATION ERROR ACTION

Range: 0 = Inactive Default: 1

1 = Disable via Run/Stop
2 = Disable via General Enable
3 = Change to Local
4 = Change to Local keeping commands and reference
5 = Causes a Fault

Properties: CFG
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟111 Status and commands

Description:
It allows the selection of the action to be executed by the device, if it is controlled via network and a
communication error is detected.

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Table 3.1: P0313 options

Options

Description

0 = Inactive

No action is taken and the drive remains in the existing status.

1 = Disable via Run/Stop

A stop command with deceleration ramp is executed and the
motor stops according to the programmed deceleration ramp.

2 = Disable via General Enable

The drive is disabled by removing the General Enabling and the
motor coasts to stop.

3 = Change to Local

The drive commands change to Local.

4 = Change to Local keeping
commands and reference

The drive commands change to Local, but the status of the
enabling and speed reference commands received via network

are kept, providing that the drive has been programmed to use in
Local mode the commands via HMI, or 3-

wire start/stop and

speed reference via either HMI or electronic potentiometer.

5 = Causes a Fault

Instead of an alarm, the communication error causes an drive

fault, so that a drive fault reset

becomes necessary in order to

restore normal operation.

The following events are considered communication errors:

Anybus-CC communication:

 A129 alarm/F229 fault: Anybus is offline
 A130 alarm/F230 fault: Anybus access error

The actions described in this parameter are executed by means of the automatic writing of the selected actions
in the respective bits of the interface control words. Therefore, in order that the commands written in this
parameter be effective, it is necessary that the device be programmed to be controlled via the used network
interface (with exception of option “Causes a Fault”, which blocks the equipment even if it is not controlled by
network). This programming is achieved by means of parameters P0220 to P0228.

P0680 – STATUS WORD

Range: 0000h to FFFFh Default: ­Properties: RO
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟111 Status and commands

Description:
It allows the device status monitoring. Each bit represents a specific status:

Bits

15

14

13

12

11

10 9 8 7 6 5 4

3 to 0

Function

Fault condition

(PID) Automatic

Undervoltage

LOC/REM

JOG

Speed direction

Active General

Enable

Motor Running

Alarm condition

In configuration

mode

Second ramp

Active fast stop

Reserved

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Table 3.2: P0680 parameter bit functions

Bits

Values

Bits 0 to 3

Reserved.

Bit 4

Active quick stop

0: The fast stop command is not active.

1: The drive is executing the fast stop command.

Bit 5

Second ramp

0: The drive is configured to use the first ramp values, programmed in P0100 and P0101, as the motor

acceleration and deceleration ramp times.

1: The drive is configured to use the second ramp values, programmed in P0102 and P0103, as the motor

acceleration and deceleration ramp times.

Bit 6

In configuration mode

0: The drive is operating normally.

1: The drive is in the configuration mode. It indicates a special condition during which the drive cannot be

enabled:

Executing the self-tuning routine

Executing the oriented start-up routine

Executing the HMI copy function

Executing the flash memory card self-guided routine

There is a parameter setting incompatibility

There is no power at the drive power section

Bit 7

Alarm condition

0: The drive is not in alarm condition.

1: The drive is in alarm condition.

Note: The alarm number can be read by means of the parameter P0048 – Present Alarm.

Bit 8

Motor Running

0: The motor is stopped.

1: The drive is running the motor at the set point speed, or executing either the acceleration or the

deceleration ramp.

Bit 9

Active General Enable

0: General Enable is not active.

1: General Enable is active and the drive is ready to run the motor.

Bit 10

Speed direction

0: The motor is running in the reverse direction.

1: The motor is running in the forward direction.

Bit 11

JOG

0: Inactive JOG function.

1: Active JOG function.

Bit 12

LOC/REM

0: Drive in Local mode.

1: Drive in Remote mode.

Bit 13

Undervoltage

0: No Undervoltage.

1: With Undervoltage.

Bit 14

Manual/ Automatic

0: PID in manual mode.

1: PID in Automatic mode.

Bit 15

Fault condition

0: The drive is not in a fault condition.

1: The drive has detected a fault.

Note: The fault number can be read by means of the parameter P0049 – Present Fault.

