IFM Electronic CR0505 Guide

Mounting and installation
instructions
ClassicController R 360
CR0505
ENGLISH
R
7390428 / 02 09 / 2015

CLASSICCONTROLLER CR0505
PAGE 2
Safety instructions
This description is part of the unit. It contains texts and drawings
concerning the correct handling of the controller and must be
read before installation or use.
Observe the information of the description. Non-observance of the notes,
operation which is not in accordance with use as prescribed below, wrong
installation or handling can result in serious harm concerning the safety of
persons and plant.
The instructions are for authorised persons according to the EMC and low
voltage guidelines. The controllers must be installed and commissioned by a
skilled electrician (programmer or service technician).
If the unit is not supplied by the mobile on-board system (12/24 V battery
operation) it must be ensured that the external voltage is generated and
supplied according to the criteria for safety extra-low voltage (SELV) as this is
supplied without further measures to the connected controller, the sensors,
and the actuators.
The wiring of all signals in connection with the SELV circuit of the unit must
also comply with the SELV criteria (safe extra-low voltage, safe electrical
separation from other electric circuits).
If the supplied SELV voltage has an external connection to ground (SELV
becomes PELV) the responsibility lies with the user and the respective national
regulations for installation must be complied with. All statements in these
operating instructions refer to the unit the SELV voltage of which is not
grounded.
The terminals may only be supplied with the signals indicated in the technical
data or on the unit label and only the approved accessories of ifm electronic
gmbh may be connected.
The unit can be operated within a wide temperature range according to the
technical specification indicated below. Due to the additional self-heating the
housing walls can have high perceptible temperatures when touched in hot
environments.
In case of malfunctions or uncertainties please contact the manufacturer.
Tampering with the unit can lead to considerable risks for the safety of
persons and plant. It is not permitted and leads to the exclusion of any
liability and warranty claims.

Contents
1. Function and features page 3
2. Programming page 3
3. Mounting page 4
4. Electrical connection page 4
5. Maintenance, repair and disposal page 7
6. Approvals/standards page 7
Technical data (data sheets 1...5)
Dimensions, mechanics, electronics page 8
Operating status (status LED) page 9
Test standards and regulations page 9
Characteristics of the inputs/outputs page 10
Wiring page 12
1. Function and features12
The freely programmable controllers of the "ClassicController R 360" series are
rated for use under difficult conditions (e.g. extended temperature range, strong
vibration, intensive EMC interference).
They are thus suited for direct mounting into machines in mobile and rugged
applications. Due to their specification the inputs and outputs are especially rated
for this use. Integrated hardware and software functions (operating system) offer
high protection of the machine.
The controllers can be used as CANopen master.
The controllers "ClassicController R 360" are not approved for safety-
relevant tasks in the field of safety of persons.
2. Programming
The application software can be easily created by the user with the ifm
programming system CODESYS according to IEC 61131-3.
In addition to the programming system the complete system manual is required
to program the controller.
If this manual is not available, please contact one of the ifm branch offices
overleaf for your free copy. The system manual (pdf format) can also be
downloaded from the web (www.ifm.com).
➔System manual R 360; English (order no. EC2041)
➔Data sheet direct ➔CR0505 ➔Additional data
The user is responsible for the safe functioning of the application programs
which he creates himself. If necessary, he must additionally obtain an
approval according to the corresponding national regulations by the
corresponding testing and supervisory organisations.
Internet
Request
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CLASSICCONTROLLER CR0505
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3. Installation
3.1 Fastening
Fix the controller to a flat surface using 4 M5 screws.
Tightening torque: 8 ±2 Nm
Use screws with a low head to avoid that the connector is damaged when placed
and locked..
3.2 Installation position
Align the controller in such a way that the cable entry of the connector faces
downwards.
CLASSICCONTROLLER CR0505
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Screws to be used (examples) Standard
Button head hexagon socket screws (M5 x L) ISO 7380
Cylinder screws with hexagon socket and low head (M5 x L) DIN 7984
Cutting screws for metric ISO thread with low head DIN 7500
Screw material: steel or stainless steel
Example button head
hexagon socket screw

