Phoenix Contact AXL E PN DI8 DO8 M12 6M, AXL E PN DI16 M12 6P, AXL E PN DI16 M12 6M, AXL E PN DI8 DO8 M12 6P, AXL E PN DI8 DO4 2A M12 6P User Manual
...
Axioline E: system and installation
User manual
UM EN AXL E SYS INT
User manual
Axioline E: system und installation
Revision 03
This user manual is valid for Axioline E devices.
2018-01-05
8395_en_03
PHOENIX CONTACT GmbH & Co. KG • Flachsmarktstraße 8 • 32825 Blomberg • Germany
phoenixcontact.com
Table of contents
1.1 Labeling of warning notes......................................................................................5
1.2 Qualification of users .............................................................................................5
1.3 Product changes ................................................................................................... 6
1.4 Security in the network ..........................................................................................6
2 Axioline E product group ............................................................................................................7
2.1 Axioline E networks ...............................................................................................7
2.2 Axioline E product variants ....................................................................................8
2.3 Axioline E- product portfolio...................................................................................9
2.4 Axioline E product designation ............................................................................ 11
2.5 Axioline E documentation ....................................................................................12
2.6 Axioline E Device description file .........................................................................15
2.7 For your safety.....................................................................................................16
2.7.1 Intended use ........................................................................................ 16
2.7.2 Rulations ..............................................................................................16
2.7.3 Safety notes .........................................................................................16
3 Description of the Axioline E devices ......................................................................................17
3.1 Housing dimensions of Axioline E plastic devices ...............................................17
TM
3.1.1 Ethernet versions (PROFINET, EtherNet/IP
Ethernet (Modbus/TCP), EtherCAT® ) .................................................17
3.1.2 PROFIBUS versions ............................................................................18
3.2 Housing dimensions of Axioline E metal devices.................................................19
3.2.1 Ethernet versions (PROFINET, EtherNet/IP
Ethernet (Modbus/TCP), EtherCAT®) ..................................................19
3.2.2 PROFIBUS versions ............................................................................20
3.3 Dimensions of screw holes in the fixing clips ....................................................... 21
3.4 Basic structure of the Axioline E devices ............................................................. 22
3.5 Marking the Axioline E devices............................................................................ 23
3.6 Diagnostics and status indicators of the Axioline E devices................................. 24
, Sercos,
TM
, Sercos,
4 Mounting Axioline E devices and connecting cables ................................................................25
4.1 General information on installation ......................................................................25
4.1.1 Installing network/bus cables between buildings .................................27
4.1.2 Interference suppression measures .....................................................28
4.1.3 Grounding concept ..............................................................................28
4.2 Installation instructions ........................................................................................29
4.3 Mounting distances .............................................................................................29
4.4 Mounting Axioline E plastic devices..................................................................... 30
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UM DE AXL E SYS INST
4.5 Mounting Axioline E metal devices ......................................................................31
4.5.1 Mounting metal devices using extendable fixing clips .......................... 31
4.5.2 Attaching the metal device using a mounting plate ..............................32
4.6 Setting the address..............................................................................................34
4.7 Cable connection.................................................................................................36
4.8 Connecting power supplies ................................................................................. 37
4.8.1 Power supplies U
and UA ................................................................... 37
S
4.8.2 Power supply for sensors and actuators of individual devices .............39
4.8.3 Examples for voltage supply ................................................................40
4.8.4 Supply line and power supply (M12) .................................................... 40
4.8.5 Calculation example for sensor and actuator currents ......................... 41
4.9 Connecting sensors and actuators ......................................................................42
5 Axioline E IO-Link devices .......................................................................................................43
5.1 Axioline E- IO-Link master ...................................................................................45
5.2 Axioline E IO-Link digital input and output devices ..............................................46
5.2.1 Housing dimensions
of the Axioline E IO-Link digital input and output devices ..................... 46
5.2.2 Basic structure
of the Axioline E IO-Link digital input and output devices ..................... 47
5.2.3 Marking of
the Axioline E IO-Link digital input and output devices .........................48
5.2.4 Diagnostic and status indicators
of the Axioline E IO-Link digital input and output devices ..................... 48
5.2.5 Mounting
of the Axioline E IO-Link digital input and output devices ..................... 49
5.3 IO-Link/analog converter .....................................................................................50
5.3.1 Dimensions of the straight IO-Link/analog converter ............................52
5.3.2 Dimensions of the rectangular IO-Link/analog converter .....................52
5.3.3 Connections of the straight IO-Link/analog converter ..........................53
5.3.4 Connections of the rectangular IO-Link/analog converter .................... 53
5.3.5 Mounting of the IO-Link/analog converter ............................................ 54
5.4 Axioline E IO-Link topology..................................................................................55
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PHOENIX CONTACT 8395_en_03
1For your safety
Read this user manual carefully and keep it for future reference.
1.1 Labeling of warning notes
For your safety
This symbol indicates hazards that could lead to personal injury.
There are three signal words indicating the severity of a potential injury.
DANGER
Indicates a hazard with a high risk level. If this hazardous situation is not
avoided, it will result in death or serious injury.
WARNING
Indicates a hazard with a medium risk level. If this hazardous situation is not
avoided, it could result in death or serious injury.
CAUTION
Indicates a hazard with a low risk level. If this hazardous situation is not avoided,
it could result in minor or moderate injury.
This symbol together with the NOTE signal word alerts the reader to a situation
which may cause damage or malfunction to the device, hardware/software, or
surrounding property.
Here you will find additional information or detailed sources of information.
1.2 Qualification of users
The use of products described in this user manual is oriented exclusively to:
– Qualified electricians or persons instructed by them. The users must be familiar with the
relevant safety concepts of automation technology as well as applicable standards and
other rulations.
– Qualified application programmers and software engineers. The users must be familiar
with the relevant safety concepts of automation technology as well as applicable standards and other rulations.
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1.3 Product changes
Changes or modifications to hardware and software of the device are not permitted.
Incorrect operation or modifications to the device can endanger your safety or damage the
device. Do not repair the device yourself. If the device is defective, please contact
Phoenix Contact.
1.4 Security in the network
NOTE: : Risk of unauthorized network access
Connecting devices to a network via Ethernet always entails the risk of unauthorized access to the network.
Therefore, please check your application for any option of deactivating active communication channels . Setting passwords to prevent third parties from accessing the controller
without authorization and modifying the system.
Because of the controller's communication interfaces, we advise against using the controller in safety-critical applications without additional security appliances.
Please take additional protective measures according to the IT security requirements and
the standards applicable to your application (for instance virtual networks (VPN) for remote maintenance access, firewalls, etc.) for protection against unauthorized network access.
On first request, you shall release Phoenix Contact and the companies associated with
Phoenix Contact GmbH & Co. KG, Flachsmarktstraße 8, 32825 Blomberg in accordance
with §§ 15 ff. AktG or German Stock Corporation Act (hereinafter collectively referred to
as "Phoenix Contact") from all third-party claims that are made due to improper use.
