Installing, Starting Up, and Operating The AXC F 1152, AXC F 2152 and AXC F 3152 Controllers

Installing, starting up, and operating the
AXC F 1152, AXC F 2152 and AXC F 3152

controllers
User manual
User manual
Installing, starting up, and operating the AXC F 1152, AXC F 2152 and
AXC F 3152 controllers
UM EN AXC F X152, Revision 12 2023-06-30
This user manual is valid for:
Designation As of version (HW) As of version (FW) Order No.

AXC F 1152 05 2020.0 LTS 1151412
AXC F 2152 05 2020.0 LTS 2404267
AXC F 3152 03 2020.3 1069208
Before starting up the controller, observe the following:

• Make sure you always operate the controller with the latest firmware version.
The current firmware version can be downloaded at:
– AXC F 1152: phoenixcontact.net/product/1151412
• Observe the change notes regarding the firmware version.
• If necessary, update the firmware.
For information on running firmware updates, refer to section “Web-based management (WBM)” on
page 69 and section “Updating the firmware” on page 96.
107708_en_12
Phoenix Contact GmbH & Co. KG • Flachsmarktstraße 8 • 32825 Blomberg • Germany

phoenixcontact.com
Table of contents
Table of contents
1 For your safety ........................................................................................................................... 6
1.1 Identification of warning notes ............................................................................... 6
1.2 Qualification of users ............................................................................................. 6
1.3 Field of application of the product.......................................................................... 7
1.3.1 Intended use .......................................................................................... 7
1.4 Product changes ................................................................................................... 7
1.5 Safety notes .......................................................................................................... 7
1.6 Security in the network .......................................................................................... 8
1.7 UL notes ................................................................................................................ 9
1.7.1 AXC F 1152 and AXC F 2152 ................................................................ 9
1.7.2 AXC F 3152 ........................................................................................... 9
1.8 AXC F 2152:
Installation in potentially explosive area............................................................... 10
2 Transport, storage, and unpacking ..........................................................................................12

2.1 Transport ............................................................................................................. 12
2.2 Storage................................................................................................................ 12
2.3 Unpacking ........................................................................................................... 12
3 Description of the controllers ...................................................................................................14

3.1 General description of the controllers .................................................................. 14
3.2 Licensing information regarding open-source software ....................................... 20
3.3 Requesting the source code................................................................................ 20
3.4 Directory structure of the file system.................................................................... 20
3.5 Using SFTP to access the file system.................................................................. 21
3.6 Firewall ................................................................................................................ 22
3.7 Possible fields of application of the controller ...................................................... 22
3.7.1 The controller as a distributed controller of an Axioline F sta-
tion ....................................................................................................... 22
3.7.2 The controller as a PROFINET controller in a PROFINET net-
work ..................................................................................................... 23
3.7.3 The controller as a PROFINET device in a
PROFINET network ............................................................................. 24
3.8 Components of the controller .............................................................................. 25
3.8.1 Connection and operating elements .................................................... 25
3.8.2 Printing ................................................................................................. 27
3.9 Diagnostic and status indicators .......................................................................... 29
3.10 Mode selector switch (AXC F 3152) .................................................................... 33
3.11 Reset button ........................................................................................................ 34
107708_en_12 Phoenix Contact 3 / 106

AXC F X152
3.12 Flash memory...................................................................................................... 36

3.13 SD card (optional)................................................................................................ 36
3.14 Internal basic circuit diagram ............................................................................... 39
3.15 Ethernet interfaces .............................................................................................. 41
3.16 Supply connector................................................................................................. 42
3.17 Bus base module................................................................................................. 43
4 Mounting hardware ..................................................................................................................45

4.1 Safety notes ...................................................................................................... 45
4.2 Basic information................................................................................................. 46
4.3 Structure of an Axioline F station ......................................................................... 48
4.4 Structure of a PLCnext Inline station.................................................................... 50
4.5 Mounting the controller ........................................................................................ 51
4.6 Inserting the SD card ................................................................................ 52
4.7 Mounting a left-alignable Axioline F extension module ........................................ 53
4.8 Mounting the AXC F IL ADAPT Inline adapter terminal........................................ 53
5 Connecting and wiring hardware ..............................................................................................54

5.1 Supply voltage..................................................................................................... 54
5.1.1 Sizing of the power supply ................................................................... 54
5.1.2 Connecting the power supply ............................................................... 55
5.2 Connecting Ethernet............................................................................................ 57
6 Startup .....................................................................................................................................58
6.1 Installing PLCnext Engineer ................................................................................ 58
6.2 User interface ...................................................................................................... 59
6.3 Creating a new project......................................................................................... 60
6.4 Configuring the IP settings................................................................................... 61
6.4.1 Setting the IP address range ................................................................ 61
6.4.2 Setting the IP address .......................................................................... 63
6.5 Connecting to the controller................................................................................. 64
7 PROFICLOUD.IO ..................................................................................................................... 67
8 System variables and status information ..................................................................................68
9 Web-based management (WBM) ............................................................................................69
10 Removing hardware ................................................................................................................. 70

10.1 Safety notes ...................................................................................................... 70
4 / 106 Phoenix Contact 107708_en_12

Table of contents
10.2 Removing cables................................................................................................. 71

10.3 Removing the connector...................................................................................... 71
10.4 Removing the SD card......................................................................................... 72
10.5 Removing the controller....................................................................................... 73
10.6 Removing a left-alignable Axioline F extension module....................................... 73
10.7 Removing the AXC F IL ADAPT Inline adapter terminal ...................................... 73
11 Device replacement, device defects, and repairs ....................................................................74

11.1 Device replacement............................................................................................. 74
11.2 Device defects and repair.................................................................................... 75
12 Maintenance, decommissioning, and disposal ........................................................................76

12.1 Maintenance........................................................................................................ 76
12.2 Decommissioning and disposal ........................................................................... 76
13 Troubleshooting and frequently asked questions (FAQs) ........................................................77
14 Ordering data and technical data .............................................................................................78

14.1 AXC F 1152 ......................................................................................................... 78
14.1.1 Ordering data ....................................................................................... 78
14.1.2 Technical data ..................................................................................... 78
14.2 AXC F 2152 ......................................................................................................... 84
14.2.1 Ordering data ....................................................................................... 84
14.2.2 Technical data ..................................................................................... 84
14.3 AXC F 3152 ......................................................................................................... 90
14.3.1 Ordering data ....................................................................................... 90
14.3.2 Technical data ..................................................................................... 90
A Appendix ..................................................................................................................................96
A1 Updating the firmware ......................................................................................... 96
A2 Shell commands for controlling the firmware ....................................................... 96
A3 Replacing the HTTPS certificate.......................................................................... 96
A4 Use of the AXC F 2152 controller under extreme ambient conditions.................. 97
B Appendix for document lists...................................................................................................... 98

B1 List of figures ....................................................................................................... 98
B2 List of tables ...................................................................................................... 101
B3 Index.................................................................................................................. 102

AXC F X152
1 For your safety

Read this user manual carefully and keep it for future reference.
1.1 Identification of warning notes

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 warns the reader of actions
that might cause property damage or a malfunction.
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:
– Electrically skilled persons or persons instructed by them. The users must be familiar
with the relevant safety concepts of automation technology as well as applicable stan-
dards and other regulations.
– Qualified application programmers and software engineers. The users must be familiar
with the relevant safety concepts of automation technology as well as applicable stan-
dards and other regulations.

For your safety
1.3 Field of application of the product
1.3.1 Intended use

The AXC F 1152 and AXC F 2152 controllers are modular small-scale controllers. The
AXC F 3152 is a modular controller that can be used for smaller and medium-sized applica-
tions. The devices comply with the IP20 degree of protection and are designed for use in
closed control cabinets or control boxes (terminal boxes) with an IP54 degree of protection
or higher.
The devices are designed for use in industrial environments.
1.4 Product changes

Modifications to the device hardware are not permitted.
Incorrect operation or modifications to the devices can endanger your safety or damage the
devices. Do not repair the devices yourself. If a device is defective, please contact
Phoenix Contact.
1.5 Safety notes

Observe the country-specific installation, safety, and accident prevention regulations.
NOTE: Property damage due to impermissible stress

The IP20 degree of protection (IEC 60529/EN 60529) requires that the device is used in
a clean and dry environment. If you use the device in an environment that is outside of the
specified limits, this may cause damage to the device.
• Do not subject the device to mechanical and/or thermal loads that exceed the speci-
fied limits.
NOTE: Electrostatic discharge

The device contains components that can be damaged or destroyed by electrostatic dis-
charge. When handling the device, observe the necessary safety precautions against
electrostatic discharge (ESD) in accordance with EN 61340-5-1 and IEC 61340-5-1.
NOTE: Device failure due to foreign objects in device

Foreign objects in the device can lead to malfunctions or even device failure.
• Ensure that no foreign objects find their way into the device (e.g., into the vents).
NOTE: Device failure if operated outside the permitted ambient temperature

range
Operating the device in ambient temperatures that are not within the permitted range may
lead to malfunctions or even device failure.
• Ensure that the device is operated within the permitted ambient temperature range,
see Section 14, “Ordering data and technical data”.

AXC F X152
NOTE: Device failure due to vibrations and shock levels above the permitted
specifications during operation
If the device is subjected to vibrations and shock levels above the permitted specifications
during operation, this may lead to malfunctions or even device failure.
• Ensure that the permitted specifications for vibrations and shocks are adhered to
when operating the device, see Section 14, “Ordering data and technical data”.
NOTE: Device defect due to polarity reversal

Polarity reversal puts a strain on the electronics and can damage the device.
• To protect the device, avoid reversing the poles of the 24 V supply.
1.6 Security in the network
NOTE: Network security jeopardized by unauthorized access

Connecting devices to a network entails the danger of unauthorized access to the net-
work.
Observe the following safety notes:

• If possible, deactivate unused communication channels.
• Use secure passwords reflecting the complexity and service life recommended in the
latest guidelines.
• Only allow authorized persons to access the device. Limit the number of authorized
persons to the necessary minimum.
• Always install the latest firmware version. The firmware can be downloaded via the item
(phoenixcontact.com/products).
• Observe the IT security requirements and the standards applicable to your application.
Take the necessary protective measures. These may include, for example, virtual net-
works for remote maintenance access or a firewall.
• In security-critical applications, always use the device with an additional security appli-
ance.
Phoenix Contact offers security appliances in the mGuard product range. The mGuard
routers connect various networks for the remote maintenance and protection of the
local network and protect these networks against cyberattacks.
• You must take defense-in-depth strategies into consideration when planning networks.
Additional measures for protection against unauthorized network access can be found in
the “INDUSTRIAL SECURITY” application note. The application note can be downloaded
via the item (phoenixcontact.com/products).
German: AH DE INDUSTRIAL SECURITY, 107913
English: AH EN INDUSTRIAL SECURITY, 107913
If a security vulnerability exists for products, solutions, or services from Phoenix Contact, it
will be published on the PSIRT (Product Security Incident Response Team) website:
phoenixcontact.com/psirt

For your safety
1.7 UL notes
1.7.1 AXC F 1152 and AXC F 2152
UL Ordinary Location
– If the device is not used in the specified manner, the protection provided by the device
may be impaired.
– The supply source and ext. circuits intended to be connected to this device shall be
galv. separated from mains supply or hazardous live voltage using reinforced or double
insulation and meet the requirements of SELV circuit of UL/IEC 61010-2-201 and
clause 9.4 Limited energy circuit of UL/IEC 61010-1 or NEC Class 2.
UL Hazardous Location (nur AXC F 2152)

– Ambient temperature: -25 °C < Tamb < 60 °C
– This device must be installed in a tool only accessible enclosure certified for use in
Class I, Zone 2, minimum, and rated IP54, minimum, in accordance with
UL/CSA 60079-0 when used in a Class I, Zone 2 environment.
– This device must be installed within an area of not more than pollution degree 2, as de-
fined in IEC 60664-1.
– Electrical Ratings:
UL = 24 V DC (19.2 V DC ... 30 V DC) / Imax = 442 mA
1.7.2 AXC F 3152
UL Ordinary Location
CAUTION:
– The external circuits intended to be connected to this device shall be galvanically
separated from the mains supply or hazardous live voltage by reinforced or double
insulation and meet the requirements of SELV/PELV (Class III) circuits of
UL/CSA/IEC 61010-1, UL/CSA/IEC 61010-2-201.
– The device has to be installed in the final safety enclosure, which has adequate rigid-
ity according to UL 61010-1, UL 61010-2-201 and meets the requirements with re-
spect to spread of fire.
To install the device in accordance with UL/CSA/IEC standard, the following notes must
be observed.
– If the device is not used in the specified manner, the protection provided by the device
may be impaired.
– Mount and install the device in such a way that the disconnecting device can be oper-
ated without restriction.
– Minimum temperature rating and size of the cables to be connected to the field wiring
terminals: min. 80°C and 24 ... 16 AWG

AXC F X152
1.8 AXC F 2152:

Installation in potentially explosive area
WARNING: Explosion hazard

• Before using the device in a potentially explosive area, make sure that your device
has the required approval.
The approvals are printed on the device.
WARNING: Explosion hazard

• Please make sure that the following notes and instructions are observed.
– The category 3 device is designed for installation in zone 2 potentially explosive areas.
– The device satisfies the requirements of the following standards:
EN/IEC 60079‑0 und EN/IEC 60079‑7
For detailed information, refer to the declarations of conformity enclosed with the de-
vice. For the latest version, go to the item page at
www.phoenixcontact.com/product/2404267.
– Installation, operation, and maintenance may only be carried out by qualified electri-
cians. Follow the installation instructions as described. When installing and operating
the device, the applicable regulations and safety directives (including national safety di-
rectives), as well as general technical regulations, must be observed. The safety data
is listed in this document and in the certificates.
– Observe the specified conditions for use in potentially explosive areas! Also observe
the requirements of EN/IEC 60079-14.
– The device must not be opened or modified. Do not repair the device yourself, replace
it with an equivalent device. Repairs may only be carried out by the manufacturer. The
manufacturer is not liable for damage resulting from violation.
– The IP20 protection (IEC 60529/EN 60529) of the device is intended for use in a clean
and dry environment. The device must not be subject to mechanical strain and/or ther-
mal loads, which exceed the limits described.
– The device must be stopped and immediately removed from the Ex area if it is dam-
aged, was subject to an impermissible load, stored incorrectly or if it malfunctions.
– In potentially explosive areas, only connect and disconnect cables and plug-in connec-
tions (e.g., connector, bus base module, SD card, etc.) when the power is disconnect-
ed.
Special conditions
– The device must be installed in a housing (switch or distributor box) that satisfies the
requirements of EN/IEC 60079-0, EN/IEC 60079-7, GB 3836.1-2010 and has at least
IP54 degree of protection (EN/IEC 60529).
– Use the device in an environment that does not exceed pollution degree 2 in accor-
dance with EN/IEC 60664-1, GB/T 16935.1.
– Connect the DIN rail to the protective earth ground.
– For safe operation, lockable plug connections must have a functional interlock (e. g.
locking clip, screw connection etc.). Insert the interlock. Repair any damaged connec-
tors immediately.
– For safe operation, all interfaces on the device must be used or covered.