3.3 Mounting surface
The housing must not be exposed to any torsional forces or mechanical
stress.
Use compensating elements if there is no flat mounting surface available.
3.4 Heat dissipation
Ensure sufficient heat dissipation as the internal heating of the electronics is
conducted away via the housing..
In case of sandwich mounting of controllers use spacers.
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CLASSICCONTROLLER CR0505
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CLASSICCONTROLLER CR0505
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4. Electrical connection
4.1 Wiring
Wiring see technical data.
Only connect the connector pins as shown in the pin layout.
Unspecified connector pins remain unconnected..
Connect all supply cables and GND terminals.
4.2 Ground connection
To ensure the protection of the device against electrical interference and the safe func-
tion of the device, the housing must be connected to the ground of the vehicle.
1: Drill hole for ground connection
Establish a connection between the device and the ground of the vehicle using
M5 screws. Screws to be used ( ¨ 4.1 Fastening)
4.3 Fuses
The individual electric circuits must be protected in order to protect the whole
system.
4.4 Interaction between the inputs and outputs within one group of
connections
In the applications the following must be observed as regards the use of the ter-
minals as input and output:
Within one output group inputs and outputs should not be mixed. One output
group is marked by a common VBBXpotential.
The background is a possible internal cross-connection of the outputs from the
externally supplied inputs. This may occur unexpectedly if the supply to the out-
puts is switched off externally. Should a mixture still be carried out for reasons of
optimising the terminals, please inform yourself in detail about the situations
described in the system manual and the restrictions resulting from this. Follow
these instructions for your application and keep records of this.
Designation Potential Pin no. Fuse
supply voltage sensors/module VBB S23 max. 2 A T
supply voltage outputs VBB O05 max. 15 A
supply voltage via relais VBB R34 max. 15 A

4.5 Laying the supply and signal leads
As a basic principle all supply and signal leads to be laid separately.
Supply and ground leads to the controller and to the sensors / actuators to
be connected via a common neutral point.
Linking connections in the connector is not permitted and can lead to an
incapacitation of men and machines.
5. Maintenance, repair and disposal
As the Controller does not contain any components which must be maintained
by the user, the housing must not be opened. The repair of the controller may
only be carried out by the manufacturer. The disposal must be carried out accord-
ing to the corresponding national environmental regulations.
6. Approvals/standards
The EC declaration of conformity and approvals can be found at:
www.ifm.com ➔Data sheet search ➔CR0505 ➔More information
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CLASSICCONTROLLER CR0505
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supply
output nn
output nn
output nn
controller
VBBO05 VBBS23 VBBR34
GNDS01 GNDA12 GNDO15
input
nn
input
nn
input
nn
sensor
sensor
sensor
load
load
load
GNDS01 GNDA12 GNDO15
= not permissible

CLASSICCONTROLLER CR0505
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*) only positive sensor signals
with diagnostic capability
226
5,5
26
80
15
45°
153
LED
43 200,5±1
±0,5
±1
ifm electronic gmbh • Friedrichstraße 1 • 45128 Essen
18.09.2015
CR0505
Mobile controller
ClassicController
2nd CAN interface
for gateway function
according to SAE J 1939
Programming
according to IEC 61131-3
Operating voltage
10...32 V DC
We reserve the right to make technical alterations without prior notice. CR0505 / page 1
Technical data Controller as black box system
for the implementation of a central or decentralised system design
Housing closed, screened metal housing with flange fastening
Dimensions (H x W x D) 153 x 226 x 43 mm
Mounting screw connection by means of 4 M5xL screws according to DIN 7500 or DIN 7984
mounting position horizontal or vertical to the mounting wall
Connection 55-pin connector, latched, protected against reverse polarity, type AMP or Framatome
AMP junior timer contacts, crimp connection 0.5/2.5 mm²
Weight 1.2 kg
Housing / storage temperature – 40...85 °C (depending on the load) / – 40...85 °C
Protection IP 67 (for inserted plug with individually sealed cores e.g. EC2084)
Input/output channels max. 24 (the total number which is available depends
total on the wiring and configuration of the controller)
Inputs max. 24 (corr. to 0 outputs)
possible configurations
Outputs max. 8 (corr. to 16 inputs)
possible configurations
Number Signal Version
8 digital for positive sensor signals, with diagnostic capability B L
or analogue 0...10/32 V DC, 0/4...20 mA or ratiometric A
8 digital for positive sensor signals B L
4 digital for positive sensor signals, with diagnostic capability B L
or frequency max. 50 kHz I L
4 digital for positive/negative sensor signals, with diagnostic capability *BL/H
or frequency max. 1 kHz I L
Number Signal Version
8 digital positive switching (High Side), with diagnostic capability B H
or PWM PWM frequency 20...250 Hz PWM
or current-controlled 0,1...4 A PWM I
Abbreviations
A = analogue
BH= binary High Side
BL= binary Low Side
FRQ/CYL = frequency inputs
IH= pulse High Side
IL= pulse Low Side
PWM = pulse width modulation
PWM I= current-controlled output
%IWx = IEC address for analogue input
%IX0.xx = IEC address for binary input
%QX0.xx = IEC address for binary output

