Innovations 2015/2016

www.ifm.com
Innovations 2015/2016
years
W
ARRANTY
on ifm produ
cts

Gesamtkatalog EN 2015_Stilvorlage LK FrutigerOT_2010 DE_GB.qxd 17.11.14 12:50 Seite 3

3
3D Smart Sensor – Your assistant on mobile machines
True 3D vision sensor
Camera systems for mobile machines
(11.2014)
(11.2014)
Industrial imaging
Sensors for factory automation with correction factor K=1
Electromagnetic field immune ”K=1“ sensors for welding applications
Inductive sensors
Photoelectric sensors for general applications
When oil is all over – The new O6 coolant
The new compact O6 photoelectric sensors with infrared light
“O6 wetline” now with IO-Link
(11.2015)
(04.2015)
(11.2014)
(11.2015)
(11.2015)
Position sensors
6 - 7
8 - 9
Capacitive touch sensors in compact M22 design
Capacitive sensors
(04.2015) 10 - 11
New pressure-resistant position sensors
Magnetic sensors
(04.2015) 12 - 13
14 - 15
16 - 17
18 - 19
Laser sensors / distance measurement sensors
PMD O5D – Now also with laser class 1
OID with time of flight measurement (PMD) and easy-turn, laser class 1
PMDLine M30 compact: time of flight technology and IO-Link
(11.2014)
(11.2014)
(04.2015)
20 - 21
22 - 23
24 - 25
40 - 41
42 - 43
Intelligent incremental encoder with display and IO-Link
Programmable incremental encoder with IO-Link
Encoders
(04.2015)
(04.2015)
Sensors for motion control
26 - 27
28 - 29
High-resolution 3D camera for innovative vision integration
3D cameras
(11.2015) 48 - 49
Robust and precise inclination sensors – Now with IO-Link
Precision for all inclinations
Inclination sensors
(11.2015)
(11.2014)
30 - 31
32 - 33
Easy level control
Sensor signals switch relay
Safe monitoring of underspeed
Pulse evaluation systems
(04.2015)
(04.2015)
(04.2015)
34 - 35
36 - 37
38 - 39
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Completeness monitoring for the packaging technology
Volume determination for storage and conveyor technology
3D sensors
(11.2015)
(11.2015)
44 - 45
46 - 47
TOP
TOP
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4
Flow sensors / flow meters
New benchmark in thermal flow measurement
The alternative: Vortex sensor instead of vane
New flow sensor now also for smallest quantities
The smart float-type flow meter
(11.2015)
(04.2015)
(11.2015)
(04.2015)
58 - 59
60 - 61
62 - 63
64 - 65
Safety 4.0: the safe SmartPLC
With signal effect: AS-i module for OSSD inputs
AS-Interface Safety at Work
(11.2015)
(11.2015)
Industrial communication
86 - 87
88 - 89
8-port IO-Link master: closing the gap in the field
IO-Link I/O module minimises wiring costs for sensors
IO-Link components
(04.2015)
(04.2015)
90 - 91
92 - 93
8-port IO-Link master module with LINERECORDER AGENT embedded
IO-Link – The standard interface for smart sensors
Industry 4.0 made easy – Apps instead of expensive programming
System solutions
(04.2015)
(04.2015)
(11.2015)
94 - 95
96 - 97
98 - 99
Temperature sensors
Evaluates temperatures up to 600 °C: the TR with a new look
Modern classic: new TN temperature sensor
200° below 2 s: fast, hygienic temperature transmitter
Small but effective: temperature transmitter in compact housing
Extra protection for temperature sensors
(11.2015)
(11.2015)
(04.2015)
(11.2014)
(11.2014)
Process sensors
76 - 77
78 - 79
80 - 81
82 - 83
84 - 85
Hygienic point level sensor especially for hazardous areas
Continuous level measurement in harsh environments
Maintenance-free overflow protection to WHG
Level sensor with modular probe concept
Continuous level measurement with analogue output and IO-Link
(11.2015)
(11.2015)
(04.2015)
(04.2015)
(04.2015)
Level sensors
66 - 67
68 - 69
70 - 71
72 - 73
74 - 75
Pressure sensors
Small and cost-optimised for mobile machines
Hydrostatic level measurement for a wide range of applications
An update for the bestseller: PN pressure sensor with a new look
IO-Link display: process values at a glance
(11.2015)
(04.2015)
(04.2015)
(11.2015)
50 - 51
52 - 53
54 - 55
56 - 57
RFID for mobile machines
Adapters to increase the ranges of the new RFID antennas
RFID 125 kHz / RFID 13.56 MHz
(11.2015)
(11.2015)
Identification systems
100 - 101
102 - 103
Industrially-compatible multicode reader with text recognition
1D/ 2D code readers
(04.2015) 104 - 105
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5
Intelligent vibration sensor – Simply smart
Flexible data logger for vibration and process values
New parameter software with data visualisation
Vibration monitoring systems
(11.2015)
(04.2015)
(04.2015)
Condition monitoring systems
Power management in mobile vehicles
Mobile controllers
(11.2015)
Systems for mobile machines
106 - 107
108 - 109
110 - 111
112 - 113
Parameter setting software for IO-Link sensors
LINERECORDER SENSOR 4.0
(04.2015)
Software
122 - 123
From factory automation to machine tool industry
The reliable connection even with strong noise field interference
Sockets
(11.2015)
(04.2015)
Connection technology
114 - 115
116 - 117
For hygienic and wet areas in the food industry
The secure connection even in difficult applications
T splitters
(11.2015)
(11.2015)
118 - 119
120 - 121

6
Inductive sensors for factory
automation with correction
factor K=1
Constant correction factor
”K=1“ sensors have the same sensing range for all
types of metals. They are for example perfectly suited
for the detection of aluminium, where conventional
sensors show a considerably reduced sensing range.
The high switching frequencies enable the monitoring
of fast changing switching states. With the new sensor
technology, these sensors are insensitive to magnetic
fields and can for example be reliably used right next to
electrical brakes. The wide temperature range as well
as the high protection ratings enable universal use of
the new ”K=1“ sensors.
Uniform sensing range for the reliable
detection of all metals
Compact dimensions for use in the
smallest of space
Electromagnetic field immune sensor
technology to prevent incorrect switching
Wide temperature range for universal use
High protection ratings up to
IP 68 / IP 69K
One sensing range for all metals
Position sensors

7
(11.2015)
Inductive sensors
Position sensors
Dimensions
Example IFS290
Example IFS285
Example IGS280
Example IFS277
Example IIS269
Example IIS268
Sensing range
[mm]
Current rating
[mA]
Switching
frequency
[Hz]
Order
number
M12 connector · 3 wire DC PNP · Output function normally open
45 4 1002000 IFS289M12
M12
M12
M12
M18
M18
45 10 1002000 IFS290
60 4 1002000 IFS285
60 10
Installation
flush
non-flush
flush
non-flush 1002000 IFS286
45 8 1002000 IGS279
45 15 1002000 IGS280
flush
non-flush
M18
M18
60 8 1002000 IGS277
60 15 1002000 IGS278
flush
non-flush
M30
M30
45 15 1002000 IIS269
60 15 1002000 IIS267
flush
flush
M30 60 30 1002000 IIS268non-flush
Type Total length
[mm]
Operating voltage [V DC] 10...30
Reverse polarity protection •
Short-circuit protection •
Overload protection •
Protection rating
IP 65 / IP 66 / IP 67 /
IP 68 / IP 69K
Protection class III
Ambient temperature [°C] -40...85
Output status indication [LED] yellow (4 x 90°)
Further technical data
Type Version Order
number
Socket, M12,
2 m black, PUR cable
EVC001
Socket, M12,
EVC002
Socket, M12,
EVC004
Socket, M12,
EVC005
For further technical details please visit: www.ifm.com
Housing materials
brass
plated with white bronze,
sensing face
LCP
34
25
M12x1
17
4
M12x1
45
LED 4 x 90°
5
49
45
M12x1
M12x1
60
LED 4 x 90° 17
4
LED 4 x 90°
45
34
30
1015
M12x1
4
M18x1
24
M18x1
M12x1
45
49
60
LED 4 x 90° 24
4
45
M30x1,5
49
60
M12x1
LED 4 x 90° 5
36
45
49
60
22,5
M30x1,5
M12x1
LED 4 x 90°
5
36

8
Electromagnetic field immune
”K=1“ sensors for welding
applications
Use in harsh welding applications
The inductive ”K=1“ sensors withstand harsh operating
conditions and reliably detect metal objects even in
case of soiling.
The sensor housing and the fixing nuts have a non-stick
coating to prevent sticking of weld slag. Strong magnetic
fields occur in welding processes.
The new sensor technology prevents incorrect switching.
The quick connection with the connector and matching
cable from the ecolink range is the ideal basis for
permanent use.
Uniform sensing range for the reliable
detection of all metals
Robust design with non-stick coating
Electromagnetic field immune sensor
technology to prevent incorrect switching
Wide temperature range for universal use
High protection ratings up to
IP 68 / IP 69K
One sensing range for all metals
Position sensors

9
(11.2015)
Inductive sensors
Position sensors
Dimensions
IFW204
IGW202
IIW202
Sensing range
[mm]
Current
load
[mA]
Switching
frequency
[Hz]
Order
number
M12 connector · 3 wire DC PNP · Output function normally open
65 4 1002000 IFW204M12
M18
M30
65 8 1002000 IGW202
65 15 1002000 IIW202
Installation
flush
flush
flush
Type Total length
[mm]
Current consumption [mA] < 20
Protection
IP 65 / IP 66 / IP 67 /
IP 68 / IP 69K
Protection class II
Housing materials
brass
anti-spatter,
sensing face LCP
Switching status indication [LED] yellow (4 x 90°)
Type Version Order
number
Socket, M12,
2 m grey, PUR cable
EVW001
Socket, M12,
5 m grey, PUR cable
EVW002
Socket, M12,
10 m grey, PUR cable
EVW003
Socket, M12,
2 m grey, PUR cable
EVW004
Socket, M12,
5 m grey, PUR cable
EVW005
Socket, M12,
10 m grey, PUR cable
EVW006
Accessories
Type Version Order
number
M12 mounting sleeve with end stop,
anti-spatter
E12452
anti-spatter
E12453
anti-spatter
E12454
M12 washers,
anti-spatter
E12412
M18 washers,
anti-spatter
E12413
M30 washers,
anti-spatter
E12414
65
54
50
M12x1
M12x1
17
4
LED 4 x 90°
65
50
24
4
54
LED 4 x 90°
M18x1
M12x1
65
50
54
M12x1
36
M30x1,5
5
LED 4 x 90°

10
Capacitive touch sensors in
compact M22 design
Functions and technology
Capacitive touch sensors can be used, for example, as
start and stop function on machines, as enable switch
and for opening and closing gates. Compared to
mechanical switches the sensors operate without wear.
Dynamic touch sensors detect an approaching human
hand and suppress interference such as water, layers
of ice or foreign bodies to a large extent. However, a
gloved hand will still trigger them.
Static touch sensors detect hands and objects even
through glass for as long as the sensing face is covered
which provides, for example, protection against vanda-
lism. With the latching operating principle it is possible
to switch the sensor on by touching briefly and to switch
it off again by touching briefly again. Furthermore, the
housing is resistant to oils and it is also impact and
scratch resistant. It offers the protection rating IP 69K.
LEDs for optical feedback signal that the sensor has
been activated.
Latching, dynamic or static functions
selectable
High IP 69K protection rating and wide
temperature range -40...85 °C
Symbols on the sensing face can be
selected separately
Easy installation into housing with
Ø 22.5 mm bore thanks to M22 x 1.5 thread
Wear-free and maintenance-free
thanks to switching without any
mechanical pressure
Touch sensor – start, stop and
acknowledge
Position sensors

11
(04.2015)
Operating voltage [V DC] 24 (12...30)
Current consumption [mA] 30
Common technical data
Capacitive sensors
Mounting options
The sensor can be installed in all housings with
a Ø 22.5 mm hole. The supplied lock nut is used
for fixing.
Thanks to the M22 thread the sensor can be used
for screw mounting without lock nut. Installation
alignment of the sensor is not necessary since the clip
showing the symbol for the sensing face is snapped
in as the last step.
Wiring is done via the tried-and-tested 3- or 4-wire
technology.
Position sensors
Connection Current rating
[mA]
Protection Order
no.
Output function NO · DC PNP
Housing material
dynamic
0.3 m PUR cable
with M12 plug
200IP 65, IP 67, IP 69K KT5102M22 PA
static
0.3 m PUR cable
with M12 plug
200IP 65, IP 67, IP 69K KT5106M22 PA
latching 2 m PUR cable 200IP 65, IP 67, IP 69K KT5150M22 PA
latching
0.3 m PUR cable
with M12 plug
200IP 65, IP 67, IP 69K KT5151M22 PA
latching 2 m PUR cable 200IP 65, IP 67, IP 69K KT5350M22 Stainless steel
latching
0.3 m PUR cable
with M12 plug
200IP 65, IP 67, IP 69K KT5351M22 Stainless steel
Type Evaluation principle
Accessories
Socket, M12,
EVC001
Socket, M12,
EVC002
Socket, M12,
EVC004
Socket, M12,
EVC005
Symbol disc must be ordered separately
For further technical data please go to: www.ifm.com
Type Description Order
no.
Symbol disc,
lettering: START
E12377
Symbol disc,
lettering: STOP
E12378
Symbol disc,
symbol: on
E12379
Symbol disc,
symbol: off
E12380
Symbol disc,
transparent
E12386
no.
Plastic housing,
24 V DC, 2.5 A
DN1031
Power supplies
Output function NO · DC PNP · LED can be controlled separately
no.
static 2 m PUR cable 200IP 65, IP 67, IP 69K KT5110M22 PA
dynamic 2 m PUR cable 200IP 65, IP 67, IP 69K KT5111M22 PA
dynamic
0.3 m PUR cable
with M12 plug
200IP 65, IP 67, IP 69K KT5112M22 PA
dynamic 2 m PUR cable 200IP 65, IP 67, IP 69K KT5309M22 Stainless steel
static 2 m PUR cable 200IP 65, IP 67, IP 69K KT5310M22 Stainless steel

12
Sensors for pressure up to
500 bar for steel detection
Operating principle
The new operating principle is based on a magnetic-
inductive technology that detects only ferromagnetic
metals (e.g. tool steel). The sensor is flush-mountable.
Even in case of overflush installation the sensor detects
the steel target and shows reliable switching behaviour
with a sensing range of 1.8 mm. A sealing ring and
a supporting ring are used for sealing against the
pressure zone.
Application examples
Besides use as a limit switch in hydraulic cylinders, the
sensor can also be used on other hydraulic components
such as valves or pumps. Furthermore, it is used in
mechanical engineering processes, e.g. in plastic injection-
moulding or process industry applications. The new
MFH and M9H series sensors offer an impressive perfor-
mance at an attractive price.
Metal sensing face for heavy duty
High burst pressure of 2,000 bar for the
M12 housing
Standard M12 and M14 housing types
Best performance at an attractive price
Resistant:
withstands 10 million pressure cycles
New pressure-resistant
position sensors
Position sensors

13
(04.2015)
M12x1
10
1527,8
4
17
M12x1
9,7
7,8
60
Magnetic sensors
Position sensors
no.
Socket, M12,
EVC001
Socket, M12,
5 m black, PUR cable, LED
EVC008
Cable socket, M12, shielded, 120 °C
E12339
Cable socket, M12, shielded, 120 °C
E12340
Type Sensing
range
[mm]
Total length
[mm]
f
[Hz]
OutputAmbient
temperature
[°C]
Order
no.
Operating principle: magnetically biased
M12 1.8 f93 1000 PNP, normally open-25...120
M12 1.8 f93 1000 NPN, normally open-25...120
M12 1.8 f60 1000 NPN, normally open-25...120
M12 1.8 f60 1000 PNP, normally closed-25...120
Operating voltage [V] 10...36 DC
Current rating [mA] 200
Short-circuit protection,
pulsed
•
Reverse polarity /
overload protection
• / •
Protection rating,
protection class
IP 65 / IP 68 / IP 69K,
III
Connection M12 connector
Housing material
stainless steel
316L / 1.4404
Power supplies
no.
Plastic housing,
24 V DC, 2.5 A
DN1031
Metal housing,
24 V DC, 3.3 A
DN4011
Dimensions
Example MFH202
L+
L
1
4
3
Wiring diagram
L+
L
1
2
3
Two designs for many different requirements
The MFH with its standard M12 housing can be installed
and adjusted on many different hydraulic cylinders.
That is why most cylinder types are covered by only one
sensor.
Due to its end stop the M9H allows quick mounting.
The processing / installation time is reduced if always
the same cylinder type is used.
MFH200
MFH201
MFH202
MFH203
MFH204
M9H200

14
Photoelectric sensor for use
with coolants / oils
The optimum choice in metalworking
The new high-performance O6 coolant sensors are
especially suited for applications in metal working.
Other applications are conveyor technology and the
automotive industry.
The potentiometers are fitted with a double seal.
The front pane is embedded flush. Viton which is
proven in demanding applications was chosen as the
sealing material. The transparent black housing cover
ensures that, even in bright lighting conditions, the
LEDs are highly visible.
Best optical performance
The diffuse reflection sensors provide reliable back-
ground suppression, even in cases of highly reflective
backgrounds and objects like the oily and greasy metal
surfaces of the parts to be worked. The sensing range
is independent of the type and colour of the object to
be detected.
The new O6 coolant reliably performs its duty in
applications with coolants / oils.
Long life due to resistant materials
Diffuse reflection sensor with reliable
background suppression
Range is independent of the object
colour
Design with 4-pole M8 connector
Stainless steel housing with protection
rating IP 68 / IP 69K
When oil is all over – The new
O6 coolant
Position sensors

15
(11.2015)
Infrared sensors / red light sensors
Position sensors
Diffuse reflection sensor with background suppression · 3-wire DC
Spot
diameter
[mm]
Connection
M8 connector
8*
Range
[mm]
2...200 4-pole
Current
consumption
[mA]
22
Diffuse reflection sensor · 3-wire DC
15*5...500 4-pole 16
Retro-reflective sensor with polarisation filter · 3-wire DC
150**50...5000 4-pole 12
Through-beam sensor – transmitter · 2-wire DC
300*0...10000 4-pole 11
Through-beam sensor – receiver · 3-wire DC
–0...10000 4-pole 7
Type of light,
wave length
[nm]
Red light, 633
Red light, 633
Red light, 645
Red light, 645
Red light, 645
* at maximum range, ** referred to prismatic reflector Ø 80 mm
Accessories
no.
Switching status indication LED Yellow
Operation LED Green
Short-circuit protection, pulsed •
Reverse polarity protection /
overload protection
• / •
Voltage drop [V] < 2.5
Materials Housing
Lens
Seal
High-grade stainless steel
(316L/1.4404), PPSU
PMMA
FKM
Switching frequency [Hz] 1000
Protection rating,
protection class
IP 65, IP 67, IP 68, IP 69 K,
III
O6H400O6H401
Order
no.
Order
no.
PNPNPN
O6T400O6T401
PNPNPN
O6P400O6P401
PNPNPN
O6S400
O6E400O6E401
PNPNPN
Angle bracket for free-standing
mounting, stainless steel
E21271
Protective bracket,
stainless steel
E21273
Mounting accessories
Plastic housing,
24 V DC, 2.5 A
DN1031
Metal housing,
24 V DC, 3.3 A
DN4011
Power supplies
no.
Socket, M8, 4-pole
EVC150
Socket, M8, 4-pole
EVC151
Socket, M8, 4-pole
EVC153
Socket, M8, 4-pole
EVC154
Ø 50 mm, plastic E20956
Ø 80 mm, plastic E20005
48 x 48 mm, PMMA, ABS E20744
95 x 95 mm, plastic E20454
Prismatic reflectors
Mounting set for clamp mounting,
stainless steel, Ø 10 mm
E21272
E21275
Rod, 120 mm, Ø 10 mm,
M8 thread, stainless steel
E21081
Rod, 100 mm, Ø 12 mm,
E20938

16
Powerful photoelectric
sensors in a plastic housing
Ideal for universal applications
Whether in different types of access controls such as
gate applications in airports or with escalators, –
wherever people are to be detected, visible light is often
not wanted. In such applications especially photoelectric
sensors with non-visible infrared light find a wide range
of applications.
Best optical performance
Infrared light allows longer ranges, in particular with
dark (black) objects. In addition, the products feature
high extraneous light immunity. Besides energetic diffuse
reflection sensors the units are also available as through-
beam sensors.
All models are equipped with a 4-pole M8 connector.
The sensors are distinguished by an excellent price/
performance ratio. Extensive mounting accessories
complete the range.
Precise detection with non-visible
infrared light
Increased operational safety in steam,
fog and dust
Easy setting via potentiometer or rotary
switch
In particular suitable for gate applications
Not only available as energetic diffuse
reflection sensor but also as through-
beam sensor
The new compact O6 photoelectric
sensors with infrared light
Position sensors

17
(04.2015)
Diffuse reflection sensor · 3-wire DC
Light spot diameter
[mm]
Connection Order
no.
15* O6T215
Range
[mm]
5...600 mm
M8 connector,
4-pole
Order
no.
O6T216
Position sensors
PNPNPN
Through-beam sensor - transmitter · 2-wire DC
300*0...15 m
M8 connector,
4-pole
O6S215
Through-beam sensor – receiver · 3-wire DC
– O6E2150...15 m
M8 connector,
4-pole
O6E216
PNPNPN
* at maximum range
Light-on / dark-on mode
• / •
adjustable
– / –
• / •
adjustable
Accessories
no.
E21272
E21275
E21271
Protective bracket,
stainless steel
E21273
Rod, 120 mm, Ø 10 mm,
E21081
Rod, 100 mm, Ø 12 mm,
E20938
Cube for mounting on an aluminium
profile, M8 thread, diecast zinc
E20950
E20951
Mounting accessories
Type of light Infrared light 850 nm
Protection rating,
protection class
IP 65 / IP 67,
III
Indication stable operation LED Green
Overload protection
• / •
Materials Housing
Lens
ABS
PMMA
no.
Socket, M8, 4-pole
EVC150
Socket, M8, 4-pole
EVC151
Socket, M8, 4-pole
EVC153
Socket, M8, 4-pole
EVC154
Plastic housing,
24 V DC, 2.5 A
DN1031
Metal housing,
24 V DC, 3.3 A
DN4011
Power supplies