For the protection of networks for remote maintenance via VPN, Phoenix Contact offers
the mGuard product series security appliances which you can find described in the latest
Phoenix Contact catalog (phoenixcontact.net/products
Additional measures for protection from unauthorized network access can be found in the
AH EN INDUSTRIAL SECURITY application note. The application note can be downloaded at phoenixcontact.net/products.
).
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PHOENIX CONTACT 8395_en_03
2 Axioline E product group
The input and output devices in the Axioline E product group are designed for distributed
automation tasks in harsh environmental conditions. The devices meet the requirements for
IP65/IP67 protection. They enable the direct connection of sensors and actuators in the
field.
The connection of the network, I/Os and the supply is carried out via screwable
M12 connectors.
2.1 Axioline E networks
The Axioline E devices are available for the following networks:
PROFINET
Axioline E product group
EtherNet/IP
Sercos
Ethernet (Modbus/TCP)
EtherCAT
PROFIBUS
TM
®
®
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2.2 Axioline E product variants
The Axioline E product group includes devices with the following functions:
- DI Digital input devices acquire digital control signals from the process level. These signals are
transferred to the higher-level automation device via the network. The signal status is indicated on the Axioline E device using LEDs. The sensors are connected via M12 screw connectors. The sensors are supplied from the sensor voltage U
- DO Digital output devices transfer the digital control signals from the automation device to the
process level at the actuators. For the specified load currents for the outputs of various devices, please refer to the data sheet. The signal status is indicated on the device using
LEDs. The actuators are connected via M12 screw connectors. The outputs are shortcircuit-proof and protected against overload. The actuators are supplied from the actuator
voltage U
- DIO Digital I/O devices have digital inputs and digital outputs with the same properties as the
input and output devices. The inputs and outputs are freely configurable.
vices, the actuator supply is via U
- DI DO Digital I/O devices have digital inputs and digital outputs with the same properties as the
input and output devices.
- IOL These devices have IO-Link ports for communication-capable sensors and actuators.
IO-Link is a communication system for the connection of intelligent sensors and actuators
to an automation system.
(Exception DIO).
A
.
S
.
S
For the DIO de-
IO-Link master The Axioline E product portfolio contains an IO-Link master for each of the networks listed
in chapter
The IO-Link master enables the operation of up to eight IO-Link sensors/actuators and is
also used to acquire digital signals. Together with the IO-Link/analog converters, the devices allow flexible processing of the signal volume in the field installation.
You will find further information on IO-Link masters in the
Chapter
Digital input and output
devices via IO-Link
IO-Link/analog converter The IO-Link/analog converter is an IO-Link device that converts analog signals into the
The Axioline E product group is supplemented with IO-Link digital input and output devices.
These IO-Link devices solve the customer's request to capture or output various I/O signals
at a central point via IO-Link.
The Axioline E digital input device is connected to an IO-Link master via an IO-Link A port.
It is used to acquire digital signals via IO-Link.
The Axioline E digital input device is connected to an IO-Link master via an IO-Link B port.
It is used to output digital signals via IO-Link. Via the IO-Link master the use within different
networks is possible.
IO-Link protocol. Depending on the version, it allows you to acquire the signals from analog
sensors via an IO-Link master or to transmit them to analog actuators.
2.1. The IO-Link master is versatile and is available as a plastic or metal variant.
3 „Description of the Axioline E devices“ and in the corresponding data sheets.
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Axioline E devices
(Digital I/O devices
and IO-Link master)
Axioline E product group
2.3 Axioline E- product portfolio
The following tables give an overview of the Axioline E product portfolio.
Axioline E plastic devices Axioline E metal devices
Article designation Order No. Article designation Order No.
PROFINET PROFINET
AXL E PN DI16 M12 6P 2701510 AXL E PN DI16 M12 6M 2701516
AXL E PN DIO16 M12 6P 2701511 AXL E PN DIO16 M12 6M 2701517
AXL E PN DI8 DO8 M12 6P 2701509 AXL E PN DI8 DO8 M12 6M 2701515
AXL E PN DI8 DO4 2A M12 6P 2701512 AXL E PN DI8 DO4 2A M12 6M 2701518
AXL E PN IOL8 DI4 M12 6P 2701513 AXL E PN IOL8 DI4 M12 6M 2701519
EtherNet/IP™ EtherNet/IP™
AXL E EIP DI16 M12 6P 2701493 AXL E EIP DI16 M12 6M 2701488
AXL E EIP DIO16 M12 6P 2701494 AXL E EIP DIO16 M12 6M 2701489
AXL E EIP DI8 DO8 M12 6P 2701492 AXL E EIP DI8 DO8 M12 6M 2701487
AXL E EIP DI8 DO4 2A M12 6P 2701495 AXL E EIP DI8 DO4 2A M12 6M 2701490
AXL E EIP IOL8 DI4 M12 6P 2701496 AXL E EIP IOL8 DI4 M12 6M 2701491
Sercos
AXL E S3 DI16 M12 6P 2701544 AXL E S3 DI16 M12 6M 2701549
AXL E S3 DIO16 M12 6P 2701545 AXL E S3 DIO16 M12 6M 2701550
AXL E S3 DI8 DO8 M12 6P 2701542 AXL E S3 DI8 DO8 M12 6M 2701548
AXL E S3 DI8 DO4 2A M12 6P 2701546 AXL E S3 DI8 DO4 2A M12 6M 2701551
AXL E S3 IOL8 DI4 M12 6P 2701547 AXL E S3 IOL8 DI4 M12 6M 2701552
Ethernet Ethernet
AXL E ETH DI16 M12 6P 2701533 AXL E ETH DI16 M12 6M 2701538
AXL E ETH DIO16 M12 6P 2701534 AXL E ETH DIO16 M12 6M 2701539
AXL E ETH DI8 DO8 M12 6P 2701532 AXL E ETH DI8 DO8 M12 6M 2701537
AXL E ETH DI8 DO4 2A M12 6P2701535 AXL E ETH DI8 DO4 2A M12 6M 2701540
®
Sercos
®
AXL E ETH IOL8 DI4 M12 6P 2701536 AXL E ETH IOL8 DI4 M12 6M 2701541
EtherCAT
®
EtherCAT
®
AXL E EC DI16 M12 6P 2701521 AXL E EC DI16 M12 6M 2701526
AXL E EC DIO16 M12 6P 2701522 AXL E EC DIO16 M12 6M 2701528
AXL E EC DI8 DO8 M12 6P 2701520 AXL E EC DI8 DO8 M12 6M 2701525
AXL E EC DI8 DO4 2A M12 6P 2701523 AXL E EC DI8 DO4 2A M12 6M 2701529
AXL E EC IOL8 DI4 M12 6P 2701524 AXL E EC IOL8 DI4 M12 6M 2701531
PROFIBUS PROFIBUS
AXL E PB DI16 M12 6P 2701498 AXL E PB DI16 M12 6M 2701505
AXL E PB DIO16 M12 6P 2701499 AXL E PB DIO16 M12 6M 2701506
AXL E PB DI8 DO8 M12 6P 2701497 AXL E PB DI8 DO8 M12 6M 2701504
AXL E PB DI8 DO4 2A M12 6P 2701502 AXL E PB DI8 DO4 2A M12 6M 2701507
AXL E PB IOL8 DI4 M12 6P 2701503 AXL E PB IOL8 DI4 M12 6M 2701508
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UM EN AXL E SYS INST
Axioline E
digital input and output
device via IO-Link
Axioline E
IO-Link/analog converter
Axioline E digital input and output devices via IO-Link (plastic)
Article designation Order No.
