modules plus bus nodes and
pneumatic interface/electronics
modules for valves
Extensive range of functions and
connection options for the electrical
modules
Choice of connection technology for
technically and economically
optimised connections
Can be used as a dedicated remote
I/O module
High operating voltage tolerance
(±25%)
Open to all fieldbus protocols and
Ethernet
IT services and TCP/IP such as
remote maintenance, remote
diagnostics, web server, text
message and e-mail alert
Digital inputs and outputs,
4-/8-/16-way, optionally available
with individual channel diagnostics
Analogue inputs and outputs,
2-/4-way
Analogue inputs and outputs with
HART protocol
Input modules for connecting
NAMUR sensors
IP65 or IP20
Wall or H-rail mounting, also on
mobile units
Conversions/extensions are
possible at any time, individual
linking
Modular system offering a range of
configuration options
Fully assembled and tested unit
Lower selection, ordering, assembly
and commissioning costs thanks to
the central CPX-P terminal
Choice of pneumatic components
for optimised control loop system
design
Fast troubleshooting thanks to an
extensive selection of LEDs (some of
which are multi-coloured) on the
bus node and on all I/O modules
Supports module and channel-
oriented diagnostics
On-the-spot diagnostics in plain
text via operator unit (CPX-MMI)
Fieldbus/Ethernet remote
diagnostics
Innovative diagnostic support with
integrated web server/web monitor
or maintenance tool (CPX-FMT) with
USB adapter (NEFC) for PC
Optimised commissioning thanks
to parameterisable functions
Reliability of service with connec
tion blocks and modules that are
quick to replace without changing
the wiring
2
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Terminal CPX-P
Key features
Variants for controlling the CPX-P terminal (with bus node, without preprocessing)
Bus node
Different bus nodes are used to
integrate the terminal in the control
systems of various manufacturers.
The CPX-P terminal can therefore be
operated on commonly used fieldbus
systems:
PROFIBUS DP
PROFINET
DeviceNet
Bus nodeIndustrial Ethernet bus node
Integration in universal networks
based on Ethernet opens up new
possibilities. Faster data transmis
sion, real-time capability and above
all additional IT services such as file
transfer, web server, web monitor as
integrated website in the CPX-P
terminal, text message/e-mail alerts,
etc. open up a wide range of
synergies.
These include standardised and
universal communication technology
across all areas, including operating
level, management level and field
level in the production environment,
with protection to IP65.
The following protocols are supported:
EtherNet/IP
Modbus/TCP
PROFINET
PLC
Fieldbus
Communication with higher-order
controller via fieldbus
No preprocessing
Fieldbus protocol dependent on
CPX bus node used
Up to 90 I/Os, depending on the
bus node used
PLC
Industrial Ethernet
IT services:
Web
E-mail
File transfer
Connection to a higher-order
controller directly via EtherNet/IP,
Modbus/TCP or PROFINET
No preprocessing
Monitoring via Ethernet and web
applications
Up to 300 I/Os
-H- Note
Every electrical connection can be
combined with an appropriate
number of I/O modules and/or
pneumatic components, depending
on its address capacity.
2018/04 – Subject to change
Likewise, every pneumatic variant of
the CPX-P terminal can be operated
with every electrical connection
variant.
è Internet: www.festo.com/catalogue/...
3
Terminal CPX-P
Key features
Connection of inputs and outputs to the CPX-P terminal
Digital and analogue CPX I/O modulesElectrical connection
The connection technology for
sensors and additional actuators
offers a wide range of digital and
analogue input and output modules
and is freely selectable – as
appropriate to your standard or
application.
The input/output modules can be
combined as required with the
connection blocks:
CPX modules for NAMUR sensorsElectrical connection
The electronics modules for NAMUR
sensors can only be combined with
certain connection blocks.
The input modules can be combined
as required with the connection
blocks:
Intrinsically safe circuits are circuits
which release so little energy during
operation, or in the event of certain
faults under specified test condi
tions, that no ignition can occur in a
particular potentially explosive
atmosphere.
CPX-P modules are suitable for con
figuring intrinsically safe or non-in
trinsically safe circuits depending
on the design selected.
This enables components from both
safe and hazardous zones to be
connected to the CPX-P terminal.
The components for the intrinsically
safe zone are marked in blue or
entirely coloured blue to distinguish
them visually.
4
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Subject to change – 2018/04
Terminal CPX-P
Key features
Pneumatic variants of the CPX-P terminal
With valve terminal MPA-S – centralised
Ordering
The CPX-P terminal with valve
terminal is fully assembled according
to your order specifications and
individually tested. The finished valve
terminal consists of the electrical
peripherals including the desired
actuation and the selected
components from the MPA-S modular
system.
The CPX-P terminal with valve ter
minal is ordered using two separate
order codes. One order code defines
the electrical peripherals type CPX-P,
while the other specifies the
pneumatic components of the valve
terminal.
The electrical CPX-P terminal is a
modular peripheral system for valve
terminals.
The system is specifically designed
so that the valve terminal can be
adapted to suit different
applications.
The electrical peripherals type CPX-P
can also be configured without a
valve terminal and can be used on a
fieldbus. For this order, only the order
code for the electrical peripherals is
required.
The modular system design lets you
configure the number of valves,
inputs and additional outputs to
suit the application.
The order lists for the pneumatic
components can be found on
è Internet: mpa-s
(valve terminal MPA-S)
2018/04 – Subject to change
è Internet: www.festo.com/catalogue/...
5
Terminal CPX-P
Peripherals overview
Complete overview of modules
End plateBus nodeControl blockInput/output modules
Mounting holes for wall mounting
Functional earth connection
6
Fieldbus/Industrial Ethernet
connection using various types of
connection technology
Setting of fieldbus parameters via
DIL switch
Display of fieldbus and peripheral
equipment status via LED
Operator unit
Connection to bus nodes or control
block
Display and modification of
parameter settings
Plain-text display for texts,
messages (e.g. individual channel
diagnostics, condition monitoring),
menus, etc.
è Internet: www.festo.com/catalogue/...
Remote unit CPX-CEC
Connection via Ethernet TCP/IP or
The CPX hood CAFC is a space and
cost-saving alternative to a control
cabinet.
It is designed as an extruded
aluminium profile and is installed on
a mounting plate.
The valve terminal is well protected
and is quick to install without the
need for complex control cabinet
installation for cables and tubing.
Advantages of the CPX hoodPoints to note when using the CPX hood
Impact protection (min. 7 J) for the
underlying modules in combination
with a suitable mounting plate
provided by the user
Protection against electrostatic
discharge through the use of
electrically conductive materials
and the option of connecting an
earth wire
Protection against disconnection of
live plug connectors (by securing
the hood with at least one special
lock to EN 600079-0, 9.2 and 20)
UV protection for the underlying
CPX-P and MPA modules
CPX-P power supply via angled
plugs, no T-plugs
Electrical supply plate/additional
power supply only possible with
angled plug
The rail and the two mounting brack
ets are mounted on a back plate. The
hood is attached to the retaining rail
and secured with two screws. There is
also a stand-by position (locking of
the hood in the open position).
The hood is locked using two side
screws (which meet the requirements
for a special lock in compliance with
ATEX).
The CPX hood can be ordered online
using the valve terminal configurator.
No MPA vertical stacking
Use of larger QS fittings (for tubing
Ducted exhaust air only with elbow
The permissible ambient tempera
O.D. larger than 12 mm) only
possible with the angled design
connector
ture of the valve terminal is reduced
by 5 °C
-H- Note
The CPX hood has no influence on
the ATEX classification of the valve
terminal or of the CPX terminal.
The CPX hood has no influence on
the IP protection class of the valve
terminal or of the CPX terminal.
The CPX hood does not protect
against the effects of the weather in
installations that are not in closed
spaces.
18
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Terminal CPX-P
Key features – Assembly
Hood
Assembly
2
1
3
4
5
Procedure:
Assemble the rail and mounting
bracket included in the mounting
kit
Attach the earth cable
Assemble the hood (if applicable,
screw together several hood
sections before attaching the side
pieces)
Attach and secure the hood
1 Side piece
2 Earth cable
3 Hood section
4 Slot nut with screws, for joining
the hood sections
5 Rail
6 Mounting bracket
6
Technical data
Weight:
Hood: approx. 500 g per 100 mm
of length
Plug coding
Mounting rail: approx. 550 g per
1,000 mm of length
Side pieces: approx. 500 g per side
The connection blocks
CPX-P-AB-2XKL-8POL,
CPX-P-AB-2XKL-8POL-8DE-N-IS and
the sockets NECU-L3G8 can be
matched to one another using the
coding elements CPX-P-KDS-AB-2XKL.
Ambient temperature –5 … +50 °C RoHS-compliant
This reduces the likelihood of a socket
being inserted in the wrong slot after
it is removed from the CPX-P terminal
(protection against incorrect
insertion).
2018/04 – Subject to change
è Internet: www.festo.com/catalogue/...
19
Terminal CPX-P
Key features – Assembly
Mounting options
Valve terminals with CPX-P terminal
support different mounting options
for direct machine mounting with high
H-rail mounting
A
B
Wall mounting
protection and control cabinet
installation.
The rear profile of the CPX-P interlink
ing block has a preformed H-rail
mounting so that the CPX-P terminal
can be attached to the H-rail using the
H-rail mounting kit.
The CPX-P terminal is mounted on the
H-rail (see arrow A) and
then swivelled onto the H-rail and
secured in place with the clamping
component (see arrow B).
The optional earthing plate enables a
connection to be established to the
machine potential/earth in one easy
step.
The end plates of the CPX-P
terminal, the valve terminal and the
pneumatic interface include
mounting holes for wall mounting.
Additional mountings for the CPX-P
terminal are available for longer
valve terminals.