18
Small and compact
photoelectric sensors now
also as IO-Link versions!
Best performance
The diffuse reflection sensors distinguish themselves by
reliable background suppression, even in case of highly
reflective backgrounds.
A special feature is the automatic switch point adjustment
that guarantees reliable operation even in steam, smoke
or highly reflective environments.
The WetLine series features a particularly robust stain-
less steel housing with protection rating IP 68 / IP 69K.
The potentiometer with double sealing ensures maximum
ingress resistance. The flush front lens ensures cleaning
without residues.
IO-Link
The O6 WetLine sensors are now also available as versions
with IO-Link. Via this interface, the user can set range,
sensitivity, light-on / dark-on mode, switching delay or
deactivation of the operating elements.
Stainless steel housing with protection
rating IP 68 / IP 69K
Diffuse reflection sensors with reliable
background suppression
Well-defined light spot for precise object
detection, no scattered light
Also available as through-beam or
retro-reflective system
Many functions can be set via IO-Link,
e.g. range and sensitivity
O6 WetLine now with IO-Link!
Position sensors

19
(11.2014)
Position sensors
Diffuse reflection sensor with background suppression · 3-wire DC · PNP
Light spot diameter
[mm]
Connection
M8 connector
Order
no.
8* O6H309
Range
[mm]
2...200 4-pole
Current
consumption
[mA]
22
Diffuse reflection sensor · 3-wire DC · PNP
15* O6T3095...500 4-pole 16
Retro-reflective sensor with polarisation filter · 3-wire DC · PNP
150** O6P30950...5000 4-pole 12
Through-beam sensor - transmitter · 2-wire DC
300*0...10000 4-pole 11 O6S305
Through-beam sensor – receiver · 3-wire DC · PNP
– O6E3090...10000 4-pole 7
Communication
interface
IO-Link 1.1
IO-Link 1.1
IO-Link 1.1
IO-Link 1.1
IO-Link 1.1
* at maximum range
** referred to prismatic reflector Ø 80 mm
Accessories
no.
E21272
E21271
Rod, 120 mm, Ø 10 mm,
E21081
Memory plug, parameter memory
for IO-Link sensors
E30398
IO-Link interface, current consumption
from USB port
E30396
LINERECORDER SENSOR,
software for parameter setting and
set-up of IO-Link sensors
QA0001
Type of light red light 633 nm
Switching status indication LED yellow
Operation LED green
overload protection
• / •
Materials housing
lens
high-grade stainless steel
(316L/1.4404), PPSU
PMMA
no.
M8 socket, 4-pole,
2 m orange, PVC cable
M8 socket, 4-pole,
M8 socket, 4-pole,
M8 socket, 4-pole,
Adapter cable
M12 plug to M8 socket 4-pole,
0.3 m orange, PVC cable
EVT248
Protection rating,
protection class
IP 65, IP 67, IP 68, IP 69K,
III
Light-on / dark-on mode adjustable
18 x 18 mm, Solidchem plastic E21267
EVT134
EVT135
EVT138
EVT139

20
PMD O5D – Now also with
laser class 1
Time of flight measurement for standard sensors
The O5D with time of flight measurement (PMD =
photonic mixer device) combines the advantages of
long range, reliable background suppression, visible red
light, high excess gain and laser class 1.
This makes it a clever alternative to standard sensors,
which are equal in price and size.
Easy handling
The switch point is easily and precisely set via “+/-”
buttons and display or IO-Link, which also allows read-
out of the actual value.
Any surface and any mounting position
Shiny, matt, dark or light objects of any colour: the
O5D features reliable background suppression. The unit
allows any angle of incidence of the transmitted light
and thus any mounting position.
Precise time of flight measurement (PMD)
in a compact housing
Reliable background suppression and
colour-independent detection
Shiny surfaces are detected reliably
(e.g. stainless steel)
Switch point setting to the nearest
centimetre via “+/-” buttons and display
Laser class 1 – for more universal
application
First class PMDLine!
Position sensors

21
(11.2014)
Dimensions [mm] 56 x 18,2 x 46,5
Type of light
visible laser light
650 nm
Extraneous light on the object [klx] max. 8
Operation LED green
Distance value
3-digit
alphanumeric
display
Protection rating,
protection class
IP 65,IP 67
III
overload protection
• / •
Current rating [mA] 2 x 100
Output function
OUT1: NO
OUT2: NC
Position sensors
no.
Socket, M12,
EVC001
Socket, M12,
EVC002
Socket, M12,
EVC004
Socket, M12,
EVC005
Photoelectric distance sensor, laser protection class 1 · M12 connector, complementary
Material housing / plug adapter
front pane / LED window
bezel
operator interface
PA
PMMA
stainless steel
TPU
Accessories
no.
Mounting bracket for rod,
complete set incl. clamp
E21083
Protective bracket for rod,
complete set incl. clamp
E21084
Bracket for free-standing mounting E21087
Dovetail clamp E21088
Rod, 100 mm, Ø 12 mm,
E20938
E20951
Measuring
range
[mm]
Background
suppression
[m]
Switching
frequency
[Hz]
Spot Ø at
max. range
[mm]
Current
consumption
[mA]
Order
no.
Unit of
measurement
Hysteresis
[%]
Memory plug,
parameter memory for IO-Link sensors
E30398
IO-Link interface,
current consumption from USB port
E30396
software for parameter setting
and set-up of IO-Link sensors
QA0001
* in case of max. range
Metal housing,
24 V DC, 3.3 A
DN4011
Power supplies
no.
30...2000 ...20 11 < 5 < 75 O5D151
30...2000 ...20 O5D15011 < 5 < 75 cm
inch< 7.5*
< 7.5*
PNP

22
Photoelectric sensor with time
of flight measurement (PMD),
easy-turn concept, laser class 1
Time of flight measurement for standard sensors
The OID with time of flight measurement (PMD =
photonic mixer device) combines the following advan-
tages: long ranges, reliable background suppression,
visible red light, high excess gain and now also laser
class 1. In the same price range as standard sensors,
it is a clever alternative.
Easy handling
The switch point can be set easily by turning the setting
ring (easy turn, lock function). A scale shows the
distance set. The switch point can thus be set before
installation.
Shiny, matt, dark or light objects of any colour: the
OID features reliable background suppression. The unit
allows any angle of incidence and thus flexible mounting
positions. This simplifies installation and saves costs.
Reliable background suppression and
colour-independent detection
Simple switch point setting by rotatable
setting ring (lock function)
Shiny surfaces are detected reliably
(e.g. stainless steel)
Any sensor position, even an oblique
angle to the object
Laser class 1 – for more universal
application
PMDLine M30:
Now also with laser class 1
Position sensors

23
(11.2014)
Dimensions M30 x 90 mm
Type of light
visible laser light
650 nm
Extraneous light on the object [klx] max. 8
Operation LED green
Switch point (setting) radial setting ring
Protection rating,
protection class
IP 65,IP 67
III
overload protection
• / •
Output function
OUT1: NO
OUT2: NC
Position sensors
no.
Socket, M12,
EVC001
Socket, M12,
EVC002
Socket, M12,
EVC004
Socket, M12,
EVC005
Photoelectric distance sensor, laser protection class 1 · M12 connector, complementary
Measuring
range
[mm]
Background
suppression
[m]
Switching
frequency
[Hz]
Spot Ø at
max. range
[mm]
Current
consumption
[mA]
Order
no.
Unit of
measurement
Hysteresis
[%]
Material housing
front pane
stainless steel,
PBT, PC, FPM
PMMA
Rod, 100 mm, Ø 12 mm,
E20938
E20951
no.
Accessories
Angle bracket for type M30,
stainless steel
E10737
Mounting clamp for types M30, PTB E10077
Mounting set Ø 30.2 mm,
clamp mounting, aluminium profile
E20875
Mounting set Ø 30.2 mm,
clamp mounting
E20873
Mounting set Ø 30.2 mm, clamp
mounting, high-grade stainless steel
E20874
Mounting clamp,
with end stop for types M30, PC
E11049
Memory plug,
E30398
IO-Link interface,
E30396
QA0001
* in case of max. range
Metal housing,
24 V DC, 3.3 A
DN4011
Power supplies
no.
30...2000 ...20 11 < 5 < 75 OID251
30...2000 ...20 OID25011
< 5*
< 5* < 5 < 75 cm / inch
cm
PNP

24
Photoelectric sensor with
PMD technology, easily and
quickly configurable
Time of flight technology as standard sensor
The OID with time of flight technology (PMD = Photonic
Mixer Device) combines the following advantages:
Long range, reliable background suppression, visible
red light, high excess gain and all that also combined
with either laser class 1 or 2. In the same price range
as standard sensors, it is a clever alternative.
IO-Link for easy parameter setting
The switch point can be easily set via a controller or a
PC. Unintentional maladjustment directly on the sensor
is thus excluded and increases the protection against
tampering. The laser beam can be switched off via IO-
Link or pin 5 on the M12 connector.
Shiny, matt, dark or light objects of any colour:
The OID features reliable background suppression and
allows any angle of incidence and thus flexible mounting
positions. This simplifies installation and saves costs.
Compact housing length of only 70mm
Convenient setting of all parameters
via IO-Link 1.1
Long range of 30 mm up to 2,000 mm
High protection rating IP 69K enables
applications with high requirements
Versions with laser protection class 1 or 2
available
PMDLine M30 compact: time of
flight technology and IO-Link
Position sensors

25
(04.2015)
Dimensions M30 x 70 mm
Type of light
Visible laser light
650 Nm,
can be switched off via
pin 5 or IO-Link
Extraneous light on the object [klx] Max. 8
Switch point
(set)
via IO-Link 1.1
Protection rating,
protection class
IP 65, IP 67, IP 68, IP 69K
III
overload protection
• / •
Output function
OUT1: NO
OUT2: NC
Position sensors
no.
Socket, M12, 5-pole,
EVC073
EVC074
5 m black, PVC cable
EVT013
Photoelectric distance sensor · M12 connector, complementary
Measuring
range
[mm]
Background
suppression
[m]
Switching
frequency
[Hz]
Spot Ø at
max. range
[mm]
Current
consumption
[mA]
Order
no.
30...2000 ...20 11 < 5 < 75 OID254
Laser
protection
class
30...2000 ...20 OID20411
Hysteresis
[%]
< 2.5...5*
< 1.5...3* < 5 < 75 2
1
Material Housing
Front pane
Stainless steel
PMMA
E20951
no.
Accessories
Angle bracket for type M30,
stainless steel
E10737
Mounting clamp for types M30, PTB E10077
Mounting clamp, with end stop
for types M30, PC
E11049
for IO-Link sensors
E30398
IO-Link interface,
E30396
setting up IO-Link sensors
QA0001
* at max. range
PNP
Hysteresis
500 1000 1500 20000
0
25
50
75
100
125
150
175
200
y
x
2 b
1 b
2 a
1 a
x: Distance in [mm], y: Hysteresis in [mm]
1. Background black (6 % remission)
2. Background white (90 % remission)
Laser protection class 1
Laser protection class 2

26
Motion controller: Encoder,
speed / direction monitor
and counter all in one
No compromises
The magnetic sensing principle provides the accuracy of
photoelectric encoders and the robustness of magnetic
systems.
Simple
Resolution and signal level can be programmed. The
encoders have a wide voltage range of 4.5...30 V DC
and are therefore suited for universal use.
Multifunctional
Performance Line encoders have an integrated signal
evaluation for speed monitoring, counter functions
and detection of the direction of rotation.
Intuitive
The encoders provide easy setting, position indication
by means of display and operating keys and intuitive
menu navigation.
Networked
Diagnostic and parameter data are reliably transferred
via IO-Link. Ready for Industry 4.0.
Resolution of 2...10,000 and signal level
(TTL / HTL) freely programmable
Display: Two-colour electronic rotatable
display of the process values
Versatile: M12 connector can be used
radially or axially
Standard fitting: Solid shaft (clamp /
synchro flange) or hollow shaft design
Transmission of process and diagnostic
data via IO-Link
Intelligent incremental encoder
with display and IO-Link

27
(04.2015)
Encoders
Flange IO-LinkResolution
[pulse/revolution]
Order
no.
Hollow shaft with integrated stator coupling· 4-digit display · Integrated pulse evaluation
direct •max. 10,000 (adjustable) ROP52012
Operating voltage
[V DC]
4.5...30
Shaft Ø
[mm]
Solid shaft · 4-digit display · Integrated pulse evaluation
servo •max. 10,000 (adjustable) RUP5006 4.5...30
clamp flange •max. 10,000 (adjustable) RVP51010 4.5...30
Protection IP 65, IP 67
Connection
M12 connector
(rotatable)
58
58
58
Housing Ø
[mm]
Switching frequency [kHz] 300
Accessories
no.
Spring disc coupling,
Ø 6 mm / 10 mm, die-cast zinc; PA
E60117
E60118
Flexible coupling with clamp connection,
Ø 6 mm / 10 mm, aluminium
E60066
E60067
Flexible coupling with adjusting screws,
E60022
E60028
Measuring wheel,
Ø 159.15 mm / 10 mm, Hytrel TPE-E
E60110
Measuring wheel,
Ø 159.16 mm / 10 mm, aluminium, PU
E60076
Measuring wheel,
Ø 63.66 ± 0.1 mm / 10 mm, Hytrel TPE-E
E60138
Measuring wheel,
Ø 63.6 mm, 10 mm, aluminium
E60095
Measuring wheel,
Ø 63.66 ± 0.1 mm / 6 mm, aluminium
E60137
Measuring wheel,
E60006
Angle bracket for RUP design,
aluminium, black anodised
E60033
Angle bracket for RUP design,
E60035
Fastening clamp for
synchro flange, steel
E60041
for IO-Link sensors
E30398
Software for parameter setting and
QA0001
Accessories
no.
no.
M12 socket, shielded,
5 m black , PUR cable, 8 poles
E12403
E12404
E12402
USB IO-Link master for parameter setting
and analysis of units
Supported communication protocols:
IO-Link (4.8, 38.4 and 230 Kbits/s)
E30390
Adapter cable for the connection
between USB IO-Link master E30390
and 4-pole / 8-pole encoder
E12432

28
Reduce stock without
compromise
No compromises
The magnetic sensing principle provides the accuracy of
photoelectric encoders and the robustness of magnetic
systems.
Select the right encoder in just 2 minutes
The days of confusing type variety and encoders with
complicated programming are finally over! The new
incremental encoders from ifm electronic can be used
universally due to the intelligent product and function
design, and stand out thanks to a superb price /
performance ratio:
• Set the resolution individually
• Choose between TTL or HTL logic
• Use the rotatable M12 connector or the cable entry
radially or axially
Now select a flange and shaft – that’s it!
IO-Link communication
Process values, parameter setting and diagnostic data
can now be transmitted via IO-Link. So, settings can be
simply made prior to installation.
Flexible: Resolution of 2...10,000 freely
programmable
Simple: Signal level can be set in TTL
or HTL logic
Universal: M12 connector or radial or
axial cable entry
Standard fitting: Solid shaft (clamp /
synchro flange) or hollow shaft design
Communicative: Transfer of process
and diagnostic data via IO-Link
Programmable incremental
encoder with IO-Link

29
(04.2015)
Encoders
Accessories
no.
E60117
E60118
E60066
E60067
E60022
E60028
Measuring wheel,
Ø 159.15 mm / 10 mm, Hytrel TPE-E
E60110
Measuring wheel,
Ø 159.16 mm / 10 mm, aluminium, PU
E60076
Measuring wheel,
Ø 63.66 ± 0.1 mm / 10 mm, Hytrel TPE-E
E60138
Measuring wheel,
E60095
Measuring wheel,
Ø 63.66 ± 0.1 mm / 6 mm, aluminium
E60137
Measuring wheel,
E60006
Flange IO-LinkResolution
[pulse/revolution]
Order
no.
Hollow shaft with integrated stator coupling
direct •max. 10,000 (adjustable) RA31006
Connection
M12
direct •max. 10,000 (adjustable) RA35006 cable, 2 m
direct •max. 10,000 (adjustable) RO310012 M12
direct •max. 10,000 (adjustable) RO350012 cable, 2 m
Shaft Ø
[mm]
Solid shaft
universal •max. 10,000 (adjustable) RB31006 M12
universal •max. 10,000 (adjustable) RB35006 cable, 2 m
servo •max. 10,000 (adjustable) RU31006 M12
servo •max. 10,000 (adjustable) RU35006 cable, 2 m
clamp flange •max. 10,000 (adjustable) RV310010 M12
clamp flange •max. 10,000 (adjustable) RV350010
36.5
36.5
58
58
Housing Ø
[mm]
36.5
36.5
58
58
58
58 cable, 2 m
Angle bracket for RB and RU design,
E60033
Angle bracket for RV design,
E60035
Switching frequency [kHz] 300
Operating voltage [V DC] 4.5...30
for IO-Link sensors
E30398
QA0001
Accessories
no.Fastening clamp for
synchro flange, steel
E60041
E30390
no.
5 m black, PUR cable, 5 poles
EVC545
EVC546
EVC544

30
With analogue and switching
outputs as well as vibration
monitoring
Precision counts
The 2-axis inclination sensors are designed for high
measurement accuracies over the whole angular range.
All functions can be configured via IO-Link.
Thanks to an active temperature compensation and high
protection rating they operate reliably even at extreme
ambient temperatures and rough environments.
Vibration monitoring
Alternatively, JN2200 can also be used for 3-axis vibra-
tion monitoring. Up to 3 axes can be included into the
calculation of the characteristic value.
Typical applications are the detection of structural
vibration or tower vibration to ISO 4866, or machine
monitoring to ISO 10816.
High accuracy across the whole 2-axis
angular range up to 360°
Very low temperature drift due to active
temperature compensation
Visualisation of the operating and
switching states by clearly visible LEDs
Configurable current and voltage output
functions
Adjustable filter functions for different
applications.
Robust and precise inclination
sensors – Now with IO-Link

31
(11.2015)
90
75
22
45
62
5,3
36
4,5
Operating voltage [V DC]
with:
Switching and current outputs
Voltage output
IO-Link connection
9.2...30
12...30
18...30
Angular range
Absolute accuracy
Repeatability
Resolution
JN2200
±180°/± 90°
≤ ± 0.5°
≤ ± 0.1°
≤ ± 0.05°
JN2201
± 45°
≤ ± 0.1°
≤ ± 0.05°
≤ ± 0.01°
Temperature coefficient [°/K] ≤ ± 0.002
Protection rating
IP 65 / IP 67 / IP 68 /
IP 69K
Number of measurement axes
with inclination
2
Frequency range [Hz] 0.1...400
Measuring range [g] ± 2, ± 4, ± 8
2
0.5...50
± 2
with vibration
3 –
Housing material
diecast zinc
nickel-plated
Connection
2 x
M12 connector
(4 poles; A-coded)
Technical data
JN2200, JN2201
Inclination sensors
no.
Socket, M12,
EVM039
Socket, M12,
EVM041
Socket, M12,
EVM036
Socket, M12,
EVM038
Jumper, M12,
EVC069
Jumper, M12,
EVC059
Accessories
Description Order
no.
Dimensions
Type
The products
Description Order
no.
Angular range ± 180° / ± 90°,
IO-Link
JN2200
Angular range ± 45°,
IO-Link
JN2201
Type
Communication interface
IO-Link 1.1,
COM 2,
38.4 kbaud
LINERECORDER SENSOR
QA0001
IO-Link (4.8, 38.4 and 230 kBit/s)
E30390
for IO-Link sensors
E30398

32
2-axis inclination
measurement and 3-axis
vibration monitoring
Precise in all positions
The new ifm type JN inclination sensors provide high
measurement accuracy across the whole angular range
with angles of inclination in X and Y axes.
The 2-axis inclination sensors with CANopen interface
and bus capability are designed for levelling of mobile
machinery (2-axis position detection and zero-point
levelling for mobile applications) or automatic adjustment
of solar panels, for example.
Vibration monitoring
Alternatively, JN2100/JN2300 can also be used for 3-axis
vibration monitoring. Up to 3 axes can be included into
the calculation of the characteristic value.
Typical applications are the detection of structural
vibration or tower vibration to ISO 4866, or machine
monitoring to ISO 10816.
High precision across the total angular
range in two axes
Zero point, counting direction and limit
frequency adjustable
Active temperature compensation
(very low temperature drift)
Vibration monitoring in 3 axes
(only JN2100/JN2300)
Full CAN integration possible, CAN-In
and CAN-Out
Precision for all inclinations

33
(11.2014)
Operating voltage [V DC] 9.2...30
Angular range
Resolution
Repeatability
JN2100
JN2300
± 180°
0.05°
≤ ± 0.1°
JN2101
JN2301
± 45°
0.01°
≤ ± 0.05°
Ambient temperature [°C]
Temperature coefficient [°/K] ≤ ± 0.002°
Protection
IP 65 / IP 67 / IP 68 /
IP 69K
Data interface
CANopen
Device profile
CiA DSP-410 /
SAE J1939
Limit frequency inclination [Hz]
adjustable:
10, 5, 1, 0.5
Filter for [Hz]
vibration monitoring
0.1...1, 0.1...10, 1...10,
2...400, 10...400
Housing material
Diecast zinc
nickel-plated
Connection
2 x
M12 connector
Technical data
JN2100, JN2101,JN2300, JN2301
Inclination sensors
no.
Socket, M12,
EVM039
Socket, M12,
EVM041
Socket, M12,
EVM036
Socket, M12,
EVM038
Accessories
Description Order
no.
Adapter cable for CAN devices with
M12 connector (5 pole)
EC2062
Dimensions
36
4,5
90
75
22
45
60
5,3
Flexible, precise, reliable
Since zero point, direction of counting and limit
frequency can be set for a stable output signal, the
sensors can be adapted precisely to your application.
Very low temperature drift across the whole tempera-
ture range provides unrivalled reliability.
Ideal for different applications
The sensors allow complete CAN integration
according to the CANopen communication profiles,
CiA DSP-410 and CiA DS-301 profiles.
They are connected via an M12 connector. The
terminating resistor can be enabled.
The sensors provide the signals either as perpendicular
angle, Euler angle or Gimbal angle.
Type
Jumper, M12,
5 m, black, PUR cable
EVC069
Jumper, M12,
EVC059
-40...85
for inclination
2
for vibration
3 –
The products
Description Order
no.
CANopen
JN2100
CANopen
JN2101
SAE J1939
JN2300
SAE J1939
JN2301
Type