P0681 – MOTOR SPEED IN 13 BITS

Range: - 32768 to 32767 Default: ­Properties: RO
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟111 Status / Commands

Description:
It allows monitoring the motor speed. This word uses 13-bit resolution with signal to represent the motor
synchronous speed:

 P0681 = 0000h (0 decimal) → motor speed = 0
 P0681 = 2000h (8192 decimal) → motor speed = synchronous speed

Int

ermediate or higher speed values in rpm can be obtained by using this scale. E.g. for a 4 pole motor and
1800 rpm of synchronous speed if the value read is 2048 (0800h), then, to obtain the speed in rpm one must
calculate:

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8192 => 1800 rpm
2048 => Speed in rpm

Speed in rpm = 1800 × 2048
8192

Speed in rpm = 450 rpm

Negative values in this parameter indicate that the motor is running in the reverse direction.

P0686 – ANYBUS-CC CONTROL WORD

Range: 0000h to FFFFh Default: 0000h
Properties: ­Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟111 Status and commands

Description:
It is the device Anybus-CC interface control word. This parameter can only be changed via Anybus-CC
interface. For the other sources (HMI, etc.) it behaves like a read-only parameter.

In order to have those commands executed, it is necessary to program the equipment to be controlled via
Anybus-CC. This programming is achieved by means of parameters P0105 and P0220 to P0228.

Each bit of this word represents a command that can be executed.

Bits

15 to 8

7 6 5 4 3 2 1

0

Function

Reserved

Fault reset

Quick stop

Second ramp

LOC/REM

JOG

Speed direction

General enable

Run/Stop

Table 3.3: P0686 parameter bit functions

Bits

Values

Bit 0

Run/Stop

0: It stops the motor with deceleration ramp.

1: The motor runs according to the acceleration ramp until reaching the speed reference value.

Bit 1

General enable

0: It disables the drive, interrupting the supply for the motor.

1: It enables the drive allowing the motor operation.

Bit 2

Speed direction

0: To run the motor in a direction opposed to the speed reference.

1: To run the motor in the direction indicated by the speed reference.

Bit 3
JOG

0: It disables the JOG function.
1: It enables the JOG function.

Bit 4

LOC/REM

0: The drive goes to the Local mode.

1: The drive goes to the Remote mode.

Bit 5

Second ramp

0: The drive uses the first ramp values, programmed in P0100 and P0101, as the motor acceleration

and deceleration ramp times.

1: The drive is configured to use the second ramp values, programmed in P0102 and P0103, as the

motor acceleration and deceleration ramp times.

Bit 6

Quick stop

0: It does not execute the quick stop command.

1: It executes the quick stop command.

Note: This function is not allowed with control types (P0202) V/f or VVW.

Bit 7

Fault reset

0: No function.

1: If in a fault condition, then it executes the reset.

Bits 8 to 15

Reserved.

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P0687 – ANYBUS-CC SPEED REFERENCE

Range: -32768 to 32767 Default: 0
Properties: ­Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟111 Status and commands

Description:
It allows programming the motor speed reference via the Anybus-CC interface. This parameter can only be
changed via Anybus-CC interface. For the other sources (HMI, etc.) it behaves like a read-only parameter.

In order that the reference written in this parameter be used, it is necessary that the drive be programmed to
use the speed reference via Anybus-CC. This programming is achieved by means of parameters P0221 and
P0222.

This word uses a 13-bit resolution with signal to represent the motor synchronous speed.

 P0687 = 0000h (0 decimal) → speed reference = 0
 P0687 = 2000h (8192 decimal) → speed reference = synchronous speed

Intermediate or higher reference values can be programmed by using this scale. E.g. for a 4 pole motor and
1800 rpm of synchronous speed, to obtain a speed reference of 900 rpm one must calculate:

1800 rpm => 8192
900 rpm => 13 bit reference

13 bit reference = 900 × 8192
1800

13 bit reference = 4096

This parameter also accepts negative values to revert the motor speed direction. The reference speed direction,
however, depends also on the control word - P0686 - bit 2 setting:

 Bit 2 = 1 and P0686 > 0: reference for forward direction
 Bit 2 = 1 and P0686 < 0: reference for reverse direction
 Bit 2 = 0 and P0686 > 0: reference for reverse direction
 Bit 2 = 0 and P0686 < 0: reference for forward direction

P0695 – DIGITAL OUTPUT SETTING

Range 00000b to 11111b Default: 00000b
Properties: ­Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟111 Status and commands

Description:
It allows the control of the digital outputs by means of the network interfaces (Serial, CAN, etc.). This parameter
cannot be changed via HMI.

