Bosch Rexroth ctrlX I/O XI332204 Скачать руководство пользователя страница 4

R911418827, Edition 01, 4 / 8

6

Object directory

6.1 CoE standard objects

The object directory of the module contains objects that can

be  triggered  via  SDO  services.  These  are  defined  in  the  ETG

standards:

Index

(hex)

Name

1000

Device type

1001

Error register

1008

Device name

1009

Hardware version

100A

Software version

1018

Identify

10F1

Error settings

10F3

Diagnosis history

10F8

Timestamp object

1Ann

PDO mapping TxPDO

1C00

Sync manager type

1C12

Sync manager 2 assignment

1C13

Sync manager 3 assignment

1C32

SM output parameter

1C33

SM input parameter

F000

Modular device profile

F100

Device state

F800

Device settings

6.2 Module-specific CoE objects

Objects  with  a  module-specific  design  are  described  in  the

following table.

Index
(hex)

Object
name

Data type Direc-

tion

Error,
warning,
informa-
tion

Diagnostic
number,
description

Unit

6000
6010
6020
6030

Channel 1, 2, 3, 4

60x0:01

Value

Int16

IN

μ

A

60x0:02

Underrange Bit

IN

W

0x2360

60x0:03

Overrange Bit

IN

W

0x8910

60x0:04

Limit 1

2Bit

IN

Bit0: Value
≤ Limit 1
Bit1: Value
≥ Limit 1

60x0:06

Limit 2

2Bit

IN

Bit0: Value
≤ Limit 2
Bit1: Value
≥ Limit 2

A000:0

Material
number

String(20) IN

A010:0

Full serial
number

String(20) IN

F100:01

Periphery
voltage ok

Bit

IN

I

0x3400

F100:02

Error

Bit

IN

E

0x1000

6.3 COE objects for parameterization

The  module  can  be  parameterized  using  these  objects.  Each

channel  can  be  freely  parameterized.  The  initial  value  for  the

objects is "0" or "false".

The module does not remanently save the parameter values.

To  automatically  apply  the  settings  required  upon  each  bus

start,  set  the  values  in  the  start  parameters  of  the  engi-

neering.

Index
(hex)

Object name Data type

Access Unit

Description

8000
8010
8020
8030

Channel 1, 2, 3, 4 settings

80x0:01 User gain

Int32

RW

80x0:02 User offset

Int16

RW

80x0:03 Limit 1

Int16

RW

μ

A

80x0:04 Limit 2

Int16

RW

μ

A

80x0:05 User scale

enable

Bit

RW

Enabling the User Scale
calculation

80x0:06 Limit 1

enable

Bit

RW

Enabling of limit value
check "Limit 1"

80x0:07 Limit 2

enable

Bit

RW

Enabling of limit value
check "Limit 2"

80xE:01 ADC Raw

value

Int16

RO

F800

Device Settings

F800:01 Oversam-

pling factor

3Bit

RW

Oversampling Rate
(0, 2, 4, 8, 16, 32, 64)

7

Process data of the module

The  module  has  data  that  is  inserted  into  the  cyclic  process

data  image.  Depending  on  the  setting  "Standard"  or  "com-

pact",  the  module  is  represented  as  shown  in  the  following

tables.
Diagnostic  information  can  also  be  retrieved  via  acyclic  serv-

ices using CoE. They are shown as indices 80x0 (hex) (see ).

The  current  values  as  well  as  the  diagnostic  data  can  be

shown  and  hidden  in  the  Engineering.  This  allows  to  reduce

the amount of data in the application.

Process data consists of the value and the diagnostic data in

the standard representation:

Содержание Rexroth ctrlX I/O XI332204

Страница 1: ...onnection method Push in XI332204 Connection method 2 wire shielded twisted in pairs Signal type Differential Input signal 0 mA to 20 mA Input resistance 250 Ω Limit frequency of input filter 15 7 kHz Conversion time 100 μs Resolution D A 16 bits incl sign Accuracy Typ 0 1 of the end value of the measured range MBE Max 0 3 of MBE Overload protection No max DC 10 4 V Imax 46 mA Common Mode Max 35 V...

Страница 2: ...sheet is only intended for qualified electricians and staff trained by these qualified electricians The user has to be familiar with the known safety concepts on automation technology applicable standards and other guidelines 4 3 Electric safety NOTICE Loss of electric safety Unintended handling can affect the device safety Observe the notes in the present data sheet during installation com missio...

Страница 3: ...x0 02 User offset Note that possible limitations of the value range also remain after the User scale limitation For more detailed informa tion refer to The settings can only be made in the Pre Op state and should be written upon each start of the EtherCAT bus via the start parameter Example 1 Module is XI422204 analog output with 10 V The target is to reduce the value range to values between 3V an...

Страница 4: ... for parameterization The module can be parameterized using these objects Each channel can be freely parameterized The initial value for the objects is 0 or false The module does not remanently save the parameter values To automatically apply the settings required upon each bus start set the values in the start parameters of the engi neering Index hex Object name Data type Access Unit Description ...

Страница 5: ...mpact representation Word 1 INT IN Channel 1 Value Word 2 INT IN Channel 2 Value Word 3 INT IN Channel 3 Value Word 4 INT IN Channel 4 Value Word 5 Byte 1 Byte 2 Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 5 Bit 6 7 Bit 2 Bit 3 Bit 4 5 Bit 6 7 IN IN IN IN IN IN IN IN IN IN IN IN Periphery voltage ok Error Channel 1 Wire break Channel 1 Overrange Channel 1 Limit 1 Channel 1 Limit 2 Channel 2 Wire break Channel 2...

Страница 6: ...or peripheral voltage error RD RD RD RD RD RD RD RD RD RD Communication or configura tion error RD RD RD RD RD Table 3 Module status LED diagnostic and device status 8 5 Channel status LED Each input channel of the module is provided via a channel status LED at the plug Refer to Chapter 3 2 Clamping point assignment on page 1 Meaning of the channel LED LED Meaning Red Signal error Overrange or und...

Страница 7: ...vide the following minimum distances for sufficient cooling 35 mm 0 mm 0 mm 35 mm 35 mm Fig 10 Ventilation distance Additionally provide sufficient distance for mounting dis mounting plugs and cables If more devices are connected in series to the station on the left or right the surface temperature may not exceed 60 C In case of a several line design the supply air has to be measured under each li...

Страница 8: ... to be met Use only insulated copper wires suitable for at least 60 C 9 7 Dismounting module For dismounting use a common tool such as a slotted screwdriver with a 2 5 mm blade NOTICE Destruction of components and devices due to mounting and dismounting under voltage Disconnect the module and all connected module compo nents from voltage before mounting or dismounting Removing module from support ...

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