For H-rail mounting you will need the
following mounting kit:
CPX-CPA-BG-NRH
This facilitates mounting of the CPX-P
terminal on H-rails to EN 60715.
An additional mounting kit is required
for combination with valve terminals.
Additional mounting components
Linking with screws
Additional mounting brackets for the
CPX-P terminal that can be screwed
onto the interlinking blocks are
available for longer valve terminals.
The mechanical connection between
the CPX-P modules is created using
special angle fittings.
The CPX-P terminal can thus be
expanded at any time.
-H- Note
For CPX-P terminals with 4 or more
interlinking blocks: you will require
additional mounting brackets of the
type CPX-M-BG-RW approx. every 100
or 150 mm. These are supplied preassembled.
20
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Terminal CPX-P
Key features – Power supply
Power supply concept
General information
The use of decentralised devices on
the fieldbus – particularly with high
protection for direct machine mount
ing – demands a flexible power supply
Interlinking blocks
Interlinking blocks represent the
backbone of the CPX-P terminal with
all supply lines. They provide the
power supply for the modules used on
concept. A valve terminal with CPX-P
can, in principle, supply all voltages
via a single connection.
them as well as their bus connections.
Many applications require the CPX-P
terminal to be segmented into voltage
zones. This applies in particular to the
A distinction is made between supply
for
electronics plus sensors
valves plus actuators.
separate disconnection of the outputs.
The interlinking blocks provide either
a space-saving central power supply
for the entire CPX-P terminal or
Connection technology:
7/8"
galvanically isolated, all-pin
disconnectable potential groups/
voltage segments.
Valve terminal MPA-S has either a
5-pin 7/8", 4-pin 7/8" or 3-pin M18
power supply for one or more valve
voltage zones. Galvanically isolated,
For actuators that are connected to
output modules of the CPX-P
terminal
all pins disconnectable with voltage
monitoring in the following MPA
module.
22
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Subject to change – 2018/04
Terminal CPX-P
Key features – Diagnostics
Diagnostics
System performance
34
1256
Detailed diagnostic functions are
needed in order to quickly locate the
causes of errors in the electrical
installation and therefore reduce
downtimes in production plants.
A basic distinction is made between
on-the-spot diagnostics using LEDs or
an operator unit (CPX-MMI) and
diagnostics using a bus interface.
Overview of LEDs on the bus node
121 Fieldbus-specific LEDs
The CPX-P terminal supports on-thespot diagnostics via a row of LEDs.
This is separate from the connection
area and therefore provides good
visual access to status and diagnostic
information.
On each bus node, a maximum of
4 fieldbus-specific LEDs display
the fieldbus communication
status of the CPX-P terminal with
the higher-order controller.
1 Undervoltage monitoring
2 Diagnostics via bus interface
3 Diagnostic overview LED
– Fieldbus status
– CPX-P status
4 Status and diagnostic LED
for module and I/O channels
Module and channel-specific
diagnosis is supported, for example
Undervoltage detection for outputs
and valves
Short circuit detection for sensors,
outputs and valves
Open-load detection for a missing
solenoid coil
Storage of the last 40 causes of
errors with error start and error end
2 CPX-P-specific LEDs
A further 4 CPX-P-specific LEDs
provide non-fieldbus-specific
information about the status of
the CPX-P terminal, for example
– Power system
– Power load
– System fault
– Modification parameters
5 Module and channel-specific
diagnostics
6 Valve-specific diagnostic module
and solenoid coils
The diagnostic messages can be read
out via the bus interface in the higherorder controller and visualised for the
central recording and evaluation of
error causes. This is done using the
individual fieldbus-specific channels.
The CPX-CEC also offers the option of
access via the integrated Ethernet
interface (remote maintenance via
PC/web applications).
Input/output module status and diagnostic LEDs
12 31 Status LEDs for the inputs and
outputs
Each input and output channel is
assigned a status LED.
2018/04 – Subject to change
2 Channel-oriented diagnostic
LEDs
Depending on the module
design, another diagnostic LED is
available for each I/O channel.
è Internet: www.festo.com/catalogue/...
3 Group diagnostic LEDs
An LED displays the group
diagnostics for each module.
23
Terminal CPX-P
Key features – Parameterisation
Diagnostics
Display on the operator unit (CPX-MMI)
1
Display on a PC
1 LCD graphical display for
on-site plain-text diagnostics
– Fault location and type
– Without programming
1
3
1 CPX-P terminal with valve
terminal
2 Adapter diagnostic interface to
USB
3 Laptop/portable device with USB
interface and installed CPX-P
Maintenance Tool (CPX-FMT) soft
ware
– Fault location and type
– Without programming
– Storing the configuration
– Preparing screenshots
2
Parameterisation
Changes to the application are often
required during commissioning. The
parameterisable characteristics of the
CPX-P modules mean that functions
can be very easily changed by means
of configuration software. This reduces
1
the number of modules needed and,
consequently, the amount of storage
space required.
It is therefore possible, for example, to
reduce the input debounce time for an
input module – normally 3 ms – to
2
0.1 ms on a "fast" input module for
faster processes, or to set the re
sponse of a valve following a fieldbus
interrupt.
Depending on the modules used,
parameterisation can be performed
1 Input debounce time 3 ms
2 Input debounce time 0.1 ms
via the following interfaces:
Ethernet
Fieldbus
Control block direct interface
(programming interface)
Operator unit CPX-MMI
24
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Subject to change – 2018/04
Terminal CPX-P
Key features – Addressing
Addressing
The various CPX-P modules occupy a
different number of I/O addresses
within the CPX-P system. The
maximum address space for bus
nodes depends on the performance of
the fieldbus systems.
1 bus node or control block
9 I/O modules
1 pneumatic interface
(e.g. pneumatic interface MPA-S
with up to 16 MPA manifold
sub-bases)
Inputs [bit]Outputs [bit]
8016
8016
The maximum system configuration
can be limited in individual cases by
exceeding the address space.
1)
0, 16, 32, 48, 64
-V- New
CPX-4AE-4AA-H
-H- Note
Please refer to the detailed descrip
tion of the configuration/addressing
rules in the technical data for CPX
bus nodes.
1)
1) Dependent on the DIL switch setting on the module
Overview – Address space for CPX bus node and control block
ProtocolMax. totalMax. digitalMax. analogue
InputsOutputsInputsOutputsInputsOutputs
CPX-FB11DeviceNet512 bits512 bits512 DI512 DO32 AI18 AO
CPX-FB13PROFIBUS512 bits512 bits512 DI512 DO32 AI18 AO
CPX-FB33PROFINET RT512 bits512 bits512 DI512 DO32 AI18 AO
-H- Note
The bandwidth of the bus nodes can
be restricted by the choice of
module and the maximum number
of modules.
2018/04 – Subject to change
è Internet: www.festo.com/catalogue/...
25
Terminal CPX-P
Technical data
-K- Module width
50 mm
-H- Note
The data given here apply to the
CPX-P system. If components that
conform to lower values are used in
the system, the specification for the
entire system is reduced to the
values of those components.
Example
Protection class IP65 applies only to
the fully assembled system with fitted
plugs or covers (which must also con
form to IP65). If components with a
lower protection class are used, the
protection level of the entire system is
reduced to the protection class of the
component with the lowest protection
level, for example CageClamp connec
tion block with IP20 protection.
General technical data
Module No.562818
Max. no. of modules
Max. address capacityInputs[byte]64
Internal cycle time[ms] 1
Configuration supportFieldbus-specific
LED displaysBus node/control blockUp to 4 LEDs, bus-specific
Diagnostics Channel and module-oriented diagnostics for inputs/outputs and valves
1) A maximum of 11 modules in total can be combined.
(e.g. 1 control block + 9 I/O modules + 1 pneumatic interface, or 1 control block + 1 bus node + 8 I/O modules + 1 pneumatic interface)
1)
Control block1
Bus node1
I/O modules9
Pneumatic interface1
Outputs[byte]64
4 LEDs, CPX-P-specific
PS = Power system
PL = Power load
SF = System fault
M = Modify parameter/forcing active
I/O modulesMin. one group diagnostic LED
Channel-oriented status and diagnostic LED, depending on module
Pneumatic interfaceOne group diagnostic LED
Valve status LED on valve
Detection of module undervoltage for the different potential values
Storage of the last 40 errors with timestamp (acyclic access)
26
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Subject to change – 2018/04
Terminal CPX-P
Technical data
General technical data
Module No.562818
ParameterisationModule-specific and entire system, for example:
Diagnostic behaviour
Condition monitoring
Profile of inputs
Fail-safe response of outputs and valves
Commissioning supportForcing of inputs and outputs
Nominal operating voltage[V DC]24
Operating voltage range[V DC]18 … 30
Power supplyInterlinking block with system
supply for
electronics plus sensors
actuators plus valves
Additional power supply for
actuators[A]8
Current consumptionDepending on system configuration
Power failure bridging (bus electronics only)[ms]10
Power supply connection7/8", 5-pin
Fuse conceptPer module with electronic fuses
TestsVibration test to DIN IEC 68 With wall mounting: Severity level 2
Shock test to DIN IEC 68 With wall mounting: Severity level 2
PWIS classificationPWIS-free (free of paint-wetting impairment substances)
Interference immunityEN 61000-6-2 (industry)
Interference emissionEN 61000-6-4 (industry)
Isolation test for galvanically isolated circuits to IEC 1131 Part 2[V DC]500
Galvanic isolation of electrical voltages[V DC]80
Protection against direct and indirect contactPELV (Protective Extra-Low Voltage)
MaterialsEnd plates: Die-cast aluminium
Grid dimension[mm]50
ATEX category for gasII 3G
Explosion ignition protection type for gasEx nA IIC T4 Gc
Explosion-proof temperature rating[°C]–5 ≤ Ta ≤ +50
CE marking (see declaration of conformity)To EU Explosion Protection Directive (ATEX)
To EU EMC Directive
Protection class to EN 60529IP20, IP65
CertificationcULus recognized (OL)
C-Tick
Explosion protection certification outside the EUEPL Gc (BR)
Certificate issuing authorityDNV 15.0193 X
1) For information about the applicability of the component see the manufacturer’s EC declaration of conformity at: www.festo.com/sp è Certificates.