34
Evaluation units for
level control with one or two
sensors
Favourably priced and effective level control for tanks
Application
The evaluation units control levels in tanks by means
of sensors thus protecting against overflow, running
dry and leakage, for example.
Level control with a sensor
The DL0201 evaluation unit uses a sensor that is
installed at the tank at the height of the limit level to
be monitored. When the level has been reached, the
evaluation unit switches for an adjustable period of
time to stop pumps, for example, as overflow or run-dry
protection.
Level control with two sensors
The DL0203 evaluation unit is a typical 2-point control
that controls an upper and a lower limit on pumps and
valves by means of two sensors.
Direct control of pumps and valves
Adjustable switch-on and switch-off delays
and damping
Integrated wide-range power supply for
the sensor supply
Small design requiring only very little
space
Plug-in screw terminals simplify
installation
Easy level control

35
(04.2015)
Further technical dataOperating principle DL0201
The DL0201 evaluation unit is actually a timer. When it
receives a signal from the connected sensor, it switches
the relay change-over contact for a certain period of
time. By means of two scaled potentiometers the user
can set the time between 0 and 60 seconds or 0 and
60 minutes. Adjustable switch-on and switch-off delays
act as damping. This suppresses brief fluctuations
around the sensor switch.
In addition the evaluation unit has an enable function
by means of which control can be bridged manually. A
leakage sensor can also be integrated into the control
function by means of the enable input.
Application example
The upper level in a tank is monitored via a capacitive
sensor. When the level has been reached, the sensor
provides a signal to the evaluation unit. It closes the
supply valve for the time set to prevent overfilling. The
damping function prevents, for example, one single
wave generating a switching signal.
Operating principle DL0203
It is a typical two-point control. When a sensor provides
a signal, the relay change-over contact switches until
the second sensor provides a signal for switch-off.
A switch-on delay is available that acts as damping and
suppresses short-term fluctuations around the sensor
switch point.
Application example
To protect a pump against running dry two capacitive
sensors are installed on the storage tank. When the
lower minimum level has been reached, the sensor
provides a signal to the evaluation unit. With the relay
output it switches off the pump that is normally used
to empty the tank.
When the upper level has been reached, the second
sensor installed there switches, the relay in the evaluation
unit switches on again and the pump is started.
Systems for pulse evaluation
Nominal voltage
[V]
Outputs
Relays / transistors
Auxiliary energy
for sensors
Order
no.
Limit level monitoring (overflow, running dry, leakage)
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
1 / 1
typ. 18.5...30 V DC /
≤ 100 mA
short circuit /
overload protected
DL0201
Relay outputs
1 x changeover contact
4 A
(240 V AC, 24 V DC);
resistive load
Transistor outputs
1 x PNP /
externally supplied
10...30 V DC SELV /
≤ 100 mA
Storage temperature [°C] -25...70
Protection
housing / terminals
IP 20 / IP 20
Connection
4-pole connector
with screw connection,
5.0 mm pitch
Type Inputs
Signal / enable
Input
frequency
[Hz]
1 x PNP / 1 x PNP
(type 2
acc. to IEC 61131-2)
≤ 5
Two-point control of levels
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
1 / 1
typ. 18.5...30 V DC /
≤ 100 mA
short circuit /
overload protected
DL0203
2 x PNP / –
(type 2
acc. to IEC 61131-2)
≤ 5
Display DL0201 LED
Power supply
Input
Output
Enable
Green
Yellow
Green (lights if
relay energised
and transistor
switched)
Green (lights if
enable signal is present)
Display DL0203 LED
Power supply
Input
Output
Green
2 x yellow
Green (lights if
relay energised
and transistor
switched)
Accessories
no.
Connector,
4 poles with screw terminals,
pack of 5
(supplied)
E40173
Connector,
4 poles with cage clamps,
pack of 5
E40171

36
Switching amplifier for
converting sensor signals in
AC networks
Relay for high load currents
The transistor outputs of conventional sensors are
designed for small load currents. If the user wants to
switch higher currents or even alternating currents,
he must use a switching amplifier.
It uses the sensor signal to control an output relay.
Flexible and space-saving
ifm offers switching amplifiers in one and two-channel
design. They have an integrated wide-range power
supply (110...240 V AC) to supply the connected sensors
with voltage (24 V DC). The new switching amplifiers
are distinguished by their slim design so that they only
need little space in the control cabinet.
Integrated wide-range power supply
for the sensor supply
Small design requiring only very
little space
Plug-in screw terminals simplify
installation
PNP or NPN control selectable
One or two-channel design
Sensor signals switch relay

37
(04.2015)
25,4 109,1
93
LEDs
3
2
4
35,5
112,6
1
Dimensions
DN0220
1) plug-in screw terminals
2) panel for labelling
3) potentiometer
4) DIN rail mounting
Type Ub
[V]
Pulse
input
Inputs Auxiliary energy
for sensors
Input
frequency
[Hz]
Order
no.
Application: power supply and signal evaluation (e.g. for sensors)
110...240 AC
50...60 Hz
PNP / NPN1
24 V DC,
300 mA
≤ 10 DN0210
110...240 AC
50...60 Hz
PNP / NPN2
24 V DC,
2 x 150 mA
≤ 10
Outputs
Relay
1
2 DN0220
Relay output
Contact rating [A]
4 (240 V AC, 24 V DC);
resistive load
Auxiliary energy for sensors [V]
24 DC SELV, ± 10 %,
300 mA,
short-circuit and
overload protected
Protection
housing / terminals
IP 20 / IP 20
Display DN0210 LED
Power supply
Output
Fault
1 x green
1 x yellow (lights,
if output relay
is energised)
1 x red
Display DN0220 LED
Power supply
Output
Fault
1 x green
2 x yellow (light,
if output relay
is energised)
1 x red
Potentiometer
Selection
PNP / NPN
Housing material
Plastic:
PC GF20
Mounting
Rail TH35
(according to EN 60715)
Connection
Unit:
4-pole terminal blocks
with 5.0 mm pitch;
Connector:
4 poles with
screw connection
Setting range:
selectable for PNP and NPN switching sensors
Wiring diagram
Accessories
no.
Connector,
4 poles with screw terminals,
pack of 5
(supplied)
E40173
Connector,
4 poles with cage clamps,
pack of 5
E40171
Power
21 22 23 24
AC
L L N N
In
12
9 Sensor
supply
10 pnp/npn
Out7
6
5
8
Power
21 22 23 24
AC
L L N N
In
2
16
13 Sensor
supply
14 pnp/npn
In
1
12
9 Sensor
supply
10 pnp/npn
Out
2
19
18
17
20
Out
1
7
6
5
8
DN0210 (1-channel) DN0220 (2-channel)

38
Safe speed monitor uses
standard sensors as pick-ups
Applications
The speed monitor DU110S has been developed for
safety-related minimum-speed monitoring required, for
example, for slip or V-belt monitoring.
An application example is the industrial thermo-
processing equipment according to EN 746-2. In this
case, safety-related monitoring of the air exchange is
required. To do so, monitoring is done via the rotational
speed monitoring of the fans.
Special features
The speed monitor is certified to EN 62061 / SIL 3 and
EN ISO 13849-1 cat. 4 / PL e – even though non-safety-
related sensors are used as pulse pick-ups.
When the safety output has been triggered, it can be
reset again manually or automatically.
Easy parameter setting via rotary switch
No restrictions for the design of the
cam disc
Monitoring functions can be enabled /
disabled
Reliable operation at extreme ambient
temperatures down to -40 °C
Housing width only 25 mm
Safe monitoring of underspeed

39
(04.2015)
Easy setting of the limit speed
The speed is determined via the interval measurement
on the inputs where for example two inductive sensors
are used as pulse pick-ups.
The user can set the limit speed easily and effectively
via three rotary switches (x 1, x 10, multiplier) – either
in rpm or Hz. It was decided not to use any complicated
setting menus.
An easy and intuitive setting algorithm prevents
unintentional change or manipulation of the set values.
More functions
Automatic or manual reset of underspeed is possible.
This function is set via wire links.
The monitoring function can be enabled and disabled
via a switching input.
Besides the 2-pole safety relay, transistor outputs can
also be used as output for the status and error indication.
Dimensions
22,5
99
108
1
LED
2
114,5
3
35,5
1) Screw terminals
2) Rotary switch
3) DIN rail mounting
Wiring diagram
L- L+ S33 S34 S35 S44 S43 S45 13 23
(GND) (GND)
Y3 Y4 Y2 Y1 Y5 Y6 Y7 Y8 14 24
VCC = 24 V DC
24 V DC
Sensor 2Sensor 1
K1
K2K1
K2
Enable 1
Enable 2
Fault Overspeed
24 VRestart
Accessories
no.
Plastic housing,
24 V DC, 2.5 A
DN1031
Metal housing,
24 V DC, 3.3 A
DN4011
Power supplies
Safety speed monitor
DU110S
Evaluation system for safe speed monitoring
Operating voltage [V DC]
19.2...28.8;
incl. 5 %
residual ripple
Nominal voltage [V DC] 24
Current consumption [mA] ≤ 125
Sensor supply 24 V DC / ≤ 70 mA
Protection IP 20 / II
Input characteristics
Pulse inputs
S34, S43:
“1”: 6 mA / 24 V DC
Adjustable speed range [rpm] 10...49500
Adjustable frequency range [Hz] 0.1...990
Input frequency [Hz] ≤ 5000
Output function
2 safety-related switching
outputs (floating contacts)
1 fault output “Fault”
(positive switching)
1 diagnostic output
“Overspeed”
(positive switching)
Output characteristics
Fault output “Fault” Y7
and diagnostic output
“Overspeed” Y8
≤ 20 mA, 24 V DC,
voltage drop ≤ 2 V DC,
short-circuit proof,
non safe
Contact rating
6 A,
250 V AC / 24 V DC
(≥ 6 mA);
resistive load
Storage temperature [°C] -40...75
Max. permissible relative [%]
humidity
95,
non condensing
Housing materials
PA
(polyamide)
Mounting
Rail TH35
(according to EN 60715)
Connection
Screw terminals;
0.5...2.5 mm²
(AWG 12...30)
Technical data

40
True 3D vision sensor with
intelligent functions
Mobile 3D smart sensor O3M151
The 3D detection of scenes and objects, already a
standard on the factory floor, is ready for mobile
machines. Apart from new possibilities for vehicle
automation (AGV, automatic guided vehicles) this
results in new assistance functions for automation tasks.
Different integrated functions configurable via the
Windows software are available as standard.
The simple connection of the 3D smart sensor is carried
out via the CAN bus for mobile applications using the
CANopen or SAE J 1939 protocol and/or via the fast
Ethernet interface using UDP.
Simple application solutions thanks to
preprocessed 3D data
Easy integration via predefined CODESYS
function blocks
Patented pmd time-of-flight technology
for quick distance detection
Optimised for reliable outdoor use
with IP 67 and IP 69K
Enormous range up to 35 m
3D Smart Sensor – Your assistant
on mobile machines
Industrial imaging

41
(11.2014)
Camera systems for
mobile machines
Description Order
no.
IR system illumination unit (850 nm) for mobile
3D sensors
O3M950
Smart sensor O3M151
Accessories
Housing material diecast aluminium
Device connection M12 connector
Protection rating,
protection class
IP 67 / IP 69K,
III
Functions and advantages
Powerful 3D time-of-flight measurement (ToF)
The principle of this 3D sensor is based on ifm’s patented
and award-winning pmd technology. It was specifically
designed for outdoor use and difficult ambient light
situations. Even interference such as sunlight or materials
with different reflective characteristics do not influence
the repeatability of the measured data.
Powerful electronics
The integrated 2 x 32-bit processor architecture ensures
a rapid and reliable calculation of the 3D data and
functions directly integrated in the system with up to
50 fps. The complete electronics of the mobile 3D smart
sensor is optimised and adapted to the demands and
requirements of mobile machines.
Besides shock and vibration resistance self-diagnostic
functions from the sensor to the IR system illumination
unit are of course also available.
Smart functions
The mobile 3D smart sensor integrates some functions
which enable to solve a multitude of applications.
A highly developed algorithm from the automotive
industry is used ensuring, for example, reliable automatic
object recognition of up to 20 objects. This function
can, for example, be used as collision warning.
For simple distance tasks typical functions such as
minimum / maximum / average distance are available.
System parameter setting and monitoring
The parameter setting of the system and live monitoring
of the 3D data are carried out via the easy-to-use ifm
vision wizard for Windows. As an alternative, parameter
setting can also be carried out via function blocks using
the software CODESYS.
Communication interfaces
The preprocessed function data is output via the CAN
bus using CANopen or SAE J 1939. If needed, the
complete 3D information can be processed at the same
time via Ethernet UDP and an external process unit.
Current consumption sensor [mA] < 400
Current consumption [A]
system illumination unit
< 5
Interfaces
1x CAN,
1 x fast Ethernet
Supported CAN protocols
CANopen,
SAE J 1939
Standards and tests
(extract)
CE,
E1 (UN-ECE R10)
Industrial imaging
CAN/RS232 USB interface CANfox EC2112
Adapter cable set for CANfox EC2114
Operating software for vision sensors E3D300
U-shaped holder,
suitable for sensor or illumination unit
E3M100
Ø 14mm, stainless steel
E3M103
MCI cable, connection
sensor / system illumination unit, 1 m
E3M121
E3M122
no.
M12 socket, voltage supply system
illumination unit, 2 m,
PUR cable, 4 poles
E3M131
PUR cable, 4 poles
E3M133
Ethernet, cross-over patch cable,
2 m, PVC cable, M12 / RJ45
E11898
E12204
Type of sensor Resolution
pixels
[pixel]
IlluminationAngle of aperture
horizontal x vertical
[°]
Order
no.
PMD 3D sensor · Type O3M · M12 connector
PMD 3D chip 64 x 16
ext. illumination
required
70 x 23 O3M151
Max.
sampling rate
[Hz]
25/33/50

42
True 3D vision sensor
Mobile 3D sensor O3M150
The 3D detection of scenes and objects, already a
standard on the factory floor, is ready for mobile
machines. Apart from new possibilities for vehicle
automation (AGV, automatic guided vehicles) this
results in new assistance functions for automation tasks.
Besides position data at pixel level the respective
distance to the sensor system or an adjustable reference
point (world coordinate system) is provided. Thanks to
the permanent output of the entire 3D information via
Ethernet UDP optimum conditions for customer-specific
application solutions are provided to system integrators.
Support for system integrators with
data output via Ethernet UDP
Patented pmd time-of-flight technology
for quick distance detection
Optimised for reliable outdoor use
Robust design with IP 67 and IP 69K
Enormous range up to 35 m
3D sensors for mobile machines
Industrial imaging

43
(11.2014)
Camera systems for
mobile machines
O3M150
Housing material diecast aluminium
Device connection M12 connector
Protection rating,
protection class
IP 67 / IP 69K,
III
Powerful 3D time-of-flight measurement (ToF)
The principle of this 3D sensor is based on ifm’s patented
and award-winning pmd technology. It was specifically
designed for outdoor use and difficult ambient light
situations. Interference such as sunlight or materials
with different reflective characteristics which occurs in
the area of mobile machines does not influence the
repeatability of the measured data.
Powerful electronics
The integrated 2 x 32-bit processor architecture ensures
a rapid and reliable calculation of the distance image to
be output with up to 50 fps. The complete electronics
of the mobile 3D sensor is optimised and adapted to the
demands and requirements of mobile machines.
Besides shock and vibration resistance self-diagnostic
functions from the sensor to the IR system illumination
unit are of course also available.
High system uptime
The system has various features to ensure uninterrupted
operation. They include, among others, a temperature-
controlled front lens heating, soiling indication as well
as different status information which can be fetched
from CAN.
System parameter setting and monitoring
The parameter setting of the system and live monitoring
of the 3D data are carried out via the easy-to-use ifm
vision wizard for Windows. As an alternative, parameter
setting can also be carried out via function blocks using
the software CODESYS.
Communication interfaces
The mobile 3D sensor features a fast Ethernet interface
(100 Mbit) as well as a CAN interface. The data output
of the complete 3D information is carried out via
Ethernet UDP and can be processed using a process
unit at the customer’s end. For this version the CAN in-
terface is only intended for parameter setting and
status output.
Current consumption sensor [mA] < 400
Current consumption [A]
system illumination unit
< 5
Interfaces
1x CAN,
1 x fast Ethernet
CANopen,
SAE J 1939
Standards and tests
(extract)
CE,
E1 (UN-ECE R10)
Industrial imaging
Description Order
no.
IR system illumination unit (850 nm) for mobile
3D sensors
O3M950
Accessories
CAN/RS232 USB interface CANfox EC2112
Adapter cable set for CANfox EC2114
Operating software for vision sensors E3D300
U-shaped bracket,
suitable for sensor or illumination unit
E3M100
Ø 14mm, stainless steel
E3M103
E3M121
E3M122
no.
PUR cable, 4 poles
E3M131
PUR cable, 4 poles
E3M133
E11898
E12204
Type of sensor Resolution
pixels
[pixel]
IlluminationAngle of aperture
horizontal x vertical
[°]
Order
no.
PMD 3D sensor · Type O3M · M12 connector
PMD 3D chip 64 x 16
ext. illumination
required
70 x 23 O3M150
Max.
sampling rate
[Hz]
25/33/50

44
Innovative operating concepts
for intuitive handling
Incomplete shipments – never again
If a pallet with only one incomplete handling unit
reaches the customer, he often returns all goods.
This does not only lead to dissatisfaction but also to
additional costs. Completeness monitoring provides the
remedy. Often individual sensors are installed above
each individual handling unit position. This is, however,
not very flexible if the handling unit type or size changes.
Then changes become necessary. If colour or texture of
the handling units change, conventional sensors reach
their limits.
All these problems are unknown to completeness
monitoring on the basis of 3D sensors: The 3D sensor
looks at the handling unit from above and compares
it with the models taught in by the user. It signals any
deviation via a switching output.
Continuous exchange with users and extensive hand-
ling tests have lead to extraordinarily simple operation
and integrability of the sensor.
Different handling units can be taught
Reliable detection of underfill or overfill
Automatic position tracking
Colour-independent and extraneous-light
resistant due to time-of-flight technology
(PMD).
Switching outputs and Ethernet process
data interface
Completeness monitoring for the
packaging technology
Industrial imaging

45
(11.2015)
3D sensors
Mounting set for O3D E3D301
Accessories
Operating voltage [V DC] 20.4...28.8
Current consumption [mA]
< 2400 peak current
pulsed;
typ. mean value
420
Current rating [mA]
(per switching output)
100
Real chip resolution
25,000 /
100,000
Resulting resolution
176 x 132
pixels
Function display LED
2 x yellow,
2 x green
Illumination
850 nm,
infrared
Ambient light [lux]
Max. 10,000
(indoor)
Trigger
External;
24 V PNP/NPN
according to
IEC 61131-2 type 3
Switching inputs
2
(configurable),
24 V PNP/NPN
according to
IEC 61131-2 type 3
Switching outputs
3
(configurable),
24 V PNP/NPN,
according to
IEC 61131-2
Industrial imaging
no.
E11898
Ethernet jumper,
2 m, PVC cable, M12 / M12
E21138
Type of sensor Material
front pane /
LED window
Angle of aperture
[°]
Protection rating,
protection class
Order
no.
PMD 3D sensors · Type O3D · M12 connector
PMD 3D ToF chip
Gorilla glass /
polyamide
Material
housing
Aluminium 40 x 30
IP 65 / IP 67,
III
O3D300
Max.
field of view size
[m]
2.61 x 3.47
PMD 3D ToF chip
Gorilla glass /
polyamide
Aluminium 60 x 45
IP 65 / IP 67,
III
O3D3023.75 x 5.00
PMD 3D ToF chip
Polycarbonate /
polyamide
Stainless steel 40 x 30
IP 66 / IP 67,
III
O3D3102.61 x 3.47
PMD 3D ToF chip
Polycarbonate /
polyamide
IP 66 / IP 67,
III
O3D3123.75 x 5.00
Socket, M12,
E11950
no.
Parameter setting interface
Ethernet
10 Base-T /100 Base-TX
Possible parameter settings
Via PC /
notebook
Dimensions (H, W, D) [mm] 72 x 65 x 85
Technical data
Completeness monitoring
Operating distance [m] 0.3...5
Max. handling unit size 64 objects
Sampling rate / [Hz]
switching frequency
The image repetition frequency is
reduced by using the position tracking
function
10
Minimum size of objects [mm]
Object speed: 0...0.2 m/s
Object speed: > 0.2 m/s
25
45

46
Flexible and universal use for
stationary or moving objects
The revolution in intralogistics
Whether pallets, post room, storage building, logistics
or distribution centre: The storage volume that can be
used defines the capacity and the costs.
A good reason to ensure the best-possible use of the
space requirement during feeding.
The new 3D sensor detects the dimensions of the
goods via innovative time-of-flight technology. It signals
via threshold values if e.g. package parameters are out-
side the defined areas.
For automated storage space planning via WMS
(Warehouse Management System) or ERP system
(Enterprise Resource Planning) it provides the size, ori-
entation and position of the objects. The data is also
used for controlling robots, sorting equipment and
distribution gates. Besides robustness the sensor is
also distinguished by user-friendly handling and simple
integration.
Non-contact dimensioning of
rectangular objects such as cardboard
packages or parcels
Determination and comparison of
dimensions, orientation and position
Provides height, width and length to
calculate strap length and volume
Quality parameters help with the
detection of damaged or deformed objects
Switching outputs and Ethernet process
data interface
Volume determination for
storage and conveyor technology
Industrial imaging