For your safety
Areas with a danger of dust explosions

– The device is not designed for use in atmospheres with a danger of dust explosions.
Ambient temperature range
-25 °C ... 55 °C (AXC F X152)

-25 °C ... 60 °C (AXC F X152 with AXL F PWR 1H module
Table 1-1 Temperature derating of the AXC F 2152 depending on the altitude
Altitude Maximum ambient temperature Maximum ambient temperature

(above sea level) AXC F X152 AXC F X152 + AXL F PWR 1H
Up to 2000 m 55°C 60°C
2000 m ... 3000 m 49°C 54°C
3000 m ... 4000 m 44°C 48°C
4000 m ... 5000 m 38°C 42°C

AXC F X152
2 Transport, storage, and unpacking
2.1 Transport
The device is delivered in cardboard packaging.

• Only transport the device to its destination in its original packaging.
• Observe the instructions on how to handle the package, as well as the moisture, shock,
tilt, and temperature indicators on the packaging.
• Observe the humidity specifications and the temperature range specified for transport
(see Section 14, “Ordering data and technical data”).
• Protect the surfaces as necessary to prevent damage.
• When transporting the equipment or storing it temporarily, make sure that the surfaces
are protected from the elements and any external influences, and that they are kept dry
and clean.
2.2 Storage
The storage location must meet the following requirements:

– Dry
– Protected from unauthorized access
– Protected from harmful environmental influences such as UV light
– Temperature range: -40°C ... +85°C
– Air pressure: 58 kPa ... 106 kPa (up to 4500 m above sea level)
– Permissible humidity: 5% ... 95% (in accordance with DIN EN 61131-2)
2.3 Unpacking
The controller is supplied in packaging, together with a packing slip with installation instruc-
tions.
• Read the complete packing slip carefully before unpacking the controller.

NOTE: Property damage due to noncompliance with ESD notes

If the ESD notes are not observed during unpacking and packaging, the device may be-
come damaged.
• Observe the ESD notes during unpacking and packaging.

Transport, storage, and unpacking
Checking the delivery • Check the delivery for transport damage.

Damaged packaging is an indicator of potential damage to the device that may have oc-
curred during transport. This could result in a malfunction.
• Submit claims for any transport damage immediately, and inform Phoenix Contact or
your supplier as well as the shipping company without delay.
• Enclose photos clearly documenting the damage to the packaging and/or delivery to-
gether with your claim.
• Immediately upon delivery, refer to the delivery note to ensure that the delivery is com-
plete.
Scope of supply for – Controller AXC F 1152 or AXC F 2152

AXC F 1152 and – AXL BS BK bus base module
AXC F 2152 – AXL CN S/UL supply connector
Scope of supply for – AXC F 3152 controller

AXC F 3152 – AXC BS L 30 bus base module
– AXL CN S/UL supply connector

AXC F X152
3 Description of the controllers
3.1 General description of the controllers

The AXC F 1152 and AXC F 2152 controllers are modular small-scale controllers. The
AXC F 3152 is a modular controller with an integrated Ethernet and Axioline F local bus con-
nection.
The controllers consist of an electronics module (1) and a bus base module (2).
b1
L
U
a1
b2
b1
2
2
AXC F 1152 and AXC F 2152 AXC F 3152
Figure 3-1 Components of the controller
Axioline F station An Axioline F station is created by connecting Axioline F modules to the controller. The
Axioline F local bus (referred to as local bus in this document) is implemented by arranging
bus base modules side by side.
Inline station As an alternative to an Axioline F station, you can create a PLCnext Inline station using the
controller. To do so, you need the AXC F IL ADAPT Inline adapter terminal (Order
No. 1020304). You can directly align the Inline modules to the Inline adapter terminal.
IoT device and RTU The main application area of the controller is industrial automation.
Due to its open system architecture, it is also used as an IoT device or remote terminal unit
(RTU).
Programming The controllers can be configured and programmed in accordance with IEC 61131 using the
PLCnext Engineer automation software.
In addition or as an alternative to the programming languages specified in IEC 61131-3, you
can also use the C++ or MATLAB® Simulink® programming languages. The individual pro-
grams or program parts can be programmed in any development environment (e.g.,
Eclipse, Microsoft® Visual Studio®, etc.). These programs or program parts must then be
imported into PLCnext Engineer as a library.
Integrated Ethernet The AXC F 1152 and AXC F 2152 controllers feature two switched Ethernet interfaces for
interfaces TCP/IP / UDP/IP communication within the Ethernet network.
The AXC F 3152 controller features three independent Ethernet interfaces for TCP/IP /
UDP/IP communication within the Ethernet network.

Description of the controllers
PROFINET controller/ The PROFINET protocol can be used via the Ethernet interfaces of the controllers. In this
device functionality case, the controller can be used as a PROFINET controller or PROFINET device, depend-
ing on the configuration.
For additional information on how to integrate your controller as a PROFINET controller

or device, please refer to the PLCnext Engineer online help.
Axioline F local bus There is an interface to the Axioline F local bus on the bottom of the controller. Bus base
modules are used to carry the communications voltage and the bus signals from the con-
troller through the Axioline F station. A bus base module is supplied with the controllers.
Up to 63 Axioline F modules can be connected to the controllers. The modules are con-
nected to the right of the controller. The maximum number of modules that can be operated
depends on the current consumption of the modules. The total current consumption of all
devices connected to the controller must not exceed the maximum current that the control-
ler supplies for the local bus.
NOTE: Electronics may be damaged when overloaded

Observe the current consumption of each device when configuring an Axioline F station.
The current consumption is specified in each module-specific data sheet and may vary.
The possible number of devices that can be connected depends on the structure of the
Axioline F station.
Left-alignment of In principle, you can extend the controllers by connecting Axioline F modules on the right.
Axioline F extension Furthermore, you can also add hardware functions to the left of the controller AXC F 2152
modules and AXC F 3152 devices.
The following left-alignable modules (extension modules) are currently available:
Available at the time this user manual was created:

– 2403115 AXC F XT ETH 1TX Left-alignable Ethernet interface
– 2403018 AXC F XT IB Left-alignable INTERBUS master
– 1139999 AXC F XT EXP Left-alignable PCIe extension interface
– 1091657 AXC F XT PB Left-alignable PROFIBUS master
– 1159811 AXC F XT SPLC 1000 Left-alignable safety-related Axioline F controller of performance class 1000
– 1259849 AXC F XT ML 1000 Left-alignable module with machine learning function
In preparation:
– 1160157 AXC F XT SPLC 3000 Left-alignable safety-related Axioline F controller of performance class 3000

AXC F X152
Note the following special characteristics:
Table 3-1 Special characteristics of the left-alignable extension modules in combination with the controllers
Characteristic AXC F 2152 AXC F 3152

Bus base module
– Connection of an Replace the bus base module of the con- Remove the cap on the left-hand side on the
AXC F XT ... to the controller with the bus base module bus base module of the controller.
troller AXC BS L 2, Order No. 1064312.
– Connection of an To align an additional AXC F XT ... module to the left on an AXC F XT ..., remove the cap
AXC F XT ... to an on the bus base module of the preceding module.
AXC F XT ...
Extendibility
– Direct on the controller 1 AXC F XT ... module 2 AXC F XT ... modules
(without AXC F XT EXP)
– When using an 4 AXC F XT ... modules 5 AXC F XT ... modules
AXC F XT EXP Sequence: Sequence:
Module 1: AXC F XT EXP Module 1: Any*
Modules 2 ... 4: Any* Module 2: AXC F XT EXP
Modules 3 ... 5: Any*
*Restrictions
– General All left-alignable modules may only be connected once.
– AXC F XT IB If you use the module AXC F XT IB to the left, do not use an AXC F IL ADAPT in the
Axioline F local bus, and vice versa.
– AXC F XT ML 1000 With the AXC F XT ML 1000 left-alignable machine learning module, you can only extend
a controller of the type AXC F 3152.
The LED EXT on the controller signals that left-alignable extension modules are being used.
The displays have the following meaning:
Designation Color Meaning State Description

EXT Red Left alignment On Error at extension module
Possible error causes:
– Extension module is not supported.
– Extension module is not mounted correctly or is defective.
– Extension module was disconnected from power during
operation or has been removed.
Green On Extension module operating without errors.
Please note for mounting and supplying with power:

– Mount all the modules required before supplying power to the Axioline F station. Mod-
ules to which power is only supplied following the controller boot process are not de-
tected or may result in a malfunction.
– Feed the supply voltage for the left-alignable modules and the controller used via a
common power supply unit. This ensures that the devices have the same reference po-
tential.

– Fuse the power supply unit appropriately for the current consumption of the installation
system.
– Do not reverse the supply voltage connection. The GND potential of the controller and
the left-aligned extension modules are connected together via the bus base. Reversing
the polarity will lead to an immediate short circuit.

AXC F X152
– To ensure that the left-alignable extension modules are detected correctly, proceed as
follows:
– Switch on the power to the left-alignable extension modules before switching on
the power to controller
or
– Switch on the power to the left-alignable modules and to the controller simultane-
ously.
Always observe:
– The information in Section “Connecting and wiring hardware” on page 54.
– The information in the documentation for the modules used, particularly if you are us-
ing left-alignable safety-related Axioline F controllers.
Axioline F/ For system-specific information on the Axioline F system, please refer to the
system and firmware PLCnext Engineer online help and the “Axioline F: System and installation”
(UM EN AXL F SYS INST) and “Axioline F: Diagnostic registers and error messages”
(UM EN AXL F SYS DIAG) user manuals.
The user manuals can be downloaded at phoenixcontact.com/product/2404267.
MRP (only AXC F 1152 and The MRP (Media Redundancy Protocol) can be used via the Ethernet interfaces of the con-
AXC F 2152) troller. The controller supports the MRP client function, which can be enabled or disabled
via an engineering tool (e.g., PLCnext Engineer). This function is disabled in delivery state.
If the function is enabled, it remains enabled after the supply voltage is switched off and on.
If the controller has been reset to the delivery state, the MRP client function will also be dis-
abled again. In a ring with Media Redundancy Protocol, maximum switch-over times of up
to 200 ms can be expected.
Flash memory/SD card The controllers have an internal flash memory. This memory can be used to store programs
and configurations which belong to your project, e.g., the visualization project. If the internal
flash memory is not large enough for your application, the controllers can be operated using
an SD card. The SD card is optional and not required to operate the controllers.
The SD card is not included in the scope of delivery of the controller.

• Only use an SD card provided by Phoenix Contact (see Section “Ordering data and
technical data” on page 78).
NOTE: Damage to the SD card after formatting

The SD card is already formatted (ext4 format) and is intended for use with
Phoenix Contact controllers of the PLCnext Control product family. If you format the SD
card, certain information on the SD card that is required for use with Phoenix Contact de-
vices will be lost. After formatting, you can no longer use the SD card to operate the con-
troller.
• Ensure that the SD card is not formatted.

Data buffering/backup in In the event of a supply voltage failure, the AXC F 3152 saves control data, e.g., retain data
the event of voltage and log files, on the inserted SD card.
failures
The device firmware recognizes the voltage failure. The retain data (variables of the control-
ler that are marked as “Retain” in the PLCnext Engineer project) and log files are automati-
cally backed up on the SD card.
NOTE: Startup of the AXC F 3152 not ensured

For proper startup of the device, the supply voltage may be switched on at the earliest 30
seconds after the diagnostic and status indicators go out.
Visualization You can create visualizations for the controller using the HMI integrated in
PLCnext Engineer.
Real-time clock In the event that the supply voltage fails, the real-time clock integrated in the controllers is
buffered, see Section “Ordering data and technical data” on page 78.
Function extensions using You can easily extend the scope of functions of the controllers using apps from the
PLCnext apps PLCnext Store.
Visit the PLCnext Store at plcnextstore.com.