If the component is subject to restrictions on usage in residential, office or commercial environments or small businesses, further measures to reduce the emitted interference may be necessary.
1)
-H- Note
The values indicated represent the
maximum performance limits that
can be achieved with the fully
assembled product. Depending on
the individual components used, the
value actually achieved for the
overall product may be lower.
You can select e.g. the individual
components required to achieve the
ATEX category by choosing the
corresponding features in the online
product configurator:
è Internet:cpx-p
Weight [g]
Bus nodeFB11120.0Pneumatic interfaceMPA-S238.4
FB13115.0Connection blockMetal175.0
FB33280.0Interlinking block, metal Without power supply162.0
I/O moduleCPX38.0System supply, 7/8", 5-pin187.0
NAMUR100.0End plate for metal
HART77.4Right-hand113.0
design
Left-hand113.0
28
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Terminal CPX-P
Accessories
Ordering data – Accessories
DesignationPart No.Type
Mounting
Interlinking block
Mounting accessories
Attachment for wall mounting (for long valve terminals, 2 mounting brackets and
4 screws)
Mounting for H-rail526032CPX-CPA-BG-NRH
Without power supply–550206CPX-M-GE-EV
With system supply7/8" – 5-pin550208CPX-M-GE-EV-S-7/8-5POL
7/8" – 5-pin, for ATEX environment8022165CPX-M-GE-EV-S-7/8-5POL-VL
With additional power supply for outputs 7/8" – 5-pin550210CPX-M-GE-EV-Z-7/8-5POL
7/8" – 5-pin, for ATEX environment8022158CPX-M-GE-EV-Z-7/8-5POL-VL
Screws for mounting the bus node/
connection block on an interlinking
block
Bus node/plastic connection block550219CPX-M-M3x22-4x
Bus node/metal connection block550216CPX-M-M3x22-S-4x
550217CPX-M-BG-RW-2x
End plates
Power supply
Inscription labels
End plateRight-hand550214CPX-M-EPR-EV
Left-hand550212CPX-M-EPL-EV
Plug socket for mains connection 7/8",
straight, 5-pin
Plug socket for mains connection 7/8",
angled, 5-pin – open cable end, 5-pin
Inscription labels 6x10 mm, 64 pieces, in frames18576IBS-6x10
0.25 … 2.0 mm
2 m573855NEBU-G78W5-K-2-N-LE5
2
543107NECU-G78G5-C2
2018/04 – Subject to change
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29
Terminal CPX-P
Accessories
Ordering data – Accessories
DesignationPart No.Type
Hood
Mounting rail for securing the hood1,000 mm572256CAFC-X1-S
Mounting kit for CPX hood572257CAFC-X1-BE
User documentation
Hood section for CPX-P terminal including mounting
attachments for connecting several hood sections in
series
CPX-P System ManualGerman526445P.BE-CPX-SYS-DE
Operator unit CPX-MMI-1German534824P.BE-CPX-MMI-1-DE
Comprehensive user manuals are
vital for the fast and reliable use of
fieldbus components.
The manuals provided by Festo
contain step-by-step instructions for
using the CPX-P terminal:
1. Installation
2. Commissioning and
parameterisation
3. Diagnostics
Overview – User documentation
TypeTitleDescription
Pneumatic components
P.BE-MPA-…Valve terminals with MPA-S pneumatics Instructions on assembly, installation, commissioning and diagnostics of the
Electronic components
P.BE-CPX-SYS-…System description, installation and
P.BE-CPX-EA-…CPX-P-EA modules, digitalConnection technology and assembly, installation and commissioning
P.BE-CPX-P-EA-…CPX-P-EA modules, NAMUR sensorsConnection technology and assembly, installation and commissioning
P.BE-CPX-AX-…CPX-P-EA modules, analogueConnection technology and assembly, installation and commissioning
P.BE-CPX-FB…CPX bus nodeInstructions on assembly, installation, commissioning and diagnostics of the
P.BE-CPX-PNIO…CPX bus node for PROFINETInstructions on assembly, installation, commissioning and diagnostics of the
P.BE-CPX-MMI-1-…Universal handheld type
Application-oriented explanations
are provided for integration of the
CPX-P terminal in the programming
and configuration software of the
various controller manufacturers.
Use the order code to select the
language you want.
The manual for the configuration
you have ordered is supplied
automatically.
commissioning
CPX-MMI-1
Device description files and icons
are used to explain the integration
of the CPX-P terminal in the config
uration software of the various
controller manufacturers.
MPA-S pneumatic components.
Overview of the design, components and mode of operation of the CPX-P
terminal; installation and commissioning instructions as well as basic
principles of parameterisation.
instructions for digital input and output modules of the type CPX-… and MPA
pneumatic interface.
instructions for digital input and output modules of the type CPX-P-….
instructions for analogue input and output modules of the type CPX-…
relevant bus node.
relevant bus node.
Instructions on assembly, installation, commissioning and diagnostics of the
CPX operator unit.
The documents can be downloaded
quickly and easily from the Festo
website.
è www.festo.com
2018/04 – Subject to change
è Internet: www.festo.com/catalogue/...
31
Terminal CPX-P
Technical data – Operator unit CPX-MMI-1
-K- Width
81 mm
Application
Functions
Advance commissioning through
the monitoring/forcing of inputs
and outputs without fieldbus
master/PLC
Test function for parameter
settings, for example fail-safe of the
outputs or switch-on delay of the
inputs
Plain-text diagnostics of module
and channel-oriented errors
Condition monitoring:
preselection/loading of counters,
activation of the channels to be
monitored
Display of the last 40 error
occurrences with timestamp
Identification of sporadic causes of
errors through display of the
diagnostic history
Password protection
The operator unit is a small, conveni
ent commissioning and service device
for the CPX-P terminal. It provides
data polling, configuration and diag
nostic functions for CPX-P terminals.
Its extremely flexible application
range means that data can be read in
or out at any location. IP65 compati
bility makes it suitable for use in
harsh industrial environments.
Connection
The operator unit is connected to the
CPX bus nodes or control block, as
appropriate, using a pre-assembled
M12 cable.
The voltage for the operator unit is
supplied by the CPX-P component
Communication
Once connected to the CPX-P terminal,
the operator unit loads the available
configuration for the I/O modules,
valves, etc.
This ensures the availability of up-todate texts, messages, menus and
displays.
Status information, diagnostic
messages and parameter bits are then
exchanged during operation.
Assembly
A mounting bracket for the operator
unit offers the option of wall or H-rail
mounting.
The mounting bracket also has an
option for temporary mounting using
a hanging device.
32
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Subject to change – 2018/04
Terminal CPX-P
Technical data – Operator unit CPX-MMI-1
Connection
Function examples
The operator unit is connected to the
CPX-P terminal using pre-assembled
cables.
System overview
Overview of configured modules
and current diagnostic messages
Diagnostics
Fast access to the diagnostic history
and the modules with diagnostic
messaging
Display of the last 40 diagnostic
messages with timestamp
Display of the current diagnostic
message for a module
Commissioning
Selection of module-specific data
and parameters
Display and modification of the
current status of the inputs and
outputs of a module
Display and modification of the
current settings for module-specific
parameters
2018/04 – Subject to change
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Setup
Setting of access permission
(password)
Contrast setting of the display
33
Terminal CPX-P
Technical data – Operator unit CPX-MMI-1
General technical data
TypeCPX-MMI-1
Data interfaceRS232 interface, 57.6 kBaud, M12 socket, 4-pin
Display componentLCD graphical display with background illumination (128 x 64 pixels)
Control elements7 keys:
4 arrow keys and 3 function keys, touch-sensitive keypad
Electromagnetic compatibilityInterference emission tested to DIN EN 61000-6-4, industry
Interference immunity tested to DIN EN 61000-6-2, industry
Nominal operating voltage[V DC]24, supplied by the connected device
Operating voltage range[V DC]18 … 30
Current consumption[mA]50 … 60
Protection class to IEC 60529IP65
Relative air humidity[%]90, non-condensing
Vibration resistanceTested to DIN/IEC 68/EN 60068, Part 2-6
With wall mounting: Severity level 2
With H-rail mounting: Severity level 1
Shock resistanceTested to DIN/IEC68/EN60068, Part 2-27
With wall mounting: Severity level 2
With H-rail mounting: Severity level 1
MaterialsReinforced PA
Dimensions (W x H x D)[mm]81 x 137 x 28
Product weight[g]150
Operating and environmental conditions
Ambient temperature[°C]0 … 50
CE marking (see declaration of conformity)To EU EMC Directive
To EU Explosion Protection Directive (ATEX)
ATEX categoryGasII 3 G
DustII 3 D
Ex ignition protection typeGasEx nA IIC T6 X Gc
DustEx tc IIIC T60°C X Dc IP65
ATEX temperature rating[°C]–5 <= Ta <= +50
1) For information about the applicability of the component see the manufacturer’s EC declaration of conformity at: www.festo.com/sp è Certificates.
If the component is subject to restrictions on usage in residential, office or commercial environments or small businesses, further measures to reduce the emitted interference may be necessary.
1)
-H- Note
When operating device combinations
in hazardous areas, the lowest
common zone, temperature class and
Connection and display components
ambient temperature of the
individual devices determine the
possible use of the entire module.