47
(11.2015)
3D sensors
Accessories
Industrial imaging
no.
E11898
Ethernet jumper,
E21138
front pane /
LED window
Angle of aperture
[°]
Protection rating,
protection class
Order
no.
PMD 3D sensors · Type O3D · M12 connector
PMD 3D ToF chip
Gorilla glass /
polyamide
Material
housing
Aluminium 40 x 30
IP 65 / IP 67,
III
O3D300
Max.
field of view size
[m]
2.61 x 3.47
PMD 3D ToF chip
Gorilla glass /
polyamide
Aluminium 60 x 45
IP 65 / IP 67,
III
O3D3023.75 x 5.00
PMD 3D ToF chip
Polycarbonate /
polyamide
IP 66 / IP 67,
III
O3D3102.61 x 3.47
PMD 3D ToF chip
Polycarbonate /
polyamide
IP 66 / IP 67,
III
O3D3123.75 x 5.00
Socket, M12,
E11950
no.
Technical data
Dimensioning of the object
Operating distance [m] 0.3...5
Object type Rectangular
Min. object size [mm] 100 x 100 x 100
Typical accuracy [°]
for angle of rotation
± 1
Sampling rate / switching frequency [Hz] 1
Typical accuracy [mm]
for object position
± 5
Object speed [m/s] < 0.2
Typical accuracy [mm]
for object size
± 10
Operating voltage [V DC] 20.4...28.8
< 2400 peak current
pulsed;
typ. mean value
420
Current rating [mA]
100
Real chip resolution
25,000 /
100,000
Resulting resolution
176 x 132
pixels
2 x yellow,
2 x green
Illumination
850 nm,
infrared
Ambient light [lux]
Max. 10,000
(indoor)
Trigger
External;
24 V PNP/NPN
according to
IEC 61131-2 type 3
Switching inputs
2
(configurable),
24 V PNP/NPN
according to
IEC 61131-2 type 3
Switching outputs
3
(configurable),
24 V PNP/NPN,
according to
IEC 61131-2
Ethernet
Via PC /
notebook
Dimensions (H, W, D) [mm] 72 x 65 x 85

48
Three-dimensional real-time
detection of any scene
Perspective and colour-coded images of the 3D
distance image.
Three-dimensional detection and evaluation
The 3D camera, on the basis of PMD technology, detects
scenes and objects at a glance in three dimensions.
In contrast to laser scanners it does not require moving
components and is thus robust and wear-free.
The function principle, the time of flight technology
(ToF), can be compared to a laser scanner. However,
instead of one there are 23,000 receiving elements
arranged on the chip as a matrix. That means that not
only one point but a complete scene is measured in
only one capture. Besides the distance image the
camera also provides a grey-scale image of the scene.
Intuitive parameter setting software allows easy setting
of the camera-specific parameters. Furthermore a soft-
ware development kit with example program code in
different languages is available.
New digital image chip with 23,000 pixels
Provides distance image and
grey-scale image
Evaluation with common image
processing libraries
Industrially compatible housing
Connection to MATLAB, HALCON, PCL
(Point Cloud Library) and ROS (Robot
Operating System)
High-resolution 3D camera for
innovative vision integration
Industrial imaging

49
(11.2015)
3D cameras
Further technical dataAccessories
Operating voltage [V DC] 24
Current consumption [mA] < 1000 (max. 2500)
Current rating [mA]
100
Range [m] Typically 5
Unambiguous range [m] 0...30
Sampling rate / [Hz]
switching frequency
Max. 20,
adjustable
Resolution
176 x 132
pixels
2 x yellow,
2 x green
Illumination
850 nm,
infrared
Ambient light [lux]
Max. 10,000
(indoor)
Trigger
Internal or external:
24 V PNP / NPN selectable,
according to
IEC 61131-2 type 2
Switching inputs
Max: 2 (configurable),
24 V PNP / NPN selectable,
according to
IEC 61131-2 type 2
Switching outputs
Max: 2 (configurable),
24 V PNP / NPN selectable
or 1 analogue output (con-
figurable) scalable, 4...20
mA according to
IEC 61131-2,
max. load 300 Ω,
0...10 V according to
IEC 61131-2,
min. load 10 kΩ
Industrial imaging
no.
E11898
Ethernet jumper,
E21138
PMD 3D camera · Type O3D · M12 connector
Socket, M12,
EVC070
socket, M12,
EVC071
no.
Ethernet
Via PC /
notebook
front pane /
LED window
Angle of
aperture
[°]
Protection rating,
protection class
Order
no.
Infineon® 3D
Image Sensor
Gorilla glass /
polyamide
Material
housing
Aluminium 40 x 30
IP65 / IP67,
III
O3D301
Max.
field of view size
[mm]
2.61 x 3.47
Infineon® 3D
Image Sensor
Gorilla glass /
polyamide
Aluminium 60 x 45
IP65 / IP67,
III
O3D3033.75 x 5.00
Infineon® 3D
Image Sensor
Polycarbonate /
polyamide
IP66 / IP67,
III
O3D3112.61 x 3.47
Infineon® 3D
Image Sensor
Polycarbonate /
polyamide
IP66 / IP67,
III
O3D3133.75 x 5.00

50
Pressure transmitters with
DEUTSCH or AMP connector
for mobile applications
Miniaturisation for mobile applications
The DEUTSCH or AMP connectors of the new PT/PU
pressure sensors allow fast and easy installation in
mobile machines.
The sensors also feature a thin-film measuring cell
directly welded with the process connection.
This technology guarantees high accuracy in a very
compact housing with only 19 mm across flats at a
cost-optimised price/performance ratio.
Applications
The PT/PU type sensors are suited for mobile applica-
tions and especially for hydraulic and pneumatic appli-
cations with high operating pressure.
The high vibration and shock resistance, the high
protection rating, the excellent EMC resistance and the
E1 conformity make the PT/PU sensors particularly
suitable for use in mobile machines.
Compact design (AF19) with
process connection G 1/4 male
Fast reaction:
2 milliseconds response time
Measuring accuracy < ± 0.8 %,
repeatability < ± 0.05 %
Easy connection via
DEUTSCH or AMP connector
Robust low-cost solution with
welded stainless steel housing
Small and cost-optimised for
mobile machines
Process sensors

51
(11.2015)
Pressure sensors
Accessories
no.
Operating voltage PT [V DC]
PU [V DC]
8...32
16...32
Medium temperature [°C] -40...125
Materials wetted parts 1.4542 (17-4 PH / 630)*
Protection IP 67 / IP 69K
Step response time [ms] 2
Restrictor •
EMC
Compliant with UN-ECE10
Rev. 4
ISO 11452: 100 V/m
EN61326
Adapters; G 1/4 - G 1/2,
high-grade stainless steel (316Ti/1.4571)
E30135
Process sensors
Measuring range
relative pressure
[bar]
Poverload
max.
[bar]
Pburst
min.
[bar]
Order
no.
Output function 0...10 V, DEUTSCH connector
0...10 25 300 PU5704
0...25 65 600 PU5703
0...100 250 1000 PU5702
0...250 625 1200 PU5701
0...400 1000 1700 PU5700
0...600 1500 2400 PU5760
Output function 0...10 V, AMP connector
0...10 300 PU5604
0...25 600 PU5603
0...100 1000 PU5602
0...250 1200 PU5601
0...400 1700 PU5600
0...600 2400 PU5660
Accuracy / deviation
(in % of the span)
Linearity error
Linearity
Hysteresis
Repeatability
Long-term stability
Temperature coefficients (TEMPCO)
in the temperature range 0 ... 80 °C
(in % of the span per 10 K)
TEMPCO of zero
TEMPCO of the span
in the temperature ranges
-40...0 °C and 80...125 °C
TEMPCO of zero
TEMPCO of the span
< ± 0.8
< ± 0.25 BFSL / < ± 0.5 LS
< ± 0.2
< ± 0.05
< ± 0.1
< ± 0.1
< ± 0.1
< ± 0.2
< ± 0.2
25
65
250
625
1000
1500
A
B
OUT
+L
Wiring diagram
1
3
L +
OUT
Dimensions
71,5
51,4
12
G 41
19
1
19
21,825,4
51,9
72
25,8
12
G 41
19
1
21,8
19
14,35
Type PT57/PU57
Type PT56/PU56
1) FKM seal / DIN 3869
Type PT56Type PT57
A
C
B
OUT
L -
L +L +
1
2
3
OUT
L +
L -
Type PU56Type PU57
Measuring range
relative pressure
[bar]
Poverload
max.
[bar]
Pburst
min.
[bar]
Order
no.
Output function 4…20 mA, DEUTSCH connector
0...10 25 300
0...25 65 600
0...100 250 1000
0...250 625 1200
0...400 1000 1700
0...600 1500 2400
Output function 4…20 mA, AMP connector
0...10 300
0...25 600
0...100 1000
0...250 1200
0...400 1700
0...600 2400
25
65
250
625
1000
1500
PT5704
PT5703
PT5702
PT5701
PT5700
PT5760
PT5604
PT5603
PT5602
PT5601
PT5600
PT5660
* Characteristics similar to stainless steel (e.g. 304/1.4301)
but higher strength

52
Process sensors
submersible pressure transmit-
ter of different cable materials
Level measurement in a water treatment plant
Application areas
The PS series submersible pressure transmitters are
used for level measurement in containers, tanks, wells,
flowing water, bore holes and wastewater plants. The
accuracy of 0.5 % and the long-term stability of 0.2 %
per year contribute to the reliable operation of the
transmitter.
Robust, reliable and flexible
All submersible pressure transmitters have a robust
high-grade stainless steel housing. For standard applica-
tions the favourably priced PUR cable can be used.
For applications where a high resistance to media is
requested (e.g. slurry, oils or fuels) the FEP cable is
available.
The ATEX submersible pressure transmitters of the
PS3xxA series are designed for level measurement in
areas subject to explosion. The sensors can be used in
zone 0, 1, 2 or zone 20, 21, 22 as well as in mining.
The GL approval allows an application in the maritime
sector.
PUR or FEP cable for high resistance
to media
Version with ATEX approval for group I
cat. M1 and group II cat. 1G and 1D.
Good overall accuracy and long-term
stability
Pressure compensation via internally
vented cable
Hydrostatic level measurement
for a wide range of applications

53
(04.2015)
Process sensors
Pressure sensors
Splitter box *
with vent and terminal block
E30401
Additional weight, approx. 500 g E30402
Filter element * E30400
Cable fixing clamps * E30399
Submersible pressure transmitters with PUR cable for standard applications
0.6
0.6
0.6
4
4
4
1000 N
1000 N
1000 N
Measuring range
Relative pressure
[bar]
Approvals
CE / EX / GL
Overload pressure
[bar]
Pull force cable
1
1
5
5
1000 N
1000 N
Cable length
[m]
PS3407
PS3427
PS3607
Order
no.
PS3417
PS3617
0.25 2 1000 N
10
15
30
15
30
5
• / – / –
• / – / –
• / – / –
• / – / –
• / – / –
• / – / – PS3208
Analogue output [mA] 4...20
(in % of the span)
Accuracy (BFSL)
Accuracy incl. non-linearity
Non-linearity (BFSL)
Long-term stability per year
≤ 0.25 (PS3: 0.5)
≤ 0.5 (PS3: 1)
≤ 0.2
≤ 0.2
Design PS3
Ambient temperature / [°C]
Medium temperature
-10...50
Design PS4
Medium temperature
-10...85
Design PS3
ATEX approval
Medium temperature
1G, 1/2G, 2G:
T6 -10...60, T5: -10...80,
T4: -10...85
1D, 1/2D, 2D:
-10...40 (750 mW) / -
10...70 (650 mW) / -
10...85 (550 mW)
Housing material
(316Ti / 1.4571)
Accessories
no.
* use only outside the hazardous area
Submersible pressure transmitters with FEP cable for high resistance to media
0.6
1
3
5
500 N
500 N
PS4407
PS4417
0.25 2 500 N
10
15
5
• / – / –
• / – / –
• / – / – PS4208
Submersible pressure transmitters with FEP cable for hazardous areas
0.6
1
4
5
500 N
500 N
PS307A
PS317A
0.25 2 500 N
10
15
5
• / • / •
• / • / •
• / • / • PS308A
Greatest TEMPCO of zero
Greatest TEMPCO of the span
≤ 0.2
≤ 0.2
100
27
Example PS3208
Dimensions

54
Process sensors
Even easier to use and with
improved visualisation
The overall package makes the difference
After 20 years of successful ifm pressure sensor history,
the new generation of PN sensors was developed in
close coordination with the users. Its modern and user-
friendly design stands out. High overload protection,
IP 67 and the captive laser labelling make the new
PN sensors your perfect partner even in the most harsh
environments.
Everything at a glance
Although the housing size has remained unchanged,
the display size has been increased once again and the
switching status LEDs on the sensor head can be clearly
seen from all sides. The display can be switched from
the indication of “red” to an alternating indication of
“red - green”. So, switching states can be highlighted
or an independent colour window can be created.
Flexible
Once fitted, rotate the sensor in any direction: The new
PN allows free rotation as well as any mounting position
using angle brackets as an accessory.
Clearly indicate the acceptable ranges:
programmable red / green display
The process connection can be rotated for
optimum alignment
Fast switch point setting by using three
pushbuttons
Visualisation of the switching states by
clearly visible LEDs
Can still be identified after many years:
captive laser labelling on stainless steel
housing
An update for the bestseller: PN
pressure sensor with a new look

55
(04.2015)
Process sensors
Pressure sensors
Accessories
no.
Memory plug,
E30398
from USB port
E30396
Current rating [mA]
200
(up to 60 °C environment)
(in % of the span) turn down 1:1
Deviation of the switch point
Linearity error
Repeatability
in the temperature range 0 ... 80 °C
Greatest TEMPCO of zero
Greatest TEMPCO of the span
< ± 0.5 / (0.4 PN2)
< ± 0.25 (BFSL)
< ± 0.5 (LS)
< ± 0.1
< ± 0.2
< ± 0.2
IO-Link 1.1
COM2 slave;
38.4 kbaud
Medium temperature [°C] -25...80
Switching frequency [Hz] ≤ 170
Protection IP 67
Shock resistance [g] 50
Vibration resistance [g] 20
Type of pressure: relative pressure
Liquids and gases
no.
Socket, M12,
EVC004
Socket, M12,
EVC005
Tag clip E30422
Damping screw, G 1/4 female E30419
Damping screw, G 1/4 male E30057
Protective cover, new generation E30420
Angle bracket, PA66 E30421
Siphon, G 1/4,
steel (1.0345)
E30140
QA0001
M12 connector
output function programmable
NO/NC
+ analogue:
4...20 mA/0...10 V
2 x NO/NC or
1 x NO/NC + 1 x analogue
(4...20 mA/0...10 V;
scalable)
0...400 bar
0...250 bar
0...100 bar
Ceramic-
capacitive
Measuring range
relative pressure
Order no.
G 1/4
male
Measuring cell
0...25 bar
-1...10 bar
0...2,5 bar
0...1000 mbar
-12,5...250 mbar
-1000...1000 mbar
Order no.
G 1/4
female
PN2570
PN2571
PN2592
Order no.
G 1/4
male
PN2593
PN2594
PN2596
PN2070
0...600 bar
Metal
(thin film)
PN2560PN2160
PN2071
PN2092
PN2093
PN2094
PN2096
PN2597
PN2598
PN2097
PN2098
PN2599PN2099
Order no.
G 1/4
female
PN7570
PN7571
PN7592
Order no.
G 1/4
male
PN7593
PN7594
PN7596
PN7070
PN7071
PN7092
PN7093
PN7094
PN7096
PN7597
–
PN7097
–
PN7599PN7099
-1000...0 mbar
-500...500 mbar
––
PN2569PN2169
––
––
Order no.
G 1/4
female
PN7560PN7160
PN3570
PN3571
PN3592
PN3593
PN3594
PN3596
PN3070
PN3560PN3160
PN3071
PN3092
PN3093
PN3094
PN3096
PN3597
–
PN3097
–
––
PN3529PN3129
––
2 x NO/NC

56
More plant transparency and
service information on site
More plant transparency
The IO-Link display is a flexible solution to display process
values, texts and messages in a plant. It displays up to
four assigned process values, alarms and warnings.
Clear text and as an option a colour change of text and
background can be used for a quick overview.
By means of buttons the user can trigger control actions
of the PLC or acknowledge messages.
Easy integration
The IO-Link display is connected to an IO-Link master
and controlled via PLC. No special software is required
for configuration.
Texts and settings can be predetermined via an IO-Link
device tool such as LINERECORDER SENSOR. Texts and
settings can be adapted even during operation via the
PLC.
Four measured values / text displays and
four message windows for free text
Colour change for text and background
Flexible adaptation of the display, also
during operation
IO-Link 1.1 compatible
Easy integration into each IO-Link
structure
IO-Link display:
process values at a glance
Process sensors

57
(11.2015)
IO-Link display
Process sensors
Resolution
pixels
Display type Display
illumination
Order
no.
1.44“ colour display
128 x 128 TFT LED E30391
Wiring
Dimensions
Technical data
IO-Link display
E30391
Protection rating /
protection class
IP 65, IP 67 /
III
Ambient temperature [°C] 0...60
EMC
EN 61000-6-2
EN 61000-6-4
Shock resistance [g] 20 (11 ms)
Vibration resistance [g] 20 (10...50 Hz)
Housing materials
Stainless steel
(303/1.4305);
PC; PBT-GF 30;
PPS; PA 6.6; FKM
IO-Link device
Type of transmission
IO-Link revision
SDCI standard
COM2 (38.4 kbaud)
1.1
IEC 61131-9
no.
M12 jumper
EVC042
M12 jumper
EVC043
M12 jumper,
EVC102
M12 jumper,
EVC044
M12 jumper,
EVC493
BN1
BK4
BU3
L+
L
OUT
45
34
86
101
39,5
11
M12x1

58
Calorimetric flow meter for
liquids and gases
Measurement technique
The SA volumetric flow sensor operates using the
calorimetric measuring principle. Two measuring
elements as well as a heat source are located on the
measuring tip. The physical effect that a flowing
medium absorbs heat energy and conducts it away is
used. The resulting temperature change is an indication
of flow.
Device function
The new SA-type sensor has been designed to detect
and measure flow and temperature even in large internal
pipe diameters up to 400 mm.
Therefore it serves different applications. Switching
outputs, analogue signals and IO-Link provide various
options to further process the signals. That means that
the user is best-equipped for Industry 4.0.
Optimised for water, oils, glycol and air
Fast response time and integrated
temperature measurement
Red/green colour change for process
values
Internal pipe diameter selectable from
15...400 mm
The process connection can be rotated for
optimum alignment
New benchmark in thermal flow
measurement
Process sensors

59
(11.2015)
Housing materials
High grade stainless steel
(1.4404/316L);
PBT-GF 20;
PBT-GF 30
Accuracy temperature measurement ± 1 K
Type
SA
Protection rating, protection class IP 65 / IP 67, III
BN
WH
BK
BU
4
1
3
2
OUT2
L+
L
OUT1
Wiring
Measuring range
liquid / gaseous
[cm/s]
Medium
temperature
[°C]
Response
time
[s]
Order
no.
M12 connector · electrical design DC PNP
5...300 / 200...10000 -20...90 0.5 SA5000
Probe length
[mm]
45
5...300 / 200...10000 -20...100 0.5 SA4100100
5...300 / 200...10000 -20...100 0.5 SA4300200
Pressure
resistance
[bar]
100
50
50
Process sensors
Accessories
no.
Adapter M18x1.5 – G 1/2
Progressive ring fitting G 1/2,
flat seal
E40258
Type
M18
Progressive ring
Progressive ring
no.
M12 socket,
EVC001
M12 socket,
EVC002
M12 socket,
EVC004
M12 socket,
EVC005
M12 socket,
EVT064
M12 socket,
EVT001
E30390
Dimensions
Accuracy flow measurement
± (5 % MW
+ 2 % VMR)
at reference
conditions
E40096
Adapter M18x1.5 – G 1/4 E40099
40
48
M12x1
34
3
2
1
4
814515
8
22
Example SA5000
1) LEDs (display unit / switching status)
2) 4-digit alphanumeric display / alternating indication of red and green
3) Programming buttons
4) Upper part of the housing can be rotated by 345°

60
Vortex inline volumetric
flow sensors with user-friendly
display
Monitoring the cooling circuits at a welding gun
Turbulence as a measure for the flow
Behind a blunt body (or shedder) integrated in the
measuring pipe, the flowing medium generates swirling
vortices depending on the velocity. These vortices are
detected by a piezoceramic sensor. If the cross-section is
known, the number of the vortices allows to determine
the flow rate.
This flow rate measurement principle, known as vortex
(or vortex shedding) principle, is almost independent of
pressure and temperature fluctuations of the medium.
It allows a simple design and thus a low-cost production
of sensors for flow rate measurement.
The current flow and temperature are output as stan-
dardised current signal (4...20 mA), as frequency signal,
switching output or via IO-Link as option.
Integrated temperature measurement
Electronically rotatable multi-colour
display
Rotatable G and R process connections
as option
Red/green colour change for process
values adjustable
Can be used for water with and without
conductivity (deionised water)
The alternative: Vortex sensor
instead of vane
Process sensors

61
(04.2015)
Current consumption [mA] typ. 25 (at 24 V)
± (2 % MV
+ 2 % VMR)
Output 1
(for DC PNP / NPN version)
IO-Link,
switching output
or
frequency output flow
Output 2
(for DC PNP / NPN version)
Switching output
flow / temperature
or
frequency output flow /
temperature
Accuracy temperature monitoring ± 1 K
Type
SV4, SV5, SV7
BN
WH
BK
BU
4
1
3
2
OUT2
L+
L
OUT1
Wiring diagram
Measuring range
[l/min]
Response time
T90
[s]
Medium
temperature
[°C]
Max. operating
pressure
[bar]
Order
no.
M12 connector · electrical design DC PNP / NPN · frequency · IO-Link
1.0...20 -10...90 12 SV4200
Process
connection
G 1/2
1.0...20 -10...90 12 SV4500Rc 1/2
2.0...40 -10...90 12 SV5200G 1/2
2.0...40 -10...90 12 SV5500Rc 1/2
5.0...100 -10...90 12 SV7200G 3/4
5.0...100
Nominal
diameter
[Ø]
-10...90 12 SV7500Rc 3/4
no.
Socket, M12,
EVC001
Socket, M12,
EVC002
Socket, M12,
EVT064
Socket, M12,
EVT001
Process sensors
Accessories
no.
Mounting plate E40249
Adjustment valve, G 1/2 E40250
Adjustment valve, G 3/4 E40251
< 1
< 1
< 1
< 1
< 1
< 1
DN8
DN8
DN10
DN10
DN20
DN20
M12 connector · electrical design DC 2 x analogue 4...20 mA
1.0...20 < 1-10...90 12 SV4204G 1/2
1.0...20 < 1-10...90 12 SV4504Rc 1/2
2.0...40 < 1-10...90 12 SV5204G 1/2
2.0...40 < 1-10...90 12 SV5504Rc 1/2
5.0...100 < 1-10...90 12 SV7204G 3/4
5.0...100 < 1
DN8
DN8
DN10
DN10
DN20
DN20-10...90 12 SV7504Rc 3/4
from USB port
E30396