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CLASSICCONTROLLER CR0505
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ifm electronic gmbh • Friedrichstraße 1 • 45128 Essen 18.09.2015We reserve the right to make technical alterations without prior notice. CR0505 / page 2
CR0505 Technical data
Operating voltage UB10...32 V DC
overvoltage 36 V for t ≤10 s
undervoltage detection for UB≤10 V
switching-off in case of undervoltage for UB≤8 V
Current consumption ≤ 160 mA (without external load at 24 V DC)
CAN interface 1 CAN interface 2.0 B, ISO 11898
Baud rate 50 kbits/s...1 Mbits/s (default setting 125 kbits/s)
Communication profile CANopen, CiA DS 301 version 4, CiA DS 401 version 1.4
Node-ID (CANopen) hex 7F (= dec. 127)
CAN interface 2 CAN interface 2.0 A/B, ISO 11898
Baud rate 50 kbits/s...1 Mbit/s (default setting 125 kbits/s)
Communication profile SAE J 1939 or free protocol
Serial interface RS-232 C
Baud rate 9.6 / 19.2 / 28.8 / 38.4 / 57.6 kBit/s (default setting 57.6 kbits/s)
Topology point-to-point (max. 2 participants); master-slave connection
Protocol predefined ifm protocol (INTELHEX)
Processor CMOS microcontroller 16 bits C167CS
cycle frequency 20/40 MHz
Device monitoring undervoltage monitoring
watchdog function
check sum test for program and system
excess temperature monitoring
Process monitoring concept Two relays according to EN 954
monitor two groups of 4 outputs each
Physical memory Flash: 2 MByte
RAM: 256 kByte
Remanent memory: 32 kByte
Memory allocation See system manual
www.ifm.com →Data sheet search →CR0505 →More information
Status indication three-colour LED (R/G/B)
Operating states (Status-LED)
Test standards and regulations
Climatic test Damp heat to EN 60068-2-30, test Db
(≤95% rel. humidity, non-condensing)
Salt mist test to EN 60068-2-52, test Kb, severity level 3
Degree of protection to EN 60529
Mechanical resistance Vibration to EN 60068-2-6, test Fc
Shock to EN 60068-2-27, test Ea
Immunity to conducted interference to ISO 7637-2, pulses 2, 3a, 3b, severity level 4, function state A
to ISO 7637-2, pulse 5, severity level 1, function state A
to ISO 7637-2, pulse 1, severity level 4, function state C
Immunity to interfering fields according to UN/ECE-R10 at 100 V/m (E1 type approval)
and EN 61000-6-2 (CE)
Interference emission according to UN/ECE-R10 (E1 type approval)
and EN 61000-6-3 (CE)
Tests for the approval to BN 411 002 (DIN EN 50155 clause 10.2)
for railway applications
LED colour Status Description
– off no operating voltage
yellow 1 x on initialisation or reset checks
green 5 Hz no operating system loaded
green 2.0 Hz Run
on Stop
red 2.0 Hz Run with error
on fatal error or stop with error