1
34
2
1 Display (LCD display)
3
2 Function keys
3 Arrow keys
4
4 M12 interface
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Subject to change – 2018/04
Terminal CPX-P
Technical data – Operator unit CPX-MMI-1
DimensionsDownload CAD data è www.festo.com
CPX-MMI-1CPX-MMI-1-H
CPX-P Maintenance Tool (CPX-FMT)
combines service software with a con
necting adapter. The service software
is a tool for the design, parameterisa
tion and online diagnostics of the
CPX-P terminal. The USB-to-M12
adapter features built-in galvanic
isolation (between CPX-P and PC) and
enables a PC to be connected to the
diagnostic interface of the CPX-P
terminal.
Application
Only from Festo
The CPX-FMT software enables access
to CPX-P valve terminals via Ethernet
with the control block CPX-CEC and the
bus nodes PROFINET (FB 33, FB 34,
FB 35). The bus nodes or control block
can be connected directly to the PC via
a USB adapter from Festo. Similar to
the operator unit (CPX-MMI),
diagnostic data such as the error trace
Adapter
Software on CD-ROM
or module diagnostics can be read out
and parameters can be modified in
plain text. In contrast to the operator
unit (CPX-MMI), the data can be used
directly on a PC. There is an option,
for example, to send screenshots of a
configuration or the current error trace
directly via e-mail. In addition, CPX-P
configurations can also be saved and
archived directly as a CPX-FMT project.
Undocumented changes can
subsequently be identified using the
online/offline comparison function.
On-site tests such as the actuation of
valves or the emulation of sensor
feedback (in both cases called
"forcing"), for example, can be
performed without an existing
controller infrastructure. It must be
noted that with both the CPX-P
Maintenance Tool (CPX-FMT) and the
operator unit (CPX-MMI), only local
parameters on the CPX-P valve
terminal can be changed and saved.
The configuration of the networks or
controller software cannot be
influenced.
General technical data
TypeNEFC-M12G5-0.3-U1G5
System requirementsPCIBM-compatible
DriveCD-ROM
InterfacesUSB port (specification USB 1.1 or higher)
Operating systemMicrosoft Windows 2000 or XP
Functional range Configuration and parameterisation
Reading out of system, module, channel diagnostics and error trace
Saving of the configuration as a project
Integration of plug-ins/links to self-executing programs
Scope of delivery Adapter M12, 5-pin to mini USB socket
CD-ROM with installation program
Type of mountingScrew-in
Electrical connectionPlug M12x1, 5-pin
Adapter cable composition4 x 0.34 mm
Cable length[m]0.3
Protection class to EN 60529IP20
CE marking (see declaration of conformity)To EU EMC Directive
Ambient temperature[°C]–5 … +50
MaterialHousingABS
Cable sheathPUR
Pin contactGold-plated brass
Note on materialsRoHS-compliant
2
36
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Subject to change – 2018/04
Terminal CPX-P
Technical data – CPX Maintenance Tool
Display components
Creating a device configuration using the editor
Module overview for a selected module
1
2
The device configuration can be con
veniently generated, parameterised
and saved using the drag & drop
feature. You can insert and move
modules.
1 Module numbers from the
graphic system overview
2 Catalogue for selecting
required modules
Displays important module data as
well as the number of allocated
inputs and outputs.
Diagnostic memory
2018/04 – Subject to change
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Faults which occur during operation
are entered in a diagnostic memory.
The first or the last 40 entries are
saved, as well as the respective time
measured from the moment the
power supply was switched on.
37
Terminal CPX-P
Technical data – CPX Maintenance Tool
DimensionsDownload CAD data è www.festo.com
Adapter
1 Mini B 5P USB port
2 Plug M12x1, 5-pin
Ordering data
DesignationPart No.Type
CPX-P Maintenance Tool (CPX-FMT), software and USB-to-M12 adapter547432NEFC-M12G5-0.3-U1G5
38
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Terminal CPX-P
Technical data – Bus node CPX-FB11
Application
Bus connection
The bus connection can be selected
when ordering, either Micro Style as
2xM12 round connectors or Open
Style as a terminal strip with IP20
protection.
Bus node for handling communication
between the electrical CPX-P terminal
and a DeviceNet network.
The bus node is provided with system
supply via the interlinking block and
processes communication with the
I/O modules.
The status of the CPX-P terminal is
displayed as a common message via
four CPX-P-specific LEDs.
The fieldbus communication status is
displayed via the three DeviceNetspecific LEDs.
Both connection types have the func
tion of an integrated T-distributor with
incoming and outgoing bus line.
DeviceNet implementation
The CPX-FB11 operates with the
"Predefined Master/Slave Connection
Set" as a "Group 2 Only Server".
The polled I/O, change of state or
cyclic method is used for the trans
mission of cyclic I/O data. The type of
transmission can be selected in the
network configuration.
Points to note in connection with CPX-CEC
When a bus node is combined with a
control block (CPX-CEC, in the fieldbus
remote controller operating mode), the
connected I/Os and/or valves, sensors
and actuators are controlled via the
CPX-P control block.
The device diagnostics for all bus
nodes CPX-FB11 is effectively
gathered via strobed I/O and
displayed in the input table of the
controller.
In addition to cyclic data transmis
sion, acyclic communication is sup
ported through explicit messaging,
which enables detailed device
diagnostics and parameterisation.
In this case, the bus node only
provides the communication interface
to the PLC.
Communication between the control
block and CPX-P bus node is
A comprehensive EDS file supports the
display of acyclic data. It is also
possible to display system informa
tion and assign parameters while the
controller is running via the user
program or the configuration software.
established by interlinking the CPX-P
modules and occupies the following
address capacity in the CPX-P system:
8 byte outputs
8 byte inputs
An example of this is access to the in
tegrated diagnostic memory function,
i.e. storage of the last 40 errors with
timestamp, module, channel and
error type.
With its address capacity of 64 byte
inputs and 64 byte outputs, the
CPX-FB11 supports any configuration
of I/O modules, including pneumatic
interface.
The remaining address capacity of the
control block or CPX-P system for
actuating the peripherals is:
56 byte inputs
56 byte outputs
2018/04 – Subject to change
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39
Terminal CPX-P
Technical data – Bus node CPX-FB11
General technical data
TypeCPX-FB11
Fieldbus interfaceEither
Micro Style bus connection: 2xM12 with IP65/IP67 protection
Open Style bus connection: 5-pin terminal strip, IP20
Code4554 dec.
Communication typesPolled I/O, change of state/cyclic, strobed I/O and explicit messaging
Configuration supportEDS file and bitmaps
Max. address capacityInputs[byte]64
Outputs[byte]64
LED displays (bus-specific)MS = Module status
NS = Network status
IO = I/O status
Device-specific diagnosticsModule and channel-oriented diagnostics by means of manufacturer-specific
diagnostic object
Parameterisation Module and system parameterisation via configuration interface in plain text
(EDS)
Online in run or program mode
Additional functions Storage of the last 40 errors with timestamp (access via EDS)
8-bit system status in image table for inputs
2-byte inputs and 2-byte outputs, system diagnostics in image table
Control elementsDIL switch
Operating voltageNominal value[V DC]24
Permissible range[V DC]18 … 30
Power failure buffering[ms]10
Current consumption[mA]Typically 200
Protection class to EN 60529IP65, IP67
Temperature rangeOperation[°C]–5 … +50
Storage/transport[°C]–20 … +70
MaterialsPA-reinforced PC
Grid dimension[mm]50
Dimensions (incl. interlinking block) W x L x H[mm]50 x 107 x 50
Product weight[g]120
-H- Note
Please observe the general limits and
guidelines for the system when
configuring the electrical modules.
40
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Terminal CPX-P
Technical data – Bus node CPX-FB11
Connection and display components
1
43
Pin allocation for the DeviceNet interface
Pin allocationPinSignal-specific
Sub-D plug
1–n.c.Not connected
2BlueCAN_LReceived/transmitted data low
3Black0 V bus0 V CAN interface
4–n.c.Not connected
5BlankScreenedConnection to housing
6–n.c.Not connected
7WhiteCAN_HReceived/transmitted data high
8–n.c.Not connected
9Re d24 V DC bus24 V DC supply for CAN interface
Micro Style bus connection (M12), incoming/outgoing
Incoming1BlankScreenedConnection to housing
Adapter from 5-pin M12 to mini USB socket and controller software547432NEFC-M12G5-0.3-U1G5
2018/04 – Subject to change
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43
Terminal CPX-P
Technical data – Bus node CPX-FB13
Application
Bus connection
The bus connection is established via
a 9-pin Sub-D socket with a typical
PROFIBUS allocation (to EN 50170).
Bus node for handling communication
between the electrical CPX-P terminal
and a higher-order master via
PROFIBUS DP.
The bus node is provided with system
supply via the interlinking block and
processes communication with the
I/O modules.
The status of the CPX-P terminal is
displayed as a common message via
four CPX-P-specific LEDs.
The fieldbus communication status is
displayed via the PROFIBUS-specific
error LED.
The bus connector plug (with
IP65/IP67 protection from Festo or
IP20 protection from other manufac
turers) facilitates the connection of an
incoming and an outgoing bus cable.
An active bus terminal can be connec
ted using the DIL switch integrated in
the plug.
The Sub-D interface is designed for
controlling network components with
a fibre-optic cable connection.
PROFIBUS DP implementation
The CPX-FB13 supports the PROFIBUS
DP protocol to EN 50170 Volume 2 for
cyclic I/O exchange, parameterisation
and diagnostic functions (DPV0).
Points to note in connection with CPX-CEC
When a bus node is combined with a
control block (CPX-CEC, in the fieldbus
remote controller operating mode), the
connected I/Os and/or valves, sensors
and actuators are controlled via the
CPX-P control block.