62
Compact mechatronic inline
flow meter with backflow
prevention
Mechatronic flow sensor
The new mechatronic flow sensor of the SBY series
functions using the principle of a spring-mounted piston.
The piston, located in the valve seat in the housing,
is lifted by the flowing medium against the spring
resistance.
For binary signal output the piston position is detected
by an inductive sensor. The spring resistance leads to
reliable reset of the piston to its initial position with
decreasing flow. This ensures position-independent
installation of the flow sensor preventing backflow.
The switch points can be easily set and fixed via a
setting screw. The robust mechanical design ensures
use in harsh environments.
The units are maintenance-free.
Measuring range from 0.2...4 l/min
Compact design
Very fast response time of ≤ 10 ms
No inlet and outlet pipe lengths required
Independent of pressure and temperature
fluctuations
New flow sensor now also for
smallest quantities
Process sensors

63
(11.2015)
Housing materials
Brass
chemically nickel-plated;
anodised aluminium;
PA
Materials in contact
with the medium
(301/1.4310);
(316/1.4401);
PBT; brass chemically
nickel-plated; PPS;
O-ring: FKM Polyolefin
L+
L
BN1
4 BK
3 BU
Wiring
Process
connection
Pressure
resistance
[bar]
Measuring range
[l/min]
Response time
[ms]
Order
no.
M12 connector · electrical design DC PNP
Rp 1/2 800.2...4 ≤ 10 SBY321
Operating voltage
[V]
24 DC
Type
no.
M12 socket,
EVC001
M12 socket,
EVC002
M12 socket,
EVC004
M12 socket,
EVC005
M12 socket,
EVT064
M12 socket,
EVT001
Process sensors
M12
94...99
27
Rp½
Rp½
66,5
18
107...113
13 13
Dimensions

64
New mechatronic inline
volumetric flow sensors with
display
Mechatronic flow sensor
The flow sensor works on the principle of spring-
supported piston: The piston, located in the valve seat
in the housing, is lifted by the flowing medium against
the spring.
The piston position is monitored via a magnetic field
sensor and is output as an analogue signal. The spring
forces the piston to return to its original position with
decreasing flow. This ensures position-independent
installation of the flow sensor preventing backflow.
The sensor head can be rotated by 360° so that it can
be read in any position.
Optimised for water and oils
Integrated temperature measurement
No inlet and outlet pipe lengths required
Red/green colour change for
process values
Very fast response time of < 10 ms
The smart float-type flow meter
Process sensors

65
(04.2015)
± (4 % MV
+ 1 % VMR)
Output 1
IO-Link,
switching output,
frequency output
flow / temperature
Output 2
Switching output flow,
analogue output
4...20 mA flow
or temperature
Accuracy temperature monitoring ± 3 K
Type
SBY, SBG
BN
WH
BK
BU
4
1
3
2
OUT2
L+
L
OUT1
Wiring diagram
Measuring range
[l/min]
Response time
[ms]
Medium temperature
[°C]
Max.
operating pressure
[bar]
Order
no.
M12 connector · electrical design DC PNP / NPN
< 10-10...100 40 SBY232
Process connection
Rp 3/4
< 10-10...100 40 SBY233Rp 3/4
< 10-10...100 40 SBY234Rp 3/4
< 10-10...100 25 SBY246Rp 1
Type
< 10-10...100 25 SBY257Rp 1 1/2
< 10-10...100 40 SBG232G 1/2
< 10-10...100 40 SBG233G 1/2
< 10-10...100 40 SBG234G 1/2
< 10-10...100 25 SBG246G 3/4
< 10-10...100 25 SBG257G 1 1/4
no.
Socket, M12,
EVC001
Socket, M12,
EVC002
Socket, M12,
EVT064
Socket, M12,
EVT001
Process sensors
Socket, M12,
EVC004
Socket, M12,
EVC005
0.3...15
0.5...25
1.0...50
2.0...100
4.0...200
0.3...15
0.5...25
1.0...50
2.0...100
4.0...200
from USB port
E30396
Accessories
no.

66
Reliable level detection – LMT
Level detection in explosive atmospheres
LMT sensors reliably detect levels in storage tanks in
explosive areas. They can be used in zones 2 and 22.
Food-grade
The sensor with its high-quality housing materials such
as high-grade stainless steel (316L / 1.4404) and PEEK
meets all requirements for hygienic areas. This includes
approvals such as EHEDG and FDA.
Versatile sensor for all media
The LMT can be adjusted to almost all liquid and
viscous media as well as powders.
The distinction between two media in the same applica-
tion is possible due to the two switching outputs which
can be set independently. Convenient parameter setting
is made via IO-Link.
Approved for ATEX areas of category
3D/3G
“Plug & Play“ – factory preset to oil-based
media
Can be set to other media such as alcohol
using IO-Link
Hygienic design with maintenance-free
sealing concept
Shock and vibration resistant in a robust
stainless steel housing
Hygienic point level sensor
especially for hazardous areas
Process sensors

67
(11.2015)
Level sensors
Process
connection
Installation
length
[mm]
Approval Protection
[hazardous areas]*
Order
no.
Application: liquids, viscous media and powders
M12 connection · output function 2 x NO/NC programmable · 4-wire DC PNP · IO-Link 1.1
Medium temperature
oils, oil-based media,
powder
G 1/2 12 EHEDG, FDA -20...85 °C IP 67 / III LMT01A
Accessories
Type Description
Order
no.
Housing materials
(1.4404 / 316L),
(1.4571 / 316Ti),
PEEK; PEI; FKM
with the medium
(1.4404 / 316L),
(1.4571 / 316Ti),
PEEK; FKM
Vibration resistance [g]
(LMT03A, LMT04A)
8
Vibration resistance [g]
(LMT01A)
20
EMC (LMT03A, LMT04A)
Closed tanks
EN 61000-6-2
EN 61000-6-4
EMC (LMT01A)
Open tanks
Closed tanks
EN 61000-6-2
EN 61000-6-4
EN 61000-6-3
Clamp adapter
G 1/2 female – Clamp 1“–1.5“
E33401
Clamp adapter
G 1/2 female – Clamp 2“
E33402
Welding adapter ball, G 1/2 E30055
Welding adapter collar, G 1/2 E30056
Welding adapter,
cylindrical, for tanks, G 1/2
E43300
Welding adapter,
cylindrical, for pipes, G 1/2
E43301
Screw-in adapter
G1/2 female – G 3/4 male
E43302
Screw-in adapter
G1/2 female – G 1 male
E43303
Screw-in adapter
G1/2 female – 3/4 NPT
E43313
Clamp adapter,
G 1/2 female – Varivent D50
E43306
Clamp adapter,
G 1/2 female – Varivent D68
E43307
Accessories
no.
IO-Link interface for parameter setting
and analysis of units with
DTM specification, current consumption
from USB port: max. 500 mA
E30396
for IO-Link sensors
E30398
T-piece, DN 25 E43316
Welding adapter, long design
for deeper installation, G 1/2
E43319
Process sensors
ATEX approval
group II,
category 3D / 3G
Communication interface IO-Link 1.1
QA0001
E30390
*IP 68, IP 69K outside the hazardous area
no.
Socket, M12,
EVC04A
Socket, M12,
EVC05A
Socket, M12,
EVC06A

68
LR level sensor in a
new design with
extended functions
Application
Harsh environment conditions or high temperatures
leave the LR2050 cold. Installation in confined spaces
or detection of oils using a coaxial pipe is no problem
for LR, either. LR flexibly adapts to any application
thanks to the installation adjustment and the modular
concept.
Successful thanks to modular concept
The probes can be shortened, or changed, so the LR
reduces stock-keeping and simplifies replacement.
User-friendly setting
Even before installation the user can set the sensor
parameters via pushbuttons or IO-Link on the PC.
Installation adjustment is made on site via pushbutton,
if required.
Mounting adjustment enables position-
independent installation
Medium temperature up to 100 °C
Simulation function facilitates testing of
the plant software
Automatic detection of the rod length
Probe lengths of 15...200 cm
Continuous level measurement in
harsh environments
Process sensors

69
(11.2015)
Level sensors
Protection rating/
protection class
Max.
tank pressure
[bar]
-1...4 IP 68, IP 69K / III
Accessories (to be ordered separately)
no.
Process sensors
Process connection Medium temperature
[°C]
Order
no.
M12 connector · IO-Link 1.1
G 3/4 -20...100 LR2050
Dielectric constant medium
Ambient temperature [°C]
Metals in contact
with the medium
Housing materials
Power-on delay time [s]
IO-Link device type of transmission
Rods stainless steel (303 / 1.4305)
Coaxial pipes stainless steel (303 / 1.4305)
Flange plates stainless steel (303 / 1.4305)
Application: aqueous media, coolants, cleaning agents, oils. *
Flange plate, LR 73-90 E43201
Flange plate, LR 73 - 90 / NPT E43206
E43203240 mm
E43204450 mm
E43226300 mm
E43205700 mm
E43227500 mm
E432071000 mm
E432081200 mm
E432091400 mm
E432101600 mm * A coaxial pipe is required for the unit to function correctly in low
dielectric media.
E43211240 mm
E43212450 mm
E43213700 mm
E432141000 mm
E432151200 mm
E432161400 mm
E432171600 mm
E43228300 mm
E43229500 mm
G 3/4
no.
Socket, M12, 4-pole
EVC004
Socket, M12, 4-pole
EVC005
Socket, M12, 4-pole
EVC007
Socket, M12, 4-pole
EVC008
E30396
for IO-Link sensors
E30398
QA0001
IO-Link accessories
no.
< 50
1.8...5*
> 5
-40...80
(316L / 1.4404,
316S12 / 14435),
PTFE, FKM
(316L / 1.4404),
PEI, PBT, PTFE, FKM
≤ 3
1.1
E43351210 mm
E43352265 mm
E433532000 mm
Coaxial pipes, slotted stainless steel (304S15 / 1.4301)
700 mm E43333
1200 mm E43334
E43354210 mm
E43355265 mm
E433562000 mm
E43218450 mm
E43219700 mm
E432201000 mm
E432211600 mm
3/4" NPT

70
Reliable and fast alternative
to tuning forks
In spite of harsh conditions such as foam or deposits
LMT194 reliably prevents overflow of the tank.
Reliable and flexible
The LMTx9x sensor family provides dependable overflow
protection. Different lengths and process connections
allow versatile and position-independent installation.
IO-Link creates transparency
The sensors can be adjusted to all liquids that are
hazardous to water. Parameters are conveniently set
on the PC or via IO-Link and USB interface. The digital
transmission of measured values creates maximum
transparency.
Robust
The high-quality high-grade stainless steel housing is
shock and vibration resistant.
Flexible installation independent of the
orientation
Shock and vibration resistant in a robust
stainless steel housing
Plug & Play – Factory default setting to
hydrous media
Can be set to other media such as oil
using IO-Link
Suppression of deposits
Maintenance-free overflow
protection to WHG*
Process sensors
* German Federal Water Act

71
(04.2015)
Level sensors
Process connection Installation length
[mm]
Medium temperature
oils, fats, bulk materials
[°C]*
Order
no.
Medium: Aqueous media · Can be set to other media using IO-Link 1.1
M12 connector · 4-wire DC PNP
Medium temperature
water-based media
[°C]
G 1/2 12 0...85 0...100 LMT191
G 1/2 153 0...85 0...100 LMT194
G 1 38 0...85 0...100 LMT392
G 3/4 28 0...85 0...100 LMT292
G 1/2 38 0...85 0...100 LMT192
G 1/2 253 0...85 0...100 LMT195
Accessories
Type Description
Order
no.
Max. medium temperature [°C]
(WHG)
100
Housing materials
PEEK;
(316L/1.4404),
PA12, FPM
Protection IP 68 / IP 69K, III
with the medium
PEEK;
(316L/1.4404), FPM
Vibration resistance [g] 20
Max. ambient temperature [°C]
(WHG)
0...85
EMC
Closed tanks:
Open tanks:
EN 6100-6-2:2005
EN 6100-6-3:2006
EN 6100-6-4:2006
Clamp adapter,
G 1/2 female – Clamp 1"–1.5"
E33401
Clamp adapter,
G 1/2 female – Clamp 2"
E33402
Welding adapter ball, G 1/2 E30055
Welding adapter collar, G 1/2 E30056
Welding adapter,
cylindrical, for tanks, G 1/2
E43300
Welding adapter,
cylindrical, for pipes, G 1/2
E43301
Screw-in adapter,
G 1/2 female – G 3/4 male
E43302
Screw-in adapter,
G 1/2 female – G 1 male
E43303
Screw-in adapter,
G 1/2 female – 3/4 NPT
E43313
Accessories
no.
E30396
Welding mandrel, G 1/2 E43314
Sealing plug, G 1/2 E43308
Welding adapter, long design
for deeper installation, G 1/2
E43319
Process sensors
QA0001
* For operation to WHG

72
Reliable and precise
medium detection in hygienic
applications
Versatile use
Whether smaller storage tanks, compensating tanks,
separators or in filling processes: There are no limits to
applications for LR. Even adverse operating conditions
such as foam or high temperature do not affect precise
level detection.
IO-Link means the fiddly parameter setting on the
device is a matter of the past.
Resistant materials
High-quality materials such as PEEK and EPDM as sealing
material or the high-grade stainless steel housing are
suitable for internal and external cleaning and resist the
most adverse operating conditions.
Installation adjustment for optimum
setting to the installation situation
Aseptoflex Vario thread for a multitude
of process adapters
Suitable for medium temperatures up
to150 °C
Level sensor with modular
probe concept
Process sensors

73
(04.2015)
Level sensors
Protection rating/
protection class
Max.
tank pressure
[bar]
-1...40 IP 69K, III
Accessories
no.
0.15 m,
high-grade stainless steel (316L/1.4404)
E43345
0.3 m,
E43346
0.5 m,
E43340
0.7 m,
E43347
1.0 m,
E43341
1.5 m,
E43348
2.0 m,
E43342
E30396
for IO-Link sensors
E30398
Process sensors
QA0001
Process connection Medium temperature
[°C]
Order
no.
M12 connector · IO-Link 1.1
Aseptoflex Vario -40...150 LR2750
Dielectric constant medium > 5
Metals in contact
with the medium
(316L/1.4404),
PEEK, EPDM
Housing materials
(316L/1.4404),
PEI, PFA, PBT, FKM
Power-on delay time [s] ≤ 3
IO-Link device type of transmission 1.1
Probes for hygienic LR processes
Pipe fitting,
DN40 (1.5")
E33212
Clamp adapter,
Clamp 2"
E33202
Pipe fitting,
DN50 (2")
E33213
Clamp adapter,
Clamp 1-1.5"
E33201
Aseptoflex Vario adapter
IO-Link
no.
EVT001
EVT064
EVT004
EVT067
Welding adapter,
Ø 50 mm
E30122

74
LR9020 level transmitter with
ingress-resistant housing and
IO-Link parameter setting
Robust and reliable
The LR9020 reliably resists harsh environmental conditions
or high-pressure cleaning. Its small design allows installa-
tion in restricted spaces.
The digital IO-Link communication prevents disturbance
in measured value transfer.
User-friendly setting
Even before installation the user can set the sensor
parameters via IO-Link on the PC. The data record of
parameter setting can be copied to other sensors,
e.g. for installations of identical design.
Analogue output, switching output and
process value transfer via IO-Link
User-friendly parameter setting via IO-Link
by means of PC or IO-Link master
The probe can be cut to length, if needed
Small design for limited space
Continuous level measurement
with analogue output and IO-Link
Process sensors

75
(04.2015)
Level sensors
Accessories (to be ordered separately)
Type Description
Stainless steel (303/1.4305)
Order
no.
Process sensors
Rods stainless steel (303 / 1.4305)
Coaxial pipes stainless steel (303 / 1.4305)
Flange plates
Applications: aqueous media, coolants, cleaning agents, oils. *
no.
Socket, M12, 4-pole
EVC004
Socket, M12, 4-pole
EVC005
Socket, M12, 4-pole
EVC007
Socket, M12, 4-pole
EVC008
Socket, M12, 8-pole
E11231
Socket, M12, 8-pole
E11232Flange plate, LR 73-90 E43201
Flange plate, LR 73 - 90 / NPT E43206
E43203240 mm
E43204450 mm
E43226300 mm
E43205700 mm
E43227500 mm
E432071000 mm
E432081200 mm
E432091400 mm
E432101600 mm
E43211240 mm
E43212450 mm
E43213700 mm
E432141000 mm
E432151200 mm
E432161400 mm
E432171600 mm
E43218450 mm
E43228300 mm
E43219700 mm
E43229500 mm
E432201000 mm
E432211600 mm
* A coaxial pipe is required for the unit to function correctly in low
dielectric media.
Process connection Set point
accuracy
[cm]
Repeatability
[cm]
Max.
tank pressure
[bar]
Protection rating/
protection class
Order
no.
M12-connector
Output function 1 x IO-Link / 1 x analogue 4...20 mA / 0...10 V · 4-wire DC PNP
G 3/4 ± 1.5 ± 0.5 -1...4 IP 69K, III LR9020
Dielectric constant medium
2...20*
> 20
Medium temperature [°C] 0...80 / (90 peak)
Metals in contact
with the medium
stainless steel
(303/1.4305), PTFE, NBR
Housing materials
FKM, NBR, PBT, PC, TPE-V,
stainless steel
(1.4301/304), PTFE, PEI
Power-on delay time [s] 3
IO-Link device type of transmission COM2 (38.4 kbaud)
G 3/4
3/4" NPT

76
Improved display and
evaluation unit for
Pt100 / Pt1000 sensors
One unit for many sensors
The TR evaluation unit is a universal control and display
unit for connection of PT100 / PT1000 sensors (TT, TM
and TS series)
Automatic detection of the probe
The evaluation unit automatically detects whether two-
wire, three-wire or four-wire Pt100 or Pt1000 sensors
are connected.
Wide measuring range
Thanks to the extended measuring range of
-100...600 °C, an enormous number of common
temperature measurement and monitoring tasks in the
manufacturing and process industries can be solved.
And, of course, ifm also offers the corresponding
temperature sensors.
Clearly indicate the acceptable ranges:
programmable red/green display
Quick and easy handling via 3 pushbuttons
with VDMA menu
Flexible installation thanks to modular
concept
Versions with analogue (4...20 mA /0...10 V)
or switching output (2 x PNP/NPN)
Evaluates temperatures up to
600 °C: the TR with a new look
Process sensors

77
(11.2015)
Temperature sensors
Process sensors
Dimensions
64
48
M12x1
34
104
3
16,5
2
1
30
no.
Socket, M12,
EVC001
Socket, M12,
EVC002
Socket, M12,
EVC004
Socket, M12,
EVC005
Mounting clamp, Ø 34 mm,
PBT
E10017
Mounting clamp, Ø 34 mm,
PA
E10193
Protective cover for fluid sensors with
M12 connector,
polypropylene homopolymer
E30420
Accessories
no.
Response dynamics
T05 / T09
[s]
Pressure resistance
[bar]
depends on the connected sensor
Measuring range
[°C]
Factory setting
[°C]
Order
no.
Output function 1 x NO / NC programmable · 1 x analogue output 4…20 mA or 0…10 V programmable
-100...600 -40...300
Process connection
G 1/2 A TR2439
depends on the connected sensor
Output function 2 x NO / NC programmable
-100...600 -40...300 G 1/2 A TR7439
Accuracy [K] ± 0,3 + (± 0,1 % MS)
Electrical design PNP / NPN
Protection IP 67
Communication interface IO-Link
Resolution display [K] 0,1
IO-Link accessories
no.
Temperature sensors for connection
to the TR type
Version
High-temperature cable sensor
Order
no.
2 m,
PFA / PTFE cables
TS2451
2 m,
PFA / PTFE cables
TS2452
2 m,
PFA / PTFE cables
TS2453
2 m,
PFA / PTFE cables
TS2454
E30396
for IO-Link sensors
E30398
QA0001
E30390
Installation
length
[mm]
100
150
200
250
1) LEDs (display unit / switching status)
2) 4-digit alphanumeric display / alternating indication of red and green
3) Programming buttons

78
Even easier to use and with
improved visualisation
Quick and resistant
The compact TN type temperature sensors are
distinguished by excellent response times, high pressure
resistance and adaptive process connections. The
sensors easily resist applications with temperatures up
to 150 °C and high pressure loads up to 300 bar. The
measuring range is freely scalable.
Updating a classic
What is new is the quick and easy handling via three
pushbuttons. The display can be switched from the
indication of ”red“ to an alternating indication of
“red - green“.
So, switching states can be highlighted or an independent
colour window can be created. The sensor head can
be rotated and offers optimum readability from any
position. Thanks to captive laser labelling on the stainless
steel housing, the units can still be identified after years.
Measuring range of -50...150 °C,
response time T05 / T09 = 1s / 3s.
Clearly indicates the acceptable ranges:
programmable red/green display
Quick and easy handling via 3 pushbuttons
with VDMA menu
Versions with analogue (4...20 mA /0...10 V)
or switching output (2 x PNP/NPN).
Modern classic:
new TN temperature sensor
Process sensors