Each bit of this parameter corresponds to the desired value for one digital output. In order to have the
correspondent digital output controlled according to this content, it is necessary that its function be
programmed for “P0695 Content” at parameters P0275 to P0279.

=> Value corresponding to 900 rpm in a 13 bit scale

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Bits

15 to 5

4 3 2 1 0

Function

Reserved

DO5 setting

DO4 setting

DO3 setting

DO2 setting

DO1 setting

Table 3.4: P0695 parameter bit functions

Bits

Values

Bit 0
DO1 setting

0: DO1 output open.
1: DO1 output closed.

Bit 1
DO2 setting

0: DO2 output open.
1: DO2 output closed.

Bit 2
DO3 setting

0: DO3 output open.
1: DO3 output closed.

Bit 3
DO4 setting

0: DO4 output open.
1: DO4 output closed.

Bit 4
DO5 setting

0: DO5 output open.
1: DO5 output closed.

Bits 5 to 15

Reserved

P0696 – VALUE 1 FOR ANALOG OUTPUTS

P0697 – VALUE 2 FOR ANALOG OUTPUTS

P0698 – VALUE 3 FOR ANALOG OUTPUTS

P0699 – VALUE 4 FOR ANALOG OUTPUTS

Range: -32768 to 32767 Default: 0
Properties: ­Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟111 Status and commands

Description:
They allow the control of the analog outputs by means of network interfaces (Serial, CAN, etc.). These
parameters cannot be changed via HMI.

The v

alue written in these parameters is used as the analog output value, providing that the function for the
desired analog output be programmed for “P0696 / P0697 / P0698 / P0699 value”, at the parameters P0251,
P0254, P0257 or P0260.

The v

alue must be written in a 15-bit scale (7FFFh = 32767)

1

to represent 100 % of the output desired

value, i.e.:

 P0696 = 0000h (0 decimal) → analog output value = 0 %
 P0696 = 7FFFh (32767 decimal) → analog output value = 100 %

The s

howed example was for P0696, but the same scale is also used for the parameters P0697 / P0698 /
P0699. For instance, to control the analog output 1 via serial, the following programming must be done:

 Choos

e a parameter from P0696, P0697, P0698 or P0699 to be the value used by the analog output 1. For

this example, we are going to select P0696.

 Program the option “P0696 value” as the function for the analog output 1 in P0254.
 Using the network interface, write in P0696 the desired value for the analog output 1, between 0 and 100

%, according to the parameter scale.

1

For the actual output resolution, refer to the product manual.

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NOTE!

If the analog output is programmed for working from -10 V to 10 V, negative values for this parameter
must be used to command the output with negative voltage values, i.e., -32768 to 32767 represent a

variation from -10 V to 10 V at the analog output.

P0723 – ANYBUS IDENTIFICATION

Range: 0 to 25 Default: ­Properties: RO
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟114 Anybus

Description:
It allows identifying the Anybus-CC module connected to the CFW-11.

Table 3.5: P0723 Values

Options

Model

0 = Inactive

No communication module is installed

1 = RS232

RS232 passive module

2 = RS422

RS485/422 passive module installed and configured for RS422

3 = USB

USB passive module

4 = Serial Server

Serial Server (Ethernet) passive module

5 = Bluetooth

Bluetooth passive module

6 = Zigbee

Zigbee passive module

7 = WLAN

WLAN passive module

8...9 = Reserved

Reserved for future use

10 = RS485

Passive module RS485/422 installed and configured for RS485

11...15 = Reserved

Reserved for future use

16 = Profibus DP

Profibus DP active module

17 = DeviceNet

DeviceNet active module

18 = CANopen

CANopen active module

19 = EtherNet/IP

EtherNet/IP active module

20 = CC-Link

CC-Link active module

21 = Modbus TCP

Modbus TCP active module

22 = Modbus RTU

Modbus RTU active module

23 = PROFINET IO

PROFINET IO active module

24 = Reserved

Reserved for future use

25 = Reserved

Reserved for future use

P0724 – ANYBUS COMMUNICATION STATUS

Range: 0 = Disable Default: -

1 = Not Supported
2 = Access Error
3 = Offline
4 = Online

Properties: NET
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟114 Anybus

Description:
It informs the communication module status.