In addition to DPV0, acyclic commu
nication to the advanced specification
DPV1 is supported. DPV1 provides
acyclic access to advanced system
information and assigns operation
parameters while the controller is
running via the user program.
In this case, the bus node only
provides the communication interface
to the PLC.
Communication between the control
block and CPX-P bus node is
An example of this is access to the in
tegrated diagnostic memory function,
i.e. storage of the last 40 errors with
timestamp, module, channel and
error type.
established by interlinking the CPX-P
modules and occupies the following
address capacity in the CPX-P system:
8 byte outputs
8 byte inputs
With its address capacity of 64 byte
inputs and 64 byte outputs, the
CPX-FB13 supports any configura
tion of I/O modules, including
pneumatic interface.
The remaining address capacity of the
control block or CPX-P system for
actuating the peripherals is:
Set using DIL switch
Product range4: Valves
Ident. number0x059E
Communication typesDPV0: Cyclic communication
DPV1: Acyclic communication
Configuration supportGSD file and bitmaps
Max. address capacityInputs[byte]64
Outputs[byte]64
LED displays (bus-specific)BF: Bus fault
Device-specific diagnosticsIdentifier and channel-oriented diagnostics to EN 50170 (PROFIBUS standard)
Parameterisation Start-up parameterisation via configuration interface in plain text (GSD)
Acyclic parameterisation via DPV1
Additional functions Storage of the last 40 errors with timestamp (access via DPV1)
8-bit system status in image table for inputs
2-byte inputs and 2-byte outputs, system diagnostics in image table
Control elementsDIL switch
Operating voltageNominal value[V DC]24
Permissible range[V DC]18 … 30
Power failure buffering[ms]10
Current consumption[mA]Typically 200
Protection class to EN 60529IP65, IP67
Temperature rangeOperation[°C]–5 … +50
Storage/transport[°C]–20 … +70
MaterialsPA-reinforced PC
RoHS statusRoHs-compliant in accordance with EU Directive
Grid dimension[mm]50
Dimensions (incl. interlinking block) W x L x H[mm]50 x 107 x 50
Product weight[g]115
-H- Note
Please observe the general limits and
guidelines for the system when
configuring the electrical modules.
2018/04 – Subject to change
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45
Terminal CPX-P
Technical data – Bus node CPX-FB13
Connection and display components
12
4
Pin allocation for PROFIBUS DP interface
Pin allocationPinSignalDesignation
Sub-D socket
1n.c.Not connected
2n.c.Not connected
3RxD/TxD-PReceived/transmitted data P
4CNTR-P
5DGNDData reference potential (M5V)
6VPSupply voltage (P5V)
7n.c.Not connected
8RxD/TxD-NReceived/transmitted data N
9n.c.Not connected
Hous
ing
Bus connection M12 adapter (B-coded)
Incoming1n.c.Not connected
2RxD/TxD-NReceived/transmitted data N
3n.c.Not connected
4RxD/TxD-PReceived/transmitted data P
5 and
M12
3
1)
ScreenedConnection to housing
ScreenedConnection to FE (functional earth)
Repeater control signal
1 Bus status LEDs/bus fault
2 CPX-P-specific status LEDs
3 Fieldbus connection (9-pin Sub-D
4 DIL switch cover
socket)
Outgoing1VPSupply voltage (P5V)
2RxD/TxD-NReceived/transmitted data N
3DGNDData reference potential (M5V)
4RxD/TxD-PReceived/transmitted data P
5 and
ScreenedConnection to FE (functional earth)
M12
1) The repeater control signal CNTR-P is a TTL signal..
46
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Terminal CPX-P
Technical data – Bus node CPX-FB13
Ordering data
DesignationPart No.Type
Bus node
PROFIBUS bus node195740CPX-FB13
Bus connection
Sub-D plug, straight532216FBS-SUB-9-GS-DP-B
Sub-D plug, angled533780FBS-SUB-9-WS-PB-K
Bus connection, adapter from 9-pin Sub-D plug to 5-pin M12 plug/socket, B-coded533118FBA-2-M12-5POL-RK
Covers
Connection block, adapter from 9-pin Sub-D plug to 5-pin M12 plug/socket, B-coded541519CPX-AB-2-M12-RK-DP
Socket M12x1, 5-pin, straight,
for self-assembly of a connecting cable compatible with FBA-2-M12-5POL-RK and
CPX-AB-2-M12-RK-DP
Plug M12x1, 5-pin, straight,
for self-assembly of a connecting cable compatible with FBA-2-M12-5POL-RK and
CPX-AB-2-M12-RK-DP
Terminating resistor, M12, B-coded for PROFIBUS1072128CACR-S-B12G5-220-PB
Cover cap for sealing unused M12 connections (10 pieces)165592ISK-M12
Inspection cover, transparent, for Sub-D connection533334AK-SUB-9/15-B
1067905 NECU-M-B12G5-C2-PB
1066354 NECU-M-S-B12G5-C2-PB
Inscription label
Inscription label holder for connection block536593CPX-ST-1
Inscription labels 6x10 mm, 64 pieces, in frames18576IBS-6x10
2018/04 – Subject to change
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47
Terminal CPX-P
Technical data – Bus node CPX-FB13
Ordering data
DesignationPart No.Type
User documentation
User documentation for bus node CPX-FB13German526427P.BE-CPX-FB13-DE
Adapter from 5-pin M12 to mini USB socket and controller software547432NEFC-M12G5-0.3-U1G5
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Terminal CPX-P
Technical data – Bus node CPX-FB33
Application
Bus connection
The bus connection is established via
two M12 sockets, D-coded to
IEC61076-2-101 with IP65, 67
protection.
Bus node for operating the CPX-P
valve terminal on PROFINET.
The bus node is provided with system
supply via the interlinking block and
processes communication with the
I/O modules.
The status of the CPX-P terminal is
displayed as a common message via
four CPX-P-specific LEDs.
The fieldbus communication status is
displayed via three bus-specific LEDs.
Both connections are equivalent
100BaseTX Ethernet ports with
integrated auto MDI functionality
(cross-over and patch cables can be
used) that are brought together via an
internal switch.
Maximum segment length 100 m
Baud rate 100 Mbps
PROFINET implementation
The CPX-FB33 supports the PROFINET
protocol based on the Ethernet
standard and the TCP/IP technology to
IEEE802.3.
This guarantees a data exchange with
a high data transmission rate, for
example I/O data from sensors,
actuators or robot controllers, PLCs or
Points to note in connection with CPX-CEC
When a bus node is combined with a
control block (CPX-CEC, in the fieldbus
remote controller operating mode), the
connected I/Os and/or valves, sensors
and actuators are controlled via the
CPX-P control block.
process equipment. In addition, nonreal-time critical information such as
diagnostic information, configuration
information, etc. can be transferred.
The Ethernet bandwidth is sufficient to
transfer both data types (real-time and
non-real-time) in parallel.
In this case, the bus node only
provides the communication interface
to the PLC.
Communication between the control
block and CPX-P bus node takes place
The bus node features LEDs for bus
status and CPX-P peripheral informa
tion as well as switch elements,
memory stick and a diagnostic inter
face. The purpose of the memory stick
is to guarantee fast replacement of the
bus node in the event of an error.
PROFINET provides the user with
by interlinking the CPX-P modules and
takes up the following address
capacity in the CPX-P system:
8 byte outputs
8 byte inputs
access to all peripherals, diagnostic
data and parameter data of the CPX-P
valve terminal. The bus node can be
used as a remote I/O or remote con
troller. All information relevant to the
CPX-P can be read out and, depending
on the function, changed via an
operator unit (CPX-MMI).
The remaining address capacity of the
control block or CPX-P system for
actuating the peripherals is:
Device-specific diagnostics Channel and module-oriented diagnostics
Undervoltage of modules
Diagnostic memory
Configuration supportGSDML file
Parameterisation System parameters
Diagnostic behaviour
Signal setup
Fail-safe response
Forcing of channels
Additional functions Start-up parameterisation in plain text via fieldbus
Fast startup (FSU)
Channel-oriented diagnostics via fieldbus
Acyclic data access via fieldbus
System status can be represented using process data
Additional diagnostic interface for operator units
Acyclic data access via EtherCat
Control elements DIL switch
Optional memory card
Operating voltageNominal value[V DC]24
Permissible range[V DC]18 … 30
Current consumption[mA]Typically 120
Protection class to EN 60529IP65, IP67
Temperature rangeOperation[°C]–5 … +50
Storage/transport[°C]–20 … +70
MaterialsHousingDie-cast aluminium
Grid dimension[mm]50
Dimensions (incl. interlinking block) W x L x H[mm]50 x 107 x 50
Product weight[g]280
-H- Note-H- Note
Please observe the general limits
and guidelines for the system when
configuring the electrical modules.
50
Always use screws appropriate to
the interlinking block (metal or
plastic):
è Internet: www.festo.com/catalogue/...
Self-tapping screws for plastic
interlinking blocks
Screws with metric thread for
metal interlinking blocks
Subject to change – 2018/04
Terminal CPX-P
Technical data – Bus node CPX-FB33
Connection and display components
1
4
3
Pin allocation for the fieldbus interface
Pin allocationPinSignalDesignation
M12 socket, D-coded
1TD+Transmitted data+
2RD+Received data+
3TD-Transmitted data-
4RD-Received data-
HousingScreened
2
3
1 Bus-specific status LEDs
2 CPX-P-specific status LEDs
3 Fieldbus connection (4-pin
Adapter from 5-pin M12 to mini USB socket and controller software547432NEFC-M12G5-0.3-U1G5
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Terminal CPX-P
Technical data – Input module, digital, NAMUR
Function
Digital input modules enable the con
nection of up to eight NAMUR sensors
(or wired mechanical contacts). In
addition, the first four channels can
alternatively be used as counters or
for frequency measurement.