AXC F X152
3.2 Licensing information regarding open-source

software
The controllers work with a Linux operating system.
License information for the individual Linux packages can be found in the file system of the
controller under:
/usr/share/common-licenses
Information on the directory structure of the file system can be found in Section 3.4.
Alternatively, you can also call up the license information via the web-based management
system of the controller, see Section 9.
Notes on LGPL software All open-source software used in the product is subject to the respective license terms that
libraries are not affected by the Phoenix Contact Software License Terms (SLT) for the product. In
particular, the license holder can change the respective open-source software in accor-
dance with the applicable license terms. If the license holder wishes to change an LGPL
software library contained in this product, reverse engineering is permitted for debugging
such modifications.
Notes on OpenSSL This product includes software developed by the OpenSSL Project for use in the OpenSSL
Toolkit. (http://www.openssl.org/).
This product includes cryptographic software written by Eric Young (eay@cryptsoft.com).
3.3 Requesting the source code

The controllers contain software components that are licensed by the rights holder as free
software or open-source software under the GNU General Public License.
You can request the source code of these software components in the form of a CD or DVD-
ROM for a processing fee of 50 euros within three years after delivery of the controller.
To do so, contact the Phoenix Contact After Sales Service in writing at the following ad-
dress:
PHOENIX CONTACT GmbH & Co. KG
After Sales Service
Flachsmarktstraße 8
32825 Blomberg
GERMANY
Subject: “Source Code AXC F 1152”, “Source Code AXC F 2152”, or
“Source Code AXC F 3152”
3.4 Directory structure of the file system

The controllers work with a Linux operating system. You can access the controller via SFTP
or via SSH and view the directories and files on the file system (on the internal flash memory
and on the optional SD card) and modify them as necessary.
Information on the directory structure of the file system can be found at the
PLCnext Info Center.

3.5 Using SFTP to access the file system

The file system (on the internal flash memory and on the SD card of the controller) is ac-
cessed via the SFTP protocol. An SFTP client software is required for this (e.g., WinSCP).
Access to the file system via SFTP requires authentication with a user name and password.
Please note:
Authentication with a user name and password is always required for SFTP access and
cannot be deactivated.
Only users with administrator rights can access the file system.
You can create additional users with administrator rights in the web-based management
system of the controller. For additional information, please refer to the
PLCnext Info Center.
In the delivery state, the following access data with administrator rights is preset:
User name: admin
Password: printed on the controller (see Figure 3-2).
AXC F 2152
SD-CARD SD-CARD
R
RUN/PROG
MAC Addr.: 00.A0.45.9D13.BC
plcnextcommunity.com
STOP
www.plcnext-community.net
MRESET
X4
PLCnext Control
Ord.-No 1069208
Ord. No. 2404267
AXC F 3152
X4
PLCnext Technology
password: 12345678
Designed by PHOENIX CONTACT
BF-C RUN
BF-C FAIL
SF DBG
BOOT D
EXT E
BF-C RUN
BF-C FAIL
for easy start up
SF DBG
BOOT D
scan here
EXT E
password: 12345678
UL
UL
a1 b1 X2 X3
a1 b1 X2
X1
X1
b1 b2
b1 b2

Figure 3-2 Administrator password on the controller

AXC F X152
3.6 Firewall
The firewall of the controller is deactivated by default.

Recommended:
• Activate the firewall.
For information on the firewall, please refer to the PLCnext Info Center.
3.7 Possible fields of application of the controller
3.7.1 The controller as a distributed controller of an Axioline F

station
The controller can be used as a distributed controller of an Axioline F station that is con-
nected to an Ethernet system. A maximum of 63 devices (Axioline F modules) can be con-
nected to the controller. The maximum number of alignable devices depends on the current
consumption of the devices. The total current consumption of all devices aligned on the con-
troller must not exceed the maximum current that the controller supplies for the local bus
(1 A at an ambient temperature ≤55°C). If the current consumption exceeds the maximum
current, use the AXL F PWR 1H power module.
Ethernet
Figure 3-3 Example: Axioline F station with AXC F 2152 controller

3.7.2 The controller as a PROFINET controller in a PROFINET

network
Figure 3-4 shows the example of the AXC F 3152 controller as a PROFINET controller in a
PROFINET network.
UL UL UL
a1 b1 a1 b1 a1 b1
b1 b2 b1 b2 b1 b2
A B B
PROFINET PROFINET
MODE
FL SWITCH SMSC 8GT

Ord.. No. 2891123
1 3 5 7
ACT SPD FD 2 4 6 8
LINK
MAC US1 US2 FAIL

Address 1 2 3 4 5 6 7 8
Mode
X9 X10 X12
US1 GND US2 GND R1 R2 V.24
Figure 3-4 Example: AXC F 3152 controller as PROFINETcontroller
Key:
A PROFINET controller (AXC F 1152, AXC F 2152 or AXC F 3152)
B PROFINET device and switch (in the example: controller with connected Axioline F I/O
modules)
For additional information on how to integrate the controller as a PROFINET controller into
a PROFINET network, please refer to the PLCnext Engineer online help.

AXC F X152
3.7.3 The controller as a PROFINET device in a PROFINET

network
Figure 3-5 shows the example of the controller as a PROFINET device in a PROFINET net-
work.
RUN/PROG
STP
MODE
MRESET
FL SWITCH SMSC 8GT

Ord.. No. 2891123
1 3 5 7
ACT SPD FD 2 4 6 8
LINK
MAC US1 US2 FAIL

Address 1 2 3 4 5 6 7 8
A
Mode
X9 X10 X12
US1 GND US2 GND R1 R2 V.24 D D
UI UA
E1 E1
E2 E2
USB a1 a1
LNK LNK
LAN LAN a2 a2
1.1 2
ACT ACT
UL
a1 b1 b1 b1
LNK LNK
24VDC
LAN LAN
3.1 3.2
ACT ACT - b1 b2 b2 b2
B
PROFINET PROFINET C
Figure 3-5 Example: AXC F 3152 controller as PROFINET device
Key:
A PROFINET controller (in the example: RFC 4072S)
B Managed switch (in the example: FL SWITCH SMCS ...)
C PROFINET device (AXC F 1152, AXC F 2152 or AXC F 3152)
For additional information on how to integrate the controller as a PROFINET device into a
PROFINET network, please refer to the PLCnext Engineer online help.

3.8 Components of the controller
3.8.1 Connection and operating elements
AXC F 1152 and AXC F 2152
D
-CAR
SD
3 R
4
X
5
6
2
2
X
1
X
1
7
Figure 3-6 Connection and operating elements of the AXC F 1152 and AXC F 2152
controllers
The controller consists of the following components:

1 Bus base module
2 Electronics module
3 Reset button
4 SD card holder
The SD card is optional and not supplied as standard with the controller.
Please refer to the ordering data in Section “Ordering data and technical data” on
page 78.
5 Diagnostic and status indicators

6 Ethernet interfaces (X1, X2)
7 Supply connector (connector for connecting the supply voltage (communications volt-
age UL))

AXC F X152
AXC F 3152
7
6
5
8
9
Figure 3-7 Connection and operating elements of the AXC F 3152 controller
The controller consists of the following components:

1 Bus base module
2 Diagnostic and status indicators
3 Electronics module
4 Reset button
5 SD card holder
page 78.
6 Mode selector switch

7 Service interface (X4) (currently without function)
8 Ethernet interfaces (X1, X2, X3)
9 Supply connector (connector for connecting the supply voltage (communications volt-
age UL))

3.8.2 Printing
AXC F 1152 and AXC F 2152 controller printing
1
1 Order number and
order designation
AXC F 2152
SD-CARD
R
2 MAC address
MAC Addr.: 00.A0.45.9D13.BC
www.plcnext-community.net
2 X4
3 QR code for UUID
Ord. No. 2404267

3 4 Administrator password
5 QR code for connecting to the PLC-
next Community
UUID: 1234j4789G12345j4789G1234j4789G
Class I, Zone 2, AEX nA IIC T4/EX nA IIC Gc T4
PLCnext Technology
Class I, Division 2, Groups A, B, C, and D T4
password: 12345678
4
Designed by PHOENIX CONTACT
6 UUID for connecting to

BF-C RUN
BF-C FAIL
PROFICLOUD
SF DBG
Amb. Temp.: -25°C < Ta < 60°C
BOOT D
5 EXT E
7 QR code for administrator password

U = 19.2 - 30 VDC
Imax : 442 mA
for easy start up

6
8 Year of manufacture
scan here
IND.CONT.EQ.FOR.
HAZ.LOC.
E366727
7
U
8
LISTED
UL
XX
a1 b1 X2
X1
b1 b2
Figure 3-8 AXC F 1152 and AXC F 2152 controller printing
AXC F 3152 controller printing
1 Order number and

order designation
SD-CARD
1 RUN/PROG
plcnextcommunity.com
2 QR code for UUID

STOP
MRESET
PLCnext Control
Ord.-No 1069208
3 UUID for connecting to

AXC F 3152
X4
R
PROFICLOUD
4 QR code for administrator password
UUID: 1234j4789G12345j4789G1234j4789G
2
5 Administrator password
3 RUN
6 Year of manufacture
BF-C
BF-C FAIL
SF DBG
BOOT D
EXT E
4
5 password: 12345678
XX
6 UL
a1 b1 X2 X3
X1
b1 b2
Figure 3-9 AXC F 3152 controller printing

AXC F X152
Administrator password You need the administrator password (in combination with the “admin” user name) for initial
access to:
– The controller file system
– Certain functions in PLCnext Engineer
– The PLCnext Engineer HMI
– Web-based management (WBM)
– The OPC UA server of the controller
Recommended:
• Only use the administrator password for initial access.
• Once you have gained access successfully, change the administrator password to
prevent unauthorized administrator access (see Section 9).
QR code for connecting to You can access the PLCnext Community directly via the QR code.
the PLCnext Community In the PLCnext Community, you will find:
– Information on PLCnext Technology
– Information on PLCnext Engineer
– Information on programming the controller with C++
– Operating instructions
– Tutorials
– Example projects
– FAQs

3.9 Diagnostic and status indicators

The diagnostic and status indicators are used for quick local error diagnostics.
BF-C RUN
PN/AXC/ BF-D
SF
FAIL
DBG
BOOT D
PLC EXT E
BF-C
BF-D
RUN
FAIL
SF DBG
BOOT D
EXT E
ETH
PWR PN/AXC/ UL
PLC
UL
a1 b1 X2 X3
X2
X1
X1 b1 b2
ETH
PWR

Figure 3-10 Diagnostic and status indicators
Table 3-2 Controller diagnostic and status indicators
Desig- Color Meaning State Description

nation
PN: PROFINET controller/device function
Controller as PROFINET controller
The controller has established an active communication con-
Off
nection to each configured PROFINET device.
Status of
No link status on the Ethernet interfaces and/or no 100 Mbit
PROFINET com- Red on
Red/yel- transmission and/or no full duplex mode.
BF-C munication/
low Flashing Link status present, at least one configured PROFINET device
communication
error red (1 Hz) does not have a communication connection.
Flashing Flashing for device identification
yellow
(0.5 Hz)
Controller as PROFINET device
A PROFINET controller has established an active communica-
Off
tion connection to the controller (PROFINET device).
Status of
No PROFINET communication (no link status at the Ethernet in-
PROFINET com- Red on
Red/yel- terfaces)
BF-D munication/
low Flashing Link status present, no communication connection to the
communication
error red (1 Hz) PROFINET controller
Flashing Flashing for device identification
yellow
(0.5 Hz)
Group error Off PROFINET diagnostics not present
SF Red
(PROFINET) On PROFINET diagnostics present

AXC F X152

nation
PLC: Controller diagnostics
Off PLCnext runtime system is not ready for operation.
PLCnext runtime system successfully initialized.
Flashing
The controller is in the READY/STOP state; application pro-
(0.5 Hz)
gram is not being processed.
Flashing Controller has been reset to the default status (see Section “Re-
Controller RUN
RUN Green (2 Hz) set button” on page 34).
status
Flashing System watchdog was triggered.
(2 Hz) FAIL flashes red with same frequency.
PLCnext runtime system successfully initialized and an appli-
On cation program is running.
The controller is in the RUN state.
A runtime error has occurred in the application program of the
On
PLCnext runtime system.
No runtime error has occurred in the application program of the
FAIL Red Failure Off
PLCnext runtime system.
Flashing System watchdog was triggered.
(2 Hz) RUN flashes green at the same frequency.
The PLCnext runtime system/controller is in debug mode, i.e.,
Debug mode debug mode has been activated in PLCnext Engineer (break-
DBG Yellow On point(s) set).
(troubleshooting)
The status of the RUN LED is not affected.
On Device firmware is faulty.
Device firmware Flashing Device firmware is being loaded (boot process).
BOOT Red
loading status (2 Hz)
Off Device firmware running.


nation
AXC: Axioline F diagnostics
Run:
The Axioline F station is ready for operation; communication
Green on
within the Axioline F station is OK.
All data is valid. No malfunction occurred.
Active:
The Axioline F station is ready for operation; communication
Flashing
within the Axioline F station is OK. The data is not valid. There
green
is no valid data available from the controller. No malfunction oc-
curred on the device.
Ready:
Yellow on The Axioline F station is ready for operation; no data is being
exchanged.
Flashing Access from Startup+ in I/O check mode
yellow
Flashing Local bus error during active I/O check
yellow/red
Local bus error during startup
Axioline F: diag- Possible causes:
Red/yel- nostics for local – Configuration cannot be generated, information is missing
D
low/green bus communica- from a device
tion Flashing
red – Chip version of a device is <V 1.1
– Desired configuration and actual configuration differ
– No local bus device connected
– The maximum number of local bus devices has been ex-
ceeded.
Bus error in RUN state
The Axioline F station is ready for operation but has lost con-
nection to at least one local bus device.
Possible causes:
Red on – Communication error
– Local bus device has been removed or configured local
bus device is missing
– Reset at a local bus device
– Serious device error at a local bus device (local bus device
can no longer be reached)
Power down:
Off
Local bus device is in (power) reset
Yel- Yellow on I/O warning at a local bus device
E Error/warning
low/red Red on I/O error at a local bus device

AXC F X152

nation
Off No extension module available
Error at extension module
Possible error causes:
Red on – Extension module is not supported.
Red/yel-
EXT Left alignment – Extension module is not mounted correctly or is defective.
low/green
– Extension module was disconnected from power during
operation or has been removed.
Yellow on Test of the extension module during the boot procedure
Green on Extension module operating without errors.
PWR: Supply voltage (communications voltage UL)
Off 24 V communications voltage feed-in not present or too low
UL Green ULogic
On 24 V communications voltage feed-in present
ETH: Ethernet interfaces
Off Connection not established successfully
Green Link status Connection established successfully (link): The controller is
On
able to contact another network device.
Off Data transmission not active
Yellow Activity status Data transmission active (activity): The Ethernet interface is
On/flashing
sending or receiving data.
Please note:
On the AXC F 1152, the EXT LED is without function as Axioline F extension modules
cannot be aligned to the left.
Special case: firmware update

During a firmware update, the RUN LED first flashes, and then stops. Upon a successful
controller restart, the RUN LED lights up again permanently.
Information on firmware updates can be found in Section “Replacing the HTTPS certifi-
cate” on page 96.
Special cases: SD card

In the following cases, all LEDs except the D and E LEDs begin to flash red (1 Hz):
– Unauthorized removal of the SD card during operation
– Invalid SD card license
– SD card with write protection enabled
Information on operating the controller with an SD card can be found in Section “SD card
(optional)” on page 36.