CLASSICCONTROLLER CR0505
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CR0505 Characteristics of the inputs
Digital/analogue inputs (B L, A) ■Voltage inputs
%IW03...10 input voltage 0...10/32 V
%IX0.00...07 resolution 12 bits
can be configured as ... precision ± 1.0% FS
input resistance 50/30 kΩ
input frequency 50 Hz
■Current inputs
input current 0/4...20 mA
resolution 12 bits
precision ± 1.0% FS
input resistance 400 Ω
input frequency 50 Hz
■Digital inputs for positive sensor signals, with diagnostic capability *)
switch-on level 0.7 UB
switch-off level 0.4 UB
input resistance 30 kΩ
input frequency 50 Hz
Digital inputs (B L)■Digital inputs for positive sensor signals
%IX0.08...11 switch-on level 0.43...0.73 UB
%IX1.00...03 switch-off level 0.29 UB
can be configured as ... input resistance 3.21 kΩ
input frequency 50 Hz
Digital inputs (B L, I L)■Digital inputs for positive sensor signals, with diagnostic capability *)
%IX0.12...15 switch-on level 0.7 UB
can be configured as ... switch-off level 0.4 UB
input resistance 2.86 kΩ
input frequency 50 Hz
■Frequency inputs for positive sensor signals
with diagnostic capability, evaluation with integrated comparator
switch-on level 0.43...0.73 UB
switch-off level 0.29 UB
input resistance 2.86 kΩ
input frequency max. 50 kHz
Digital inputs (B L/H, I L)■Digital inputs for positive/negative sensor signals, positive with diagnostic capability*
%IX1.04...07 switch-on level 0.7 UB
can be configured as ... switch-off level 0.4 UB
input resistance 3.21 kΩ
input frequency 50 Hz
■Frequency inputs for positive sensor signals
with diagnostic capability, evaluation with integrated comparator
switch-on level 0.43...0.73 UB
switch-off level 0.29 UB
input resistance 3.21 kΩ
input frequency max. 1 kHz
Test input During the test mode (e.g. programming) the "TEST" connection must be connected
to VBBS(10...32 V DC).
For the "RUN" mode the test input must not be connected.
input resistance 3.21 kΩ
*)NAMUR inputs ■Digital inputs with diagnostic capability can be used as NAMUR inputs when used
with an external resistor connection.
supply voltage 5...25 V; e.g. ifm NAMUR sensors NT5001...NN5002
wiring see page 5
ifm electronic gmbh • Friedrichstraße 1 • 45128 Essen
18.09.2015We reserve the right to make technical alterations without prior notice. CR0505 / page 3

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CLASSICCONTROLLER CR0505
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CR0505 Characteristics of the outputs
Outputs (BH, PWM, PWMI)■Semiconductor outputs, with diagnostic capability
%QX0.00...07 positive switching (high side), short-circuit and overload protected
can be configured as ... switching voltage 10...32 V DC
switching current max. 4 A
output frequency max. 100 Hz (depending on the load)
■PWM outputs, diagnosis via current feedback
PWM frequency max. 250 Hz
mark-to-space ratio 1...99 %
resolution depends on the PWM frequency
load current max. 4 A
integrated pull-down resistor (4.7 kΩ) to trigger valves (Danfoss type PVH)
■Current-controlled outputs, diagnosis via current feedback
load current 0,1...4 A
load resistance min. 3 Ω(at UB= 12 V DC)
min. 6 Ω(at UB= 24 V DC)
setting resolution 1 mA
control resolution 5 mA
accuracy ± 2% FS
Overload protection max. 5 minutes (at 100%)
(valid for all outputs)
Internal relay outputs Normally open contacts in series to 2 groups of 4 semiconductor outputs.
for electrically isolated Sustained forcing by means of hardware and additional controlling
deactivation of the outputs by means of user program.
The relays must always be switched without load!
total current max. 12 A per group
switching current 0.1...15 A
overload current 20 A
number of operating cycles ≥10 6(without load)
switching-time constant ≤3 ms
Output Error ■Semiconductor output, positive switching (high side)
switching voltage 10...32 V DC
switching current max. 100 mA
overload current 0.5 A
switching function OFF (0 V) in case of an error
wiring see page 5
ifm electronic gmbh • Friedrichstraße 1 • 45128 Essen 18.09.2015We reserve the right to make technical alterations without prior notice. CR0505 / page 4
Abbreviations
A = analogue
BH= binary High Side
BL= binary Low Side
FRQ/CYL = frequency inputs
IH= pulse High Side
IL= pulse Low Side
PWM = pulse width modulation
PWM I= current-controlled output
%IWx = IEC address for analogue input
%IX0.xx = IEC address for binary input
%QX0.xx = IEC address for binary output