79
(11.2015)
Temperature sensors
Dimensions
34
140
4
3
1445
2
1 10048
M12x1
30
6
22
Process sensors
no.
Socket, M12,
EVC001
Socket, M12,
EVC002
Socket, M12,
EVC004
Socket, M12,
EVC005
Mounting clamp Ø 34 mm,
PBT
E10017
Mounting clamp Ø 34 mm,
PA
E10193
Progressive ring T-piece
Stainless steel (320S17)
E40102
Adapter, M18 x 1.5 - L18, high-grade
stainless steel (316L/1.4404), FKM
E40104
Adapter, M18 x 1.5 - G 1/2
High-grade stainless steel (316L/1.4404)
E40096
Adapter, M18 x 1.5 - G 1/4
High-grade stainless steel (316L/1.4404)
E40099
Protective cover for fluid sensors with
M12 connector,
polypropylene homopolymer
E30420
Accessories
no.
Response dynamics
T05 / T09
[s]
Pressure resistance
[bar]
300 1 / 3
Measuring range
[°C]
Factory setting
[°C]
Order
no.
Output function 1 x NO / NC programmable · 1 x analogue output 4…20 mA or 0…10 V programmable
-50...150 -40...150
Process connection
M18 x 1.5 I TN2511
300 1 / 3
Output function 2 x NO / NC programmable
-50...150 -40...150 M18 x 1.5 I TN7511
Accuracy [K] ± 0.3 + (± 0.1 % MS)
Electrical design PNP / NPN
Protection IP 67
Communication interface IO-Link
Resolution display [K] 0.1
E30396
for IO-Link sensors
E30398
QA0001
IO-Link accessories
no.
E30390
1) LEDs (display unit / switching status), 2) 4-digit alphanumeric
display / alternating indication of red and green, 3) Programming
buttons, 4) Upper part of the housing can be rotated by 345°

80
Process sensors
Compact design with excellent
response time and extended
measuring range
Analogue and IO-Link
The temperature transmitter has an analogue output
with 4...20 mA. The parameters are set via the integrated
IO-Link interface.
Fast and precise
The Pt1000 measuring element of class A achieves a
high precision with the factory-internal calibration.
The innovation besides the wide measuring range is the
excellent response time. Therefore the sensor is suitable
for all highly-precise and fast processes in hygienic
environments.
Transparent and flexible
An LED clearly signals the readiness for operation.
Compact design, integrated process connections and
different probe lengths enable easy and flexible installa-
tion.
Measuring range of -50...200 °C, scalable
via IO-Link 1.1
Very fast response time:
T05 / T09 = < 0.5 s / < 2 s
LED for visualisation of the operating
status
Versions with different hygienic process
connections
Different installation lengths from
25...150 mm
200° below 2 s: fast, hygienic
temperature transmitter

81
(04.2015)
Process sensors
Temperature sensors
Installation length
[mm]
Order
no.
Process connection Clamp 3/4“
Temperature range (scaled 4...20 mA) -50...200 °C
Process connection Clamp 1.5“
Protection IP 67, IP 68, IP 69K / lll
with the medium
(316L/1.4404)
Reverse polarity / overload protection • / •
Measuring element Pt1000, class A
Response dynamics T05 / T09 < 0.5 s / < 2 s
Accuracy [K] ± 0.3 + (± 0.1 % MS)
Measuring range [°C] -50...200
IO-Link revision 1.1
E30396
for IO-Link sensors
E30398
QA0001
Accessories
no.
Dimensions
6
M12x1
18,7
15,9 50,4 EL
LED 2 x 180° 1
L+
L
3
1
4
2
IO-Link
L+
L
1
2
Wiring diagram
Example TA2002
no.
TA2002
TA2012
TA2802
TA2812
TA2832
TA2842
G 1/2 process connection with sealing cone
TA2502
TA2512
TA2532
TA2542
Process connection ø 6 mm
TA2212
TA2232
TA2242
1) 3/4" Clamp
EVT001
EVT002
EVT004
EVT005
25
60
30
50
100
150
30
50
100
150
50
100
150

82
Process sensors
Compact temperature
transmitter with excellent
response time and IO-Link 1.1
Versatile
The TA type temperature sensor is a universal transmitter
with a 4...20 mA current output which can be scaled
over the -50 to 150 °C measuring range. Scaling is done
simply via the integrated IO-Link interface
Flexible
The compact design, the integrated process connections
and a multitude of probe lengths enable particularly
simple installation.
Transparent
An integrated LED clearly signals the readiness for
operation.
Fast and precise
A high level of accuracy is achieved using a class A
accuracy Pt1000 sensor and factory calibration.
In addition, ifm’s tried and tested film technology ensures
excellent dynamic response times. So this sensor is suited
for all highly precise and rapid processes.
Space-saving in all installation positions
LED for visualisation of the operating
status
Fast response time: T05 / T09 = 1 s / 3 s
Pressure resistant up to 400 bar
Different installation lengths from
25...150 mm
Small but effective: temperature
transmitter in compact housing

83
(11.2014)
Process sensors
Temperature sensors
Protection IP 67, IP 68, IP 69K / lll
Materials (wetted parts)
(316L/1.4404)
Reverse polarity / overload protection • / •
Measuring element Pt1000, class A
Response dynamics T05 / T09 1 s / 3 s
Accuracy [K] ± 0.3 + (± 0.1 % MS)
Measuring range [°C] -50...150
IO-Link revision 1.1
and analysis of units with DTM
specification, current consumption
via USB port: max. 500 mA
E30396
Memory plug, parameter memory for
IO-Link sensors
E30398
QA0001
Accessories
no.
Dimensions
Wiring diagram
no.
Socket, M12,
EVC001
Socket, M12,
EVC002
Socket, M12,
EVC004
Socket, M12,
EVC005
6
M12x1
18,7
15,9 48 14
26LED G ½
EL
L+
L
3
1
4
2
IO-Link
L+
L
1
2
TA24
6
M12x1
18,7
15,9 48
19
13
G ¼LED
EL
TA21
Nominal length
[mm]
Order no.
Factory setting
Pressure resistance
[bar]
Process connection G 1/2
Analogue output scalable 4...20 mA
30 300
50 300
100 160
150 160
25 400
50 400
100 160
150 160
TA2405
TA2415
TA2435
TA2445
TA2105
TA2115
TA2135
TA2145
Thermowells
G 1/2 E37600
G 1/2 E37610
G 1/2 E37620
G 1/2 E37640
27
74
124
224
50
100
150
250
Screw-in thermowell, process connection G 1/2
-50...150 °C
-50...150 °C
50 300
100 160
150 160
TA2417
TA2437
TA2447
0...100 °C
27
G ½
G ½
28 EL
BL
1
9
7
Dimensions
Device
connection
Installation depth EL [mm]
Sensor Thermowell
Order
no.

84
Process sensors
Thermowells for all
common process connections
and installation depths
Why is a thermowell required?
Aggressive media, high pressures and flow speeds
make the use of thermowells necessary.
Thermowells protect temperature sensors from such
influences and make it possible to replace sensors in
the running process. So, a calibration of the sensors
is possible at any time.
Universal
The ifm thermowells are suited for all temperature
probes with a diameter of 6 mm. Market common
process connections are designed for use in hygienic
and industrial applications.
Convenient: sensor calibration without
process interruption
Special: for industrial and hygienic
applications
Robust: sensor protection in harsh
applications
Suited: for all Ø 6 mm temperature
probes
Flexible: installation depths of
30...330 mm
Extra protection for
temperature sensors

85
(11.2014)
Process sensors
Temperature sensors
Device
connection
Installation depth EL [mm]
Sensor Thermowell
G 1/2 E37810100
G 1/2 E37820150
G 1/2 E37830250
G 1/2 E37850350
Order
no.
G 1/2 E37910
G 1/2 E37920
G 1/2 E37930
G 1/2 E37950
G 1/2 E37430250
G 1/2 E37450350
Ø 6 mm E37603
Ø 6 mm E37613
Ø 6 mm E37623
Ø 6 mm E37643
Ø 6 mm E37663
G 1/2 conical E37511
G 1/2 E37600
G 1/2 E37610
G 1/2 E37620
G 1/2 E37640
64
115
191
267
191
267
33
83
128
233
333
68
118
49
99
149
27
74
124
224
50
100
150
250
350
100
150
50
100
150
50
100
150
250
Process connection Tri-Clamp 1.5" for type: TA24, TT12, TT32, TM44, TD22
Process connection Tri-Clamp 2" for type: TA24, TT12, TT32, TM44, TD22
Welding thermowell, weld-in process connection for type: TT32, TD22
Clamp fitting, process connection G 1/2 for type: TT92, TT02, TT12, TT22, TT32, TD22
Hygienic thermowell, process connection G 1/2 conical for type: TM45, TD25
Welding clamp adapter, ball process connection 34 mm Ø for type: TM45, TD25
Screw-in thermowell, process connection G 1/2 for type: TA24, TT02, TT12, TT22, TT32, TM44, TD22
63
EL
BL
6,4
44,5
12,7
6,6
19
38,1 1
26,7
½" NPS
63
EL
BL
6,4
44,5
12,7
6,6
19
38,1
1
26,7
½" NPS
38,1
44,5 EL
BL
6,4
6,6
16
½" NPS
7
9
27 G ½
EL
BL
13
1M4
27
G ½
G ½
9
7
18
72 EL
BL
2,5
37
2,5
41 EL
BL
G ½
7
9
30
34
16,6
27
G ½
G ½
28 EL
BL
1
9
7
1) 1.5" Clamp (ISO 2852)
1) 2" Tri-Clamp (ISO 2852)
100
150
250
350
64
115
191
267

86
Safe automation system
includes PLC and gateway
functions
All-in-one: more than just a PLC
Just as a smartphone is more than just a phone, the
new SmartPLC is more than just a simple PLC.
It has the flexibility for different tasks, even in safety-
related applications up to SIL 3, PL e.
For example as:
– fail-safe PLC
– standard PLC
– AS-i gateway
– visualisation system
– protocol converter
– data logger
– intelligent evaluation unit (ifm system solutions)
Two integrated PLCs (1 x fail-safe, 1 x standard),
powerful processors, a large memory and a multitude of
supported protocols allow the control of sophisticated
systems – and this at an unbeatable price!
Quick and easy set-up
Flexible and future-proof thanks to
connective hardware and CODESYS V3
High machine uptime due to sophisticated
diagnostics
Unbeatable price/performance ratio
Safe up to SIL 3, PL e
Safety 4.0:
the safe SmartPLC

87
(11.2015)
Products
Order
no.
AS-i Profinet gateway
with safe preprocessing
AC402S
AS-i EtherNet/IP gateway
with safe preprocessing
AC422S
Dimensions
106,293
135,5
128,2
Type Description
AS-i gateway
Accessories
Order
no.
AS-i data decoupling module AC1250
Type Description
Safe PLC
Certified up to SIL3, PL e. Eight safe local inputs and
four safe local outputs. Convenient diagnostic functions,
e.g. status indication for safe I/Os and error memory
with time stamp for up to 2,000 messages.
Programming is done via CODESYS V3. Simplified
replacement of slaves using automatic teach function.
Standard PLC
The PLC can be freely programmed using CODESYS V3.
Its software and hardware operates independently of
the fail-safe PLC, but it can of course communicate
with it and exchange data. The PLC has access to all
interfaces of the system.
AS-i gateway
Without programming, the SmartPLC can be used
directly as a gateway for AS-i on the one side, and
Profinet or EtherNet/IP on the other side. The integrated
display and the convenient web interface display all the
available status information for the user and support
diagnostics in case of a fault.
Data logger
Operational system data can be recorded via AS-i,
EtherCAT, Modbus TCP, Profinet, EtherNet/IP, TCP/IP,
UDP/IP and stored on the SD card or in the internal
flash memory.
If needed, the integrated real-time clock provides a
time stamp for each recorded data block. This simplifies
the documentation and diagnostics of processes.
Visualisation system
A freely programmable web visualisation based on
HTML5 provides maximum transparency. An internet
browser with HTML5 capability is sufficient on the final
unit (PC, tablet, smartphone). No further software is
required. Even the full graphic display of the SmartPLC
is freely programmable for visualisation tasks.
Platform ifm system solutions
With the new ifm system solution apps, the process
data of different sensors is transmitted to common
fieldbus systems and their parameters are easily made
accessible. These tailored apps can be loaded onto the
SmartPLC without programming software. This makes
your installation fit for Industry 4.0.
Protocol converter
Connect your sensors and Ethernet based devices to
your fieldbus: the SmartPLC can be used as protocol
converter between Profinet, EtherNet/IP on the one
side and AS-i, EtherCAT, Modbus TCP, TCP/IP, UDP/IP
and IO-Link on the other side.
All-in-one
The new SmartPLC combines two separate PLCs in
one compact housing. While the one PLC solves safety-
related applications, the second PLC either works as a
standard PLC or as platform for other tasks.
Both PLCs communicate with each other, so that entire
plant controls can be implemented including safety
functions and visualisations with only one SmartPLC.

88
Safe bus connection for light guards
Safe AS-i input module
especially for light guard
applications
Module for light grids
Using this new, safe input module, light guards and
other safety-related sensors with electronic OSSD out-
puts can be connected to AS-i Safety at Work.
Control muting lamp
The integrated outputs ensure the connection of two
signal lamps.
Quick mounting without tools
The tried-and-tested quick mounting avoids wiring
faults. There is one M12 connecting socket each for the
transmitter, the receiver and the two signal outputs.
Two alternatives for the voltage supply
Depending on the design, the light guard and the
signal lamps can be completely supplied via AS-i or an
external auxiliary voltage.
Optimised M12 socket connection for
light guard applications
Muting lamp can be controlled by PLC
Precise and flexible quick mounting
Supply of the light guards from AS-i
High safety due to certification to
EN 62061/SIL3 and EN ISO 13849-1/ PL e
With signal effect: AS-i module
for OSSD inputs

89
(11.2015)
The products
Order
no.
Advantages and customer’s benefits
Fail-safe sensors with a current consumption below
200 mA can be operated on AC507S without auxiliary
voltage. Connection is only made via the yellow AS-i
flat cable.
AS-i quick connection
The quick-connection technology provides a high degree
of installation reliability and flexibility. The AS-i flat cable
can be connected from three different directions.
Diagnosis on site
The LEDs indicate the status of the inputs and outputs
and the communication.
Safety
The module meets the requirements up to SIL3 according
to EN 62061 and PL e to EN 13849-1. In the event of a
fault, the integrated communication monitoring switches
the signal outputs off.
Applications
The module is designed for the connection of electro-
sensitive protective equipment (ESPE) with electronic
outputs to EN 61496-1. It is particularly suited for the
connection of safe inductive sensors such as GM705S.
Pulse pick-ups for the display of muting functions can
be connected via M12 sockets.
Operating voltage (AS-i) [V DC] 26.5...31.6
AS-i profile S-7.B.E
AS-i specification 2.11 + 3.0
Extended addressing mode –
Protection IP 67
Safe AS-i input modules
AC507S, AC508S
Technical data
no.
Safe AS-i input module
Sensor supply
Inputs / outputs: via AS-i
Current rating inputs / outputs:
200 mA in total
Total current consumption: ≤ 280 mA
AC507S
Sensor supply
Inputs / outputs: 24 V external, PELV
Current rating inputs / outputs:
inputs 200 mA, outputs 500 mA
Total current consumption: < 80 mA
AC508S
Dimensions
45
103
40,2
44,7
25,8
Adapter cable,
from 8 poles to 5 poles,
M12 plug / M12 socket,
configured for automatic operation
EY3090
Adapter cable,
5 poles,
M12 plug / M12 socket,
configured for "short range"
EY3092
Adapter cable

90
Connection of IO-Link sensors
to all field buses
PLC
Fieldbus modules for all controllers
The 8-port IO-Link masters are field-compatible input /
output modules for the connection of up to 8 IO-Link
devices, for example sensors, valves or binary input /
output modules. Process signals, events and parameters
are transferred to the controller via PROFINET, EtherCat,
Ethernet/IP or PROFIBUS.
Connection of sensors and actuators
Up to 8 IO-Link sensors can be connected. Four of the
eight ports are designed as B ports and supply auxiliary
energy for the connection of IO-Link actuators.
The total current consumption per module can total up
to 12 A.
Robust field device
The modules allow use in a wide temperature range
of -25...60 °C. The high EMC and the robust mechanics
guarantee high availability even in difficult environments.
8 IO-Link ports with full V1.1 functionality:
COM1, COM2, COM3 and SIO mode
4 additional binary inputs
2 Ethernet ports 10/100 Mbits/s with
switch for the field bus connection
Protection IP 65 and IP 67 with full potting,
all connections via M12 plug-in
An integrated parameter memory
facilitates device replacement
8-port IO-Link master:
closing the gap in the field
IO-Link: Data highway to the sensor

91
(04.2015)
The products
Fieldbus,
PROFINET
AL1000
Fieldbus,
PROFIBUS
AL1010
Fieldbus,
EtherNet/IP
AL1020
Fieldbus,
EtherCAT
AL1030
Total current consumption [A] 12
Operating voltage [V DC] 18...31.2
IO-Link version 1.1
Number of IO-Link ports 8
Number of binary inputs
4 + 8
(IO-Link in SIO mode)
Housing material
PA;
Socket:
Nickel-plated brass
Parameter memory •
Port A /port B 4 / 4
IO-Link master field modules
IO-Link components
Technical data
Unit versions
Advantages and customer benefits
• 12 amperes on an M12 connector
The module supply and the auxiliary power are supplied
via the T-coded M12 connector. The energy can be
looped through the module (daisy chain).
• Easy sensor connection
The sensors and actuators are connected via standard
M12 connection cables without screening.
The cable may be up to 20 m long.
• Reliable digital data
The sensor data is transferred digitally. Contact
resistance and EMC interference cannot falsify the
signals.
Dimensions
Order
no.
Type Description
20
30,5
1,5
M12x1
LEDs
60
30
198,5
185
212
8,5
6
AL1000

92
Effective connection of binary
sensors to any IO-Link master
Field modules with IO-Link connection
Up to 8 or 16 conventional sensors can be connected
to these modules. IO-Link transfers the signals to any
IO-Link master / PLC via one unscreened M12 connection
cable. Wiring costs are reduced because there are no
longer any complex cable trees.
As opposed to bus systems IO-Link does not require any
configuration or addressing. This simplifies installation.
Two binary inputs per M12 socket
Pin 4 and pin 2 of each socket are used for one input.
That means that dual sensors, normally closed or
normally open, can be connected without any problem.
Robust field device
The modules allow use in a wide temperature range
of -25...70 °C. The high EMC and the robust mechanics
guarantee high availability even in difficult environments.
Up to 8 locations with two binary
inputs each
Unscreened standard M12 cable sufficient
for data and energy transmission
High protection rating IP 67
Robust due to full potting
IO-Link I/O module minimises
wiring costs for sensors
Wire 16 signals with three wires.

93
(04.2015)
Dimensions
IO-Link version 1.1 and 1.0
Type of transmission COM2 (38 kBaud)
Protection IP 67
Min. cycle time process data [ms] 2.3
IO-Link input modules
IO-Link components
Technical data
Advantages and customer benefits
• IO-Link replaces multi-pole cable
Multi-wire cables and connectors are a matter of
the past. Standard M12 connections between the
input module and an IO-Link master transfer up to
16 binary input signals.
• Support of interchangeable tools
The tree-wire connection minimises complex cabling
for interchangeable tools.
The input modules can store a tool number so that
the PLC can easily identify and differentiate tools.
M12 sockets 4
Number of binary inputs 4 x 2
Total current consumption [mA] ≤ 450
8
8 x 2
≤ 850
Current rating [mA]
for all inputs, total
400 800
Unit versions
Order no. AL2400 AL2401
23
27
54,5
M12x1
M12x1
X1.0
4,7107
118,2
28,5
39
7,5
60
X1.1
X1.2 X1.3
AL2400
23
27
4,7107
152
28,5
39
7,5
60
54,5
M12x1
M12x1
X1.0 X1.1
X1.2 X1.3
X1.4 X1.5
X1.6 X1.7
AL2401

94
Easy communication with the
PLC and in parallel to the LINE-
RECORDER SMARTOBSERVER*
Interface for factory networking
With the integrated LINERECORDER AGENT, this master
enables direct networking of all connected IO-Link
devices with a local server via an Ethernet network.
Using this connection, machine data, process parameters
and diagnostic data can be directly read and processed
by the IT. The easy-to-use server software LINERECORDER
SMARTOBVSERVER* enables data evaluation by means
of customer-specific cockpits.
Using the same communication mechanisms, it is possible
to directly couple machines and exchange production-
related data.
From sensor to SAP
For the first time, sensor data can be directly transmitted
to management software - and this on a factory-wide
or even worldwide level.
Evaluation of the obtained data in real time enables an
increase in production efficiency and energy savings in
the context of Industry 4.0.
The IO-Link master module for different applications:
from machine condition monitoring to remote
maintenance of wind parks.
*LINERECORDER SMARTOBSERVER is a server-based software
for data storage, predictive maintenance and quality monitoring.
8 IO-Link ports V1.1 with COM1, COM2,
COM3 and SIO support
10 extra binary inputs 24 V DC and
2 configurable binary inputs/outputs
2 Ethernet ports 10/100 Base-TX with
integrated switch
Slim housing for control cabinet mounting
Extended temperature range of 0...70 °C
8-port IO-Link master module with
LINERECORDER AGENT embedded

95
(04.2015)
System solutions
Special features
Ethernet interface for PLC connection
This IO-Link master operates as an input/output card
with a total of 20 I/Os, of which 8 are for IO-Link devices
and the rest for binary signals.
All signals can be easily transmitted to compatible
controllers via the standard fieldbuses EtherNet/IP or
Profinet.
Two ways simultaneously = PLC and server in
parallel
So far, all sensor signals had to be sent by the PLC
to higher-level systems. This is now done via a parallel
communication path (Y path). The PLC program
remains unchanged.
Integrated web server for configuration and
diagnostics
No special software is required for configuration.
All IO-Link settings can be made via the integrated
web interface. To do so, a standard PC with Ethernet
connection and web browser is required.
Convenient IODD integration
Via the web interface, up to 8 different IODDs (IO-Link
device descriptions) can be loaded into the master. After
connection of the IO-Link devices, the corresponding
IODDs are automatically assigned to the connected
IO-Link devices and the corresponding ports.
Parallel sensor communication
IO-Link master IO-Link master
PLC
industrial fieldbus
LR agent communication (option)
LINERECORDER
web-based
user interface
IO-Link
sensors
···1 2 7 8
server
IO-Link
IO-Link
sensors
···1 2 7 8
Technical data
“Y“ path for PLC data exchange and a parallel
connection to the server via LINERECORDER AGENT
IO-Link master module for connection to fieldbuses
Fieldbus connection EtherNet/IP Profinet
Further protocols Modbus / TCP (slave)
Order no. AY1020 AY1000
Supply voltage [V] 18...30 DC
Current consumption [A] 2 (24 V)
IO-Link version 1.1
Number of IO-Link ports 8
Parameter memory •
IO-Link port A / port B up to 8, configurable
Inputs/outputs IO-Link / SIO configurable
IO-Link baud rates COM 1...3 4.8k, 38.4k, 230.4kBaud
Digital inputs max. DI 8 (16) +2
Digital outputs max. DO 8 + 2
IO-Link / DI / DO status LEDs 20
Ethernet connections 2x (10/100 BASE-Tx)
Module / Ethernet status LEDs 7
Ethernet sockets RJ45
Electrical connections screw terminals
Protection IP 20
Housing material polyamide plastics
Installation DIN rail