AXL E IOL DI8 M12 6P 2702658
AXL E IOL DO8 M12 6P 2702659
Axioline E IO-Link/analog converter (plastic)
Article designation Order No.
AXL E IOL AI1 U M12 R 2700273
AXL E IOL AI1 I M12 R 2700275
AXL E IOL AO1 U M12 R 2700278
AXL E IOL AO1 I M12 R 2700282
AXL E IOL RTD1 M12 R 2700305
AXL E IOL AI1 U M12 S 2700336
AXL E IOL AI1 I M12 S 2700338
AXL E IOL AO1 U M12 S 2700350
AXL E IOL AO1 I M12 S 2700351
AXL E IOL RTD1 M12 S 2700352
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Axioline E product group
2.4 Axioline E product designation
Structure of the
product designation
g
Product
range
AXL E PN DIx 2A M12 6M
Example:
AXL E PB DI8 DO4 2A M12 6P
AXL E - IOL DO8 - M12 6P
Product
group
Network I/O type Extention Network connection
I/O connection
EIP DIx DOx
S3 DIOx
ETH IOLx DIx
EC IOL DIx
PB IOL DOx
Width in cm/
housing material
Meaning of the
product designation
Abbreviation Meaning
AXL Axioline
E Name of thr product group
PN PROFINET
EIP EtherNet/IP
TM
S3 Sercos
ETH Ethernet (Modbus/TCP)
EC EtherCAT
®
PB PROFIBUS
DIx x digital inputs
DOx x digital outputs
DIx DOx x digitale inputs; x digital outputs
DIOx x freely configurable inputs or outputs
IOL IO-Link
2A Nominal current of an output is 2 A
M12 M12 connector
6M 6 cm wide, metal housing
6P 6 cm wide, plastic housing
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2.5 Axioline E documentation
The documentation for the Axioline E product group is modular in order to meet your specific
requirements, e.g., for installation or commissioning with a software to provide the best information.
User manual This user manual is the higher - level system manual for the Axioline E product group.
It includes:
– Description of the Axioline E system
– Functions and properties of the devices
–Mounting
– Concept of power supply
Network specific
IO-Link user manuals
For the IO-Link devices, there is a user manual for each network. This describes the
network/bus-specific properties of an Axioline E-IO-Link device.
The following user manuals are available:
– Network-specific properties of
the Axioline E-PROFINET IO-Link devices
– Network-specific properties of
TM
the Axioline E EtherNet/IP
IO-Link devices
– Network-specific properties of
the Axioline E Sercos
IO-Link devices
– Network-specific properties of
the Axioline E-Ethernet-IO-Link devices
– Network-specific properties of
the Axioline E-EtherCAT
®
-IO-Link devices
– Bus-specific properties of
the Axioline E-PROFIBUS-IO-Link devices
Packing slip A package slip is included with the unit upon delivery. It contains the most important infor-
mation about the electrical installation of a device or a group of devices.
This includes:
– Short desciption of the device
–Safty notes
– Drawing, dimensions in mm
– Mounting/demounting
– Connections
– Pin assignment
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PHOENIX CONTACT 8395_en_03
Axioline E product group
Device-specific
data sheets
Application notes
and quickstarts
There is a data sheet for every device. The data sheet describes the specific properties of
an Axioline E device.
This includes:
– Device description
– Ordering data and technical data
– Basic circuit diagram
– Connection assignment
– Connection example
– Local diagnostics and status indicators
– Processdata*
–Startup*
– Specific network/bus features*
* Refer to the IO link masters in the network/bus-specific user manuals.
For complete information, please use the application notes and quickstarts.
An application notes provides additional information on specific topics.
A quickstarts describes the commissioning of a device step by step on an example.
The following application notes and quickstarts are available for the Axioline E system:
PROFINET
®
– Startup of Axioline E PROFINET devices on a SIMATIC
– Startup of Axioline E PROFINET IO-Link devices on a SIMATIC
S7 controlle r
®
S7 controller
– Startup of Axioline E PROFINET IO-Link devices on a SIMATIC® S7 controller
in the TIA portal
– Startup of Axioline E PROFINET devices using PC WORX
– Startup of Axioline E PROFINET IO-Link devices using PC WORX
– Updating the firmware of AXL E devices using the Windows Explorer
– Changing the partner ports with AXL E PROFINET devices under STEP 7
– Changing the partner ports with AXL E PROFINET devices under STEP 7
in the TIA Portal
EtherNet/IP
TM
– Startup of Axioline E EtherNet/IPTM IO-Link devices with RSLOGIX
– Updating the firmware of AXL E devices using the Windows Explorerr
Sercos
– Startup of Axioline E Sercos devices with INDRAWORKS
– Updating the firmware of AXL E devices using the Windows Explorer
Ethernet
– Startup of Axioline E-Ethernet devices with MODSCAN32
– Updating the firmware of AXL E devices using the Windows Explorer
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EtherCAT
– Startup of Axioline E-EtherCAT® devices with TwinCAT
®
®
– Startup of Axioline E-EtherCAT® IO-Link devices with CODESYS
– Startup of the Axioline F buscoupler for EtherCAT
®
and for Axioline E devices for EtherCAT® at Sysmac Studio
PROFIBUS
®
– Startup of Axioline E PROFIBUS devices on a SIMATIC
S7
Phoenix Contact catalogs The Phoenix Contact catalogs contain the ordering data for all Axioline E products.
This includes:
–Bus cables
–Shielded bus connectors
– Unshielded connectors
– Mounting systems
– Termination resistors
– Other accessories
Documentation
on the internet
This documentation can be downloaded at phoenixcontact.net/products
. Here you will find
information on each product. During your search, take into account the difference between
“Generate product PDF” and “Download”.
Generate product PDF Click the “Generate product PDF” button to receive up-to-date selected information. It pro-
vides a short overview of the device.The generated PDF file contains the essential product
information. If you require further information, you can use the “Downloads” tab.
Downloads Under the “Downloads” tab, you can access the complete documentation and all other
downloads related to a device.
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2.6 Axioline E Device description file
An Axioline E device is intrated into a control system via a standardized device description
file. This is evaluated at runtime, thus enabling the Axioline E device to be operated with the
specific settings. Axioline E devices in the ETH (Modbus / TCP) network are excluded.