3.10 Mode selector switch (AXC F 3152)
Figure 3-11 Mode selector switch on the AXC F 3152 controller
The mode selector switch is used to define the operating state of the controller.
The RUN/PROG and STOP positions have a latching function and the MRESET position
has a pushbutton function. After releasing the switch in the MRESET position, it returns to
the STOP position.
Table 3-3 Controller operating modes
Operating Explanation
mode
RUN/PROG The controller is in the RUN state. The application is processed.
The PLCnext Engineer software can be used for program and configu-
ration modifications as well as for the online monitoring function.
The application is not processed if a controller error has oc-

curred or if the application has been stopped by
PLCnext Engineer.
STOP The controller is in the STOP state. Application processing has been
stopped.
MRESET The retain data and the application program in the controller RAM are
deleted.
To delete the retain data and the application program, proceed as fol-
lows:
• Hold the mode selector switch in the MRESET position for three
seconds.
• Release the mode selector switch for less than three seconds.
• Hold the mode selector switch in the MRESET position for three
seconds.

AXC F X152
3.11 Reset button
D 1
1
R
-CA
SD
R
4
X
FA UN
IL
R
B F-C
B S D
B
-
F
O F
E T
O
T
X

Figure 3-12 Reset button (1)
The reset button on the controller can only be operated with a pointed object, such as a pin,
and is therefore protected against accidental activation.
If the reset button is actuated during operation for ≥2 s, the controller is restarted.
The reset button can also be used to reset the controller to the default settings. Here, a dis-
tinction is made between two types of default settings:
– Type 1:
All application-specific data is deleted.
– Type 2:
The controller is reset to the delivery state.
Please note the following when using PROFICLOUD:

Upon reset to default setting type 1 or 2, the controller can no longer be reached by
PROFICLOUD. To continue using the controller in PROFICLOUD, proceed as follows:
• Delete the controller from PROFICLOUD, as described in the “Startup and operation
of hardware and software components of the PROFICLOUD” user manual.
• Then reregister the controller in PROFICLOUD and add it as a PROFICLOUD device,
as described in Section “PROFICLOUD.IO” on page 67.
Default setting type 1 Resetting the controller to default setting type 1 deletes all settings that you have config-
ured. These include, for example:
– The PLCnext Engineer project, including all applications that have been programmed
in accordance with IEC 61131-3
– All applications that were programmed using high-level languages
– The configured bus configuration
– The network configuration of the controller
– Changes and extensions that you have made to the operating system or to the firmware

To reset the controller to default setting type 1, proceed as follows:

• Switch off the supply voltage of the controller.
• After the LEDs have gone out, press the reset button.
• Hold the reset button down and switch the supply voltage on.
The RUN and FAIL LEDs light up.
• Release the reset button.
The controller is reset to default setting type 1.
RUN
FAIL
Power on
Reset
t
Figure 3-13 Sequence when resetting to default setting type 1, and LED indicators
Default setting type 2 Resetting to default setting type 2 resets the controller to the delivery state. This deletes all
settings that you have configured.
Please note:
The operating system and all firmware components of the controller are reset to the
delivery state.
To reset the controller to default setting type 2, proceed as follows:
• Switch off the supply voltage of the controller.
• After the LEDs have gone out, press the reset button.
• Hold the reset button down and switch the supply voltage on.
The RUN and FAIL LEDs light up.
• Press and hold the Reset button down (approx. 30 s) until all LEDs (except the E and D
LEDs) light up.
• Release the reset button.
The controller is reset to default setting type 2.
RUN BF-C RUN
FAIL BF-D FAIL
30 s
SF DBG
BOOT
EXT
Power on
Reset
t
Figure 3-14 Sequence when resetting to default setting type 2, and LED indicators

AXC F X152
3.12 Flash memory
NOTE: Damage of the internal flash memory due to high data traffic
Frequent write accesses in applications with high data traffic can cause long-term dam-
age to the internal flash memory of the controller (e.g. DataLogger applications). This
leads to a device defect.
Use an external SD card as storage medium for applications with high data traffic.
Phoenix Contact recommends the SD cards SD FLASH 8GB PLCnext Memory,
order no. 1061701 or SD FLASH 2GB PLCnext Memory order no. 1043501.
The controllers have an internal flash memory. Alternatively, a pluggable SD card can be
used, see Section 3.13.
The programs and configurations (e.g., controller IP address) belonging to your
PLCnext Engineer project are stored in the flash memory. In addition, application-specific
data can also be stored in the flash memory.
If you make changes to Linux operating system files on the internal flash memory, the Linux
operating system generates an overlay file system from the changed files and directories. If
you operate the controller with an SD card, the overlay file system is generated on the SD
card.
On the internal controller flash memory, the following data quantities are available for user-
specific data and the overlay file system:
– 512 Mbyte on the AXC F 1152 and AXC F 2152 controllers
– 1 GB on the AXC F 3152 controller
3.13 SD card (optional)

If the internal flash memory is not large enough for your application, the controller can be
operated using an SD card. The SD card is optional and not required to operate the control-
ler.
If you operate the controller with an SD card, all application-specific data (e.g., the
PLCnext Engineer project) is stored there.
The SD card will be recognized during the initialization phase of the controller. If you insert
the SD card during operation, the SD card will not be recognized.
• Make sure that the SD card has been inserted before switching on the controller, in
order to enable the controller to use it.
• Insert and remove the SD card only when the controller supply voltage is
disconnected.
Refer to Section “Diagnostic and status indicators” on page 29 for the LED blink
codes in the event of unauthorized removal of the SD card during operation.
• Only use an SD card provided by Phoenix Contact, see Section “Ordering data and
technical data” on page 78.

Please note:
You can activate or deactivate support of the SD card via the WBM of the controller, see
Section 9.
Recommended:
• Deactivate the support of the SD card if you run the controller without SD card.
You thereby avoid the risk of data theft and manipulation.
Data buffering/backup in In the event of a supply voltage failure, the AXC F 3152 saves control data, e.g., retain data
the event of voltage and log files, on the inserted SD card.
failures
The device firmware recognizes the voltage failure. The retain data (variables of the control-
ler that are marked as “Retain” in the PLCnext Engineer project) and log files are automati-
cally backed up on the SD card.
NOTE: Startup of the AXC F 3152 not ensured

For proper startup of the device, the supply voltage may be switched on at the earliest 30
seconds after the diagnostic and status indicators go out.
Change: Operation with- When changing from operation without SD card to operation with SD card, note the follow-
out SD card  Operation ing:
with SD card
If there already is an overlay file system on the internal flash memory, it will be copied to the
SD card.
If there already is an overlay file system on the SD card, the controller will access it. The
overlay file system on the internal flash memory will be deleted.
Furthermore, all application-specific data will be deleted from the internal flash memory.
PLCnext Engineer projects and IP configurations stored on the flash memory are no longer
available. The controller accesses the data stored on the SD card.
NOTE: Data loss due to removing the SD card

If you remove the SD card during operation, data will be lost.
• Do not remove the SD card during operation.

Phoenix Contact controllers of the PLCnext Control product family. If you format the SD
card, certain information on the SD card that is required for use with Phoenix Contact de-
vices will be lost. After formatting, you can no longer use the SD card to operate the con-
troller.
• If you want to delete the overlay file system from the SD card:
Reset the controller to default setting type 1.

AXC F X152
• Insert and remove the SD card only when the controller supply voltage is disconnect-
ed.
Please note:
The SD card can be read with a conventional SD card reader at any time. Sensitive data
on the SD card can be read if you do not physically protect the SD card against unautho-
rized access.
• Ensure that unauthorized persons do not have access to the SD card.
Change: Operation with If you want to switch from operation with SD card to operation without SD card, please note
SD card  Operation the following:
without SD card
If there is an overlay file system on the SD card, there will be an empty overlay file system
on the internal flash memory after the SD card has been removed and the controller re-
booted. The contents of the overlay file system on the SD card will not be transferred to the
internal flash memory of the controller.
Neither will the application-specific data on the SD card be transferred to the internal flash
memory of the controller.

3.14 Internal basic circuit diagram
Ethernet Ƙ RUN
FE BF-D FAIL
RJ45
SF DBG
LNK AT BOOT D
RJ45 EXT E
FE
LNK AT
RT
Reset
ǻ
Extension
Bus
Local Bus
UBus
UL
UL
3.3 V
UBus
24 V
UL
24 V
Figure 3-15 Internal basic circuit diagram for AXC F 1152 and AXC F 2152
Key:
μC Microprocessor Transmitter
Reset button LED

RJ45
RJ45 interface RTC
Real-time clock
LNK ACT
3.3 V
Functional ground connection UBus Power supply unit
24V
SD card holder Ethernet switch
Extension Left-aligned Axioline F extension modules Local bus

Axioline F local bus
bus (AXC F 2152 only) UBus
The colored areas in the basic circuit diagram represent electrically isolated areas:
Logic
Ethernet interface
Functional ground

AXC F X152
AXC F 3152
FE
Ethernet
RJ45 RJ45
LNK ACT LNK ACT

BF-C RUN
RJ45 BF-D FAIL

SF DBG
LNK ACT
FE
BOOT D
EXT E
SD
Extension bus Chipset FAN

Reset
RUN/STOP
UL
CPU RTC
UL
Local bus
VCC
UBus
24V UBus
UL
24 V
Figure 3-16 Internal basic circuit diagram AXC F 3152
Key:
UPS RUN/STOP Mode selector switch
Reset Reset button Transmitter

RJ45
RJ45 interface LED
LNK ACT
FE Functional ground connection RTC

Real-time clock
3.3 V
SD SD card holder UBus Power supply unit
24V
Extension Left-aligned Axioline F extension modules Chipset Chipset

bus
Local bus
CPU Processor Axioline F local bus
UBus
FAN Fan connection
The colored areas in the basic circuit diagram represent electrically isolated areas:
Logic
Ethernet interface
Functional ground

3.15 Ethernet interfaces
AXC F 1152 and 2 x Ethernet: X1/X2: 10/100 BASE-T(X) (switched internally)

AXC F 2152
Name Interface Default IP address
X1/X2 Ethernet interface (PROFINET) 192.168.1.10
Ethernet interface extension module AXC F XT ETH 1TX 192.168.2.10
D
-CAR
SD
R
4
X
X
.X
X
.X
52
X
.X
21
X
.X
F
X
.X
C
X
1
X
:X
A
r.
67
dd
A
2
04
C
A
24
M
o.
.N
rd
O
2
X
1
X
Figure 3-17 Ethernet interfaces (1)
AXC F 3152 3 x Ethernet: X1/X2/X3: 10/100/1000 BASE-T(X)
Name Interface Default IP address

X1 Ethernet interface 192.168.1.10
X2 PROFINET controller interface 192.168.2.10
X3 PROFINET device interface 192.168.3.10
Ethernet interface extension module AXC F XT ETH 1TX 192.168.4.10
UL b1
a1
b2
b1
Figure 3-18 Ethernet interfaces (1)

AXC F X152
The default IP addresses are also set after a reset to default setting type 2.
The Ethernet network is connected via RJ45 sockets:

• Use an Ethernet cable that complies with at least CAT5 of IEEE 802.3.
• Observe the bending radii of the Ethernet cables used.
3.16 Supply connector
a1
a1 b1
b1
a2
a2 b2
b2
Figure 3-19 Terminal points for the supply voltage (communications voltage UL)
Terminal point
assignment
Table 3-4 Terminal point assignment of the supply connector
Terminal point Color Assignment

a1, a2 Red 24 V DC (UL)
b1, b2 Blue GND
Key:
UL Communications voltage feed-in (bridged internally)

GND Supply voltage reference potential (bridged internally)

3.17 Bus base module

AXL BS BK bus base Bus base modules carry the communications voltage and the bus signals from the controller
module through the Axioline F station (local bus). The AXL BS BK bus base module is supplied with
the AXC F 1152 and AXC F 2152 controllers.
3
2
1
Figure 3-20 Structure of the AXL BS BK bus base module
1 Bus base module

2 Connection of the local bus to the controller
3 Connection to the bus base module of the local bus
AXC BS L 2 bus base For an Axioline F extension module to be aligned to the left, the AXC F 2152 requires the
module (AXC F 2152 only) AXC BS L 2 bus base module. The bus base module is not supplied with the controller.
Please refer to the ordering data in Section “Ordering data and technical data” on page 78.
4
3
5
2
Figure 3-21 Structure of the AXC BS L 2 bus base module
1 Connection to the bus base module of a left-alignable Axioline F extension module