M12 and terminal strip connection
technology can be used.
General technical data
Number of inputs8
Max. cable length[m]200
Input debounce time[ms]3 (0, 10, 20 parameterisable)
Fuse protection (short circuit)Internal electronic fuse for each channel
Module current consumption (voltage supply for electronics)[mA]Typically 75
Nominal operating voltage[V DC]24 (reverse polarity protected)
Permissible voltage fluctuations[%]±25
Power failure buffering[ms]20
Residual ripple[Vss]0.4
Electrical isolationChannel – channelNo
Input characteristic curveTo EN 60947-5-6
Switching levelTo EN 60947-5-6
LED displaysGroup diagnostics1
DiagnosticsWire break per channel
ParameterisationData format
Control elementsDIL switch
Additional functionsFrequency measurement
Protection class to EN 60529Depending on connection block
Applications
Input modules for 24 V DC sensor
supply voltage
Module features can be
parameterised
The input module receives the
voltage supply for the electronics
and the sensors from the
interlinking block
Module protection and diagnostics
through integrated electronic fuse
protection in each channel
Channel – internal busYes
Channel diagnostics8
Channel status8
Limit value violation per channel
Parameterisation error
Overload per channel
Input debounce time per channel
Input function per channel
Replacement value in diagnostic case per channel
Upper limit value per channel
Signal extension time per channel
Gate time per channel
Monitoring of limit value per channel
Monitoring of short circuit per channel
Monitoring of wire break per channel
Monitoring of parameters
Lower limit value per channel
Upper limit value per channel
Counter configuration per channel
Counter operation
2018/04 – Subject to change
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53
Terminal CPX-P
Technical data – Input module, digital, NAMUR
General technical data
Grid dimension[mm]50
Dimensions (incl. interlinking block and connection block) W x L x H[mm]50 x 107 x 70
Product weight[g]100
Explosion protection parameters of the module inputs
TypeCPX-P-8DE-NCPX-P-8DE-N-IS
Maximum output power[mW]–42
Maximum output voltage[V]–10
Maximum output current[mA]–16.8
Maximum external inductance[mH]–125
Maximum external capacitance[µF]–3
Certifications and approvals – Maximum values
TypeCPX-P-8DE-NCPX-P-8DE-N-IS
ATEX category for gas–II (1) G
Explosion ignition protection type for gas–[Ex ia Ga] IIC
ATEX category for dust–II (1) D
Explosion ignition protection type for dust–[Ex ia Da] IIIC
Explosion protection certification outside the EU–EPL Ga (IEC-EX)
–EPL Da (IEC-EX)
–EPL Ga (BR)
–EPL Da (BR)
Explosion-proof temperature[°C]––5 ≤ Ta ≤ +70
Certificate issuing authority–ZELM 12 ATEX 0500 X
–IECEx ZLM 12.0007 X
–DNV 15.0192 X
-H- Note-H- Note-H- Note-H- Note
The module CPX-P-8DE-N-IS has
additional safety measures for pos
sible faults such as non-resettable
fuses to ensure safe operation as
per the ignition protection type.
If the module is operated within the
permissible parameters, these pro
tective measures will be irrelevant.
Materials
HousingPA reinforced
Note on materialsRoHS-compliant
Operating and environmental conditions
TypeCPX-P-8DE-NCPX-P-8DE-N-IS
Ambient temperature[°C]–5 … +50–5 … +50
Storage temperature[°C]–20 … +70 –20 … +70
Relative air humidity[%]95, non-condensing95, non-condensing
CE marking (see declaration of conformity)
1) Additional information www.festo.com/sp è Certificates.
Only the end plate, the pneumatic
interface or another module in in
trinsically safe design are permitted
directly to the right of modules in
intrinsically safe design
(CPX-P-8DE-N-IS) within the CPX-P
terminal.
1)–
The insulating plate CPX-P-AB-IP
must be mounted between a module
in intrinsically safe design
(CPX-P-8DE-N-IS) and another,
non-intrinsically safe CPX input or
output module.
PC
The above-mentioned certifications
for the CPX-P-8DE-N-IS module do
not apply if the module is used out
side the appropriately configured
terminal CPX-P.
Digital input modules enable the
connection of two-wire and three-wire
sensors (proximity sensors, inductive
or capacitive sensors, etc.).
Depending on the connection block
selected, the module supports various
connection concepts with different
numbers of sockets (single or double
allocation).
General technical data
TypeCPX-8DECPX-8NDE
Number of inputs88
Max. residual current of inputs per module[A]10.7
Fuse protectionInternal electronic fuse per module
Intrinsic current consumption at operating voltage[mA]Typically 15
Operating voltageNominal value[V DC]24
DiagnosticsShort circuit/overload per channel
Parameterisation Module monitoring
Degree of protection to EN 60529Depending on connection block
Temperature rangeOperation[°C]–5 … +50
MaterialsPA reinforced, PC
Grid dimension[mm]50
Dimensions (incl. interlinking block and connection block) W x L x H[mm]50 x 107 x 50
Product weight[g]38
Area of application
Input modules for 24 V DC sensor
supply voltage
PNP or NPN logic
Supports connection blocks with
M12, M8, Sub-D, HARAX® and
terminal connection
Module features can be
parameterised
Input module receives the voltage
supply for the electronics and the
sensors from the interlinking block
Module protection and diagnostics
through integrated electronic fuse
protection
Permissible range[V DC]18 … 30
Channel – internal busNo
Signal 1[V DC] 11 5
Channel diagnostics––
Channel status88
Behaviour after short circuit
Input debounce time
Signal extension time
Storage/transport[°C]–20 … +70
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Terminal CPX-P
Technical data – Input module, digital, 8 inputs
Connection and display components
CPX-8DECPX-8NDE
2
2
1 Status LEDs (green)
For allocation to outputs
è Pin allocation for module
2 Error LED (red, module error)
For allocation to inputs
è Pin allocation for module
Digital input modules enable the
connection of two-wire and three-wire
sensors (proximity sensors, inductive
or capacitive sensors, etc.).
Depending on the connection block
selected, the module supports various
connection concepts with different
numbers of sockets (single or double
allocation).
General technical data
Number of inputs16
Max. residual current of inputs per module[A]1.8
Intrinsic current consumption at operating voltage[mA]Typically 15
Fuse protectionInternal electronic fuse for each module
Nominal operating voltage[V DC]24
Operating voltage range[V DC]18 … 30
Electrical isolationChannel – channelNo
Switching levelSignal 0[V DC] 5
Input debounce time[ms]3 (0.1 ms, 10 ms, 20 ms parameterisable)
Input characteristicIEC 1131-T2
Switching logicPositive logic (PNP)
LED displaysGroup diagnostics1
DiagnosticsShort circuit/overload per channel
Parameterisation Module monitoring
Protection class to EN 60529Depending on connection block
Temperature rangeOperation[°C]–5 … +50
MaterialsPA reinforced, PC
Grid dimension[mm]50
Dimensions (incl. interlinking block and connection block) W x L x H[mm]50 x 107 x 50
Product weight[g]38
Applications
Input modules for 24 V DC sensor
supply voltage
PNP logic
Module features can be
parameterised
The input module receives the
voltage supply for the electronics
and the sensors from the
interlinking block
Module protection and diagnostics
through integrated electronic fuse
protection
Channel – internal busNo
Signal 1[V DC] 11
Channel diagnostics–
Channel status16
Behaviour after short circuit
Input debounce time
Signal extension time
Storage/transport[°C]–20 … +70
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Terminal CPX-P
Technical data – Input module, digital, 16 inputs
Connection and display components
2
1 Status LEDs (green)
For allocation to inputs
è Pin allocation for module
Analogue modules control devices
with a standardised analogue inter
face such as sensors for pressure,
temperature, flow rate, filling level,
etc.
Depending on the connection block
selected, the analogue module sup
ports various connection concepts
with different numbers of sockets or
terminals.
General technical data
TypeCPX-4AE-U-I
Number of analogue inputs4
Max. power supply per module[A]0.7
Fuse protectionInternal electronic fuse
Current consumption from 24 V sensor supply (quiescent current)[mA]Typically 50
Current consumption from 24 V sensor supply (at full load)[A]Max. 0.7
Nominal operating voltage, load voltage[V DC]24 ±2%
Nominal operating voltage[V DC]24
Operating voltage range[V DC]18 … 30
Signal range (parameterisable for each channel by
means of DIL switch or software)
Operational error limit[%]±0.3±0.3
Basic error limit (at 25 °C)[%]±0.2±0.2
Repetition accuracy (at 25 °C)[%]0.10.1
Input resistance100 kΩ 100 Ω
Max. permissible input voltage[V DC]–30 … +30–
Max. permissible input current[mA]–Internally limited to 60
Conversion time per channel[ μs]Typically 150
Cycle time (module)[ms] 0.5
Data format15 bits + prefix
Cable length[m]Max. 30 (screened)
Applications
Analogue module for 0 … 10 V,
0 … 20 mA or 4 … 20 mA
Supports connection blocks with
M12, Sub-D and terminal
connection
Analogue module features can be
parameterised
Different data formats available
Operation with and without
galvanic isolation possible
The analogue module receives the
voltage supply for the electronics
and the sensors from the
interlinking block
Analogue module protection and
diagnostics through integrated
electronic fuse protection
Voltage inputCurrent input
1 … 5 V
0 … 10 V
–5 … +5 V
–10 … +10 V
Scalable to 15 bits
0 … 20 mA
4 … 20 mA
–20 … +20 mA
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Terminal CPX-P
Technical data – Analogue module for inputs
General technical data
Electrical isolationChannel – channelNo
Channel – internal busYes, with external sensor supply
LED displaysGroup diagnostics1
Channel diagnostics4
DiagnosticsWire break per channel
Limit value violation per channel
Parameterisation error
Overload at input
Overflow/underflow
Short circuit in sensor supply
ParameterisationData format
Forces per channel
Limit value monitoring per channel
Measured value smoothing
Signal range per channel
Wire break monitoring per channel
Behaviour after short circuit
Behaviour after overload at input
Sensor supply active
Protection class to EN 60529Depending on connection block
Temperature rangeOperation[°C]–5 … +50
Storage/transport[°C]–20 … +70
MaterialsPA reinforced, PC
Note on materialsRoHS-compliant
Grid dimension[mm]50
Dimensions (incl. interlinking block and connection block) W x L x H[mm]50 x 107 x 50
Product weight[g]46
Internal structure, basic representation
24 V ± 25% (U
EL/SEN
)
1
3
2
6
0 V (U
EL/SEN
)
4
5
24 V
Input
Input
0 V
FE
7
SEN
1 Diagnostics
x+
2 Input
x-
x
(PLC/IPC via fieldbus)
3 Logic
4 Monitoring/disconnection of
sensor supply
SEN
5 D/A conversion
6 Error LED (red, module error)
7 Connections on the connection
Digital outputs control actuators such
as individual valves, hydraulic valves,
heating controllers and many more.