CLASSICCONTROLLER CR0505
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ifm electronic gmbh • Friedrichstraße 1 • 45128 Essen
18.09.2015We reserve the right to make technical alterations without prior notice. CR0505 / page 5
ANSCHLUSSBELEGUNG / wiring / branchement
Pin Potential Bezeichnung / description Bemerkung / note
23 VBB S(10...32 V DC) Versorgung Sensoren und Modul / supply sensors and module
05 VBB O(10...32 V DC) Versorgung Ausgänge / supply outputs relaisgeschaltet / relay switched (1)
34 VBB R(10...32 V DC) Versorgung über Relais / supply via relay relaisgeschaltet / relay switched (2)
01 GND SMasse Sensoren und Modul / ground sensors and module
15 GNDOMasse Ausgänge / ground outputs
12 GNDAMasse Analogeingänge / ground analogue outputs
CAN, RS-232, ERROR, TEST
Pin Potential Bezeichnung / description Bemerkung / note
14 CAN 1 HCAN-Interface 1 (High)
32 CAN 1 LCAN-Interface 1 (Low)
26 CAN 2 HCAN-Interface 2 (High) SAE J 1939
25 CAN 2 LCAN-Interface 2 (Low) SAE J 1939
33 GND Masse / ground (RS-232/CAN)
06 RxD RS-232 Interface (Programmierung / programming) Pin 03, PC D-Sub (9 pin)
07 TxD RS-232 Interface (Programmierung / programming) Pin 02, PC D-Sub (9 pin)
13 ERROR Fehlerausgang B H / error output B H
24 TEST TEST-Eingang / test input
EIN-/AUSGÄNGE / inputs/outputs / entrées/sorties
Pin EINGÄNGE Konfiguration AUSGÄNGE Konfiguration diagnosefähig*relaisgeschaltet
pin INPUTS configuration OUTPUTS configuration diagnostic capability*relay switched
INPUT / OUTPUT
08 %IX0.00 / %IW03 B LA–– •/–
27 %IX0.01 / %IW04 B LA–– •/–
09 %IX0.02 / %IW05 B LA–– •/–
28 %IX0.03 / %IW06 B LA–– •/–
10 %IX0.04 / %IW07 B LA–– •/–
29 %IX0.05 / %IW08 B LA–– •/–
11 %IX0.06 / %IW09 B LA–– •/–
30 %IX0.07 / %IW10 B LA–– •/–
44 %IX0.08 B L%QX0.00 B HPWM PWM I– / • VBBO(1)
45 %IX0.09 B L%QX0.01 B HPWM PWM I– / • VBBO(1)
46 %IX0.10 B L%QX0.02 B HPWM PWM I– / • VBBO(1)
47 %IX0.11 B L%QX0.03 B HPWM PWM I– / • VBBO(1)
20 %IX0.12 B LIL(FRQ0) – – • / –
02 %IX0.13 B LIL(FRQ1) – – • / –
21 %IX0.14 B LIL(FRQ2) – – • / –
38 %IX0.15 B LIL(FRQ3) – – • / –
36 %IX1.00 B L%QX0.04 B HPWM PWM I– / • VBB R(2)
54 %IX1.01 B L%QX0.05 B HPWM PWM I– / • VBB R(2)
17 %IX1.02 B L%QX0.06 B HPWM PWM I– / • VBB R(2)
53 %IX1.03 B L%QX0.07 B HPWM PWM I– / • VBB R(2)
19 %IX1.04 B L/H IL(CYL0) – – • / –
55 %IX1.05 B L/H IL(CYL1) – – • / –
18 %IX1.06 B L/H IL(CYL2) – – • / –
37 %IX1.07 B L/H IL(CYL3) – – • / –
Note the double pin connection of inputs/outputs. *) only positive sensor signals with diagnostic capability