2 Bus base module
3 Connection of the extension bus to the controller

AXC F X152
AXC F 3152
AXC BS L 30 bus base Bus base modules carry the communications voltage and the bus signals from the controller
module through the Axioline F station (local bus). The AXC BS L 30 bus base module is supplied
with the AXC F 3152 controller.
4
3
2 5
1
Figure 3-22 Structure of the AXC BS L 30 bus base module
1 Connection to the bus base module of a left-alignable Axioline F extension module

2 Bus base module
3 Connection of the extension bus to the controller

Mounting hardware
4 Mounting hardware
For basic information on the Axioline F system and its installation, particularly mount-
ing/removing Axioline F modules, please refer to the UM EN AXL F SYS INST user man-
ual (“Axioline F: system and installation”).
4.1 Safety notes

NOTE: Damage to electronics due to inadequate external protection – no safe

fuse tripping in the event of a fault
The electronics in the device will be damaged if external fuse protection is inadequate.
• Protect the supply voltage externally in accordance with the connected load (number
of Axioline F devices/amount of logic current consumption for each device).
• Ensure that the external fuse trips reliably in the event of a fault.
NOTE: Damage to the contacts when tilting

Tilting the modules can damage the contacts.
• Place the modules onto the DIN rail vertically (see Figure 4-1).
Please note:
During any work on the Axioline F station, the controller or a module, switch off the power
supply to the Axioline F station and make sure the supply voltage is protected against un-
authorized reactivation.
The controller is automatically grounded (FE) when it is snapped onto a grounded

DIN rail.
There are two FE springs on the back of the controller that make contact with the DIN rail
when the controller is placed on the DIN rail.
Figure 4-1 Placing the module vertically

AXC F X152
4.2 Basic information
Mounting location The controller meets the requirements for the IP20 degree of protection. Due to its compact
design, the controller can be installed in standard terminal boxes.
Mounting/DIN rail The controller is mounted on a 35 mm standard DIN rail without any tools using the bus base
module. It is mounted perpendicular to the DIN rail.
The local bus is created automatically when the bus base modules of the controller and
Axioline F devices are installed next to one another.
Observe the notes on securing the DIN rail and fastening elements as well as the notes
on mounting distances in the UM EN AXL F SYS INST user manual.
Supply connector The controller has a supply connector for connecting the power supply. The connector is fit-
ted with spring-cage terminal blocks. When using suitable conductors, the conductors can
be connected by means of direct connection technology (Push-in technology).
For additional information, please refer to Section 5.1.2.
FE connection There are two FE springs (metal contacts) on the bottom of the controller which establish
the connection to functional ground when the controller is snapped onto a grounded DIN
rail.
End brackets Mount end brackets on both sides of the Axioline F station. The end brackets ensure that
the Axioline F station is correctly mounted. End brackets secure the station on both sides
and keep it from moving from side to side on the DIN rail. Phoenix Contact recommends the
following end brackets:
Table 4-1 Recommended end brackets
Mounting position Ambient conditions End bracket

Horizontal; A in Normal CLIPFIX 35,
Figure 4-2 on CLIPFIX 35-5
page 47: High shock and vibration load E/AL-NS 35
Other; B in Figure 4-2 Normal E/AL-NS 35
on page 47 High shock and vibration load

Mounting hardware
Mounting position As standard, mount the controller in a horizontal position on the DIN rail provided for that
purpose (A in Figure 4-2).
A B
Figure 4-2 Example: AXC F 2152 in horizontal (A) and vertical (B) installation position
Note the ambient temperatures and any other special features (e.g., derating) specified in
the device/module-specific documentation for the Axioline F devices.

AXC F X152
4.3 Structure of an Axioline F station
Figure 4-3 shows an example structure of an Axioline F station with the AXC F 2152:
3 4
2 5 2
1
Figure 4-3 Example: Structure of an Axioline F station with the AXC F 2152
Key:
1 DIN rail
2 End bracket (e.g., CLIPFIX 35-5; Order No. 3022276)
3 Controller
4 I/O modules (Axioline F devices) corresponding to the application
5 Bus base module
An Axioline F station is set up by mounting the individual components side by side. No tools
are required. Mounting the components side by side automatically creates potential and bus
signal connections between the individual components of the Axioline F station.
Left-alignment of
Axioline F extension
For additional information on the number and order of left-alignable
modules
Axioline F extension modules, refer to page 15.

Mounting hardware
Figure 4-4 shows an example structure of an Axioline F station with the AXC F 3152 control-
ler and the left-aligned Axioline F AXC F XT IB extension module:
12 3 4 5 6 2
UL UL
a1 b1
b1 b2
Figure 4-4 Example: Axioline F station with AXC F 3152 and left-aligned Axioline F ex-
tension module
Key:
1 DIN rail
2 End bracket (e.g., CLIPFIX 35-5; Order No. 3022276)
3 Left-alignable Axioline F AXC F XT IB extension module
4 AXC F 3152 controller
5 I/O modules (Axioline F devices) corresponding to the application
6 Bus base module

AXC F X152
4.4 Structure of a PLCnext Inline station

As an alternative to an Axioline F station, you can create a PLCnext Inline station using the
controller. To do so, you need the AXC F IL ADAPT Inline adapter terminal (Order
No. 1020304). You can directly align the Inline modules to the Inline adapter terminal.
2 3 4 5
1 RDY
FAIL
1
BSA
PF
U
Figure 4-5 Example: Structure of a PLCnext Inline station with the AXC F 2152
1 End bracket (e.g., CLIPFIX 35-5, Order No. 3022276)

2 Controller
3 Inline adapter terminal
4 Inline terminals corresponding to the application
5 End plate (snapped onto the DIN rail as station end)
For mounting information, please refer to the packing slip and the data sheet for the Inline
adapter terminal. The documents can be downloaded at
phoenixcontact.com/product/1020304.
Various function blocks are available in PLCnext Engineer for INTERBUS configuration
and communication.
For more detailed information, please refer to the PLCnext Engineer online help.
For more detailed information on PCP and INTERBUS services, please refer to the follow-
ing user manuals: “Peripherals Communication Protocol (PCP)” (IBS SYS PCP G4 UM
E), “Firmware Services and Error Messages” (IBS SYS FW G4 UM E), and “For diagnos-
tics in Generation 4 controller boards” (IBS SYS DIAG DSC UM E).
The documents can be downloaded at phoenixcontact.com/product/1020304.

Mounting hardware
4.5 Mounting the controller
• Disconnect the Axioline F station from the power supply.

• Mount the left end bracket on the Axioline F station.
Mounting bus base • First install the bus base module for the controller and then all bus base modules nec-
modules essary for the Axioline F station on the DIN rail (A in Figure 4-6).
• Push each subsequent bus base module into the connection of the previous bus base
module (B in Figure 4-6).
A
A
B B

Figure 4-6 Mounting the bus base modules
Snapping the controller • Push the controller vertically onto the first bus base module until it snaps into place with
into place a click.
• Make sure that the device plug for the bus base connection is situated above the cor-
responding socket on the bus base module.
S
D
-C
R
A
R
D
X
4
X
1
X
2
X
2
X
1

Figure 4-7 Snapping the controller into place

AXC F X152
4.6 Inserting the SD card

Phoenix Contact controllers of the PLCnext Control product family. If you format the
SD card, certain information on the SD card that is required for use with Phoenix Contact
devices will be lost. After formatting, you can no longer use the SD card to operate the
controller.
• If you want to delete the overlay file system from the SD card:
Reset the controller to default setting type 1.
• Insert and remove the SD card only when the controller supply voltage is
disconnected.
page 78.

The controller has an SD card holder with push/push technology.
• On the AXC F 1152 and AXC F 2152, remove the upper marking field of the controller
(item 1 in Figure 4-8).
1 2
FA UN
IL
R
B F-C
-D
B
F
O SF
E T
O
T
X
B
Figure 4-8 Removing the upper marking field of the AXC F 1152 and AXC F 2152

Mounting hardware
• Gently push the SD card into the SD card holder until it engages with a click in the SD
card holder (see Figure 4-9, “Click”).
>Click< >Click<
D
-CAR
SD
R
4
X
2
X
1
X

Figure 4-9 Inserting the SD card
4.7 Mounting a left-alignable Axioline F extension

module
• Mount the left-alignable Axioline F extension module as described in the module-spe-
cific packing slip and module-specific data sheet.
For additional information on the number and order of left-alignable Axioline F extension
modules, refer to page 15.
4.8 Mounting the AXC F IL ADAPT Inline adapter

terminal
• Mount the Inline adapter terminal as described in the module-specific packing slip and
module-specific data sheet.

AXC F X152
5 Connecting and wiring hardware
5.1 Supply voltage
5.1.1 Sizing of the power supply
• Choose a power supply unit that is suitable for the currents in your application. The se-
lection depends on the bus configuration and the resulting maximum currents.
WARNING: Loss of electrical safety when using unsuitable power supplies

The controllers are designed exclusively for operation with protective extra-low voltage
(PELV) in accordance with EN 60204-1. Only PELV in accordance with the listed stan-
dard may be used for the supply.
The following applies to the network (PROFINET and Axioline F) and the I/O devices used
in it:
Only use power supply units that meet EN 61204-1, with safe isolation and PELV in ac-
cordance with IEC 61010-2-201 (PELV). These prevent short circuits between primary
and secondary sides.
A power supply without a fall-back characteristic curve must be used for the correct
operation of the controller (see Figure 5-2).
When the controller is switched on, an increased inrush current occurs briefly. When it is
switched on, the controller behaves like a capacitive load.
Some electronically controlled power supplies have a fall-back characteristic curve (see
Figure 5-1). They are not suitable for operation with capacitive loads.
Overload range
Overload range
UOUT with fall-back UOUT without fall-back
characteristic curve characteristic curve
[V] [ V]
24 24
I OUT I OUT
IN [A] [ A]
1.1 x I N 2.4 x I N IN 1.5 x I N
Figure 5-1 Overload range with fall-back characteristic Figure 5-2 Overload range without fall-back
curve characteristic curve

Connecting and wiring hardware
5.1.2 Connecting the power supply
Observe the notes in Section 3.16 when assembling the connector for the supply voltage.
• Strip 8 mm off the cable. If necessary, fit a ferrule to the cable.
When using ferrules:

• Use ferrules in accordance with the specifications in the UM EN AXL F SYS INST
user manual.
• Make sure that the ferrules are crimped correctly.
Rigid conductor/ferrule • Insert the conductor into the terminal point. It is clamped into place automatically.
Figure 5-3 Connecting a rigid conductor
Flexible conductor • Open the spring by pressing on the spring lever with a screwdriver (A in Figure 5-4).
• Insert the conductor into the terminal point (B in Figure 5-4).
• Remove the screwdriver to secure the conductor (recommended: bladed screwdriver,
blade width 2.5 mm (e.g., SZS 0,4 x 2,5 VDE, Order No. 1205037)
A
B
Figure 5-4 Connecting a flexible conductor

AXC F X152
Connecting the supply • Place the supply connector vertically into its position and press down firmly. Make sure
connector that the locking latch snaps into place.
D
R
A
-C
D
S
R
4
X
b1
L
1
X
U
a1
2
X
b2
1
X
b1
Figure 5-5 Connecting the supply connector
Supply the controller via external 24 V DC sources. The permissible voltage range is
19.2 V DC to 30 V DC (ripple included).
Only use power supplies that are suitable for operation with capacitive loads (increased
inrush current) (see Section 5.1.1).
1. Connect the power supplies to the supply connector as shown in Figure 5-3 and in
Figure 5-4. Note the information in Section 3.16.
2. Switch on the power supplies.
The controller is now fully initialized.
If the LEDs do not light up or start flashing, there is a serious fault in the controller. In this
case, please contact Phoenix Contact.
Please note the following when using left-alignable Axioline F extension modules:
The supply voltage of the controller and the left-alignable Axioline F extension modules
must be fed in via a shared power supply unit.
• Connect the supply voltage as described in the module-specific data sheet.

Connecting and wiring hardware
5.2 Connecting Ethernet

D
-C
A
R
D • Connect the Ethernet network to the RJ45 jack.
S
R
4
X
b1
X
L
U
a1
1
X
b2
b1
Figure 5-6 Connecting Ethernet

AXC F X152
6 Startup
The PLCnext Engineer software is required for starting up the controllers.
In addition, the following topics are available in the PLCnext Info Center:
– Configuring Axioline F modules
– Configuring Inline modules
– Adding left-alignable Axioline F extension modules to the bus configuration
– Configuring PROFINET devices
– Programming according to IEC 61131-3
– Instantiating of programs
– Assigning process data
– Specifying the refresh interval for Axioline F I/O data
– Transferring a project to the controller
– Creating a PLCnext Engineer HMI application
6.1 Installing PLCnext Engineer
The software can be downloaded at phoenixcontact.com/product/1046008.