Separate circuits are created using an
additional power supply. Parallel
connection of the outputs of a module
enables consuming devices to be
controlled with up to 4 A.
General technical data
TypeCPX-4DACPX-8DA
Number of outputs48
Max. power supplyPer module[A]4
Fuse protection (short circuit)Internal electronic fuse for each channel
Module current consumption (voltage supply for electronics)[mA]Typically 16
Operating voltageNominal value[V DC]24
Protection class to EN 60529Depending on connection block
Temperature rangeOperation[°C]–5 … +50
MaterialsPA reinforced, PC
Grid dimension[mm]50
Dimensions (incl. interlinking block and connection block) W x L x H[mm]50 x 107 x 50
Product weight[g]38
Applications
Output module for 24 V DC supply
voltage
PNP logic
Module features can be
parameterised
The output module receives the
voltage supply for the electronics
and the outputs from the
interlinking block
Module protection and diagnostics
through integrated electronic fuse
protection in each channel
Per channel[A]1 (24 W lamp load, 4 channels can be
connected in parallel)
Permissible range[V DC]18 … 30
Channel – internal busYes, using an intermediate supply
Channel diagnostics48
Channel status48
Undervoltage of outputs
Behaviour after short circuit
Fail-safe channel x
Forcing channel x
Idle mode channel x
Storage/transport[°C]–20 … +70
0.5 (12 W lamp load, 8 channels can
be connected in parallel)
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Terminal CPX-P
Technical data – Output module, digital
Connection and display components
CPX-4DACPX-8DA
3
1 Status LEDs (yellow)
3
For allocation to outputs
è Pin allocation for module
Analogue modules control devices
with a standard analogue interface
such as proportional valves, etc.
The analogue module supports vari
ous connection concepts with different
numbers of sockets or terminals as
appropriate to the connection block
selected.
General technical data
TypeCPX-2AA-U-I
Number of analogue outputs2
Max. actuator supply per module[A]2.8
Fuse protectionInternal electronic fuse for actuator supply
Current consumption from 24 V sensor supply (at full load)[mA]Max. 150
Current consumption from 24 V actuator supply (at full load)[A]4 … 10
Supply voltage of actuators[V DC]24 ±25%
Signal range (parameterisable for each channel by
means of DIL switch or software)
Resolution[bit]12
Number of units4,096
Absolute accuracy[%]±0.6
Linearity errors (no software scaling)[%]±0.1
Repetition accuracy (at 25 °C)[%]0.05
Encoder selectionLoad resistance for ohmic load[kΩ]Min. 1Max. 0.5
Cycle time (module)[ms] 4
Applications
Analogue module for 0 … 10 V,
0 … 20 mA or 4 … 20 mA
Supports connection blocks with
M12, Sub-D and terminal
connection
Analogue module features can be
parameterised
Different data formats available
Operation with and without
galvanic isolation possible
The analogue module receives the
voltage supply for the electronics
and the actuators from the
interlinking block
Analogue module protection and
diagnostics through integrated
electronic fuse protection
Voltage outputCurrent output
0 … 10 V DC0 … 20 mA
Load resistance for capacitive
load
Load resistance for inductive
load
Short circuit protection for
analogue output
Short circuit current of analogue
output
Open circuit voltage[V DC]–18
Destruction limit against
externally applied voltage
Actuator connection2 wires
[μF]Max. 1–
[mH]–Max. 1
Yes–
[mA]Approx. 20–
[V DC]15
4 … 2 mA
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Terminal CPX-P
Technical data – Analogue module for outputs
General technical data
TypeCPX-2AA-U-I
Voltage outputCurrent output
Response timeFor ohmic load[ms]0.10.1
For capacitive load[ms]0.7 –
For inductive load[ms]–0.5
Channel diagnosticsYes, by means of flashing frequency of group diagnostics
Diagnostics Short circuit/overload, actuator supply
Parameterisation error
Value falling below nominal range/full-scale value
Value exceeding nominal range/full-scale value
Wire breakParameterisation Short circuit monitoring, actuator supply
Short circuit monitoring, analogue output
Behaviour after short circuit, actuator supply
Data format
Lower limit value/full-scale value
Upper limit value/full-scale value
Monitoring of value falling below nominal range/full-scale value
Monitoring of value exceeding nominal range/full-scale value
Wire break monitoring
Signal range
Protection class to EN 60529Depending on connection block
Temperature rangeOperation[°C]–5 … +50
Storage/transport[°C]–20 … +70
MaterialsPA-reinforced PC
Grid dimension[mm]50
Dimensions (incl. interlinking block and connection block) W x L x H[mm]50 x 107 x 50
Product weight[g]38
The HART input/output module allows
for connection of up to 4 sensors or
actuators. The corresponding
communication channel is made
available for sensors or actuators that
communicate using the HART protocol.
With the HART protocol, a conven
tional analogy 4 … 20 mA current
signal is modulated by a second
frequency-modulated signal.
Each of the 4 connections of the
module can be configured as inputs or
outputs.
General technical data
Type codeCPX-4AE-4AA-H
ProtocolHART
Number of selectable analogue inputs/outputs4
Sensor type0 … 20 mA4 … 20 mA4 … 20 mA with HART
Operating voltageNominal value[V DC]24
Power failure buffering[ms]10
Intrinsic current consumption at nominal operating voltage[mA]Typically 170
Maximum short circuit current[mA]22
Maximum open circuit voltage[V]28.8
Minimum available sensor voltage20.7 V DC at 20 mA
Fuse protection (short circuit)Internal electronic fuse per channel
Reverse polarity protectionFor all electrical connections
Electrical isolationChannel – channelNo
Signal range0 … 20 mA4 … 20 mA4 … 20 mA with HART
Data format15 bits + prefix
Maximum load[Ω]750
Maximum input resistance[Ω]300
Maximum cable length[m]500
Basic error limit at 25 °C[%]±0.1
Operating error limit related to the ambient temperature range[%]±0.3
Repetition accuracy0.05% at 20ºC
LED indicatorsGroup diagnostics1
Control elementsDIL switch
Area of application
Multi I/O module for 24 V DC
supply voltage
Supports manifold blocks with M12
and terminal connection
Module features can be
parameterised
The module receives the voltage
supply for the electronics, outputs
and the sensors from the
interlinking block
Module protection and diagnostics
through integrated electronic fuse
protection
Permissible range[V DC]18 … 30
Channel – internal busYes
Scalable to 15 bits
Channel diagnostics4
Channel status4
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-V- New
Terminal CPX
Technical data – HART input/output module
General technical data
Diagnostics Wire break per channel
Limit value violation per channel
Short circuit/overload per channel
Parameterisation error
Overflow/underflow
Limit value violation to NE43 per channel
Parameterisation Data format
Failsafe per channel
Forcing per channel
Limit monitoring per channel
Idle mode per channel
Measured value smoothing
Signal range per channel
Monitoring of overflow/underflow
Monitoring according to NE43, inputs
Behaviour after short circuit/overload
Monitoring wire break per channel
Number of HART repetitions
Hysteresis for limit values
HART variables (4 pieces)
Degree of protection to EN 60529Depending on manifold block
Technical data – Mechanical
Type of mountingOn interlinking block
Product weight[g]77.4
Grid dimension[mm]50
Dimensions (incl. interlinking block and manifold block)
[mm]50 x 107 x 70
W x L x H
Materials
HousingPA reinforced, PC
Note on materialsRoHS-compliant
Operating and environmental conditions
Ambient temperature[°C]–5 … +50
Storage temperature[°C]–20 … +70
Relative humidity[%]95, non-condensing
Corrosion resistance class CRC
CE marking (see declaration of conformity)
1) Corrosion resistance class CRC 1 to Festo standard FN 940070
Low corrosion stress. For dry indoor applications or transport and storage protection. Also applies to parts behind covers, in the non-visible interior area, and parts which are covered in the application (e.g. drive
trunnions).
2) For information about the applicability of the component see the manufacturer’s EC declaration of conformity at: www.festo.com/sp è Certificates.
If the component is subject to restrictions on usage in residential, office or commercial environments or small businesses, further measures to reduce the emitted interference may be necessary.
3) Additional information www.festo.com/sp è Certificates.