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Table 3.6: P0724 options

Status

Description

0 = Inactive

Anybus-CC communication module was not detected.

1 = Not Supported

The detected Anybus-CC module is not supported by the CFW-11.

2 = Access Error

Data access problem between drive and Anybus-CC communication module has been detected.

3 =

Offline

Communication problems. There is no cyclic data exchange with the master.

4 =

Online

Normal communication. Cyclic and acyclic data exchange between the CFW-11 and the network
master is effective.

P0725 – ANYBUS ADDRESS

Range: 0 to 255 Default: 0
Properties: CFG
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟114 Anybus

Description:
It allows configuring the CFW-11 address in the network. The address range varies according to the used
protocol. For DeviceNet the higher limit is 63 (0 to 63) and for Profibus it is 126 (1 to 126). For EtherNet/IP,
Modbus TCP and Profinet IO the node address is defined by the HMS Anybus IPconfig, and follows the Internet
Protocol (IP) rules.

Ref

er to the section 2.3.3 for details on the EtherNet/IP, Modbus TCP and Profinet IO module configuration.

P0726 – ANYBUS COMMUNICATION RATE

Range 0 to 3 Default: 0
Properties: CFG
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟114 Anybus

Description:
It allows programming the desired value for the Anybus-CC communication rate, in bits per second. This rate
must be the same for all the devices connected to the network and varies according to the used protocol.

 DeviceNet: 0 = 125 kbps, 1 = 250 kbps, 2 = 500 kbps and 3 = autobaud.
 Profibus

2

: Auto-baud (communication rate defined by the master).

 EtherNet/IP, Modbus TCP and Profinet IO

2

: 10/100Mbps half- or full-duplex (configured by the module own

WEB server).

2

Parameter not visible in the HMI.

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P0727 – ANYBUS I/O WORDS

Range: 1 = Flexible Configuration Default: 2

2 = 2 words
3 = 3 words
4 = 4 words
5 = 5 words
6 = 6 words
7 = 7 words
8 = 8 words
9 = PLC11 Board

Properties: CFG
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟114 Anybus

Description:
Option 1 – Flexible Configuration:

It allows the user to program the number of I/O words, making it possible that the size of the reading (input) and
the writing (output) areas be different. By using this option, two reading and two writing words are already
predefined, and they are:

Anybus Reading #1 = P0680 (Logical Status)
Anybus Reading #2 = P0681 (Speed in 13 bits)

Anybus Writing #1 = P0686 (Anybus-CC Control)
Anybus Writing #2 = P0687 (Anybus-CC Speed Reference)

The total size of the input and output areas, which perform the communication with the network master, will also
depend on the programming of parameters P0728 to P0739:

 P0728 … P0733: Besides the two predefined reading words, the words programmed in these parameters

will also be added to the reading area, provided that their contents are different from zero. The first
parameter programmed with zero disables the other ones in the sequence.

 P0734 ... P0739: Besides the two predefined writing words, the words programmed in these parameters

will also be added to the writing area, provided that their contents are different from zero. The first
parameter programmed with zero disables the other ones in the sequence.

Options from 2 to 8 words:

It allows programming number of I/O words that will be exchanged with the network master. Two reading and
two writing words are already predefined. They are:

Anybus Reading #1 = P0680 (Logical Status)
Anybus Reading #2 = P0681 (Speed in 13 bits)

Anybus Writing #1 = P0686 (Anybus-CC Control)
Anybus Writing #2 = P0687 (Anybus-CC Speed Reference)

The other reading and writing words are defined by the parameters P728 to P739. For these options, the
number of input words is always equal to the number of output words, regardless of the parameters P0728 to
P0739 programming.

Option 9 – PLC11 board:

If this option is selected, the amount of I/O words exchanged with the master, as well as the contents of each
word, have to be configured using the PLC-11 board programming software - WLP. In this case there will be no
predefined words, and the parameters P0728 to P0739 will have no function.

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Figure 3.1: Example of I/O data programming using the WLP software

In order to get more information on this function, refer to the documentation of the WLP software.

NOTE!

After downloading the I/O words configuration through the WLP, the power of the device

must be

cycled.