These do not require a device description file.
Device description file Network
GSDML
Generic Station Description
Markup Language
EDS
Electronic Data Sheet
Axioline E product group
Axioline E.PROFINET devices are intrated language independent XML-based files (GSDML).
Axioline E-EtherNet/IP ™ devices are intrated using
Electronic Data Sheets (EDS).
SDDML
Sercos Device Description
Markup Language
ESI
®
EtherCAT
Slave Information
GSD
General Station Description
For Axioline E Sercos devices the intration is via
XML-based device description files (SDDML).
Axioline E-EtherCAT® devices are intrated via
EtherCAT
®
Slave Information (ESI).
Axioline E PROFIBUS devices are intrated using device
description files (GSD).
You will find current device description files at the address
phoenixcontact.net/products
.
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2.7 For your safety
2.7.1 Intended use
The Axioline E devices are designed for use as specified in this user manual and in the
device-specific data sheets.
Observe the data specified in the data sheets and in the user manual. If the operating instructions and safety notes for configuration, installation, and operation given in the documentation are followed, the devices should not normally present a danger to people
or property.
2.7.2 Rulations
During device configuration, installation, startup, and maintenance, the applicable safety
and accident prevention rulations for the specific application must be observed.
2.7.3 Safety notes
NOTE: Device damage
To ensure IP65/IP67 protection, seal unused connections with protective caps.
NOTE: Data corruption or loss
Ground the devices to provide immunity to interference.
NOTE: Device damage
Only operate the Axioline E devices with a maximum SELV of 30 V according to
IEC 60950/EN 60950/VDE 0805.
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Description of the Axioline E devices
3 Description of the Axioline E devices
Axioline E devices are designed for use without a control cabinet in systems manufacturing.
Irrespective of the network/bus system, the devices are available in plastic or metal. The Axioline E IO-Link digital input and output devices and the IO-Link/analog converter are only
available in plastic variants.
The metal devices are particularly suitable for use under harsh industrial conditions. They
can be used on tool platforms, directly on welding robots or in conveying technology, for example.
The housing dimensions of the plastic and metal devices are identical. They only differ with
rard to the fixing clips. These are fixed for the plastic devices, but are extendable in the case
of the metal devices. Furthermore, a mounting plate can be used to fix the metal devices.
The housing dimensions of the PROFIBUS devices differ from the housing dimensions of
the Ethernet versions with rard to the depth at socket X21.
3.1 Housing dimensions of Axioline E plastic devices
3.1.1 Ethernet versions (PROFINET, EtherNet/IPTM, Sercos,
®
Ethernet (Modbus/TCP), EtherCAT
)
212
185
30.5
198.5
60
30
X21
Figure 3-1 Housing dimensions (mm) plastic devices, Ethernet versions
The height is 212 mm including fixing clips.
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185
212
30.5
198.5
60
30
X21
3.1.2 PROFIBUS versions
Figure 3-2 Housing dimensions (mm) of PROFIBUS plastic devices
The height is 212 mm including fixing clips.
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Description of the Axioline E devices
194.5
185
38
60
3.2 Housing dimensions of Axioline E metal devices
3.2.1 Ethernet versions (PROFINET, EtherNet/IPTM, Sercos,
Ethernet (Modbus/TCP), EtherCAT
Figure 3-3 Housing dimensions (mm) of metal devices with mounting plate
®
)
The height is 194.5 mm including the mounting plate. The depth is 38 mm including the
mounting plate.
212
185
30.5
198.5
60
30
X21
Figure 3-4 Housing dimensions (mm) of metal devices with extended fixing clips
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194.5
185
38
60
185
212
30.5
198.5
60
30
X21
3.2.2 PROFIBUS versions
Figure 3 -5 Housing dimensions (mm) of PROFIBUS metal devices with mounting plate
The height is 194.5 mm including the mounting plate. The depth is 38 mm including the
mounting plate.
Figure 3-6 Housing dimensions (mm) of PROFIBUS metal devices
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with extended fixing clips
Description of the Axioline E devices
3.3 Dimensions of screw holes in the fixing clips
The drawing below shows the dimensions of the screw holes in the fixing clips.
6.3
1
7.3
Figure 3-7 Dimensions of the screw holes in mm
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X21 X22
PWR IN PWR OUT
X31 X32
X01 X02
X03 X04
X05 X06
X07 X08
1
2
4
3
1
5
6
7
10
9
8
3.4 Basic structure of the Axioline E devices
The figure shows the basic structure of the Axioline E devices.
Figure 3-8 Basic structure of the Axioline E devices
1 Fixing clips (FE connection);
optional for metal devices
2 Network or bus connection (IN, OUT)
3 Connections for the supply voltages
4 Connections of the input/outputs or IO-Link ports
5 Markers for marking
6 Status indicators of the inputs/outputs
7 Diagnostics and status indicators
for the supply voltages
8 Rotary coding switch
9 Diagnostics and status indicators
for the network/bus system
10 Diagnostics and status indicators for the network
(not for PROFIBUS)
or the IO-Link ports
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Description of the Axioline E devices
3.5 Marking the Axioline E devices
It is possible to mark the devices next to the connections for the network,
to mark the connections for the power supply, and to mark every I/O connection/IO-Link port
(5 in Figure 3-8).
The devices are supplied as standard with ten unprinted marking labels.
If you want to swap a label, you can lift it out of the recess using a screwdriver.
Phoenix Contact offers the CMS-MARK-WIN software for professional marking,
see Phoenix Contact catalog.
8395_en_03PHOENIX CONTACT 23 / 58
UM EN AXL E SYS INST
3.6 Diagnostics and status indicators
of the Axioline E devices
Diagnostics The diagnostics indicators (green/yellow/red) indicate whether an error is present or not.
In the event of an error, they indicate the error type and location.
Status The status indicators (yellow) indicate the signal state of the corresponding input/output or
of the IO-Link port. If the yellow status indicators are on, this indicates signal state “1” of the
input/output signal.
The Axioline E devices have three main areas for diagnostics and status indicators.
– Indicators for the network/bus system (network/bus-specific) - data
– Indicators for the power supplies - power
– Indicators for the inputs and outputs and the IO-Link ports (device-specific) - signal
These areas are shown in Figure 3-9.
Figure 3-9 Main diagnostics and status indicators of the Axioline E devices
For more detailed information on the diagnostics and status indicators, please refer to the
data sheet for the respective device.
24 / 58
PHOENIX CONTACT 8395_en_03
Mounting Axioline E devices and connecting cables
4 Mounting Axioline E devices and connecting cables
4.1 General information on installation
When preparing for cable installation, the local conditions and the corresponding mounting
rulations are very important. Cables can be installed, for example, in cable ducts or on cable
bridges.
NOTE: Data corruption and loss
A minimum distance between the cabling and possible sources of interference
(e.g., machines, welding equipment, power lines) is defined in the applicable rulations
and standards. During system planning and installation, these rulations and standards
must be taken into account and observed.