1)
3)
1 (when installed)
To EU EMC Directive
2)
Safety data
Shock resistanceShock test with severity level 2 to FN 942017-5 and EN 60068-2-27
Vibration resistanceTransport application test with severity level 2 to FN 942017-4 and
EN 60068-2-6
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Terminal CPX
Technical data – HART input/output module
Connection and display components
CPX-4EA-4AA-H
3
1 2
Combinations of bus nodes/control blocks with HART input/output module
Bus node/control blockPart No.ProtocolHART input/output module
The HART input/output module
CPX-4EA-4AA-H can only be connec
tion as of software release 33 or 34
(in the case of CPX-FB13).
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83
-V- New
Terminal CPX
Technical data – HART input/output module
Pin allocation
Manifold block inputs/outputsCPX-4AE-4AA-H
InputsOutputs
CPX-P-AB-4XM12-4POL
X1.1: 24 V
X1.2: 0 V
X1.3: Input x
X1.4: 0 V
SEN x
X3.1: 24 V
X3.2: 0 V
X3.3: Input x+2
X3.4: 0 V
SEN x+2
X1.1: Output I0+
X1.2: 0 V
X1.3: –
X1.4: 0 V
X3.1: Output I2+
X3.2: 0 V
X3.3: –
X3.4: 0 V
CPX-P-AB-2XKL-8POL
X2.1: 24 V
X2.2: 0 V
X2.3: Input x+1
X2.4: 0 V
X1.1: 24 V
X1.2: 0 V
X1.3: Input x
X1.4: 0 V
X1.5: 24 V
X1.6: 0 V
X1.7: Input x+1
X1.8: 0 V
SEN x+1
SEN x
SEN x+1
X4.1: 24 V
X4.2: 0 V
X4.3: Input x+3
X4.4: 0 V
X2.1: 24 V
X2.2: 0 V
X2.3: Input x+2
X2.4: 0 V
X2.5: 24 V
X2.6: 0 V
X2.7: Input x+3
X2.8: 0 V
SEN x+3
SEN x+2
SEN x+3
X2.1: Output I1+
X2.2: 0 V
X2.3: –
X2.4: 0 V
X1.1: Output I0+
X1.2: 0 V
X1.3: –
X1.4: 0 V
X1.5: Output I1+
X1.6: 0 V
X1.7: –
X1.8: 0 V
X4.1: Output I3+
X4.2: 0 V
X4.3: –
X4.4: 0 V
X2.1: Output I2+
X2.2: 0 V
X2.3: –
X2.4: 0 V
X2.5: Output I3+
X2.6: 0 V
X2.7: –
X2.8: 0 V
-H- Note
In the case of mixed operation of
inputs and outputs in one module,
the connections are first assigned
input signals and then output
signals, in ascending order.
Connecting cross-section 0.75 mm
permissible cable 4 … 6 mm
Connecting cross-section 0.75 mm
permissible cable 6 … 8 mm
For NECU-L3G8565713CPX-P-KDS-AB-2XKL
2
565712NECU-L3G8-C1
2
565710NECU-L3G8-C2
2
2
18666SEA-GS-7
18778SEA-GS-9
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85
Terminal CPX-P
Technical data – Interlinking block with system supply
Function
Interlinking blocks ensure the
electrical supply of all other CPX-P
modules. They have contact rails, from
which the other CPX-P components on
the interlinking modules are supplied
with current.
Internal division of the power supply
makes it possible to switch off specific
areas of the sensors and actuators
individually.
General technical data
Nominal operating voltage[V DC]24
Protection class to EN 60529Depending on connection block
Ambient temperature[°C]–5 … +50
Note on materialsRoHS-compliant
Grid dimension[mm]50
Dimensions W x L x H[mm]50 x 107 x 35
Electrical connection7/8", 5-pin
Current supplySensors and electronics[A]Max. 8
MaterialsDie-cast aluminium
Product weight[g]187
Applications
24 V DC supply voltage for
electronics of the CPX-P terminal
24 V DC supply voltage for inputs
24 V DC supply voltage for valves
24 V DC supply voltage for outputs
Valves and outputs[A]Max. 8
Pin allocation
CircuitryPinAllocation
Round plug, 5-pin
7/8"
10 V valves and outputs
20 V electronics and sensors
3FE
424 V DC supply voltage for electronics and sensors
524 V DC load voltage supply for valves and outputs
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Terminal CPX-P
Technical data – Interlinking block with system supply
Ordering data
DesignationPart No.Type
Interlinking block with system supply
7/8" connection, metal interlinking block5-pin–550208CPX-M-GE-EV-S-7/8-5POL
For ATEX environment 8022165CPX-M-GE-EV-S-7/8-5POL-VL
7/8" connection sockets
Power supply socket5-pin543107NECU-G78G5-C2
Angled socket, 5-pin – open cable end, 5-pin2 m573855NEBU-G78W5-K-2-N-LE5
Mounting accessories
Screws for mounting the bus node/connection
block on an interlinking block
Bus node/plastic connection
block
Bus node/metal connection block 550216CPX-M-M3x22-S-4x
550219CPX-M-M3x22-4x
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Terminal CPX-P
Technical data – Interlinking block
Function
Interlinking blocks ensure the
electrical supply of all other CPX-P
modules. They have contact rails, from
which the other CPX-P components on
the interlinking modules are supplied
with current.
Internal division of the power supply
makes it possible to switch off specific
areas of the sensors and actuators
individually.
General technical data
Electrical connection–
Nominal operating voltage[V DC]24
Acceptable current load (per contact/contact rail)[A]16
Protection class to EN 60529Depending on connection block
Ambient temperature[°C]–5 … +50
Note on materialsRoHS-compliant
MaterialsAluminium
Grid dimension[mm]50
Dimensions W x L x H[mm]50 x 107 x 35
Product weight[g]169
Applications
All voltages are fed through to the
next module by means of
interlinking blocks.
The connected electronics module
for inputs/outputs or bus node taps
off the required voltage.
Pin allocation
CircuitryPinAllocation
––
––
––
––
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Terminal CPX-P
Technical data – Interlinking block
Ordering data
DesignationPart No.Type
Interlinking block without supply
Metal interlinking block550206CPX-M-GE-EV
Mounting accessories
Screws for mounting the bus node/connection block on
an interlinking block
Bus node/plastic connection
block
Bus node/metal connection
block
550219CPX-M-M3x22-4x
550216CPX-M-M3x22-S-4x
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Terminal CPX-P
Technical data – Interlinking block with additional power supply for outputs
Function
Interlinking blocks ensure the
electrical supply of all other CPX-P
modules. They have contact rails, from
which the other CPX-P components on
the interlinking modules are supplied
with current.
Internal division of the power supply
makes it possible to switch off specific
areas of the sensors and actuators
individually.
General technical data
Nominal operating voltage[V DC]24
Protection class to EN 60529Depending on connection block
Ambient temperature[°C]–5 … +50
Note on materialsRoHS-compliant
Grid dimension[mm]50
Dimensions W x L x H[mm]50 x 107 x 35
Electrical connection7/8", 5-pin
Current supplyOutputs[A]Max. 8
MaterialsDie-cast aluminium
Product weight[g]187
Applications
24 V DC supply voltage for outputs
Pin allocation – Metal interlinking blocks
CircuitryPinAllocation
Round plug, 5-pin
7/8"
10 V outputs
2n.c.
3FE
4n.c.
524 V DC load voltage supply for outputs
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Terminal CPX-P
Technical data – Interlinking block with additional power supply for outputs
Ordering data
DesignationPart No.Type
Interlinking block with additional power supply for outputs
7/8" connection, metal interlinking block5-pin–550210CPX-M-GE-EV-Z-7/8-5POL
Angled socket, 5-pin – open cable end, 5-pin2 m573855NEBU-G78W5-K-2-N-LE5
Mounting accessories
Screws for mounting the bus node/connection
block on an interlinking block
Bus node/plastic connection
block
Bus node/metal connection block 550216CPX-M-M3x22-S-4x
550219CPX-M-M3x22-4x
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Terminal CPX-P
Technical data – Pneumatic interface VMPA‐FB
Function
The pneumatic interface VMPA‐FB
establishes the electromechanical
connection between the CPX-P ter
minal and the valve terminal MPA-S.
The signals from the bus node are for
warded to the control electronics in
the electrical modules of the valve ter
minal MPA-S via the integrated CPX-P
bus. The bus signal for activation of
the solenoid coils is converted in the
electronics module for max. 8 coils.
From a technical point of view, the
individual MPA pneumatic modules
each represent a separate electric
module with digital outputs. Valves,
which are galvanically isolated, can
be supplied with power via the
interlinking block CPX-GE-EV-V.
Applications
Interface to the valve terminal
MPA-S
Max. 128 solenoid coils
Features of the electronics module
of the valve terminal MPA-S can be
parameterised, for example status
of the solenoid coils in the event of
fieldbus communication being
interrupted (fail-safe), individual
channel diagnostics can be acti
vated, condition monitoring can be
activated individually for each valve
The pneumatic interface receives
the voltage for the electronics and
the supply voltage for the valves
from the left-hand interlinking
block and feeds them through to
the electronics modules of the valve
terminal MPA-S
Electronics modules of the valve
terminal MPA-S:
– Undervoltage of valves
– Short circuit of valves
– Open load of valves
– Counter preset reached in
condition monitoring
General technical data
TypeVMPA-FB-EPL-GVMPA-FB-EPL-E
Number of solenoid coils128
Pilot air supplyInternalExternal
Pilot air port 12/14–M7
Pneumatic connection 1G¼G¼
Operating pressure[bar]3 … 8–0.9 … 10
Pilot pressure[bar]3 … 83 … 8
Nominal operating voltage[V DC]24
Protection class to EN 60529IP65
Ambient temperature[°C]–5 … +50
MaterialsCoverPA