96
Short overview of the
most important ideas and
advantages of IO-Link
IO-Link = universal process data interface
IO-Link masters are universal input/output modules.
Different types of units can be operated on the same
port: IO-Link sensors, IO-Link actuators and units with
switching signal. Therefore, one IO-Link port can replace
several components: analogue (4...20 mA, 0...10 V)
and binary input and output cards.
IO-Link = smart sensor interface
In smart sensors, IO-Link is already integrated. So, data
can be exchanged bidirectionally with the controller,
e.g. diagnostics and maintenance messages or data for
remote parameter setting.
IO-Link = easy set-up
The easiest way to obtain sensor process values is as
easy as the connection to an analogue card. Connect
the sensor to the IO-Link master – done.
Replacement is just as easy. All sensor parameters are
stored in the master and transferred to the new unit.
Smart IO-Link sensors can be conveniently set using the
LINERECORDER SENSOR 4.0 software.
The sensor settings can be stored, copied, loaded or
cloned to other units.
The USB IO-Link interface establishes the connection
between IO-Link units and the LINERECORDER SENSOR.
It is compatible with most Windows PCs.
IO-Link masters are available for all major
PLCs and fieldbuses
Simple configuration via LINERECORDER
SENSOR (PC) or via web interface
IO-Link app for AS-i gateways with
automatic network scan of all sensors
A wide range of ifm sensors with IO-Link:
encoders, capacitive, photoelectric,
temperature, flow, pressure and level
sensors
IO-Link – The standard interface
for smart sensors

97
(04.2015)
System solutions
For further technical details please visit: www.ifm.com/gb/io-link
10 good reasons to use IO-Link
Fast and easy set-up and service:
1. Offline parameter setting of the sensors prior to
installation.
2. Automatic sensor detection online when using the
IO-Link app on the AS-i/fieldbus gateway.
3. Easy sensor replacement with automatic parameter
setting by the master.
Sensor identification included.
High machine uptime:
4. Avoidance of incorrect handling during operation
by deactivating the operating keys on the sensor.
5. Easy transmission of the measured values without
conversion losses; values on the sensor display
correspond to the values on the machine display.
6. Highly interference immune - because digital -
analogue value transmission in comparison with
conventional analogue technology. And this using
an unscreened cable without special grounding.
7. Machine diagnostics up to the sensor level
functions without disrupting the operation.
Less wiring saves installation costs:
8. Several analogue signals and switch points can be
transmitted using only one standard 3-wire cable.
This reduces the number of terminals and makes
space in the cable duct.
9. Sensors and actuators, analogue or binary, can be
connected via IO-Link ports. This replaces different
input/output modules.
Investment security:
10. IO-Link has been internationally standardised to
IEC 61131-9 and is therefore future-proof. The
acceptance of all leading automation suppliers
ensures investment security for OEMs and users.
IO-Link is the interface to Industry 4.0.
Typical plant configuration
IO-Link master
IP20
IO-Link master
IP67
sensor parameter settingPLC
industrial fieldbus
LINERECORDER
sensor 4.0
MODBUS-TCP
IO-Link
sensors
···1 2 7 8
IO-Link
sensor
with
IO-Link
IO-Link
IO-Link
sensors
···1 2 7 8
USB
adapter
Order data
Technical data
IO-Link service & maintenance tools
Characteristic IO-Link data
IO-Link USB master low power E30396
IO-Link USB master ext. power E30390
LR Sensor 4.0 parameter setting software
with IODD import
QA0001
Analogue converter -50...300 °C
Pt100/Pt1000 to IO-Link
TP3232
Analogue converter 0...100 °C
TP3237
IO-Link app for AS-i gateways AC14xx AP3001
Analogue converter -50...150 °C
TP3231
Memory plug - sensor-parameter memory E30398
Cable length [m] 20
Line physics type A
3-wire cable,
unscreened
Connection M12, M8, M5, terminals
Process data (PD) per device 1 bit ... 32 bytes
Cycle time for 2 bytes [ms] 2.3
Parameters, diagnostics and events acyclic transmission
Power supply type A
Power supply type B
sensors 200 mA
sensors + actuators
separated
M12 pin connection type A
pin 1: 24 V DC
pin 3: 0 V DC
pin 4: IO-Link /
binary input / output
Description Order
no.

98
Easy as using a smartphone!
Individual connection to a PLC
by means of reloadable apps
Until now:
complex programming
Modern sensors offer more and more intelligent
functions that can also be made available to the PLC
via interfaces like IO-Link or TCP/IP.
To use them, the PLC programmer has to individually
implement the functionalities in the PLC. This is very
time-consuming and costly, especially when it comes
to implementing the required user interfaces.
From now on:
fit for Industry 4.0 – ifm System Solutions
With the new ifm System Solution Apps ifm electronic
has developed a system which is easy to create. It allows
process data from different sensors to be transmitted to
common fieldbus systems, and their parameters are
easily accessible.
For this purpose, ifm now offers tailored apps which
can be loaded into the ifm fieldbus gateway without
any programming software.
Fast and easy integration of intelligent
sensors into the PLC world
No special PC software required, an
internet browser is sufficient
PLC connection via the fieldbus protocols
Profinet, Profibus, EtherNet/IP and others
Smart additional functions tailored to the
sensors selected
Straightforward web configuration
instead of time-consuming and costly
programming
Industry 4.0 made easy – Apps
instead of expensive programming

99
(11.2015)
The products
Order
no.
System solutions
ifm System Solution Apps
ifm System Solution Apps
The centrepiece for using the ifm System Solution App
is the AC14 SmartPLC. On the one hand, the device
has a certified fieldbus interface (Profinet,
Profibus, EtherNet/IP) for the connection to a PLC.
On the other hand, the AC14 features excellent
communication possibilities via an additional EtherNet
interface and up to two AS-i masters for connection to
a variety of sensors and actuators.
Loading and configuration of the app is made via the
integrated web interface, i.e. all necessary settings can
be carried out conveniently via a device with an inter-
net browser.
System overview
Example: ifm System Solutions App for O3D camera
Web-based configuration
PLC
world
Sensor
world
www.ifm.com
System Solution Apps
AC14
analogue signals
binary signals
Ethernet
TCP/IP
UDP/IP
Web-based configuration
AC14 with App for O3D camera
PLC
world
Sensor
world
PLC TCP/IP
O3D camera
IO-Link scanner and configurator AP3002
Field bus connection of up to five type O2I
multi-code readers to Profibus, Profinet, EtherNet/IP
AP3022
Field bus connection of up to three type O3D200
multi-code readers to Profibus, Profinet, EtherNet/IP
AP3032
AS-i based DTA ID systems: user-friendly writing of
RFID tags, history data
AP3042
Data collector: up to 30 process data can be freely
named and scaled, history data with time stamp can
be stored on SD card, fieldbus connection to Profibus,
Profinet and EtherNet/IP
AP3052
Tool changeover: via the fieldbus
(Profibus, Profinet, EtherNet/IP) free selection of
predefined AS-i configurations
AP3062

100
All in one unit: antenna,
evaluation and CANopen
interface
RFID compact units suitable for mobile use
The robust RFID compact units with CANopen interface
have been developed for identification tasks in agricultural
machines, municipal vehicles and construction machines.
It automatically detects different attachments and
configures the corresponding settings in the controller.
This automatic identification simplifies the creation of
user-specific system set-ups.
Information on maintenance intervals and operating
times can automatically be generated and stored since
the controller automatically detects when and how
long a specific machine set-up runs.
Downtimes are minimised, productivity is increased.
Optimised for outdoor use with IP 67 and
IP 69K
Extended temperature range of
-40...85 °C
E1 type approval
Shock resistant to EN60068-2-27 and
vibration resistant to EN60068-2-64
Optimised for use with ifm ecomatmobile
controllers
RFID for mobile machines

101
(11.2015)
When competences complement each other
ifm develops and produces RFID evaluation units and
antennas for industrial applications.
These RFID systems are available for all common
frequency ranges.
Even the integration of different fieldbuses into the
RFID components has been successfully implemented.
Furthermore, ifm as an automation specialist has know-
how of many years in the area of mobile machines,
where control systems and sensors from ifm have been
established in the market.
The competences and experience of these both different
areas have now been combined in the RFID solution for
mobile machines.
Description Order
no.
E80370
ID tag/30X2.8/03 – 13.56 MHz,
16 Kbits – FRAM
E80371ID tag/30X2.5/06 – 13.56 MHz, 896 bits
E80377
ID tag/R20X2.5/06 – 13.56 MHz,
896 bits
RFID evaluation unit / RFID antenna
The products
E80380ID tag/30X2.8/03 – 13.56 MHz, 64 Kbits
E80381
ID tag/4.35X3.6/03 – 13.56 MHz,
896 bits, 10 pcs
E80382
ID tag/label 65X30/03 – 13.56 MHz,
896 bits, 500 pcs
E80379
ID tag/label 80X50/03 – 13.56 MHz,
896 bits, 500 pcs
Current consumption sensor [mA]
< 50 at 24 V,
< 85 at 12 V
Protection rating,
protection class
IP 67 / IP 69K,
III
Housing material stainless steel
Interfaces 1 x CAN
Supported CAN protocols CANopen
Standards and tests
(extract)
CE,
radio approval
Connection M12 connectorJumper, M12,
5 m, black, PUR cable, LED
EVC039
Jumper, M12,
EVC069
Socket, M12,
EVM036
Socket, M12,
EVM038
Socket, M12,
EVC492
RFID transponders
Accessories
BasicDisplay XL, 4,3",
CAN Interface
CR0452
Display
no.
no.
DTM424
M18 flush, 13.56 MHz,
CANopen interface
DTM425
M18 non flush, 13.56 MHz,
CANopen interface
DTM434
M30 flush, 13.56 MHz,
CANopen interface
DTM435
M30 non flush, 13.56 MHz,
CANopen interface
Process and dialogue unit PDM360 NG,
7" colour display
CR1081

102
More flexibility in
conveying due to extended
operating distances
Reliable identification
The new robust RFID antennas have been developed
especially for the requirements in automation and
conveying technology. In combination with the antenna
adapters, they ensure excellent operating distances for
more reading reliability even under adverse installation
conditions.
The industrially compatible connection technology
"ecolink" ensures quick and reliable connection of
antennas and sensors to the RFID evaluation units.
Ready for Industry 4.0
The ifm RFID evaluation units offer a wide range of
industrial fieldbus interfaces. RFID-based identification
tasks can easily be integrated into SAP/ERP systems.
Longer ranges with patented antenna
adapters
Antenna adapters for cylindrical M18
and rectangular KQ housings
Robust RFID antennas M18 for flush and
non flush installation
Extra flat antenna in rectangular KQ
design for limited space conditions
Easy integration into SAP/ERP systems
by means of evaluation units
Adapters to increase the ranges
of the new RFID antennas

103
(11.2015)
Different interfaces
New: DTE104 with TCP/IP and SAP / ERP
connectivity
This new RFID evaluation unit is ideal for direct
connection to PCs, industrial PCs or PLCs that have no
standardised fieldbus interface. Users can access all
connected antennas, sensors and actuators via TCP/IP
protocol.
DTE100 system with Profibus DP
RFID evaluation unit with integrated Profibus DP inter-
face.
DTE101 with Profinet
This evaluation unit is in particular intended for
customers with a Siemens controller.
DTE102 system with EtherNet/IP
This version is optimised for controllers from Schneider
Electric or Rockwell Automation.
Easy integration
Data access to the transponders is fast and simple, via
the provided function blocks as well as directly via the
process image of the controller.
Integrated web server
All evaluation units have an integrated web server.
Users can log in via an HTTP address to fully access the
device.
Antennas, digital I/O and sensors
Each evaluation unit offers four sockets to connect up
to four RFID antennas. Optionally, unused RFID antenna
inputs can also be used for the control of outputs or
the detection of digital input signals. Two digital sensors
can be connected to each socket set as an input; and
an actuator to each output.
Customer benefits
The integrated LINERECORDER AGENT simplifies the
integration into SAP/ERP systems. This system solution
facilitates the extension of the production process by
additional functions.
With this version of the DTE104 the user is provided
with the ASCII protocol.
Application examples
Traceability of products plays an essential role in industry.
By integrating LINERECORDER AGENT and SAP Connector
the LR functions "Product Trace" and "Order Manage-
ment" can be used.
With RFID, materials and products can be unambiguously
assigned within the production process.
Here, the functions "Product Trace", "Order Manage-
ment" and "Material Manager" are used.
Description Order no.
DTE102
RFID evaluation unit,
EtherNet/IP interfac
DTE104
Ethernet TCP/IP interface
DTE101
Profinet interface
ANT512RFID antenna 125 KHz
ANT513
RFID antenna 13.56 MHz,
ISO 15693
E80370ID tag/30X2.8/03 – 13.56 MHz, 16 Kbits – FRAM
E80371ID tag/30X2.5/06 – 13.56 MHz, 896 bits
E80377ID tag/R20X2.5/06 – 13.56 MHz, 896 bits
RFID evaluation unit
RFID antennas
The products
DTE100
Profibus DP interface
ANT515
1 m cable, M12 plug
ANT516
2 m cable, M12 plug
ANT410
M12 design, flush
ANT411
M12 design, non flush
ANT430
M30 design, flush
ANT431
ANT420
M18 design, flush
ANT421
E80380ID tag/30X2.8/03 – 13.56 MHz, 64 Kbits
E80381
ID tag/4.35X3.6/03 – 13.56 Mhz,
896 bits, 10 pcs
E80382
ID tag/label 65X30/03 – 13.56 Mhz,
896 bits, 500 pcs
E80379
ID tag/label 80X50/03 – 13.56 Mhz,
896 bits, 500 pcs
RFID transponders for:
ANT410, ANT411, ANT420, ANT421, ANT430, ANT431,
ANT513, ANT515, ANT516
Antenna adapters
E80390
Adapter to increase the ranges for
RFID antenna type M18
E80391
Adapter to increase the ranges for
RFID antenna type KQ

104
Extended functions for all
ifm multicode readers
Recognition of codes and text
Independent of orientation and number of codes the
multicode reader automatically decodes 1D and 2D
codes.
The new version also solves OCR tasks, e.g. for product
identification by means of type designations or series
numbers. All information such as expiry date or produc-
tion date can now be directly read.
Suitable for industrial applications
With its protection rating IP 67, integrated lighting,
different interfaces and large variety of operating
distances and field of view sizes, the ifm multicode
reader is suited for a large number of industrial applica-
tions.
Identification of 1D/2D codes and text
Optical character recognition (OCR) also
with position tracking
Variable character lengths
Easy handling
Compact industrially-compatible housing
Industrially-compatible multicode
reader with text recognition

105
(04.2015)
1D/2D code readers
Type of sensor:
CMOS image sensor, black/white,
VGA resolution 640 x 480
Readable 2D codes
ECC200, PDF-417, QR, Micro QR, Aztec
Readable 1D codes
Interleaved 2-of-5, Industrial 2-of-5, Code 39
Code 128, Pharmacode, Code 93, Codabar
EAN13, EAN13-Add-On 2, EAN13-Add-On 5
EAN8, EAN8-Add-On 2, EAN8-Add-On 5
UPC-A, UPC-A Add-On 2, UPC-A Add-On 5
UPC-E, UPC-E Add-On 2, UPC-E Add-On 5
GS1 DataBar Omnidirectional, GS1 DataBar Truncated
GS1 DataBar Stacked, GS1 DataBar Stacked Omni
GS1 DataBar Limited, GS1 DataBar Expanded
GS1 DataBar Expanded Stacked
Wide range of applications
The ifm multicode reader is used in a wide range of
industrial applications. It provides product tracking,
production control or product identification in the most
varied areas: automotive, electronic and food industries,
conveyor technology or in machine tools and printing
machines.
The standardised process interfaces RS-232, Ethernet
TCP/IP and EtherNet/IP ensure fast and easy integration
in industrial control technology.
no.
Accessories
Operating software for multicode reader E2I200
OPC server for multicode reader E2I210
High-grade stainless steel mounting set
for rod mounting, Ø 12 mm
E2D110
High-grade stainless steel mounting set
for rod mounting, Ø 14 mm
E2D112
Clamp,
high-grade stainless steel, Ø 12 mm
E21110
Clamp,
high-grade stainless steel, Ø 14 mm
E21109
Clamp linking ring,
E21076
Protective cover/diffuser E21165
Protective plastic cover E21166
Protective glass cover E21168
Laser protection pane E21169
no.
Socket, M12,
2 m PUR cable, 8 poles
E11950
Socket, M12,
5 m, PUR cable, 8 poles
E11807
2 m, PUR cable, M12 / RJ45
E11898
Ethernet, screened patch cable,
E12090
E12204
E12205
Operating voltage [V] 24 DC ± 10 %
Current rating [mA] 100 (per switching output)
Protection rating, protection class IP 67, III
Cover
Material Front lens
LED window
diecast zinc
glass
polycarbonate
Trigger
external,
24 V PNP internal,
RS-232 / TCP/IP,
EtherNet/IP
Switching outputs (configurable)
max. 2 (configurable),
100 mA
Connection external illumination 24 V DC PNP
Parameter /
process data interface
Ethernet 10Base-T /
100Base-TX, RS-232,
EtherNet/IP
Dimensions [mm] 80 x 42 x 53.5
Motion speed [m/s] ≤ 7
Field of view size [mm] red light
50 75 100
Operating distance [mm] Order
no.
20 x 14
46 x 32
28 x 20
61 x 44
36 x 26
77 x 56
200
68 x 50
140 x 100
Field of view size [mm] infrared
20 x 14
46 x 32
28 x 20
61 x 44
36 x 26
77 x 56
68 x 50
140 x 100
Field of view size [mm] red light
200 400 1000
Operating distance [mm] Order
no.
40 x 30 80 x 60 200 x 150
2000
400 x 300
Field of view size [mm] infrared
40 x 30 80 x 60 200 x 150 400 x 300
O2I350
O2I352
O2I351
O2I353
O2I354
O2I355

106
Offers more than
ISO monitoring
Compact vibration sensor
For the majority of rotating machines, such as motors,
fans and pumps, which are often monitored manually
or not at all, ifm electronic has a simple and interesting
alternative.
The latest member of the compact family type VN,
VNB211, monitors online not only the overall vibration
condition of machines and plants according to
ISO 10816, but also acceleration levels (factory setting).
In addition to vibration it is also possible to connect a
futher process value such as temperature to monitor
and measure machine health. The pushbuttons can be
used to configure the parameters e.g. limit values. To
change the basic configuration (factory setting) simply
use the parameter software VES004.
2 vibration values e.g. velocity and
acceleration or shock and bearing noise
Freely adjustable frequency bands e.g. for
monitoring according to ISO 10816
Dual measurement point capability,
additional process value e.g. temperature
On-board time-stamped history function
for data collecting and trending
Intelligent vibration sensor –
simply smart

107
(11.2015)
Dimensions
M12x1
51
62,4
14
6
5,3
36
20
M5
37,6
5
10
4
5,3
M8x1
Accessories
no.
USB / M8 cable E30136
Adapter UNF / M5
(pack quantity 10 pieces)
E30137
Power supply E30080
Wiring diagram
4
3
2
1
4
2 1
3
5
Pin 1: 5 V via USB interface
Pin 2: USB_D-
Pin 3: L-
Pin 4: USB_D+
Pin 1: L+ (9.6...30 V DC)
Pin 2: Out 1 switching output or
current output 0/4...20/22 mA (configurable)
Pin 3: L-
Pin 4: Out 2 switching output
Pin 5: In 0/4...20 mA
Vibration sensor VN
• Process connection via M12 x 1 and
M8 x 1 connectors
• Parameter setting via PC software VES004
• Configuration via sensor pushbuttons
no.
Socket, M12,
2 m black, PUR cable, screened
EVC535
Socket, M12,
2 m black, PUR cable, screened
EVC532
Technical data
Operating voltage [V]
9.6...30 DC
or using USB
(switching outputs not active)
Protection IP 67
Selftest •
Vibration sensor
VNB211
Data interface USB; 2.0
History memory
Ring memory,
686774 data records,
with real-time clock
Outputs
2 switching outputs or
1 switching output and
1 analogue output 4...20 mA
(can be set using the
sensor pushbuttons)
Input [mA] 1 analogue input 0/4...20
Display
4-digit
alphanumeric display
Measuring range [g] 0...25
Measurementmethod
Vibration acceleration /
vibration velocity
Y connection cable,
M12 plug / 2 x M12 socket
E12405
Parameter software VES004

108
Extended functionality –
6 configurable inputs
Diagnostic electronics with high performance
The flexible configuration of the 4 dynamic inputs now
makes it possible to connect and continually monitor
different types of sensors. This is valid for VSE units
with firmware version 11 or higher. The sensors can be
vibration sensors type VSA, IEPE or process sensors with
a 4...20 mA output. Two further analogue inputs can
be used to connect additional process sensors such as
for speed or temperature.
This functionality provides different possibilities for
machine and process monitoring. The on-board FIFO-
memory with up to 600,000 values provides a simple
method for data comparison and can be used for
trending.
Simple networking
The units can easily be connected to the company
network using the Ethernet interface and the OPC
server software type VOS. Vibration and process data
can thus be integrated into higher systems such as
SCADA or MES.
Either IEPE, vibration sensor type VSA,
or 4...20 mA can be configured on all
4 dynamic channels
2 analogue inputs for sensors
(4...20 mA/pulse)
Collection and monitoring of different ana-
logue process data
Large on-board memory
Flexible data logger for vibration
and process values

109
(04.2015)
Technical data
Operating voltage [V]
24 DC ± 20 %
IEPE input 24 DC + 20 %
Protection IP 20, III
Housing VSE002
VSE100
DIN rail 1"
DIN rail 2"
Diagnostic electronics
VSE002, VSE100
Dimensions
50 114
LEDs
2
1
105
35,5
Wiring diagram
18
17
20
19
14
13
16
15
22
21
24
23
6
5
8
7
2
1
4
3
10
9
12
11
Supply L- (GND)
OU 1: switch/analog
OU 2: switch
IN 1 (0/4...20 mA / pulse)
GND 1
IN 2 (0/4...20 mA / pulse)
GND 2
1
2
3
4
BN
WH
BU
BK
4
3
2
1
BK
BU
WH
BN
I/O 7
30
29
32
31
34
33
36
35
26
25
28
27
43
44
41
42
47
48
45
46
39
40
37
38
GND
I/O 8
GND
I/O 5
GND
I/O 6
GND
I/O 1
GND
I/O 2
GND
I/O 3
GND
I/O 4
GND
U-OUT (0...10 V)
GND
U-IN 1 (0...10 V)
GND 1
U-IN 2 (0...10 V)
GND 2
1
2
3
4
BN
WH
BU
BK
1
2
3
4
BN
WH
BU
BK
Supply L+ (24 V DC ±20 %)
Data interface
Ethernet TCP/IP,
(10 / 100 MBits)
History function integrated
1) Ethernet interface
2) Combicon connector with screw connectors (optional)
Inputs / Outputs
VSE002
4 dynamic inputs,
sensor type VSA/IEPE/4...20mA
in any combination
2 analogue inputs
(0/4...20 mA or pulse 24 V)
1x digital alarm output
(PNP 100 mA)
1x selectable digital
(PNP 100 mA) or
analogue (0/4...20 mA / 0...10 V)
alarm output
Inputs / Outputs
VSE100
4 dynamic inputs,
sensor type VSA/IEPE/4...20mA
in any combination
2 analogue inputs (0/4...20 mA
or 0...10 V or pulse 24 V)
1x digital alarm output
(PNP 100 mA)
1 x selectable digital
(PNP 100 mA) or
analogue (0/4...20 mA / 0...10 V)
alarm output
8 x digital outputs / inputs
(freely configurable)
(PNP 100 mA)
octavis OPC server software
German / English
VOS001
Connection cable
Ethernet cross-over patch cable
2 m, PVC cable,
RJ45 plug / RJ45 plug
EC2080
Connection cable
5 m, PVC cable,
E30112
Example VSE100
Accessories
no.