NOTE: Data corruption and loss
Protect the bus cables from sources of electric/magnetic interference and mechanical
strain.
NOTE: Data corruption and loss
Observe the following guidelines rarding “electromagnetic compatibility” (EMC) to keep
mechanical risks and interference to a minimum:
Mechanical strain – Choose the correct cable type for the respective application
(e.g., indoor or outdoor installation, drag chains).
– Observe the minimum bending radius.
– Make sure that cables do not enter the shear area of moving machine parts.
– Do not install bus cables at right angles to driving routes and machine movements.
– Use cable ducts and cable bridges.
Observe the specifications of the cables used.
8395_en_03 PHOENIX CONTACT 25
UM EN AXL E SYS INST
Sources of interference – Signal cables and power supply lines should not be installed in parallel. If necessary,
metal isolating sments should be placed between the power supply lines and signal
cables.
– Only use connectors with metal housing and connect as much of the shielding as
possible to the housing.
– For outdoor cables between buildings, make sure that grounding is carried out in
accordance with on page 27.
– During installation, all connector locking mechanisms (screws, union nuts) must be
firmly tightened in order to ensure the best possible contact between shielding and
ground. Before initial startup, the ground or shielding connection of cables must be
checked for low-resistance continuity.
– Install network/bus cables in separate cable ducts or separate cable bundles.
– Where possible, do not install network/bus cables parallel to power supply lines.
– Install network/bus cables at least 10 cm away from power lines.
Cable routing in buildings – Where possible, use metal cable hangers.
– Do not install network/bus cables together with or parallel to power supply lines.
– Separate network/bus cables on cable bridges or in cable ducts from power supply
lines using isolating sments.
– Install network/bus cables as far away as possible from sources of interference, such
as motors and welding equipment.
– For long cable connections, install an additional equipotential bonding line between the
terminal points.
Cable routing
outside buildings
– Install network/bus cables in metal pipes that are grounded on both sides or in concrete
cable ducts with continuous reinforcement.
– For long cable connections, install an additional equipotential bonding line between the
terminal points.
26
PHOENIX CONTACT 8395_en_03
Mounting Axioline E devices and connecting cables
1
6 6 5 1 A 0 4 1
2
3
4.1.1 Installing network/bus cables between buildings
Causes of surge voltages Surge voltages occur as a result of switching operations, electrostatic disharge, and light-
ning discharge. Surge voltages can be inductively, capacitively or galvanically coupled into
electrical cables for mains supply, measured value transmission, and data transmission. In
this way, surge voltages reach the power supply units and the interfaces of systems and termination devices.
Equipotential bonding line Install an additional equipotential bonding line between the grounding points of buildings
(3 in Figure 4-1), which is preferably in the form of:
– A metal-reinforced concrete channel
– An additional grounding cable
–A metal pipe
Surge protective
devices
Phoenix Contact recommends wiring all the wires of the cable to surge protective devices
(1 in Figure 4-1) in order to protect the devices against surge voltages.
For information on surge protective devices, please refer to the Phoenix Contact catalogs.
Observe all national and international rulations when installing surge protective
devices.
Figure 4-1 Surge protection measures
1 Surge protective devices
2 Cable shielding
3 Equipotential bonding line
8395_en_03 PHOENIX CONTACT 27
UM EN AXL E SYS INST
5001B301
4.1.2 Interference suppression measures
Phoenix Contact recommends wiring relay coils or motor coils to an RC element in order to
protect the devices against interference. Depending on the application, the delay time of the
relay can be increased by approximately 1 ms.
Figure 4-2 Relay coil with RC element
The following values are recommended for the purpose of dimensioning the RC element:
R = 100 to 200 ; C = 220 nF to 470 nF.
4.1.3 Grounding concept
Axioline E devices operate in the low-level signal voltage range. In the case of low-level signal devices, interference is discharged via functional earth ground (FE). Functional earth
ground (FE) is only used to discharge interference. It does not provide shock protection for
people. Functional earth grounding is crucial for interference-free operation!
The Axioline E devices are designed to be screwed onto on a flat mounting surface.
Axioline E master Ground the plastic master by means of the mounting screws of the fixing clips,
see page 30.
Ground the metal master by means of the mounting screws of the fixing clips or the mounting plate or the DIN rail, see page 31.
Axioline E IO-Link
Implement the FE connection via the grounding lug in order to ensure noise immunity.
digital input and output
device
Axioline E
IO-Link/analog converter
In en vir on ment s wit h hi gh lev el s of i nter fer ence, in particular, Phoenix Contact recommends
connecting the converter to an appropriate functional earth ground point using an M4 screw,
see page 50.
28
PHOENIX CONTACT 8395_en_03
Mounting Axioline E devices and connecting cables
4.2 Installation instructions
NOTE: Damage to the electronics
The device contains components that can be damaged or destroyed by electrostatic discharge. When handling the device, observe the necessary safety precautions against
electrostatic discharge (ESD) according to EN 61340-5-1 and IEC 61340-5-1.
NOTE: Damage to the electronics
The device may only be installed and removed by qualified electricians in accordance
with the ESD rulations.
NOTE: Data corruption or loss
Implement the FE connection via mounting screws in order to ensure noise immunity.
NOTE: Damage to the electronics
To ensure IP65/IP67 protection, seal unused connections with protective caps.
NOTE: Damage to the electronics
Only supply the sensors with voltage U
NOTE: Damage to the electronics
Avoid polarity reversal of supply voltages US and UA.
which is provided at the terminal points.
S
4.3 Mounting distances
No specific distances are required between devices or between a device and a cabinet door
or cover. Mounting distances are determined solely by the plugs used and the bending radii
of the cables.
8395_en_03 PHOENIX CONTACT 29
UM EN AXL E SYS INST
X21 X22
PWR IN PWR OUT
X31 X32
X01 X02
X03 X04
X05 X06
X07 X08
1
1
Drill hole spacing
4.4 Mounting Axioline E plastic devices
• Screw the device directly onto the flat mounting surface using the drill holes (1) of the
fixing clips.
30
198.5
Figure 4-3 Mounting
Functional earth
grounding
30
PHOENIX CONTACT 8395_en_03
Use standard M5 screws with toothed lock washer and self-locking nuts. Observe the
maximum torque of the screws.
NOTE: Data corruption or loss
Functional earth grounding is crucial for interference-free operation.
Ground the device by means of the mounting screws of the fixing clips.
Fixing clips of the metal
30
198.5
device
Mounting Axioline E devices and connecting cables
4.5 Mounting Axioline E metal devices
There are two options for mounting the metal devices. You can:
– Screw the device to the extendable fixing clips
– Mount the device using a mounting plate
4.5.1 Mounting metal devices using extendable fixing clips
A fixing clip is located on the back of the metal device at the top and bottom.
• Extend the fixing clips.
• Screw the device directly onto a flat mounting surface using the fixing clips.