• Download the software onto your PC.
• Double-click the *.exe file to start installation.
• Follow the instructions in the installation wizard.
Make sure you install a version of the PLCnext Engineer software that is suitable for your
controller:
Controller PLCnext Engineer version

AXC F 1152 ≥2020.0
AXC F 2152 ≥2020.0
AXC F 3152 ≥2020.3

Startup
6.2 User interface
1
2
5
3
7
Figure 6-1 PLCnext Engineer user interface
1. Menu bar
2. Tool bar
3. “PLANT” area
4. Editors area
5. “COMPONENTS” area
6. Cross-functional area
7. Status bar
“PLANT” area All of the physical and logical components of your application are mapped in the form of a
hierarchical tree structure in the “PLANT” area.
Editors area Double-clicking on a node in the “PLANT” area or an element in the “COMPONENTS” area
opens the associated editor group in the Editors area. Editor groups are always displayed
in the center of the user interface. The color of the editor group indicates whether it is an in-
stance editor (green; opened from the “PLANT” area) or a type editor (blue; opened from
the “COMPONENTS” area). Each editor group contains several editors that can be opened
and closed via buttons in the editor group.
“COMPONENTS” The “COMPONENTS” area contains all of the components available for the project. The
area components can be divided into the following types based on their function:
– Developing program code (“Data Types”, “Programs”, and “Functions & Function
Blocks”)
– Displaying all devices available for the “PLANT” area and adding them via GSDML or
FDCML (“Devices”)
– Editing HMI pages (“HMI”)

AXC F X152
– Adding libraries such as firmware libraries, IEC user libraries or libraries provided by
Phoenix Contact (“References”)
Cross-functional area The cross-functional area contains functions that extend across the entire project.
– ERROR LIST:
Shows all errors, warnings, and messages for the current project.
– GLOBAL FIND AND REPLACE:
Finds and replaces strings in the project.
– CROSS REFERENCES:
Displays all cross-references within the project, for example, the use and declaration of
all variable types or HMI tags.
– WATCH WINDOWS:
Debug tool; shows the current values of the added variables in online mode.
– BREAKPOINTS:
Debug tool for setting and resetting breakpoints when debugging within the application.
– CALL STACKS:
Debug tool that shows the order for calling up when executing the code and that con-
tains commands for debugging with breakpoints.
– LOGIC ANALYSIS:
Records and visualizes variable values at runtime.
– LOGGING:
Shows all errors, warnings, and messages. A distinction is made between “online”
(messages regarding the runtime environment, as well as errors and warnings that con-
cern online communication) and “engineering” (messages regarding software events,
e.g., GSDML and FDCML files; not project-related).
– RECYCLE BIN:
Elements that have recently been deleted from the “PLANT” or “COMPONENTS” areas
are moved to the recycle bin. Deleted elements can be restored from here, if needed.
6.3 Creating a new project

• Open PLCnext Engineer.
• On the start page, click on a project template, e.g., “Empty AXC F 2152 v00 /
2020.0.0 project”.
The project template for an empty AXC F 2152 project opens.

Startup
Figure 6-2 Start page, “Empty AXC F 2152 v.00 / 2020.0.0 project” project template
• Open the “File, Save Project As…” menu.

• Enter a unique and meaningful name for the project.
• Click on “Save”.
6.4 Configuring the IP settings
6.4.1 Setting the IP address range

• Double-click the “Project (x)” node in the “PLANT” area.
The “Project” editor group opens.
• Select the “Settings” editor.
• Set the desired IP address range and the subnet mask for the project.

AXC F X152
Figure 6-3 Setting the IP address range

Startup
6.4.2 Setting the IP address

• Double-click the controller node in the “PLANT” area.
The controller editor group opens.
• Select the “Settings” editor.
• Select the “Ethernet” view.
Figure 6-4 Setting the IP address
The IP address of the controller can be set automatically or manually. The IP address is
assigned to the controller when you have connected PLCnext Engineer to the controller,
see Section 6.5.
Setting the IP address • From the “IP address assignment mode” drop-down list, select “automatic”.
automatically
PLCnext Engineer automatically assigns an IP address to the controller from the set IP ad-
dress range (see Section 6.4.1, “Setting the IP address range”) as soon as a connection to
the controller is established (see Section 6.5).
Setting the IP address • From the “IP address assignment mode” drop-down list, select “manual”.
manually • Enter the IP address, subnet mask, and gateway in the respective input fields.
PLCnext Engineer assigns the manually set IP address to the controller as soon as a con-
nection to the controller is established (see Section 6.5).
If you are using an SD card, the IP address will be stored there. In the event of a device
replacement, the IP address will then be adopted by the new controller when the SD card
is inserted.

AXC F X152
6.5 Connecting to the controller

To be able to transfer a project to the controller, you must first connect PLCnext Engineer to
the controller. To do this, proceed as follows:
• Double-click the “Project (x)” node in the “PLANT” area.
The “Project” editor group opens.
• Select the “Online Devices” editor.
• Select the appropriate network card from the drop-down list.
Figure 6-5 Selecting the network card
You can show and hide more detailed information by clicking on the arrows next to “Name
of station (Project)” and “Name of station (Online)” (see Figure 6-5).
• Click on the button to search the network for connected devices.

You can see the configured devices under “Name of station (Project)”.
You can see the devices that have been found online in the network (online devices) under
“Name of station (Online)”.
Figure 6-6 Assigning online devices
If you select the device (“Select online device here”) under “Name of station (Online)”, the
controller found in the network (the online device) receives the IP settings of the configured
controller.

Startup
If you select the device (“Select project device here”) under “Name of station (Project)”, the
configured controller receives the IP settings of the online device found in the network.
• Select the desired device.
The configured controller has now been assigned to an online device.
If the IP address of an online device found in the network already matches the IP address
of the configured controller, the online device is automatically assigned to the configured
controller. In this case, you do not need to select the desired device for the assignment.
The icon in the “Status” column indicates that the assignment was successful.
Figure 6-7 Successful assignment of the configured controller to an online device
Once the configured controller has been assigned to an online device, you can connect
PLCnext Engineer to the controller:
• Double-click the controller node in the “PLANT” area.
The controller editor group opens.
• Select the “Cockpit” editor.
• Click on the button to connect PLCnext Engineer to the controller.
The “SECURE DEVICE LOGIN” dialog opens.
Figure 6-8 “SECURE DEVICE LOGIN” dialog
• Enter your user name and your password.

AXC F X152
In the delivery state, the following access data with administrator rights is preset:
User name: admin
Password: printed on the controller (see Figure 3-8 and Figure 3-9).
The icon next to the controller node in the “PLANT” area indicates that connection was
successful.
Figure 6-9 Successful connection to the controller
For additional information, please refer to the PLCnext Info Center and the
PLCnext Engineer online help.

PROFICLOUD.IO
7 PROFICLOUD.IO
The Proficloud offers an easy way of managing remote PLCnext devices. The main func-
tions are:
– Device Management Service:
– Showing a device overview with exact geolocation of all connected devices
– Showing the status of all connected devices
– Showing key information for all connected devices
– Reporting logs from the connected devices
– Checking for firmware updates and updating connected devices
– Time-series data service:
– Storing variable values in the Proficloud
You can find more information about the Proficloud in the PLCnext Info Center.

AXC F X152
8 System variables and status information
A detailed description of the system variables available for the controllers can be found in
the PLCnext Info Center.
The controller has a register set that is used for diagnostics and easy control of the controller
and the Axioline F local bus.
The diagnostic data is stored in the diagnostic status register and the diagnostic parameter
register. These registers are available to the application program as system variables (sys-
tem flags, global variables).
In the PLCnext Info Center you will find detailed descriptions of the system variables of the
following areas:
– System time
– Power supplies
– TCP_SOCKET, UDP_SOCKET, and TLS_SOCKET function blocks
– Device status
– Partition
– Task handling
– HMI status and control
– Axioline F: Diagnostic status and diagnostic parameter register
– PROFINET system variables
– INTERBUS: master diagnostic status and parameter register

Web-based management (WBM)
9 Web-based management (WBM)

In the web-based management (WBM) system, you can access static and dynamic control-
ler information and modify certain controller settings. The WBM can be called up via any of
the controller‘s Ethernet interfaces.
For a description of the web-based management, refer to the PLCnext Info Center.
There you will find information on the following topics:
– Information, e.g. general data and network configuration
– Diagnostics, e.g. network, PROFINET, notifications, local bus
– Configuration, e.g. PROFICLOUD services, web and system services, network
– Security, e.g. user authentication, certificates, LDAP, firewall, SD cards
– Administration, e.g. firmware update, licenses, apps

AXC F X152
10 Removing hardware
For basic information on the Axioline F system and its installation, particularly mount-
ing/removing Axioline F modules, please refer to the UM EN AXL F SYS INST user man-
ual (“Axioline F: system and installation”).
10.1 Safety notes

NOTE: Damage to electronics due to inadequate external protection – no safe

fuse tripping in the event of a fault
The electronics in the device will be damaged if external fuse protection is inadequate.
• Protect the supply voltage externally in accordance with the connected load (number
of Axioline F devices/amount of logic current consumption for each device).
• Ensure that the external fuse trips reliably in the event of a fault.
NOTE: Damage to the contacts when tilting

Tilting the modules can damage the contacts.
• Remove the modules vertically from the DIN rail.
Please note:
• During any work on the Axioline F station, the controller or a module, switch off the
power supply to the Axioline F station and make sure the supply voltage is protected
against unauthorized reactivation.
Figure 10-1 Removing the module vertically

Removing hardware
10.2 Removing cables

The cables should only be removed from the supply connector if you wish to change the ter-
minal point assignment or no longer wish to use the supply connector.
• Open the spring by pressing on the spring lever with a screwdriver (A in Figure 10-2).
• Remove the cable (B in Figure 10-2).
A
B
Figure 10-2 Removing the cable
10.3 Removing the connector
Removing the supply • Release the locking latch (A in Figure 10-3), tilt the connector upwards slightly (B in
connector Figure 10-3), and remove it from the controller (C in Figure 10-3).
D
R
A
-C
D
S
R
4
X
C
2
X
1
X
A
Figure 10-3 Removing the supply connector
Removing the Ethernet • Release the RJ45 connector by pressing on the snap-in latch and remove the connec-
connector tor.

AXC F X152
10.4 Removing the SD card

• Lightly push the SD card far enough into the SD card holder until the snap-in mecha-
nism releases the SD card and partially ejects the SD card from the SD card holder.
• Remove the SD card.
>Click<
D
-CAR
SD
R
4
X
>Click<
2
X
1
X

Figure 10-4 Removing the SD card

Removing hardware
10.5 Removing the controller
• Insert a suitable tool (e.g., bladed screwdriver) into the upper and lower snap-in mech-
anisms (base latches) of the controller one after the other and release the controller (A
in Figure 10-5).
The base latches are locked in place in the open position.
• Remove the controller keeping it perpendicular to the DIN rail (B in Figure 10-5).
A A
B B
A
S
D
-C
R
A
R
D
X
4
A
X
1
X
2
X
2
X
1

Figure 10-5 Removing the controller
10.6 Removing a left-alignable Axioline F extension

module
• Remove the left-alignable Axioline F extension module as described in the module-
specific packing slip.
10.7 Removing the AXC F IL ADAPT Inline adapter ter-

minal
• Remove the Inline adapter terminal as described in the module-specific packing slip.

AXC F X152
11 Device replacement, device defects, and repairs
11.1 Device replacement
The controller can be replaced, if necessary.

If you want to replace a controller in an Axioline F station, follow the steps described in
Section 10, “Removing hardware” and Section 4, “Mounting hardware”.
• Remove the SD card of the controller to be replaced.
• Replace the controller in your application with an identical controller (same order
number).
Please note:
If the new controller firmware is of a later version than the firmware of the controller to be
replaced, you may have to recompile the project in the PLCnext Engineer software and/or
in the integrated development environment. This procedure is only necessary for certain
firmware versions. For additional information, please refer to the “Change notes for the
controller” application note.
The application note can be downloaded at phoenixcontact.com/product/2404267.
• To adopt the settings stored on the SD card, insert the SD card into the new controller.
• Once the controller is replaced, restore all the necessary connections.
In case you operate the controller with PROFICLOUD connection:
• Delete the controller from PROFICLOUD.
• Then reregister the controller in PROFICLOUD and add it as a PROFICLOUD device,
as described in Section “PROFICLOUD.IO” on page 67.

Device replacement, device defects, and repairs
11.2 Device defects and repair

Repairs may only be carried out by Phoenix Contact.
• Send defective devices back to Phoenix Contact for repair or to receive a replacement
device.
• We strongly recommend using the original packaging to return the product.
• Include a note in the packaging indicating that the contents are returned goods.
• If the original packaging is no longer available, observe the following points:
– Observe the humidity specifications and the temperature range specified for trans-
port (see Section 14).
– If necessary, use dehumidifying agents.
– Use suitable ESD packaging to protect components that are sensitive to electro-
static discharge.
– Secure any loose parts.
– Make sure that the packaging you select is large enough and that the material used
is sufficiently thick.
– Only use plastic bubble wrap sheets as wadding.
– Attach warnings to the transport packaging so that they are clearly visible.
– Please ensure that the delivery note is placed inside the package if the package is
to be shipped domestically. However, if the package is being shipped internation-
ally, the delivery note must be placed inside a delivery note pocket and attached to
the outside so that it is clearly visible.

AXC F X152
12 Maintenance, decommissioning, and disposal
12.1 Maintenance
The controller is maintenance-free.
12.2 Decommissioning and disposal
Controller disposal
The symbol with the crossed-out trash can indicates that this item must be collected and
disposed of separately from other waste. Phoenix Contact or public collection sites will
take the item back for free disposal. For information on the available disposal options, visit
phoenixcontact.com. Delete personal data before returning the item.
Packaging disposal • Dispose of packaging materials that are no longer needed (cardboard packaging, pa-
per, bubble wrap sheets, etc.) with household waste in accordance with the currently
applicable national regulations.
SD card disposal Sensitive data is stored on the SD card. This data can even be restored after reformatting
the SD card. To ensure that your data does not fall into unauthorized hands, you should
physically destroy the SD card before disposal.
• Physically destroy the SD card, e.g., by cutting up the SD card.
• Dispose of the irreparably damaged SD card in accordance with the applicable national
regulations.

Troubleshooting and frequently asked questions (FAQs)
13 Troubleshooting and frequently asked questions (FAQs)
Information on troubleshooting and answers to frequently asked questions (FAQs) can be

found in the PLCnext Community at plcnext-community.net.

AXC F X152
14 Ordering data and technical data
14.1 AXC F 1152
14.1.1 Ordering data
Description Type Item no. Pcs./Pkt.