P0728 – ANYBUS READING #3

P0729 – ANYBUS READING #4

P0730 – ANYBUS READING #5

P0731 – ANYBUS READING #6

P0732 – ANYBUS READING #7

P0733 – ANYBUS READING #8

Range: 0 to 1499 Default: 0 (disabled)
Properties: CFG
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟114 Anybus

Description:
These parameters allow the user to program the reading via network of any other parameter of the equipment3.
That is, they contain the number of another parameter.

For example, P0728 = 5. In this case, it will be sent via network the content of P0005 (frequency of the motor).

NOTE!

If the PLC11 board is used, it is also possible to program the PLC11 board parameters to be
transmitted via Anybus-CC.
These parameters are not used if P0727 = 9 (PLC11 board). In this case, the programming of data

transmitted and received via network is done through the WLP software.

3

Except parameter P0000, which is considered invalid.

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P0734 – ANYBUS WRITING #3

P0735 – ANYBUS WRITING #4

P0736 – ANYBUS WRITING #5

P0737 – ANYBUS WRITING #6

P0738 – ANYBUS WRITING #7

P0739 – ANYBUS WRITING #8

Range: 0 to 1499 Default: 0 (disabled)
Properties: CFG
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟114 Anybus

Description:
These parameters allow the user to program the writing via network of any other parameter of the equipment4.
That is, they contain the number of another parameter.

For example, P0734 = 100. In this case, it will be sent via network the content to be written in the P0100. This
way the PLC memory position corresponding to the third writing word must contain the value for P0100.

NOTE!

If the PLC11 board is used, it is also possible to program the PLC11 board parameters to be
transmitted via Anybus-CC.
These parameters are not used if P0727 = 9 (PLC11 board). In this case, the programming of data

transmitted and received via network is done through the WLP software.

P0799 – I/O UPDATE DELAY

Range: 0.0 to 999.0 Default: 0.0
Properties: CFG
Access groups 01 PARAMETER GROUPS

via HMI: ∟49 Communication

∟111 Status and commands

Description:
It allows setting the delay time for the update of the data mapped in the writing words (data received by the
equipment) via Profibus DP, Devicenet, CANopen communication networks and Anybus interface. The delay
time is activated in the transition of the equipment status in the network from offline to online

5

, as in figure 3.1.

4

Except parameter P0000, which is considered invalid.

5

For this function, online represents the state where the exchange of cyclic I/O data occurs.

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Figure 3.1: Delay in the update of I/O words

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4 FAULTS AND ALARMS RELATED TO THE ANYBUS-CC

COMMUNICATION

A129/F229 – ANYBUS-CC MODULE OFFLINE

Description:
It indicates interruption in the Anybus-CC communication. The communication module went to the Offline state.

Actuation:
It occurs when for any reason there is an interruption in the communication between the CFW-11 and the
network master.

In this case the alarm A129 or the fault F229, depending on the P0313 programming, will be signalized through
the HMI. In case of alarms, the alarm indication will automatically disappear at the moment the condition that
caused the error no longer exists.

It oc

curs only when the device is

online.

Corrections:

 Verify whether the network master is configured correctly and operating normally.
 Search for short-circuit or bad contact in the communication cables.
 Make sure the cables are not changed or inverted.
 Depending on the interface, verify whether termination resistors with correct values were installed only at the

extremes of the main bus.

 Verify the entire network installation – cable passage, grounding.

A130/F230 – ANYBUS-CC MODULE ACCESS ERROR

Description:
It indicates Anybus-CC communication module access error.

Actuation:
It occurs when the control board is not able to read information from the module or when there is hardware
incompatibility.

In this case the alarm A130 or the fault F230, depending on the P0313 programming, will be signalized through
the HMI. It is necessary to cycle power of the device so that a new attempt to access the Anybus-CC module
be made.

Corrections:

 Verify if the Anybus-CC module is fitted in correctly on the XC44 connector.
 Verify whether the Anybus-CC interface configuration parameters do not present values that are invalid for

the type of connected module, or whether the number of programmed I/O words (for the PLC11
option)does not exceed the allowed limit for the module.

 Make sure there are not two options (WEG board and passive Anybus-CC module) installed simultaneously

having the same interface (RS232 or RS485). In such case the WEG optional board will have preference
over the Anybus-CC module that will remain disabled and indicating A130.

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