Figure 4-4 Extending the fixing clips of the metal device
Drill hole spacing Please refer to the diagram below for the drill hole spacing.
8395_en_03 PHOENIX CONTACT 31
Figure 4-5 Drill hole spacing
UM EN AXL E SYS INST
Functional earth
grounding
NOTE: Data corruption or loss
Functional earth grounding is crucial for interference-free operation.
Ground the device by means of the mounting screws of the fixing clips
4.5.2 Attaching the metal device using a mounting plate
You can order the mounting plate for metal devices from Phoenix Contact under
Order No. 2701761.
• Screw the mounting plate directly onto a flat mounting surface using the mounting holes
provided or snap the mounting plate onto a DIN rail..
Use standard M5 screws with toothed lock washer and self-locking nuts. Observe the
maximum torque of the screws.
Figure 4-6 Mounting plate
32
PHOENIX CONTACT 8395_en_03
Mounting Axioline E devices and connecting cables
A1
A2
B1
B2
• Proceed as illustrated below when snapping the metal device onto the mounting plate
(A1, A2) and removing it (B1, B2).
Figure 4-7 Snapping on and removing the metal device from the mounting plate
Figure 4-8 Snapping the metal device onto the mounting plate
Functional earth
grounding
NOTE: Data corruption or loss
Functional earth grounding is crucial for interference-free operation.
Ground the device by means of the mounting screws of the fixing clips or the mounting
plate or the DIN rail.
8395_en_03 PHOENIX CONTACT 33
UM EN AXL E SYS INST
1
2
0
2
4
6
8
9
S2
x1
0
2
4
6
8
10
12
S1
x10
4.6 Setting the address
The Axioline E devices have rotary coding switches for setting the address and, if required,
the transmission speed .
The rotary coding switches are located below a cover.
• Open the cover.
Example:
PROFIBUS DP
Figure 4-9 Opening the rotary coding switch cover
• Rotary coding switch S1 is used to specify the tens (X10) of the device ID
(module ID).
• Rotary coding switch S2 is used to specify the units (X1) of the device ID
(module ID).
Setting address 77 (e.g., PROFIBUS DP):
Figure 4-10 Address 77
34
PHOENIX CONTACT 8395_en_03
Mounting Axioline E devices and connecting cables
0
2
4
6
8
9
A
B
C
D
E
F
S2
x1
0
2
4
6
8
10
12
14
S1
x10
Example:
PROFINET, EtherNet/IP
Sercos, Ethernet,
EtherCAT
®
Setting address 77 on Ethernet-based Axioline E devices:
TM
,
Figure 4-11 Addresse 77
Adjust the rotary coding switches using a suitable screwdriver (according to DIN 5264:
blade width 3.0 mm or 2.5 mm). Using an unsuitable tool may damage the rotary coding
switches.
For additional information on setting the address, please refer to the Axioline E user manual for your network/bus system and the device-specific data sheet.
8395_en_03 PHOENIX CONTACT 35
UM EN AXL E SYS INST
4.7 Cable connection
Phoenix Contact recommends using the SPEEDCON fast locking system to connect
M12 cables. The fast locking system is quick to install as it is based on the principle of
“Plug & Turn”. With just a half turn you can create the perfect plug-in connection.
The SPEEDCON fast locking system is 100% compatible with all M12 connectors.
Figure 4-12 Connecting M12 connectors
Figure 4-13 Axioline E device with connected M12 connectors
Figure 4-14 Connectors in straight and angled format
36
PHOENIX CONTACT 8395_en_03
Mounting Axioline E devices and connecting cables
4.8 Connecting power supplies
For Axioline E devices, a distinction is made between two voltages:
to supply the communications power and the sensors (always required)
–U
S
for supplying the actuators, only required for devices with fixed outputs or for addi-
–U
A
tional devices
Connection All supply voltages are connected via M12 connectors.
Current carrying capacity
NOTE: Damage to the electronics
Connect both supply voltages completely (to +24 V and GND). Do not connect several
supply voltages via one GND, as this will exceed the current carrying capacity of the contacts.
4.8.1 Power supplies US and U
A
Voltages US and UA are fed in at connection X31.
Power supply U
is required to supply the communications power of the device electronics
S
and to supply the sensors. It must be connected to every device. If this supply voltage is
disconnected, the device will not work.
Install the power supply for the device electronics independently of the power supply for the
actuators. Protect the power supplies independently. This means that the bus can continue
running even if some I/O devices are switched off.
Figure 4-15 Voltage feed U
8395_en_03 PHOENIX CONTACT 37
and U
S
A
UM EN AXL E SYS INST
X32X31
4
3
2
1
4
3
2
1
Power supply US
for AXL E devices
Power supply U
A
for AXL E devices
Connect power supply US for the logic and sensors to socket X31. To supply additional devices, connect the cable for the outgoing supply voltage to socket X32.
NOTE: Damage to the electronics
The current carrying capacity of the M12 connectors is 12 A per contact. Make
sure that this value is not exceeded. Please note that the connection for the outgoing supply voltage is not monitored for overload. If the permissible current carrying capacity is exceeded, this may result in damage to the connectors.
Phoenix Contact recommends using pre-assembled cables.
Power supply UA is required to supply the actuators. It is only connected to devices with
outputs or is required for additional devices.
When determining the load for a supply voltage, take into account the number of outputs,
the nominal current, and the simultaneity.
Figure 4-16 Connections U
and U
S
A
Pin assignment of
power supplies US and UA
Figure 4-17 Power supplies U
and UA
S
Pin IN OUT Wire colors
1+24VDC (US)+24VDC (US)Brown
2GND (U
3GND (U
)GND (U
A
)GND (U
S
)White
A
)Blue
S
4+24VDC (UA)+24VDC (UA)Black
NOTE: Damage to the electronics
Power supplies US and UA should only be supplied with SELV.
38
PHOENIX CONTACT 8395_en_03
Mounting Axioline E devices and connecting cables
X31
X32
X01
X02
X03 X04
X05
X06
X07 X08
IOL 8
# 4
24V
3.3 V
µC
IO-Link
IC
IO-Link
IC
IO-Link
IC
IO-Link
IC
IO-Link
IC
IO-Link
IC
IO-Link
IC
IO-Link
IC
X21
X22
##
##
EC IN
EC OUT
U OUT
S
U OUT
A
UIN
S
UIN
A
4.8.2 Power supply for sensors and actuators of individual
devices
The following diagram provides an example of which inputs or outputs are supplied by
which supply voltage.
For the actual assignment for your device, please refer to the device-specific data sheet.