PLCnext Control for the direct control of Axioline F I/Os. AXC F 1152 1151412 1
With two Ethernet interfaces. Complete with connector
and bus base module.
Accessories
For accessories, go to: www.phoenixcontact.com/product/1151412
Documentation
For further documentation, go to: www.phoenixcontact.com/product/1151412
14.1.2 Technical data
Dimensions (nominal sizes in mm)

45 75
126,93
123
Width 45 mm
Height 126.93 mm
Depth 75 mm
Note on dimensions The depth is valid when a TH 35-7,5 DIN rail is used (according
to EN 60715).

Ordering data and technical data
General data
Color Housing: traffic grey A (RAL 7042)
Weight 223 g (with connector and bus base module)
Type modular
Mounting type DIN rail mounting
Module classification PLCnext Control for direct control of Axioline F I/Os
Application type Distributed control technology
Operating system Yocto/Linux
Processor Arm® Cortex®-A9 1x 800 MHz
RAM 512 Mbyte DDR3 SDRAM
Flash memory 512 Mbyte (internal flash memory)
SD card from Phoenix Contact (for external flash memory, see
accessories)
Application interface OPC UA
Realtime clock Yes
External memory Yes
Web server Yes
Diagnostics display No
Controller redundancy No
Safety function No
Optical interface No
Ambient conditions
Ambient temperature (operation) -25 °C ... 60 °C up to 2000 m above mean sea level (observe
derating)
-25 °C ... 55 °C up to 3000 m above mean sea level (observe
derating)
≤ 55 °C (with max. 1 A on UBus)
> 55 °C ... 60 °C (only in conjunction with an Axioline F power
module AXL F PWR 1H (Item no. 2688297))
Ambient temperature (storage/transport) -40 °C ... 85 °C
Permissible humidity (operation) 5 % ... 95 % (according to DIN EN 61131-2)
Permissible humidity (storage/transport) 5 % ... 95 % (according to DIN EN 61131-2)
Air pressure (operation) 70 kPa ... 106 kPa (up to 3000 m above sea level)
Air pressure (storage/transport) 58 kPa ... 106 kPa (up to 4500 m above mean sea level)
Degree of protection IP20
Protection class III (IEC 61140, EN 61140, VDE 0140-1)
Overvoltage category II
Vibration (operation) 5g (according to EN 60068-2-6/IEC 60068-2-6)
Shock (operation) 30g (according to EN 60068-2-27/IEC 60068-2-27)
Continuous shock (operation) 10g (according to EN 60068-2-27/IEC 60068-2-27)

AXC F X152
Connection data
Designation Axioline F connector
Connection method Push-in connection
Conductor cross section solid / stranded 0.2 mm² ... 1.5 mm²
Conductor cross section [AWG] 24 ... 16
Stripping length 8 mm
Interface Axioline F local bus

Connection method Bus base module
Number of interfaces 1
Transmission speed 100 Mbps
Electrical isolation No
Number of supported devices max. 63
Interface Ethernet
Bus system RJ45
Connection method RJ45 jack
Note on the connection method Auto negotiation and autocrossing
Number of interfaces 2 (switched internally)
Transmission speed 10/100 Mbps (full duplex)
Transmission length max. 100 m
Transmission physics Ethernet in RJ45 twisted pair
Protocols supported HTTP
HTTPS
SFTP
SNTP
SNMP
IPsec
syslog
OPC UA
System limits
Amount of process data max. 1482 Byte (per station (total input and output data))
max. 1024 Byte (Axioline F local bus (input))
max. 1024 Byte (Axioline F local bus (output))
Number of supported devices max. 63 (per station)
Number of local bus devices that can be connected max. 63 (observe current consumption)
Number of IO-Link masters max. 8 (recommended)
Observe the logic current consumption of each device when configuring an Axioline F station. It is specified in
every module-specific data sheet. The current consumption can differ depending on the individual module.
The permissible number of devices that can be connected therefore depends on the specific station structure.

PROFINET
Device function PROFINET controller, PROFINET device
Number of supported devices max. 16 (at PROFINET controller)
Specification Version 2.3
Conformance Class A
Update rate min. 1 ms (4 devices)
min. 4 ms (16 devices)
Number of slots 1
Vendor ID 00B0hex
Device ID 0169hex
Process data width 64 Byte ... 512 Byte (PROFINET device)
Supported functions MRP, FSU (PROFINET controller), MRP (PROFINET device)
Communications power UL feed-in (the supply of the Axioline F local bus UBus is generated from UL)
Supply voltage 24 V DC
Supply voltage range 19.2 V DC ... 30 V DC (including all tolerances, including ripple
(± 5 %))
Current consumption typ. 200 mA (without I/Os and UL = 24 V)
max. 442 mA (with 1 A at UBus for the I/Os and UL = 24 V)
Power consumption typ. 4.8 W (without I/Os)
max. 10.6 W (with 1 A at UBus for the I/Os and UL = 24 V)
Surge protection electronic
Reverse polarity protection electronic
Provide external fuses for the 24 V UL area. If you are using an external fuse, the power supply unit must be
able to supply four times the nominal current of the fuse. This ensures that it trips in the event of an error.
Axioline F local bus supply (UBus)

Supply voltage 5 V DC (via bus base module)
Power supply unit 1A
Realtime clock
Accuracy realtime clock 1.73 s/day = 20 ppm at 25 °C
Power reserve 240 h (at 25 °C)
Programming Data
Register length (master) 1482 Byte

AXC F X152
Programming
Programming tool PLCnext Engineer
Eclipse
Visual Studio
MATLAB® Simulink®
Programming languages supported Instruction list (IL)
Symbolic flowchart (SFC)
Ladder diagram (LD)
Function block diagram (FBD)
Structured text (ST)
C++
C#
Java
Python
Simulink
IEC 61131 runtime system

Number of data blocks depending on data storage
Number of control tasks 8
Cycle Time 5 ms (for cyclical task)
Program memory 8 Mbyte
Data storage 12 Mbyte
Retentive data storage 48 kByte (NVRAM)
Conformance with EMC Directive 2014/30/EU

Immunity test in accordance with EN 61000-6-2/IEC 61000-6-2
Electrostatic discharge (ESD) Criterion B, 6 kV contact discharge, 8 kV air discharge
EN 61000-4-2/IEC 61000-4-2
Electromagnetic fields EN 61000-4-3/IEC 61000-4-3 Criterion A, Field intensity: 10 V/m
Fast transients (burst) EN 61000-4-4/IEC 61000-4-4 Criterion B, 2 kV
Transient overvoltage (surge) Criterion B, DC supply lines: ±0.5 kV/±0.5 kV
EN 61000-4-5/IEC 61000-4-5 (symmetrical/asymmetrical), fieldbus cable shield: ±1 kV
Conducted interference EN 61000-4-6/IEC 61000-4-6 Criterion A, Test voltage 10 V
Noise emission test in accordance with
EN 61000-6-4/IEC 61000-6-4
NOTE: radio interference
This is a Class A item of equipment. When using the equipment in residential areas, it may cause radio
interference. In this case, the operator may be required to implement appropriate measures and to pay the
resulting costs.

Approvals
For the current approvals, go to: www.phoenixcontact.com/product/1151412
Industrial Cyber Security (IITS2 029429 0027 Rev. 00) Industrial IT Security, IACS Component
IEC 62443-4-1:2018
IEC 62443-4-2:2019
PPP 15003B:2021 (IEC 62443-4-1: Full ML3 Process Profile)
Configuration: Security Profile active
Manufacturer's declarations
For the current manufacturer’s declarations, go to: www.phoenixcontact.com/product/1151412

AXC F X152
14.2 AXC F 2152

With two Ethernet interfaces. Complete with connector
and bus base module.
Accessories
Documentation

45 75
126,93
123
Width 45 mm
Height 126.93 mm
Depth 75 mm
to EN 60715).
General data
Type modular

General data
Module classification PLCnext Control for direct control of Axioline F I/Os.
Processor Arm® Cortex®-A9 2x 800 MHz
RAM 512 Mbyte DDR3 SDRAM
Flash memory 512 Mbyte (internal flash memory)
accessories)
Realtime clock Yes
Controller redundancy Yes (applicative system redundancy possible)
External memory Yes
Web server Yes
Safety function No
Ambient conditions
derating)
derating)
Pollution degree 2
Connection data

AXC F X152

Interface Ethernet
Bus system RJ45
Number of interfaces 2 (switched internally)
Transmission speed 10/100 Mbps (full duplex)
HTTPS
SFTP
SNTP
IPsec
syslog
OPC UA
System limits
PROFINET
Conformance Class B
Update rate min. 1 ms (4 devices)
Number of slots 1
Vendor ID 00B0hex

PROFINET
Device ID 0142hex
Process data width 512 Byte (PROFINET device)
Supported functions MRP, FSU (PROFINET controller), MRP (PROFINET device)
(± 5 %))

Realtime clock
Programming Data
Programming
Eclipse
Visual Studio
MATLAB® Simulink®
Ladder diagram (LD)
C++
C#
Java
Python
Simulink

AXC F X152

Number of control tasks 32 (16 per processor core)
Cycle Time 1 ms (for cyclical task)
Retentive data storage 48 kByte (NVRAM)

Electrostatic discharge Criterion B, 6 kV contact discharge, 8 kV air discharge
(ESD) EN 61000-4-2/IEC 61000-4-2
Noise emission test in accordance with
EN 61000-6-4/IEC 61000-6-4
NOTE: radio interference
This is a Class A item of equipment. When using the equipment in residential areas, it may cause radio
interference. In this case, the operator may be required to implement appropriate measures and to pay the
resulting costs.
Approvals
ATEX (TÜV 19 ATEX 8356 X)  II 3 G Ex ec IIC T4 Gc
EN IEC 60079-0, EN IEC 60079-7
IECEx (IECEx TUR 19.0031X) Ex ec IIC T4 Gc
IEC 60079-0 Ed. 7, IEC 60079-7 Ed. 5.1
CCC / China-Ex (, 2021122304114448) Ex ec IIC T4 Gc
GB/T 3836.1-2021, GB/T 3836.3-2021
UL Ex, USA / Canada (E366272) Class I, Zone 2, AEx nA IIC T4
Class I, Div. 2, Groups A, B, C, D
Ex nA IIC Gc T4
UL 60079-0, Ed. 6 / CSA C22.2 NO. 60079-0, Ed. 3
UL 60079-15, Ed. 4 / CSA C22.2 NO. 60079-15
UL, USA/Canada (E238705) cULus
Corrosive gas test ISA S71.04.2013 G3 Harsh Group A,
DIN EN 60068-2-60:2016-06 Method 4
IEC 62443-4-1:2018
IEC 62443-4-2:2019

UL: Additional information

Overvoltage category 2
Pollution degree 2
Operating mode Indoor use
Minimum temperature rating and size of the cables to be min. 75 °C and 24 ... 16 AWG
connected to the field wiring terminals
– All types are intended to be used in final safety enclosure, which shall conform with requirements for protection
against the spread of fire and shall have adequate rigidity acc. to UL 61010‑1 & UL 61010‑2‑201.
– If the device is used in not specified manner, the protection provided by the device may be impaired.
– The supply source and ext. circuits intended to be connected to this device shall be galv. separated from mains
supply or hazardous live voltage by reinforced or double insulation and meet the requirements of SELV circuit
of UL/IEC 61010‑2‑201 and clause 9.4 Limited energy circuit of UL/IEC 61010‑1 or NEC Class 2.

AXC F X152
14.3 AXC F 3152

With three independent Ethernet interfaces. Complete
with connector and bus base module.
Accessories
Documentation

Width 100 mm
Height 126.93 mm
Depth 75 mm
to EN 60715).

General data
Type modular
Module classification PLCnext Control for direct control of Axioline F I/Os.
Processor Intel® Atom™ x5-E3930 2x 1.3 GHz
RAM 2048 Mbyte
Flash memory 1 GByte (internal flash memory)
accessories)
Realtime clock Yes
Controller redundancy Yes (applicative system redundancy possible)
External memory Yes
Web server Yes
Safety function No
Ambient conditions
derating)
derating)
Pollution degree 2

AXC F X152
Connection data

Interface Ethernet
Bus system RJ45
Transmission speed 10/100/1000 Mbps
HTTPS
SFTP
SNTP
SNMP
IPsec
syslog
OPC UA
System limits

PROFINET
Conformance Class B
Update rate min. 1 ms (32 participants)
min. 4 ms (128 participants)
Number of slots 1
Vendor ID 00B0hex
Device ID 0158hex
Process data width 64 Byte ... 512 Byte
Supported functions FSU (PROFINET controller)
(± 5 %))

Realtime clock
Programming Data

AXC F X152
Programming
Eclipse
Visual Studio
MATLAB® Simulink®
Ladder diagram (LD)
C++
C#
Java
Python
Simulink

Number of control tasks 32 (16 per processor core)
Cycle Time 500 µs (for cyclical task)
Retentive data storage 1 Mbyte
PLC switch RUN/STOP/RESET switch

Electrostatic discharge (ESD) Criterion B, 6 kV contact discharge, 8 kV air discharge
EN 61000-4-2/IEC 61000-4-2
Noise emission test according to
EN 61000-6-3/IEC 61000-6-3
Approvals
UL, USA / Canada (E238705) cULus
Corrosive gas test ISA S71.04.2013 G3 Harsh Group A,
DIN EN 60068-2-60:2016-06 Method 4
IEC 62443-4-1:2018
IEC 62443-4-2:2019


AXC F X152
A Appendix
A1 Updating the firmware
For information on updating the firmware, please refer to the PLCnext Info Center.
– Firmware update via the shell
– Firmware update via the web-based management
A2 Shell commands for controlling the firmware
For information on controlling the firmware (start, stop, restart) via shell commands,
please refer to the PLCnext Info Center.
A3 Replacing the HTTPS certificate

You can replace the HTTPS certificate currently used for the controller with a third-party cer-
tificate. The HTTPS certificate comprises two files: https_cert.pem and https_key.pem.
To replace the files on the controller, proceed as follows:
• Open the SFTP client software (e.g., WinSCP).
• If necessary:
Enter the IP address of the controller in the “Computer name” input field.
• Log in as an administrator.
In the delivery state, the following access data is set:
User name: admin
Password: printed on the controller.
• Open the /opt/plcnext/Security/Certificates/https directory.
The two files https_cert.pem and https_key.pem are located in this directory.
• Replace the two files with the third-party certificate files.
Please note:
The third-party certificate files must have the same designation as the original files.
• If necessary, rename the third-party certificate files to https_cert.pem and
https_key.pem.