110
Software for diagnostic
electronics type VSE and
vibration sensors VN
Parameter setting
The new parameter software VES004 is used to set the
parameters for diagnostic electronics type VSE. With
the software it is possible to create a tree structure into
which the units and sensors are integrated. The user
can then see his own familiar structure with regards to
production sites, and machines and components.
The software contains wizard functions to simplify
creating parameter sets for vibration and process
monitoring. It is therefore possible to set up and define
simple monitoring with practically no previous expert
knowledge. Data administration such as parameter
sets, measurement data, recordings and history files
is carried out according to the pre-defined project
tree structure.
Visualisation of measurement data in
different diagramme types
Comparison of measurement values from
different sources in one diagramme
Visualisation of raw data resulting from
the VSE dynamic channels
Integrated wizard function for the creation
of parameter sets
Structured administration of units and
data as a tree structure
New parameter software with
data visualisation

111
(04.2015)
Visualisation (monitoring)
Different types of diagrammes are available for
visualising measurement values (column, tabular and
x-y diagrammes). The configuration of axes, scaling and
data sources is very flexible. For example for the x-y
diagrammes (such as history data or object measurement
values) it is possible to define several y-axes. You are
then able to easily compare the measurement values of
different sources (sensors) with different physical units
or scaling in one diagramme. The diagnostic electronic
type VSE can access all stages of the measurement
chain from the time signal (raw data) to the frequency
spectrum right through to the object values and alarm
display in order to visualise the measurement values.
The visualisation of the frequency spectrum contains
several signal analysis tools. For example measurement
lines or tools for order, harmonics and side-band analysis.
The measurement values can be recorded and stored in
the software as well as recalled and exported.
Firmware update
With the VES004 it is also possible to update the VSE
firmware. The software checks if the chosen firmware is
compatible with the unit connected and thus prevents
the use of an incorrect version.
System requirements
Windows XP (basic functions), Windows 7,
Windows 8.1
Minimum resolution 1024 x 768 pixel
256 MB RAM
The products
no.
octavis OPC server software
German / English
VOS001
Connection cable
2 m, PVC cable,
EC2080
Diagnostic electronics for
vibration sensors type VSA / VSP,
cabinet mounting; frequency selective
machine monitoring of up to 4
measurement points; Ethernet interface
TCP/IP, on-board time-stamped history
function, 2 switching outputs or
1 switching and 1 analogue output,
8 further freely configurable I/O,
counter function
VSE100
Object visualisation
Visualisation of the frequency spectrum
Visualisation of raw data monitoring

112
Modular mini controller with
high-current relay outputs
ecomatmobile Basic
In many small and compact mobile applications, the
requirements on control tasks are increasing.
Cost-optimised, modular mini controllers for mobile use
are in demand.
ifm offers ecomatmobile Basic consisting of the com-
ponents BasicRelay, BasicController and BasicDisplay
that are adapted to each other. This BasicController
family is now complemented by the BasicController relay.
Its special feature is made up of six protected power
relay outputs with diagnostic capability for the supply
of high-current consumers in mobile machines.
In addition it has multifunctional digital and analogue
inputs that can be configured via the application soft-
ware. The BasicController relay is freely programmable
via the IEC61131-3-compatible CODESYS software.
High-performance, protected relay outputs
with diagnostic function
Connection of sensors and actuators
without further external wiring
Powerful CAN interfaces for various
communication tasks
Easy installation due to adapted mechanical
ecomatmobile Basic concept
Programmable to IEC 61131-3 with
CODESYS
Power management in
mobile vehicles

113
(11.2015)
Mobile controllers
The compact, flexible and inexpensive mini controller
replaces the conventional relay logic and also demanding
and complex process controllers.
• Mechanical design
The control electronics integrated in a compact
plastic housing provides all the necessary connections
for the inputs and outputs, communication and pro-
gramming. The coded connectors for mobile use are
easy to handle and available all over the world. The
connection of sensors and actuators is carried out
without further external wiring. Due to an increase of
the protection rating through a cover and a pluggable
cable seal the BasicController can also be used in areas
that are exposed to splashing water.
• Powerful electronics
The integrated 32-bit processor and the electronics
are optimally tailored to the application. Inputs and
outputs can be configured to the application via the
user program. The powerful plug-in relay outputs
ensure the connection of high-current consumers.
All relay outputs are with diagnostic capability and
individually protected. Each output has a freely pro-
grammable status LED. Thanks to the additional
multi-functional inputs a flexible control module for
mobile machines is available.
• Programmable to IEC 61131-3
The CODESYS software enables a clear and easy
creation of the application software for the user.
The control module BasicController supports all
common CODESYS programming languages. Simple
and clearly structured function libraries are available
for communication and special device functions.
• Communication interfaces
The BasicController is equipped with two CAN inter-
faces to ISO 11898. These interfaces are used to
exchange data with the connected BasicDisplay,
further BasicController modules or the engine
controller. Among others, the interfaces support the
CANopen protocol and the J1939 protocol. The CAN
interfaces are also used for programming.
To do so, the unit electronics is directly and con-
veniently activated via the powerful PC-CAN interface
CANfox. In this way, operating system and application
program can be loaded or parameters changed.
Applications:
compact construction machines, attachments,
mini vehicles, special functions
Inputs (total):
Digital, analogue, frequency
Digital, resistance measurement
8
4
4
Outputs (total):
Micro relay ISO 7588-3,
15 A (total current max. 60 A)
Diagnostics via NO and NC contact of
the relay. Protected via mini controller
to DIN ISO 8820-3
6
Data memory SRAM [kB] 592
Data memory Flash [kB] 1536
Data memory (retain), FRAM [kB] 1
Description Order
no.
BasicController relay 8 I / 6 O relay CR0431
Technical data
BasicController relay
The products
Housing
Plastic,
potted
Device connection
AMP blade male terminals
6.3 mm
Protection rating,
with cover EC0401, EC0402
IP 20
IP 54
Current consumption [mA] ≤ 45
Temperature range
Operation [°C]
Storage [°C]
-40...75
-40...85
Indicators LED Red / green
Processor PowerPC, 50 MHz
CANopen
(DS 301 V 4.1)
SAE J 1939
free CAN protocol
Standards and tests
(extract)
CE,
E1 (UN-ECE R10)
Starter set consisting of BasicController 12 I / 8 O,
BasicRelay, BasicDisplay incl. software, power supply,
cable and accessories
EC0400
Module cover IP 54
without display recess, with cable seal
EC0401
Plug set for BasicController relay EC0464
Mounting and contact set for
BasicController relay EC0465
Relay and fuse set for
12 V applications
EC0466
Relay and fuse set for
24 V applications
EC0467
CAN programming interface CANfox EC2112
Adapter set CAN/RS232 for CANfox EC2113
CODESYS programming software, German CP9006
CODESYS programming software, English CP9008
Programming software CODESYS V 2.3

114
ecolink –
a new dimension in connection technology.
ecolink M12 for demanding applications
Most applications require special solutions. Only high-
quality materials, safe production processes and fault-
less mounting lead to success in the long run.
The integrated end stop protects the O-ring against
destruction caused by tightening the nut too much.
Mounting and removal are carried out without tools.
The asymmetrically acting vibration protection holds
the nut tight in its position, guaranteeing an optimum
and permanent seal.
High-quality materials especially adapted to the applica-
tion and intensive monitoring during and after produc-
tion guarantee maximum quality standards.
Connection technology meets the M12
standard (EN 61076)
Optimum sealing even when mounted
without tools
The mechanical end stop protects the
O-ring against destruction
Permanent vibration protection with
saw tooth contour
LEDs clearly visible even under bright
lighting
From factory automation to
machine tool industry
ecolink M12 – The secure connection
even in difficult applications

115
(11.2015)
Applications:
Factory automation, machine tool industry, construction of machinery, hydraulics
Sockets
Technical data:
Operating voltage:
without LED: 250 V AC / 300 V DC
with LED: 10...36 V DC
Nominal current: 4 A (cURus 3 A)
Protection: IP 67, IP 68, IP 69K
in locked condition
with the matching counterpart.
Tightening torque nut: 0.6...1.5 Nm
Ambient temperature: -25...90 °C
Vibration / shock: 750 g, 1 million cycles
Cable characteristics: drag chain > 5 million cycles
Materials:
Housing / moulded body: TPU
Contact carrier: TPU
Coupling nut: diecast zinc, nickel-plated
Contacts: gold-plated
Sealing ring: Viton
Cable: PUR, halogen-free, 4 x 0,34 mm2, Ø 4,9 mm
Approvals:
cURus
Dimensions
15,5
M12x1 45
14
Example EVC001
15,5
M12x1
36,5
26,5
14
Example EVC004
15,5
M12x1
36,5
26,5
143 LED
Example EVC007
Type Description Order no.LED
M12 sockets
2.0 m
5.0 m
10.0 m
2.0 m
5.0 m
10.0 m
2.0 m
5.0 m
10.0 m
2.0 m EVC644
5.0 m EVC645
10.0 m EVC646
•
•
•
EVC001
EVC002
EVC003
–
–
–
EVC004
EVC005
EVC006
–
–
–
EVC007
EVC008
EVC009
•
•
•
3 x LED
3 x LED
15,5
M12x1 45
14
Example EVC644

116
For hygienic and wet areas in
the food industry
ecolink –
The new dimension in connection technology.
ecolink M12 for standard applications
Most applications require special solutions. Only reliable
production processes and faultless assembly lead to
success in the long run.
destruction caused by over-tightening the nut. No tools
needed for installation and removal.
The asymmetrically acting vibration protection holds
the coupling nut tight in its position ensuring a low
contact resistance between the nut of the connector
and the housing of the connected device.
This is extremely important for permanently high
protection against strong noise interference.
standard (EN 61076)
The mechanical end stop protects the
O-ring against destruction
Permanent vibration protection with saw
tooth contour
Continuously high EMC interference
protection
ecolink – The reliable connection even
with strong noise field interference

117
(04.2015)
Sockets
Technical data:
Operating voltage:
4-pole: 50 V AC / 60 V DC
5-pole: 30 V AC / 36 V DC
Nominal current: 4 A
Protection: IP 65, IP 67, IP 68, IP 69K / III
In locked condition with the matching counterpart.
Tightening torque nut: 0.6...1.5 Nm
Note the maximum value of the counterpart.
Ambient temperature:
-25...100 °C, cable firmly laid
5...100 °C, cable moved
Cable characteristics:
drag chain, 1 million cycles
Materials:
Housing / moulded body: PVC
Coupling nut: high-grade stainless steel
(316L / (1.4404)
Sealing ring: EPDM
Cable: PVC, shielded,
4 x 0.34 mm2, Ø 5.2 mm
5 x 0.25 mm2, Ø 5.2 mm
Approvals:
cULus in preparation
Dimensions
15,5
M12x1 45
14
Example EVT381
15,5
M12x1
36,5
26,5
14
Example EVT385
Type Connection /
cable
Order
no.
Number of
poles
Screen not connected
Shielding characteristics
Screen connected
x: Frequency in [MHz]
y: Shielding characteristics in [dB]
2.0 m EVT381
5.0 m EVT382
10.0 m EVT383
4
4
4
25.0 m
2.0 m
5.0 m
10.0 m
25.0 m
2.0 m
5.0 m
10.0 m
25.0 m
2.0 m
5.0 m
10.0 m
25.0 m
EVT3844
EVT385
EVT386
EVT387
4
4
4
EVT3884
EVT389
EVT390
EVT391
5
5
5
EVT3925
EVT393
EVT394
EVT395
5
5
5
EVT3965
2.0 m EVT397
5.0 m EVT398
10.0 m EVT399
4
4
4
25.0 m
2.0 m
5.0 m
10.0 m
25.0 m
2.0 m
5.0 m
10.0 m
25.0 m
2.0 m
5.0 m
10.0 m
25.0 m
EVT4004
EVT401
EVT402
EVT403
4
4
4
EVT4044
EVT405
EVT406
EVT407
5
5
5
EVT4085
EVT409
EVT410
EVT411
5
5
5
EVT4125

118
ecolink –
For hygienic and wet areas in
the food industry
ecolink M12 for demanding applications.
standard (EN 61076)
without tools
The mechanical end stop protects
the O-ring against destruction
Visible and tactile marking of the ports
ecolink M12 – The secure connection

119
(11.2015)
Technical data
Operating voltage:
4-pole: 250 V AC / 300 V DC
5-pole: 60 V AC / DC
Nominal current: 4 A
Protection rating: IP 67, IP 68, IP 69K
in locked condition with the matching counterpart.
Tightening torque: 0.6...1.5 Nm
Materials:
Housing / moulded body: PA
Coupling nut (non-rotatable):
high-grade stainless steel (316L / (1.4404)
Sealing ring: EPDM
Approvals:
cRUus in preparation
Applications:
For hygienic and wet areas in the food industry
Type Wiring diagram
No.
Order no.LED
T splitters
Dimensions
1 x M12 male, 2 x M12 female
Wiring diagram
4
1 1
3
4
3
2
B
A
1
3
4
C
1 1
33
55
B
A
2
4
2
1
3
5
4
2
4
C
1 1
3
5
3
5
44
B
A
1
3
5
4
2
C
1 1
2
3
2
3
4
B
A
1
2
3
4
5
5
4
5
C
1
2
3
4
1 1
3
5
3
5
22
B
A
1
3
5
2
4
C
5
1 1
3
5
4
3
4
B
A
1
3
4
5
C
5
6
1 EBT006–
2 EBT007
3 EBT008
4 EBT009
–
–
–
5 EBT010
6 EBT011
–
–
M12x1
48,716
38
9
21
M12x1
C
B
A
M12x1
14

120
ecolink –
From factory automation to
machine tool industry
ecolink M8 and M12 for demanding applications
standard (EN 61076)
without tools
The mechanical end stop protects
the O-ring against destruction
Visible and tactile marking of the ports
ecolink – The secure connection

M8x1
48,7
16
38
9
21
M8x1
C
B
A
4,3 M12x1
14
121
(11.2015)
Technical data
Operating voltage:
4-pole: 250 V AC / 300 V DC
5-pole: 60 V AC / DC
EBC112: 50 V AC / 60 V DC
Nominal current: 4 A (EBC112, 3A)
Protection rating: IP 67, IP 68, IP 69K
in locked condition with the matching
counterpart.
Tightening torque:
0.6...1.5 Nm (EBC112: 0.3...0.5 Nm)
Materials:
Housing / moulded body: PA
Coupling nut (non-rotatable): CuZn/Ni
Sealing ring: Viton
Approvals:
cRUus in preparation
Applications:
Factory automation, machine tool industry, construction of machinery, hydraulics
Type Wiring diagram
No.
Order no.
NEW
Order no.
old
T splitters
Dimensions
1 EBC113
E11562
E12165
2 EBC114
3 EBC115
4 EBC116
E10803
E12265
–
5 EBC117
6 EBC118
–
–
Wiring diagram
M12x1
48,7
16
38
9
21
M12x1
C
B
A
4,3 M12x1
14
4
1 1
3
4
3
2
B
A
1
3
4
C
1 1
33
55
B
A
2
4
2
1
3
5
4
2
4
C
1 1
3
5
3
5
44
B
A
1
3
5
4
2
C
1 1
2
3
2
3
4
B
A
1
2
3
4
5
5
4
5
C
1
2
3
4
1 1
3
5
3
5
22
B
A
1
3
5
2
4
C
5
1 1
3
5
4
3
4
B
A
1
3
4
5
C
5
6
EBC112
1 EBC112–
EBC113 – EBC118

122
Uniform parameter setting
and visualisation for all
IO-Link-enabled ifm sensors
Online parameter setting
Clear representation
Documentation and archiving
Transferable parameter sets
Automatic sensor identification
LINERECORDER SENSOR 4.0 –
Parameter setting software for IO-Link sensors
Features
• Online und offline parameter setting
• Supports all IO-Link devices from ifm
• Software and parameter description
in all supported languages
• Detailed description texts of all parameter contents
• Parameter sets grouped according to topics
Customer benefits
• Optimised validation by means
of graphic visualisation of the process values
• Paperless recording of parameter sets
• Shortened set-up time
• Optimised device replacement process
Automatic
sensor
detection
ERP
connect-
ivity
Trace-
ability
Software

123
(04.2015)
For further technical details please visit:
www.ifm-datalink.com
Parameter setting software
Enterprise Resource Planning,
e.g. SAP, INFOR, BaaN
Manufacturing Execution System
– Diagnosis
– Traceability
ERP
MES
SCADA
Machine PLC
IO-Link sensors
From sensor to ERP
Further processing of the sensor values with the
freely scalable LINERECORDER modules
The software framework LINERECORDER closes the
information circuit from the sensor signal to the world
of ME systems and ERP solutions (e.g. SAP).
Software
Graphic representation of the process values
• Graphic comparison of process values
with each other and with switching outputs
• Simple, clear representation of the process values
• Export of the process values to the table
Documentation and archiving
• Save / load parameter sets
• Archive parameter sets as PDF file
Device detection
• Automatic identification of the ifm IO-Link sensors
• Display of the characteristic sensor values
• Save correct parameter transfer by recognising
non-compatible devices
• Particularly easy adding of new and updated
IODD files
Features
• Help texts and value limits support parameter
entry at the input stage.
• Operational reliability by device detecton
and restoration of default values
• Display of the IO-Link communication quality
• Create and display equipment identification
(application-specific tag)
• Add and update existing ifm IODDs with
a mouse click *)
*) if internet connection available
System requirements:
– Windows XP SP3, Windows Vista SP2, Windows 7 SP1,
Windows 8, Windows Server 2008 SP2,
Windows Server 2008 R2 SP1, Windows Server 2012
– CPU Intel Dual Core 2.0 GHz
– 2 GB RAM
– 5 GB free hard disk space
– Web browser (Chrome, Firefox, Internet Explorer 9
upward)
LINERECORDER SENSOR
(supplied on USB flash drive)
Software for online and offline parameter setting
of ifm IO-Link sensors via USB adapter
QA0001
Technical data
Description Order
no.

124
*Some offered information is available country-specific.
www.ifm.com
Information around the clock and
around the globe in 23 languages on the internet.
• Information
- product innovations
- company news
- exhibition info
- locations
- jobs
• Documentation
- data sheets
- operating instructions
- manuals
- approvals
- CAD data
• Communication*
- request for documents
- recall service
- live advice
- newsletter
• Selection
- interactive product selection aids
- configuration tools
- data sheet direct
• Animation
- virtual product animations
- flash movies (video sequences)
• Application
- applications
- product recommendations
- calculation aids
• Transaction*
- e-shop processing
- e-procurement catalogues

125
Convenient order processing
via the e-shop** on the internet.
Secured authentication
Customer-related price
indication
Real time availability check
Personal product favourites
Online parcel tracking
Individual order history
Convenient quick input form
Simple order processing
Management of shipping
addresses
Confirmations by e-mail
**Already available in many countries.

Position sensors
Sensors for
motion control
Industrial imaging
Safety technology
Process sensors
Condition monitoring
systems
Industrial
communication
Systems for
mobile machines
Connection
technology
Overview
ifm product range:
Accessories
ifmarticleno.78001710·Wereservetherighttomaketechnicalalterationswithoutpriornotice.·PrintedinGermanyonnon-chlorinebleachedpaper.11/15
Cert no. IMO-COC-027827
Visit our website:
www.ifm.com
ifm electronic gmbh
Friedrichstraße 1
45128 Essen
Tel. +49 / 201 / 24 22-0
Fax +49 / 201 / 24 22-1200
E-mail info@ifm.com
Over 70 locations worldwide –
at a glance at www.ifm.com

Innovations 2015/2016

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