Figure 4-18 Supply of inputs and outputs
digital input and output device, e.g., AXL E EC DI8 DO8 M12 6M
Key:
Green area: network/bus
Blue area: U
8395_en_03 PHOENIX CONTACT 39
Yellow area: U
S
A
UM EN AXL E SYS INST
BUS IN BUS OUT
X21 X22
PWR IN PWR OUT
X31 X32
X01 X02
X03 X04
X05 X06
X07 X08
BUS IN BUS OUT
X21 X22
PWR IN PWR OUT
X31 X32
X01 X02
X03 X04
X05 X06
X07 X08
DI16
DI8 DO4 2A DI8 DO8
BUS IN BUS OUT
X21 X22
PWR IN PWR OUT
X31 X32
X01 X02
X03 X04
X05 X06
X07 X08
BUS
S
U
U
A
4.8.3 Examples for voltage supply
NOTE: Damage to the electronics
The total current at U
The total current at U
must not exceed 12 A.
S
must not exceed 12 A.
A
Figure 4-19 Example for the supply and forwarding of supply voltages
4.8.4 Supply line and power supply (M12)
For M12 connectors in Axioline E devices, a maximum of 12 A per contact is permitted.
To ensure that this condition is met, the following factors must be considered:
1. Current consumption of the Axioline E devices (see data sheets)
2. Current consumption of the connected sensors
3. Current consumption of the connected actuators
4. Length of the cables and losses on these cables
It is particularly important that these factors are observed when forwarding the supply
voltage.
40
PHOENIX CONTACT 8395_en_03
Calculation example for an
AXL E DI8 DO8 device
Mounting Axioline E devices and connecting cables
4.8.5 Calculation example for sensor and actuator currents
The calculation example applies to the assignment of one signal per port.
Figure 4-20 AXL E PB DI8 DO8 M12 6P
Type of sensor: Current consumption:
1 x reflex photoelectric barrier with 2 output signals 30 mA
2 x proximity switch 15 mA each
Type of actuator:
2 x solenoid valve (hydraulic) 1.3 A each
2 x solenoid valve (pneumatic) 67 mA each
Calculation example for an AXL E DI8 DO8 device
U
S
Installation consumption 165 mA
X01, X02 Reflex photoelectric barrier + 30 mA
X03 Proximity switch + 15 mA
X04 Proximity switch + 15 mA
Sensor supply = 225 mA
Current consumption of inputs (5 mA for each input used) + 20 mA
IU total = 245 mA
Current consumption of actuators U
U
A
Installation consumption 30 mA
A
X05 2 x 1.3 A solenoid valve (hydraulic) + 2.6 A
X06 2 x 67 mA solenoid valve (pneumatic) + 134 mA
I
total = 2.764 A
UA
With this wiring, the device loads U
with approximately 245 mA and UA with
S
approximately 2.764 A.
8395_en_03 PHOENIX CONTACT 41
UM EN AXL E SYS INST
Losses on cables
The voltage drop on the cables can be calculated using the following formula:
U
= I x R x 2
A
Where:
U
A
Voltage drop
I Current strength
R Conductor resistance
2 Calculation for forward and return path
For a power supply cable of 4 x 0.75 mm², cable type 186
(e.g., SAC-4P-M12MS/...-186/M12FS), the conductor resistance is 26 /km.
At 4 A:
= 4 A x 26 /km x 2 = 208 V/km which corresponds to 2.08 V on 10 m
U
A
At 2 A:
UA = 2 A x 26 /km x 2 = 104 V/km which corresponds to 1.04 V on 10 m
Other cables have other specific resistance values. These values can be used to calculate
the voltage drop according to the above formula.
4.9 Connecting sensors and actuators
Connect the sensors and actuators using M12 connectors.
NOTE: Damage to the electronics
In general, the maximum current load of 4 A per contact must not be exceeded.
For the pin assignment of inputs and outputs, please refer to the device-specific data
sheet.
Phoenix Contact recommends using pre-assembled cables.
42
PHOENIX CONTACT 8395_en_03
Axioline E IO-Link devices
5 Axioline E IO-Link devices
IO-Link system With IO-Link, you exchange data from the controller to the lowest field level. IO-Link is the
first, globally standardized IO technology (IEC 61131-9) to communicate with sensors and
actuators. An IO-Link system consists of an IO-Link master and one or more IO-Link devices. IO-Link is a point-to-point communication.
Axioline E IO-Link master The Axioline E IO Link master provides the interface to the superimposed control (PLC) and
controls the communication with the connected IO-Link devices.
The Axioline E product portfolio is for each of the networks listed in the figure below
IO-Link master available.
Axioline E IO-Link device The Axioline E IO-Link devices solve the customer's request to capture or output various
digital or analog I/O signals as flexibly as possible via IO-Link. The following figure shows
the use of different Axioline E-IO-Link devices in different networks.
Figure 5-1 Exemplary Axioline E IO-Link topology
8395_en_03 PHOENIX CONTACT 43
UM EN AXL E SYS INST
Device description file
IO Device Description
(IODD)
For each Axioline E IO-Link device, there is device-specific information in the form of a
device description file. It contains information on identification, device parameters, process
and diagnostic data, communication properties, and the structure of the user interface in engineering tools. The engineering tool can easily read and process this information. Both
about the IODD as well as about a IO-Link device internal device ID, you can identify any
Axioline E IO-Link device type.
To ensure that the parameter data of an Axioline E IO-Link device are not lost during the device exchange, it is possible to store them automatically directly in the Axioline E IO-Link
master. If a new, identical replacement device is connected, the parameters of the predecessor device are automatically transferred to the new Axioline E IO-Link device. Changing
parameters can, for example, during operation by the PLC.
The current IODD file is available for download at the address phoenixcontact.net/products
.
44
PHOENIX CONTACT 8395_en_03
Axioline E IO-Link devices
5.1 Axioline E IO-Link master
Der Axioline E IO-Link master enables the operation of up to eight IO-Link sensors/actuators
and is also used to acquire digital signals. By using the various operating modes of an
IO-Link port, the following operating modes can be operated:
– Digital standard signal.
– Analogue signals in combination with IO-Link/analog converters
– IO-Link device communication, flow sensors, valve inserts, light barriers or distance
meters
With the multifunctional IO-Link ports, an IO-Link master becomes a universal I/O device. In
conjunction with the IO-Link /analog converters, a perfect solution scenario results for the
multifaceted advent of analog signals. Together with the IO-Link/analog converters, the devices allow flexible processing of the signal volume in the field installation.
Figure 5-2 IO-Link A ports (A) und IO-Link B ports (B) of an AXL E IO-Link masters
Ensure that the voltage supply U
dent, galvanically isolated power supplies.
NOTE: Sensors damage
When connecting an IO-Link type A sensor to an IO-Link B port, note that a voltage is
applied to pin 2 and pin 5. Do not connect it to the sensor.
Use a three-wire cable between port and sensor,
cable type SAC-3P-MS SCO / ... / ... Order No. 1523515.
8395_en_03 PHOENIX CONTACT 45
and the power supply US are made from two indepen-
A
UM EN AXL E SYS INST
156,5
30
60
30
170
141
5.2 Axioline E IO-Link digital input and output devices
The Axioline E product group is supplemented by IO-Link digital input and output devices.
These are designed as plastic variants. The IO-Link technology offers the advantage that
IO-Link master can be used as an IO-Link port for communication with the IO-Link digital
input and output devices.
The IO-Link technology is also used to provide the sensor supply (IO-Link A port, L +) and,
if necessary, the actuator supply (IO-Link B port, L + and U
).
A
Axioline E
digital input device
Axioline E
digital output device
The Axioline E digital input device is connected to an IO-Link master via an IO-Link A port.
It is used to acquire digital signals via IO-Link. The IO-Link master allows the use within different networks, see page 7.
The Axioline E digital output device is connected to an IO-Link master via an IO-Link B port.
It is used to output digital signals via IO-Link. The IO-Link master allows the use within different networks, see page 7.
5.2.1 Housing dimensions of the Axioline E IO-Link digital input and output devices
Figure 5-3 Housing dimensions (mm)
of the Axioline E IO-Link digital input and output devices
46
PHOENIX CONTACT 8395_en_03
Axioline E IO-Link devices
X21
X21
X01 X02
X04X03
X05 X06
X08X07
6
7
3
5
4
2
5.2.2 Basic structure of the Axioline E IO-Link digital input and output devices
The figure shows the basic structure of the Axioline E IO-Link digital input and output
devices.
Figure 5-4 Basic structure of the Axioline E IO-Link digital input and output devices
1 Fixing clips
2 FE connection)
3 Status indicators of the IO-Link port
4 IO-Link A port (digital input device)
IO-Link B port (digital output device)
5 Connections of the IO-Link ports (inputs or outputs)
6 Status indicators of the IO-Link port (inputs or outputs)
7 Markers for marking
8395_en_03 PHOENIX CONTACT 47
UM EN AXL E SYS INST
5.2.3 Marking of the Axioline E IO-Link digital input and output devices
It is possible to mark the devices next to the ports (7 in Figure 5-4) zu beschriften. The devices are supplied as standard with nine unprinted marking labels. If you want to swap a label, you can lift it out of the recess using a screwdriver.
Phoenix Contact offers the CMS-MARK-WIN software for professional marking,
see Phoenix Contact catalog.
5.2.4 Diagnostic and status indicators of the Axioline E IO-Link digital input and output devices
Diagnostics The diagnostics indicators (green/yellow/red) indicate whether an error is present or not.
In the event of an error, they indicate the error type and location.
An Axioline E IO-Link digital input and output device works properly when all green indicators light/flash.
Status The status indicators (yellow/red) indicate the signal state of the corresponding IO-Link port
(input/output ).
For more detailed information on the diagnostics and status indicators, please refer to the
data sheet for the respective device.
48
PHOENIX CONTACT 8395_en_03
Drill hole spacing
1
1
30
156,5
Axioline E IO-Link devices
5.2.5 Mounting of the Axioline E IO-Link digital input and output devices
Screw the devices tightly down onto a flat surface using the fixing clips (1 in Figure 5-5).
Ground the devices by means of the grounding lug (2 in Figure 5-5).
Use standard M5 screws with toothed lock washer. Observe the maximum torque of the
screws.
Figure 5-5 Mounting of the Axioline E IO-Link digital input and output devices
Functional earth
grounding
NOTE: Data corruption or loss
Connecting cables Then connect the cables , see page 36.
8395_en_03 PHOENIX CONTACT 49
Functional earth grounding is crucial for interference-free operation.
Ground the devices by means of the grounding lug.
For more information on the installation, please refer to the packing slip and the chapters
4.1, 4.2 und 4.3.
UM EN AXL E SYS INST
5.3 IO-Link/analog converter
The IO-Link/analog converter is an IO-Link device that converts analog signals into the
IO-Link protocol. Depending on the version, the IO-Link/analog converter offers you the
possibility to capture the signals from analog sensors via an IO-Link master or to transmit
them to analog actuators. Conversion of analog signals directly at the measurement location and digital transmission via unshielded cables simplify installation and result in interference-free transmission of measured values.
The IO-Link/analog converters are designed as plastic versions.
verters can be supplied in straight or rectangular format.
The IO-Link/analog con-
Figure 5-6 Analog data acquiring/transmitting
50
PHOENIX CONTACT 8395_en_03
Axioline E IO-Link devices
In conjunction with the IO link masters, this results in a perfect solution scenario for the
multifaceted advent of analog signals.
An IO-Link/analog converter is either connected direc tly t o an an alog sens or or pl aced in th e
immediate vicinity of the analog sensor. Thus, expensive, shielded cables between an analog sensor and the IO-Link master can be significantly reduced or even completely saved.
Figure 5-7 IO-Link/analog converter and Axioline E IO-Link master
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50
16,5
79,5
28
29
16,6
50
66,5
28
29
41
16,6
5.3.1 Dimensions of the straight IO-Link/analog converter
Figure 5-8 Dimensions in mm
5.3.2 Dimensions of the rectangular IO-Link/analog converter
Figure 5-9 Dimensions in mm
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Axioline E IO-Link devices
3
2 1
3
2
1
5.3.3 Connections of the straight IO-Link/analog converter
Figure 5-10 Connections on the converter
1. IO-Link interface (indicated by IO-Link symbol)
2. Fixing options; options for connection to functional earth ground
3. Analog input/output
5.3.4 Connections of the rectangular IO-Link/analog converter
Figure 5-11 Connections on the converter
1. IO-Link interface (indicated by IO-Link symbol)
2. Fixing options; options for connection to functional earth ground
3. Analog input/output
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5.3.5 Mounting of the IO-Link/analog converter
• Verbinden Sie die IO-Link-Schnittstelle des Konverters mittels einer standardisierten
3-poligen Leitung mit einem IO-Link-Port des übergeordneten IO-Link-Masters.
• Schließen Sie den analogen Sensor direkt oder mittels einer geschirmten 4-poligen
Leitung am analogen Eingang des Konverters an.
• Verschrauben Sie die Anschlüsse jeweils mittels der M12-Steckverbinder.
Figure 5-12 Connection of a sensor to an IO-Link master via a rectangular/straight con-
verter
NOTE: Data corruption or loss
In environments with high levels of interference, in particular, Phoenix Contact recommends connecting the converter to an appropriate functional earth ground point using an
M4 screw.
For more information, please refer to the device-specific data sheets.
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Axioline E IO-Link devices
ETH1 ETH2
X21 X22
PWR IN PWR OUT
X31 X32
X01 X02
X03 X04
X05 X06
X07 X08
IO-Link master
Digital input device via IO-Link
DI
AO
AI
IO-Link/analog converter
IP20
PROFINET controller
UL
PROFINET
Digital output device via IO-Link
DO
IP65/67
5.4 Axioline E IO-Link topology
The following figure shows Axioline E IO-Link devices in a PROFINET network.
Figure 5-13 Example Axioline E IO-Link topology
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In general, the provisions of the current standard Terms and Conditions of Phoenix Contact
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Flachsmarktstraße 8
32825 Blomberg
GERMANY
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586 Fulling Mill Road
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USA
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