Use of the AXC F 2152 controller under extreme ambient conditions
A4 Use of the AXC F 2152 controller under extreme

ambient conditions
The AXC F 2152 controller has been tested successfully over 250 temperature change cy-
cles in accordance with IEC 61131-2 in the range from -40°C to +70°C.
The following conditions were observed:
– The Axioline F devices for all connecting cables were connected with a minimum con-
ductor cross section of 0.5 mm²
– The Axioline F station was assembled on a wall-mounted horizontal DIN rail
– Fans were used to ensure continuous movement of air in the control cabinet
– The Axioline F station was not exposed to vibration or shock
– The Axioline F station was operated with a maximum of 24.5 V (ensured by using
regulated power supply units)
3 h + 30 min
t1
Tmax + 2 K
(3 + 0,6) K/min
Tmin + 3 K
3 h + 30 min
t1
Figure 14-1 Temperature change cycle
Temperature in the control cabinet/ambient temperature
Cycle

AXC F X152
B Appendix for document lists
B1 List of figures
Section 3
Figure 3-1: Components of the controller .............................................................. 14
Figure 3-2: Administrator password on the controller ............................................ 21
Figure 3-3: Example: Axioline F station with AXC F 2152 controller ...................... 22
Figure 3-4: Example: AXC F 3152 controller as PROFINETcontroller .................. 23
Figure 3-5: Example: AXC F 3152 controller as PROFINET device ...................... 24
Figure 3-6: Connection and operating elements of the AXC F 1152 and
AXC F 2152 controllers ....................................................................... 25
Figure 3-7: Connection and operating elements of the AXC F 3152 control-
ler ........................................................................................................ 26
Figure 3-8: AXC F 1152 and AXC F 2152 controller printing ................................. 27
Figure 3-9: AXC F 3152 controller printing ............................................................ 27
Figure 3-10: Diagnostic and status indicators ......................................................... 29
Figure 3-11: Mode selector switch on the AXC F 3152 controller ........................... 33
Figure 3-12: Reset button (1) .................................................................................. 34
Figure 3-13: Sequence when resetting to default setting type 1, and LED
indicators ............................................................................................ 35
Figure 3-14: Sequence when resetting to default setting type 2, and LED
indicators ............................................................................................ 35
Figure 3-15: Internal basic circuit diagram for AXC F 1152 and AXC F 2152 .......... 39
Figure 3-16: Internal basic circuit diagram AXC F 3152 .......................................... 40
Figure 3-17: Ethernet interfaces (1) ........................................................................ 41
Figure 3-18: Ethernet interfaces (1) ........................................................................ 41
Figure 3-19: Terminal points for the supply voltage (communications volt-
age UL) ............................................................................................... 42
Figure 3-20: Structure of the AXL BS BK bus base module .................................... 43
Figure 3-21: Structure of the AXC BS L 2 bus base module .................................... 43
Figure 3-22: Structure of the AXC BS L 30 bus base module .................................. 44
Section 4
Figure 4-1: Placing the module vertically ............................................................. 45
Figure 4-2: Example: AXC F 2152 in horizontal (A) and vertical (B) installa-
tion position ........................................................................................ 47
Figure 4-3: Example: Structure of an Axioline F station with the

List of figures
AXC F 2152 ........................................................................................ 48

Figure 4-4: Example: Axioline F station with AXC F 3152 and left-aligned
Axioline F extension module ............................................................... 49
Figure 4-5: Example: Structure of a PLCnext Inline station with the
AXC F 2152 ........................................................................................ 50
Figure 4-6: Mounting the bus base modules ......................................................... 51
Figure 4-7: Snapping the controller into place ....................................................... 51
Figure 4-8: Removing the upper marking field of the AXC F 1152 and
AXC F 2152 ........................................................................................ 52
Figure 4-9: Inserting the SD card .......................................................................... 53
Section 5
Figure 5-1: Overload range with fall-back characteristic curve ............................. 54
Figure 5-2: Overload range without fall-back characteristic curve ....................... 54
Figure 5-3: Connecting a rigid conductor .............................................................. 55
Figure 5-4: Connecting a flexible conductor .......................................................... 55
Figure 5-5: Connecting the supply connector ....................................................... 56
Figure 5-6: Connecting Ethernet ........................................................................... 57
Section 6
Figure 6-1: PLCnext Engineer user interface ........................................................ 59
Figure 6-2: Start page, “Empty AXC F 2152 v.00 / 2020.0.0 project” proj-
ect template ........................................................................................ 61
Figure 6-3: Setting the IP address range ............................................................... 62
Figure 6-4: Setting the IP address ......................................................................... 63
Figure 6-5: Selecting the network card .................................................................. 64
Figure 6-6: Assigning online devices .................................................................... 64
Figure 6-7: Successful assignment of the configured controller to an on-
line device ........................................................................................... 65
Figure 6-8: “SECURE DEVICE LOGIN” dialog ...................................................... 65
Figure 6-9: Successful connection to the controller .............................................. 66
Section 10
Figure 10-1: Removing the module vertically ........................................................ 70
Figure 10-2: Removing the cable ............................................................................ 71
Figure 10-3: Removing the supply connector .......................................................... 71
Figure 10-4: Removing the SD card ........................................................................ 72
Figure 10-5: Removing the controller ...................................................................... 73

AXC F X152
Appendix A
Figure 14-1: Temperature change cycle ................................................................. 97

List of tables
B2 List of tables
Section 1
Table 1-1: Temperature derating of the AXC F 2152 depending on the alti-
tude ..................................................................................................... 11
Section 3
Table 3-1: Special characteristics of the left-alignable extension modules in
combination with the controllers .......................................................... 16
Table 3-2: Controller diagnostic and status indicators .......................................... 29
Table 3-3: Controller operating modes ................................................................. 33
Table 3-4: Terminal point assignment of the supply connector ............................. 42
Section 4
Table 4-1: Recommended end brackets............................................................... 46

AXC F X152
B3 Index
A File system.................................................................. 20
SFTP access......................................................... 21
Applicative system redundancy .................................. 25
Firewall ....................................................................... 22
Axioline F station......................................................... 48
Firmware update ................................................... 69, 96
Flash memory, internal................................................ 36
B
Flash memory/SD card ............................................... 18
Bus base module ........................................................ 43
H
C
Hardware
Checking the delivery.................................................. 13
Connecting and wiring........................................... 54
Connection elements .................................................. 25
Mounting ............................................................... 45
Controller
Removing .............................................................. 70
Defect.................................................................... 75
Requirements........................................................ 20
Mounting ............................................................... 51
HTTPS certificate........................................................ 96
Removing .............................................................. 73
Repair.................................................................... 75
I
Replacement ......................................................... 74
Intended use ................................................................. 7
Internal basic circuit diagram ...................................... 39
D
IP20 ............................................................................ 46
Decommissioning ....................................................... 76
Default settings
L
Type 1 ................................................................... 34
Left-alignable module ................................................. 15
Type 2 ................................................................... 35
Left-alignment ............................................................. 15
Device defect .............................................................. 75
Device replacement .................................................... 74
Diagnostic and status indicators ........................... 25, 26 M
DIN rail ........................................................................ 46 Maintenance ............................................................... 76
Disposal Modifications................................................................. 7
Controller............................................................... 76 Modules
Packaging ............................................................. 76 Extension module.................................................. 15
SD card ................................................................. 76 Left-alignable ........................................................ 15
Mounting ..................................................................... 51
E Mounting location........................................................ 46
Mounting position........................................................ 47
End bracket................................................................. 46
Error diagnostics ......................................................... 29
Ethernet O
Connecting ............................................................ 57 Open-source software
Interfaces .............................................................. 41 Licensing information ............................................ 20
Extension module ....................................................... 15 Requesting source code ....................................... 20
Operating elements..................................................... 25
F Overlay file system...................................................... 36
Fall-back characteristic curve...................................... 54

FAQs........................................................................... 77

Index
P System variables......................................................... 68
Axioline F .............................................................. 68
PLCnext Engineer
Device status......................................................... 68
Connecting to the controller................................... 64
HMI_CONTROL.................................................... 68
IP settings.............................................................. 61
HMI_STATUS ....................................................... 68
New project ........................................................... 60
INTERBUS ............................................................ 68
User interface ........................................................ 59
PROFINET ............................................................ 68
Possible fields of application ....................................... 22
System time .......................................................... 68
Power supply
Task handling........................................................ 68
Connecting ............................................................ 55
TCP_SOCKET, UDP_SOCKET, and
Power supply sizing .................................................... 54
TLS_SOCKET function blocks .............................. 68
Power supply without fall-back characteristic curve .... 54
Printing........................................................................ 27
Product changes ........................................................... 7
T
PROFICLOUD V3 ....................................................... 67 Third-party certificate .................................................. 96
PROFINET controller/device functionality ................... 15 Transport .................................................................... 12
Troubleshooting .......................................................... 77
R
Removing a connector ................................................ 71
U
Removing cables ........................................................ 71 UL warning notes .......................................................... 9
Removing connectors Unauthorized network access....................................... 8
Ethernet connector ................................................ 71 Unpacking................................................................... 12
Supply connector .................................................. 71
Repairs ....................................................................... 75 W
Reset button.................................................... 25, 26, 34 WBM........................................................................... 69
resetting the controller ........................................... 34
S
Safety notes .................................................................. 7
Scope of supply .......................................................... 13
SD card ....................................................................... 36
Inserting ................................................................ 52
Removing .............................................................. 72
SD card, pluggable ..................................................... 36
Security in the network .................................................. 8
Sizing of the power supply .......................................... 54
Status indicators ......................................................... 29
Storage ....................................................................... 12
Supply connector
Connecting ............................................................ 56
terminal point assignment...................................... 42

AXC F X152

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Phoenix Contact 105 / 106

106
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106 / 106 Phoenix Contact GmbH & Co. KG • Flachsmarktstraße 8 • 32825 Blomberg • Germany
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© Phoenix Contact 2023-06-30
Phoenix Contact GmbH & Co. KG

32825 Blomberg, Germany
Phone: +49 5235 3-00
107708_en_12
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Installing, Starting Up, and Operating The AXC F 1152, AXC F 2152 and AXC F 3152 Controllers

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Installing, Starting Up, and Operating The AXC F 1152, AXC F 2152 and AXC F 3152 Controllers

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Installing, starting up, and operating the

AXC F 1152, AXC F 2152 and AXC F 3152

UM EN AXC F X152, Revision 12 2023-06-30

This user manual is valid for:

Designation As of version (HW) As of version (FW) Order No.

Before starting up the controller, observe the following:

Phoenix Contact GmbH & Co. KG • Flachsmarktstraße 8 • 32825 Blomberg • Germany

2 Transport, storage, and unpacking ..........................................................................................12

3 Description of the controllers ...................................................................................................14

107708_en_12 Phoenix Contact 3 / 106

3.12 Flash memory...................................................................................................... 36

4 Mounting hardware ..................................................................................................................45

5 Connecting and wiring hardware ..............................................................................................54

8 System variables and status information ..................................................................................68

9 Web-based management (WBM) ............................................................................................69

10 Removing hardware ................................................................................................................. 70

4 / 106 Phoenix Contact 107708_en_12

10.2 Removing cables................................................................................................. 71

11 Device replacement, device defects, and repairs ....................................................................74

12 Maintenance, decommissioning, and disposal ........................................................................76

13 Troubleshooting and frequently asked questions (FAQs) ........................................................77

14 Ordering data and technical data .............................................................................................78

B Appendix for document lists...................................................................................................... 98

107708_en_12 Phoenix Contact 5 / 106

1 For your safety

1.1 Identification of warning notes

Here you will find additional information or detailed sources of information.

1.2 Qualification of users

6 / 106 Phoenix Contact 107708_en_12

1.3 Field of application of the product

1.3.1 Intended use

1.4 Product changes

1.5 Safety notes

NOTE: Property damage due to impermissible stress

NOTE: Electrostatic discharge

NOTE: Device failure due to foreign objects in device

NOTE: Device failure if operated outside the permitted ambient temperature

107708_en_12 Phoenix Contact 7 / 106

NOTE: Device defect due to polarity reversal

1.6 Security in the network

NOTE: Network security jeopardized by unauthorized access

Observe the following safety notes:

8 / 106 Phoenix Contact 107708_en_12

1.7.1 AXC F 1152 and AXC F 2152

UL Hazardous Location (nur AXC F 2152)

1.7.2 AXC F 3152

107708_en_12 Phoenix Contact 9 / 106

1.8 AXC F 2152:

WARNING: Explosion hazard

WARNING: Explosion hazard

10 / 106 Phoenix Contact 107708_en_12

Areas with a danger of dust explosions

Ambient temperature range

-25 °C ... 55 °C (AXC F X152)

Altitude Maximum ambient temperature Maximum ambient temperature

107708_en_12 Phoenix Contact 11 / 106

2 Transport, storage, and unpacking

The device is delivered in cardboard packaging.

The storage location must meet the following requirements: