2. TOP PRODUCTS
Position sensors
Capacitive sensors
IO-Link sensor for position and level detection
(11.2013)
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5
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15
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17
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Photoelectric sensors for general applications
High-performance “O6 wetline” photoelectric sensors
Laser sensors / distance measurement sensors
First standard photocell with time of flight measurement
Photoelectric sensor with time of flight measurement and easy-turn
Sensors for motion control
Inclination sensors
Precision for all inclinations
Safety technology
Safety controllers
Powerful 32-bit SafetyController for mobile machines
Process sensors
Flow sensors / flow meters
A quantum leap in flow rate measurement technology
Temperature sensors
Infrared temperature sensor with display / operating unit on the sensor
Temperature transmitter with display and IO-Link
Condition monitoring systems
Vibration monitoring systems
Online vibration monitoring according to ISO 10816
Power supplies
24 V DC power supplies
3.3 to 20 A with high efficiency in a slim design
AS-i power supplies
2.8 to 8 A with high efficiency in a slim design
3
3. Position sensors
The first capacitive sensor
with IO-Link
IO-Link sensor for position
and level detection
Easy parameter setting via IO-Link before
installation of the sensor
Versatile data processing via IO-Link
Normally open / normally closed freely
selectable
Clearly visible indication of the switching
status
Easy installation with mounting adapters
and cable ties
New features
For this new product line, the existing capacitive sensors
were enhanced with IO-Link. All further data as well as
the order numbers remain the same.
Application
Capacitive sensors detect bulk materials or liquids
through non-metallic vessel walls. Typical applications
for product detection can be found in the semiconductor, paper and wood industries.
Parameter setting
The parameters can either be set via the buttons on the
sensor or via IO-Link interface. This can be done using
the USB interface E30396 or a memory plug.
Data transmission
A standard M12 cable transmits process data, parameters and diagnostic information to a connected IO-Link
master. When IO-Link is not in use, the sensor works
with one switching output.
4
4. Position sensors
Capacitive sensors
Type
Output
stage
[mm]
Setting
range
[mm]
Communication
interface
Housing material
Protection
rating / class
Order
no.
4...24
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, II
KG5065
M18 x 1
PNP / NPN*
M18 x 1
PNP
4...24
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, II
KG5066
M18 x 1
PNP
2...14
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, II
KG5071
M30 x 1.5
PNP / NPN*
5...40
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, II
KI5082
M30 x 1.5
PNP
5...40
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, II
KI5083
IP 65, IP 67, III
KI5084
M30 x 1.5
PNP / NPN*
2...12
IO-Link 1.1
high-grade stainless steel
(1.4404), TPE-U, PBT, PEI
M30 x 1.5
PNP
2...12
IO-Link 1.1
high-grade stainless steel
(1.4404), TPE-U, PBT, PEI
IP 65, IP 67, III
KI5085
M30 x 1.5
PNP / NPN*
3...26
IO-Link 1.1
high-grade stainless steel
(1.4404), TPE-U, PBT, PEI
IP 65, IP 67, III
KI5086
M30 x 1.5
PNP
3...26
IO-Link 1.1
high-grade stainless steel
(1.4404), TPE-U, PBT, PEI
IP 65, IP 67, III
KI5087
Connection cable 2 m PVC· 3 wires
M18 x 1
PNP / NPN*
2...14
IO-Link 1.1
PP, TPE-U
IP 65, IP 67, II
KG5067
M18 x 1
PNP
2...14
IO-Link 1.1
PP, TPE-U
IP 65, IP 67, II
KG5069
48 x 20 x 14
PNP / NPN*
3...20
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, III
KQ6001
48 x 20 x 14
PNP
3...20
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, III
KQ6002
Connection cable with M8 connector · 3 wires
48 x 20 x 14
PNP / NPN*
3...20
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, III
KQ6003
48 x 20 x 14
PNP
3...20
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, III
KQ6004
48 x 20 x 14
PNP
3...20
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, III
KQ6008
48 x 20 x 14
PNP
3...20
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, III
KQ6010
IO-Link 1.1
PBT, PC, TPE-U
IP 65, IP 67, III
KQ6005
Connection cable with M12 connector · 3-wire
48 x 20 x 14
PNP
3...20
* automatic detection of the load
Accessories
Type
Connection technology
Description
Order
no.
Type
Description
Order
no.
Mounting adapter
for free-standing mounting, PBT
E12153
M12 socket,
2 m black, PUR cable
EVC001
Mounting adapter for pipe and tube
mounting with cable ties, PA
E12163
M8 socket,
2 m black, PUR cable
EVC150
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
ZGS210
For further technical data please go to: www.ifm.com
11.2013
5
TOP PRODUCTS
M12 connector · 3 wires
5. Position sensors
High-performance “O6 wetline”
photoelectric sensors
Tiny yet powerful photocells
for the food industry
Stainless steel housing with protection
rating IP 68 / IP 69K
Easy adjustment via potentiometer
Diffuse reflection sensors with reliable
background suppression
Object colour has no influence on the
range
Also available as through-beam
or retro-reflective system
Best optical performance
The diffuse reflection sensors distinguish themselves by
reliable background suppression, even in case of highly
reflective backgrounds. The sensing range is independent
of the characteristics and colour of the object to be
detected. A special feature is the automatic sensitivity
compensation that guarantees reliable operation even
in steam, smoke or highly reflective environments.
Ideal for food applications
The potentiometers are provided with a double seal
and are, like the front pane, embedded flush to allow
residue-free cleaning. The transparent black housing
cover ensures that, even in bright lighting conditions,
the LEDs are highly visible. The coated front pane is
made of resistant, shatterproof plastic.
6
6. Position sensors
Infrared sensors / red light sensors
Light
spot diameter
[mm]
[mm]
Light-on /
dark-on mode
Current
consumption
[mA]
Switching
frequency
[Hz]
2...200
8*
2...200
8*
adjustable
20
1000
Diffuse reflection sensor · PVC cable, 2 m · 3-wire DC
5...500
15*
adjustable
20
1000
Diffuse reflection sensor · M12 connector with 0.3 m PVC cable · 3-wire DC
5...500
15*
adjustable
20
1000
Retro-reflective sensor with polarisation filter · PVC cable, 2 m · 3-wire DC
50...5000
150**
adjustable
20
1000
Retro-reflective sensor with polarisation filter · M12 connector with 0.3 m PVC cable · 3-wire DC
50...5000
150**
adjustable
NPN
PNP
O6H305
O6H301
PNP
O6T304
O6T300
PNP
O6T305
O6T301
PNP
O6P304
O6P300
NPN
Diffuse reflection sensor with background suppression · M12 connector with 0.3 m PVC cable · 3-wire DC
O6H300
NPN
1000
O6H304
NPN
20
PNP
NPN
adjustable
Order
no.
NPN
Diffuse reflection sensor with background suppression · PVC cable, 2 m · 3-wire DC
Order
no.
PNP
O6P305
O6P301
20
1000
20
–
O6S300
–
O6S301
Through-beam sensor transmitter · PVC cable, 2 m · 2-wire DC
0...10000
300*
–
Through-beam sensor transmitter · M12 connector with 0.3 m PVC cable · 2-wire DC
0...10000
300*
–
20
Through-beam sensor receiver · PVC cable, 2 m · 3-wire DC
0...10000
–
adjustable
NPN
1000
O6E304
O6E300
NPN
PNP
1000
20
PNP
O6E305
O6E301
Through-beam sensor receiver · M12 connector with 0.3 m PVC cable · 3-wire DC
0...10000
–
adjustable
20
* at maximum range
** referred to prismatic reflector Ø 80 mm
Wiring diagram
Dimensions
21
3
13
1
L+
M3
3
L
BN
L+
BK
BU
2 x LED
21
3
BN
M3
L+
3
L
BU
BN
L+
BK
L
L+
L
BU
1
3
L
L+
L
2,8
25,4
34,8
13
1
4
2,8
25,4
34,8
4
LED
7
TOP PRODUCTS
Range
7. Position sensors
Range
Light
spot diameter
[mm]
[mm]
Light-on /
dark-on mode
Current
consumption
[mA]
Switching
frequency
[Hz]
2...200
8*
2...200
8*
adjustable
1000
Diffuse reflection sensor · M8 connector 3-pole · 3-wire DC
5...500
15*
adjustable
20
1000
Diffuse reflection sensor · M8 connector 4-pole · 3-wire DC
5...500
15*
adjustable
20
1000
Retro-reflective sensor with polarisation filter · M8 connector 3-pole · 3-wire DC
50...5000
150**
adjustable
20
1000
Retro-reflective sensor with polarisation filter · M8 connector 4-pole · 3-wire DC
50...5000
150**
adjustable
O6H307
O6H303
PNP
O6T306
O6T302
PNP
O6T307
O6T303
PNP
O6P306
O6P302
NPN
20
PNP
NPN
Diffuse reflection sensor with background suppression · M8 connector 4-pole · 3-wire DC
O6H302
NPN
1000
O6H306
NPN
20
PNP
NPN
adjustable
Order
no.
NPN
Diffuse reflection sensor with background suppression · M8 connector 3-pole · 3-wire DC
Order
no.
PNP
O6P307
O6P303
20
1000
20
–
O6S302
20
–
O6S303
Through-beam sensor transmitter · M8 connector 3-pole · 2-wire DC
0...10000
300*
–
Through-beam sensor transmitter · M8 connector 4-pole · 2-wire DC
0...10000
300*
–
Through-beam sensor receiver · M8 connector 3-pole · 3-wire DC
0...10000
–
adjustable
NPN
–
adjustable
O6E302
20
1000
O6E306
NPN
PNP
20
1000
O6E307
O6E303
Through-beam sensor receiver · M8 connector 4-pole · 3-wire DC
0...10000
PNP
* at maximum range
** referred to prismatic reflector Ø 80 mm
Dimensions
Wiring diagram
21
3
13
1
41,3
25,4
34,8
3
2,8
M3
M8x1
1
3
2 x LED
21
3
M3
M8x1
LED
8
2,8
41,3
25,4
34,8
13
L+
4
1
L+
4
L
L+
L
3
L
8. Position sensors
Infrared sensors / red light sensors
Accessories
Description
Order
no.
Type of light
red light 633 nm
Operating voltage
Mounting set for clamp mounting,
stainless steel
10...30
Switching status indication
LED
yellow
Operation
E21272
[V DC]
LED
green
Current rating
Bracket for free-standing mounting,
stainless steel
[mA]
100
[V]
< 2.5
Voltage drop
E21271
Protection rating,
class
IP 65, IP 67, IP 68, IP 69K
III
Short-circuit protection, pulsed
Protective bracket,
stainless steel
E21273
Ambient temperature
•/•
[°C]
Materials
Mounting rod, 120 mm, Ø 10 mm,
M8 thread, stainless steel
•
Reverse polarity protection / overload
protection
housing
lens
E21081
-25...80
high-grade stainless steel
(1.4404 / 316L)
PPSU PMMA
Connection technology
Angle bracket for reflector E21269,
stainless steel
Mounting set for reflector E21270,
clamp mounting, stainless steel
Type
Description
E20724
Order
no.
Socket, M8,
2 m orange, PVC cable
E20935
Prismatic reflectors for the food industry (up to 140 °C)
18 x 18 mm, Solidchem plastic
E21267
56 x 38 mm, Solidchem plastic
E21268
48 x 48 mm, Solidchem plastic
E21269
96 x 96 mm, Solidchem plastic
E21270
EVT122
Socket, M8,
5 m orange, PVC cable
EVT123
Socket, M8,
2 m orange, PVC cable
EVT126
Socket, M8,
5 m orange, PVC cable
EVT127
Socket, M8,
2 m orange, PVC cable, LED
EVT130
Socket, M8,
5 m orange, PVC cable, LED
EVT131
Socket, M12, 4-pole,
5 m orange, PVC cable
EVT001
Socket, M12, 4-pole,
2 m orange, PVC cable
EVT064
Socket, M12, 4-pole,
5 m orange, PVC cable
EVT004
Socket, M12, 4-pole,
2 m orange, PVC cable
EVT067
For further technical data please go to: www.ifm.com
11.2013
9
TOP PRODUCTS
Type
Common technical data
9. Position sensors
PMDLine series – a new generation
of photoelectric sensors
O5D with display – first
standard photocell with time
of flight measurement (PMD)
Reliable background suppression and
colour-independent detection
Precise time of flight measurement in housing sizes of standard photoelectric sensors
Shiny surfaces are detected reliably
(e.g. stainless steel)
Any sensor position, even an oblique
angle to the object
Switch point setting to the nearest
centimetre via “+/-” buttons and display
Time of flight measurement for standard sensors
The O5D with time of flight measurement (PMD =
photonic mixer device) combines the following advantages: long ranges, reliable background suppression,
visible red light and high excess gain. In the same price
range as standard sensors, it is a clever alternative.
Easy handling
The switch point is set easily to the nearest centimetre
via “+/-” buttons and display or alternatively via IOLink, 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 and thus flexible mounting
positions. This simplifies installation and saves costs.
10
10. Position sensors
Laser sensors / distance measurement sensors
Measuring
range
[mm]
Background
suppression
[m]
Switching
frequency
[Hz]
Hysteresis
[%]
Spot Ø at
max. range
[mm]
Current
consumption
[mA]
Unit of
measurement
Order
no.
30...2000
...20
11
< 6*
<5
< 75
cm
O5D100
30...2000
...20
11
< 6*
<5
< 75
inch
O5D101
* black (6 % remission) in case of max. range
Accessories
Type
Common technical data
Description
Mounting bracket for rod,
complete set incl. clamp
Order
no.
E21083
visible laser light
650 nm
Type of light
Extraneous light on the object
Dimensions
E21084
max. 8
[mm]
56 x 18,2 x 46,5
[V DC]
10...30
Switching status indication
LED
yellow
Operation
LED
Operating voltage
Protective bracket for rod,
complete set incl. clamp
[klx]
Distance value
Rod, 100 mm, Ø 12 mm,
M10 thread, stainless steel
E20938
OUT1: NO
OUT2: NC
Output function
Current rating
Cube for mounting on an aluminium
profile, M10 thread, diecast zinc
E20951
[mA]
Protection rating,
protection class
•
Reverse polarity protection /
overload protection
E21085
Bracket for free-standing mounting
•/•
Ambient temperature
Material
E21087
2 x 100
IP 65,IP 67
II
Short-circuit protection, pulsed
Universal angle bracket
green
3-digit
alphanumeric
display
[°C]
housing / plug adapter
front pane / LED window
bezel
operator interface
-25...60
PA
PMMA
stainless steel
TPU
Connection technology
Type
Dovetail clamp
Memory plug,
parameter memory for IO-Link sensors
Description
E21088
Order
no.
Socket, M12,
2 m black, PUR cable
IO-Link interface,
current consumption from USB port
E30396
LINERECORDER SENSOR,
software for parameter setting
and set-up of IO-Link sensors
Socket, M12,
5 m black, PUR cable
EVC002
Socket, M12,
2 m black, PUR cable
E30398
EVC001
EVC004
Socket, M12,
5 m black, PUR cable
EVC005
ZGS210
For further technical data please go to: www.ifm.com
04.2013
11
TOP PRODUCTS
Photoelectric distance sensor, laser protection class 2 · M12 connector, complementary
11. Position sensors
PMDLine M30: This photoelectric
sensor is all set
OID with easy-turn concept –
photoelectric sensor with time
of flight measurement (PMD)
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
IO-Link integrated, e.g. for reading the
actual value
Time of flight measurement for standard sensors
The OID with time of flight measurement (PMD =
photonic mixer device) combines the following advantages: long ranges, reliable background suppression,
visible red light and high excess gain. 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). A scale shows the distance set. The
switch point can thus be set before installation.
Any surface and any mounting position
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.
12
12. Position sensors
Laser sensors / distance measurement sensors
Measuring
range
[mm]
Background
suppression
[m]
Switching
frequency
[Hz]
Hysteresis
[%]
Spot Ø at
max. range
[mm]
Current
consumption
[mA]
Unit of
measurement
Order
no.
30...2000
...20
11
< 5*
<5
< 75
cm / inch
OID200
30...2000
...20
11
< 5*
<5
< 75
cm
OID201
* black (6 % remission) in case of max. range
Accessories
Type
Common technical data
Description
Angle bracket for type M30,
stainless steel
Order
no.
E10737
visible laser light
650 nm
Type of light
Extraneous light on the object
[klx]
Dimensions
M30 x 90 mm
Operating voltage
Mounting clamp,
with end stop for types M30, PC
E11049
[V DC]
10...30
Switching status indication
LED
yellow
Operation
LED
green
Switch point (setting)
Mounting clamp for types M30, PTB
E10077
radial setting ring
OUT1: NO
OUT2: NC
Output function
Current rating
Mounting set Ø 30.2 mm,
clamp mounting, aluminium profile
[mA]
Protection rating,
protection class
E20875
E20873
Mounting set Ø 30.2 mm, clamp
mounting, high-grade stainless steel
Short-circuit protection, pulsed
•
Rod, 100 mm, Ø 12 mm,
M10 thread, stainless steel
E20938
Memory plug,
parameter memory for IO-Link sensors
[°C]
Material
housing
front pane
-25...60
stainless steel,
PBT, PC, FPM
PMMA
Connection technology
Type
Cube for mounting on an aluminium
profile, M10 thread, diecast zinc
•/•
Ambient temperature
E20874
2 x 100
IP 65,IP 67
III
Reverse polarity protection /
overload protection
Mounting set Ø 30.2 mm,
clamp mounting
max. 8
Description
Order
no.
E20951
Socket, M12,
2 m black, PUR cable
IO-Link interface,
current consumption from USB port
E30396
LINERECORDER SENSOR,
software for parameter setting
and set-up of IO-Link sensors
Socket, M12,
5 m black, PUR cable
EVC002
Socket, M12,
2 m black, PUR cable
E30398
EVC001
EVC004
Socket, M12,
5 m black, PUR cable
EVC005
ZGS210
For further technical data please go to: www.ifm.com
04.2013
13
TOP PRODUCTS
Photoelectric distance sensor, laser protection class 2 · M12 connector, complementary
13. Sensors for motion control
Precision for all inclinations
Sensor for precise measurement of angles of inclination
on X and Y axes
High precision across the total angular
range in two axes
Zero point, counting direction and limit
frequency adjustable
Extremely low temperature drift
(± 0.002 °/K)
M12 connector, CAN in and CAN out
Fully CAN-compatible
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.
14
14. Sensors for motion control
Inclination sensors
Ideal for different applications
The sensors allow complete CAN integration according
to the CANopen CiA DS-301 communication profiles
and profile CiA DSP-410.
They are connected via an M12 connector. The
terminating resistor can be enabled. In addition, the
sensors have an E1 approval and provide the signals
as angle to the vertical or Euler angle.
Technical data
JN2100, JN2101
Operating voltage
[V DC]
•
JN2100
± 180°
0.05°
≤ ± 0.5°
≤ ± 0.1°
Angular range
Resolution
Accuracy
Repeatability
Temperature coefficient
[°/K]
Ambient temperature
[°C]
Protection
≤ ± 0.002°
-40...85
CANopen
CiA DS 301 /
device profile
CiA DSP-410
Interface
[Hz]
Adjustable:
20, 10, 5, 1, 0.5
Number of measurement axes
2x
M12 connector
Connection
Accessories
22
60
45
2
Diecast zinc
nickel-plated
Housing material
90
75
3
JN2101
± 45°
0.01°
± 0.1°
≤ ± 0.05°
IP 65 / IP 68 / IP 69K
Limit frequency
Dimensions
10...30 DC
Reverse polarity protection
Type
Description
Order
no.
3
36
4,5
Adapter cable for CAN devices with
M12 connector (5 pole)
EC2062
Connection technology
Type
Description
Order
no.
Socket, M12,
2 m black, PUR cable
EVM039
Socket, M12,
10 m black, PUR cable
EVM041
Socket, M12,
2 m black, PUR cable
EVM036
Socket, M12,
10 m black, PUR cable
EVM038
Jumper, M12,
5 m, black, PUR cable
EVC069
Jumper, M12,
5 m, black, PUR cable
EVC059
For further technical details please visit: www.ifm.com
11.2013
15
TOP PRODUCTS
Flexible, precise, reliable
Since zero point, direction of counting (+/-180° or
0...360°) and limit frequency can be set for a stable
output signal (20, 10, 5, 1, 0.5 Hz), this innovative
product can be adapted precisely to your application.
Very low temperature drift across the whole temperature range (-40...85 °C) provides unrivalled reliability.
15. Safety technology
Certified safety for mobile
machines
Powerful 32-bit
SafetyController with TÜV
approval
Safety controller to EN 13849 PL d,
EN 62061 SIL cl2 and IEC 61508
Layered safety concept, extended
monitoring and test routines
Safe inputs and outputs with configurable
behaviour in case of a fault
Fast bootup and short error detection time
CAN interfaces with CANopen, CANsafety
and SAE J1939 protocol
Sophisticated safety concept
ifm electronic offers a new, powerful 32-bit safety
controller for safety-related applications in mobile
machines. The device is the perfect choice for complex
and demanding control functions.
The 32-bit SafetyController has been developed to
current safety standards. Hardware and software have
been certified by the German TÜV association.
What is new is the programmable, layered error handling (keep alive): the SafetyController can be used so
that if there is a serious fault it brings the plant into
safe state before shutting down. In case of less serious
errors however, parts of the plant in previously defined
areas can still be used. Not all components have to be
switched off.
The behaviour of the inputs and outputs can be
adapted to the application easily and precisely using
the CODESYS programming software.
16
16. Safety technology
Safety controllers
• Developed to current safety standards
Almost all mobile machines have functions that may
endanger persons and equipment. There are clearly
defined product standards for more and more applications (e.g. vehicle lifts, refuse trucks). The revised
Machinery Directive often means that the machine
manufacturers have to meet new requirements.
The 32-bit SafetyController can be used in applications
up to EN 13849 PL d and EN 62061 SIL cl2. Hardware
and software of the SafetyController have moreover
been certified by TÜV.
• The safety concept
The safety concept monitors all internal and external
functions and reliably switches off in case of an error.
Special test routines for hardware and software monitoring are implemented in the devices. Nevertheless,
these devices are easy and convenient to program
via CODESYS. Diagnostic information can be found
directly in the application. The behaviour of the outputs can be configured via the software in case of a
fault (keep alive).
Hardware, operating system software and the programming tools are certified. This simplifies approval
of the project developer’s machine, because he only
needs to focus on his application program.
• Powerful
Due to 32-bit technology, the powerful SafetyController is ideally suited for complex control tasks.
Proportional functions are quickly processed. The fast
bootup and the short error detection time of 110 ms
provide sufficient safety in the application.
• Configurability
Analogue, digital and frequency ports are available
as safety-related inputs and outputs. Furthermore,
fail-safe inductive sensors can be connected to the
SafetyController. The safe and non-safe outputs can
be used as digital and PWM outputs.
• CANsafety
In addition to the CANopen profile, CANsafety
(DS 304) enables a safe data exchange between
bus participants on the same bus cable while the
“normal” communication is in process between
CAN bus participants (e.g. I/O modules). Each
SafetyController supports up to four safe transmit
or receive objects (SRDO). The data is safely processed
via the two integrated CAN interfaces.
Products
Description
Order
no.
SafetyController, 32 bits, 16 I / 16 O
CR7032
SafetyController, 32 bits, 32 I / 48 O
CR7132
Connector, 55 poles (wirable)
EC2013
Cable with connector 55 poles, 1.2 m
EC2086
Programming cable with USB adapter, 2 m
EC2096
Programming software CODESYS, German V2.3
CP9006
Programming software CODESYS, English V2.3
CP9008
Technical data
SafetyController
Housing
closed metal housing with
flange fastening
Device connection
AMP connector
55 poles latched, protected
against reverse polarity
Protection
IP 67
Operating voltage
8...32
[V DC]
Current consumption
(CR7032 / CR7132)
Temperature range
[mA]
≤ 160 / 320
[°C]
-40...85
Indicators
RGB LED
Controller
Infineon TriCore 1796
CR7032
16
Inputs (total)
digital (positive / negative)
analogue (0...10 / 32 V, 0...20 mA)
frequency (≤ 30 kHz)
Outputs (total)
digital, high-side/low-side, H-bridge (2/4 A)
digital, PWM, current-controlled (2/4 A)
digital, PWM, current-controlled (2 A)
digital, (2 A)
Voltage output
5 / 10 V DC, 400 mA
CR7132
32
16
4
4
8
48
8
8
16
16
1
4 x CAN
1 x RS 232
1 x virt. COM port (USB)
Interfaces
CANopen
(CiA DS 301 V4.01)
and DSP 306
SAE J 1939
Supported CAN protocols
[MB]
1.25
Data memory RAM
[kB]
256
Data memory non-volatile
Auto save
[kB]
Program memory
Programming software
56 (4)
CODESYS V2.3
Safety-related characteristics
IEC 62061 SIL cl2
ISO 13849-1 PL d
DC 90...99 %
Standards and tests (extract)
CE,
E1 (UN/ECE R10),
EN 50 155
For further technical data please go to: www.ifm.com
04.2013
17
TOP PRODUCTS
Advantages and customer benefits
17. Process sensors
A quantum leap in flow rate
measurement technology
Inline flow sensor for precise
measurement of liquids up to
600 l/min
Suited for liquids with a conductivity
from 20 μS/cm
Variable use for different flow directions
With integrated empty pipe detection
and simulation mode
Also available with EPDM seal for
drinking water applications
With indication of volumetric flow
quantity, total quantity and temperature
Compact and low cost
ifm makes it possible: efector mid – a volumetric flow
sensor up to 600 l/min, with electronics and evaluation
unit in one of the most compact housings. It is not only
more compact but also less expensive than comparable
sensors.
Three functions
The user monitors the volumetric flow quantity, the
total quantity as well as the temperature with only one
unit.
Easy handling
During set-up, the efector mid scores with easy,
intuitive handling via three buttons directly on the unit.
This allows direct use of the sensor in the field.
Data processing
Analogue, binary and pulse and frequency outputs
offer various options to process the measured data.
Magnetic-inductive volumetric flow sensor for
measuring the water quantity in a filtration system.
18
18. Process sensors
Flow sensors / flow meters
Application: Machine tools, solar and water industries.
For conductive liquids (conductivity: ≥ 20 μS/cm / viscosity: < 70 mm 2/s at 40 °C)
Pulse value
[l...m3]
Response time
Flow
[s]
Accuracy
Flow
Process connection
Order
no.
M12 connector · electrical design DC PNP/NPN · FKM seal
5...300
0.1...300,000
< 0.35 (dap = 0)
± (0.8 % MV + 0.5 % VMR)
G2
SM9000
5...600
0.1...600,000
< 0.35 (dap = 0)
± (0.8 % MV + 0.5 % VMR)
G2
SM2000
M12 connector · electrical design DC · output function 2 x analogue (4…20 mA) · FKM seal
5...300 / 1.3...79.3
–
< 0.35 (dap = 0)
± (0.8% MW + 0.5% MEW)
G2
SM9004
5...600 / 1.3...158.5
–
< 0.35 (dap = 0)
± (0.8% MW + 0.5% MEW)
G2
SM2004
M12 connector · electrical design DC PNP/NPN · EPDM seals
5...300
0.1...300,000
< 0.35 (dap = 0)
± (0.8 % MV + 0.5 % VMR)
G2
SM9100
5...600
0.1...600,000
< 0.35 (dap = 0)
± (0.8 % MV + 0.5 % VMR)
G2
SM2100
Accessories
Type
Further technical data
Description
Type
SM
Order
no.
Operating voltage
Memory plug,
parameter memory for IO-Link sensors
E30398
Current consumption
Measuring range temperature
[V]
< 150
[°C]
-20...80
Short-circuit protection, pulsed
Adapter, G 2 – Victaulic 1,5",
stainless steel (1.4571)
E40227
Adapter, G 2 – 2" NPT,
stainless steel (1.4571)
E40228
Adapter, G 2 – R 2" A,
stainless steel (1.4571)
E40230
Type
[mA]
Output function
SM9000, SM2000
SM9100, SM2100
OUT1
normally open / normally
closed programmable or
pulse or frequency or
empty pipe monitoring
or IO-Link
OUT2
normally open / normally
closed programmable
or analogue
(4...20 mA / 0...10 V,
scalable) or empty pipe
monitoring
2 x 250
Description
Protection
IP 65, IP 67
Ambient temperature
Medium temperature
Connection technology
Pressure resistance
Order
no.
M12 socket,
2 m black, PUR cable
EVC002
M12 socket,
2 m black, PUR cable
EVC004
M12 socket,
5 m black, PUR cable
[°C]
-10...60
[°C]
-10...70
[bar]
16
Housing materials
high-grade stainless steel
(316L/1.4404);
PC (polycarbonate);
FKM; PBT-GF20
Materials (wetted parts)
PEEK Victrex 150 GL30,
high-grade stainless steel
(316Ti/1.4571),
Hastelloy (2.4610), FKM,
Centellen
EVC001
M12 socket,
5 m black, PUR cable
•/•
Current rating
SM9000, SM2000
SM9100, SM2100
E40229
Adapter, G 2 – G 1½,
stainless steel (1.4571)
•
Reverse polarity / overload protection
E40231
Adapter, G 2 – 1½" NPT,
stainless steel (1.4571)
18...32 DC
[mA]
EVC005
Dimensions (H x W x D)
[mm]
116,8 x 200 x 102,8
For further technical data please go to: www.ifm.com
11.2013
19
TOP PRODUCTS
Measuring range
Flow
[l/min / gpm]
19. Process sensors
For the detection of very hot
objects
First compact infrared temperature sensor with display and
operating unit on the sensor
2 independent switching outputs,
universal programming
Scratch-resistant precision lenses for
minimum sensitivity to scattered light
Easy programming via button and display
on the sensor
Test function: To be activated on the
sensor or by external control signal
Temperature measurement up to 1350 °C
Indirect temperature measurement
In most cases the infrared temperature measurement
is used where temperatures can only be measured indirectly, that means without contact. The reason for this
can for example be a high temperature of the object.
The sensors detect the infrared radiation emitted by the
objects and convert them into an output signal.
If the detected temperature is above the set switching
threshold, the switching output is set and the switching
status of the LEDs is displayed.
Easy handling
The switching thresholds and output configurations can
be set and reproduced easily by means of the button
and the display. During operation the display shows the
current measured value in percent.
High precision
All these three types have a high-quality precision lens
which is a prerequisite for precise switching. The lens
withstands the rough environments for example in
steelworks.
Detection of hot slabs in steelworks.
20
20. Process sensors
Temperature sensors
Description
Temperature
range
[°C]
Wave length
range
[μm]
Distance ratio /
angle of aperture
Material lens
Response
time
[ms]
Order
no.
IR temperature sensor
50...500
8...14
25:1 / 2.3°
crystal lens with
anti-reflex coating
< 100
TW7000
IR temperature sensor
250...1250
1.0...1.7
95:1 / 0.6°
tempered
optical glass
<2
TW7001
IR temperature sensor
for fibre optics
350...1350
1.0...1.7
70:1 / 0.8°
tempered
optical glass
<2
TW7011
Accessories
Common technical data
Type
Description
Order
no.
Operating voltage
[V DC]
Current rating
Air purge
10...34
[mA]
2 x ≤ 150
E35063
1%
of VMR
Switch point accuracy
Current consumption
Cooling jacket
E35064
[mA]
≤ 30
Protection
IP 65
Reverse polarity protection
•
Short-circuit protection
•
2x7
segment red
LED display
Mounting bracket
E35065
Dimensions
E35067
51
M30 x1,5
Heat insulation
TW7000
155
75,5
E35066
28
M12x1
Protective tube
1
2
5
2 x LED
36
TW7001
189
75,5
Order
no.
28
M12 x 1
Description
M30 x1,5
Accessories TW7011
1
Fibre optic, 2 m
E35062
5
2 x LED
2
36
E35061
Fibre optic, 5 m
85,5
Connection technology
Type
Description
1/4“-36UNS-2A
M30 x1,5
E35060
54,5
28
M12x1
Sensor head, lens attachment for
IR temperature sensors
TW7011
163
75,5
Order
no.
Socket, M12, shielded,
2 m black, PUR cable
EVC547
Socket, M12, shielded,
5 m black, PUR cable
EVC548
1
EVC544
Socket, M12, shielded,
5 m black, PUR cable
EVC545
2 x LED
5
36
1) Programming buttons
2) 2-digit alphanumeric display
Wiring diagram
1
2
Socket, M12, shielded,
2 m black, PUR cable
2
5
4
3
L+
Out 2
Test Input
Out 1
L
screen
For further technical data please go to: www.ifm.com
11.2012
21
TOP PRODUCTS
M30, 2 switching outputs · output function 2 x NO/NC programmable
21. Process sensors
Temperature transmitter with
display and IO-Link
First transmitter with
display and IO-Link for
food applications
Bright 4-digit LED display for optimum
readability
Fast response time T05/09 = 1/3 s
Pre-scaled measuring ranges, IO-Link 1.1
programmable
Available in various probe lengths from
30...250 mm
Hygienic and robust design: high-grade
stainless steel (316L / 1.4404) and IP 69K
TD temperature transmitters
The TD series temperature transmitters are distinguished
by a compact, hygienic design with integrated process
connections and a display for local indication of the
temperature.
Easy installation and set-up
The integrated Tri-Clamp® and G1/2" process connections
allow quick and easy installation. No complex set-up is
required because the transmitters are supplied with a
pre-scaled measuring range. For special applications
the temperature range can be scaled via IO-Link 1.1.
Robust and durable
Protected to IP 69K standards and featuring a fully
welded stainless steel housing, the transmitters are
designed to operate in particularly harsh applications.
22
22. Process sensors
Temperature sensors
Nominal length
Temperature range
(scaled 4...20 mA)
Order
no.
Further technical data
[mm]
Accuracy analogue output
[V DC]
18...32
[K]
± 0.3 + (± 0.1 % MS)
30
0...100 °C
TD2807
Ambient temperature
[°C]
-25...80
50
0...100 °C
TD2817
Maximum measuring range
[°C]
-50...150
100
0...100 °C
TD2837
Programmable
150
0...100 °C
TD2847
IO-Link
high-grade stainless steel
(1.4404 / 316L)
fully welded
Housing material
Process connection 2" Tri-clamp • 3A, FDA
30
0...100 °C
TD2907
Protection
IP 69K
50
0...100 °C
TD2917
Dynamic response
100
0...100 °C
TD2937
150
0...100 °C
TD2947
[s]
1/3
(to DIN EN 60751)
Accessories
Process connection G 1/2 BSPP hygienic • EHEDG, FDA
30
0...100 °C
TD2507
Type
Description
Order
no.
TD2517
50
0...100 °C
100
0...100 °C
TD2537
150
0...100 °C
TD2547
Welding adapter ball, G 1/2
E30055
Welding adapter collar, G 1/2
E30056
Pipe fitting, G1/2 – DN25 SMS,
high-grade stainless steel (1.4404 / 316L)
E33430
Pipe fitting,
G 1/2 I – DIN 11851 DN25
E43304
Pipe fitting,
G 1/2 I – DIN 11851 DN40
E43305
Clamp adapter,
G 1/2 I – Varivent D50
E43306
Clamp adapter,
G 1/2 I – Varivent D68
E43307
Sealing plug, G1/2,
high-grade stainless steel (1.4435 / 316L)
E43308
Welding adapter, G 1/2,
high-grade stainless steel (1.4435 / 316L)
E43319
Welding adapter, 6 mm,
high-grade stainless steel (1.4435 / 316L)
E30407
Process connection Ø 6 mm • EHEDG, FDA
50
0...100 °C
TD2217
100
0...100 °C
TD2237
150
0...100 °C
TD2247
250
0...100 °C
TD2267
Accessories
Type
Description
IO-Link interface for parameter setting
and analysis of units with DTM
specification, current consumption
via USB port: max. 500 mA
Memory plug,
parameter memory for IO-Link sensors
LINERECORDER SENSOR,
software for parameter setting
and set-up of IO-Link sensors
Order
no.
E30396
E30398
ZGS210
Connection technology
Type
Description
Order
no.
Socket, M12, 4-pole,
5 m orange, PVC cable
EVT001
Socket, M12, 4-pole,
2 m orange, PVC cable
EVT064
Socket, M12, 4-pole,
5 m orange, PVC cable
EVT004
Socket, M12, 4-pole,
2 m orange, PVC cable
EVT067
For further technical data please go to: www.ifm.com
11.2013
23
TOP PRODUCTS
Operating voltage
Process connection 1.5" Tri-clamp • 3A, FDA
23. Condition monitoring systems
Intelligent vibration switch –
simply smart
Online monitoring of
vibration severity according
to ISO 10816
Electronic vibration switch with analogue
output
Monitoring, display and recording of
vibration values in one compact field unit
Easy set-up and installation using pushbuttons for parameter setting
Dual measurement point capability,
additional process value e.g. temperature
On-board time stamped history function
for data collecting and trending
Compact vibration sensor
The VNB001 is the first member of a new series of
compact vibration sensors. It is used for online monitoring of overall vibration of machines and equipment
according to ISO 10816. This unit is distinguished by its
simple set-up, requiring no PC software for parameter
setting.
Function
The unit is based on the proven, reliable efector octavis
technology and can also be used for applications in the
mobile sector. The sensor measures the average vibration velocity (mm /s or in /s). Measurement value and
switchpoint conditions are visualised on the LED
display. Critical machine conditions are signalled using
either 2 switching outputs or alternatively 1 switching
and 1 analogue output. Aditionally the operator can
use the analogue input to monitor a further process
value e.g. temperature. Alternatively the unit can be
powered using the integrated USB interface providing
the option of using the VN as a hand-held device.
24
24. Condition monitoring systems
Vibration monitoring systems
Vibration sensor VN
Process connection via M12 x 1 and M8 x1 connectors
Pushbutton parameter setting
Technical data
Vibration sensor
VNB001
62,4
51
14
M12 x1
36
Operating voltage
20
5,3
6
Input
M8 x1
37,6
10
2
1
2
1
3
4
5
[mA]
Pin 1: 5 V via USB interface
Pin 2: USB_P
Pin 3: LPin 4: USB_M
Pin 1: L+
Pin 2: Out 1 switching output or
current output 4...20 mA programmable
Pin 3: LPin 4: Out 2 switching output
Pin 5: In 4…20 mA DC
1 analogue input 4…20
4-digit
alphanumeric display
Display
Measuring range
5,3
9.6...30 DC or using USB*
2 switching outputs or
1 switching output and
1 analogue output 4...20 mA
(programmable)
M5
Wiring diagram
4
3
[V]
Output
4
5
TOP PRODUCTS
Dimensions
[mm/s]
max. 500 programmable
Measurement values
v peak or v rms
2...1000 Hz / 10...1000 Hz
History memory
8 MB
i.e. 342,534 entries,
storage interval 5 minutes
Data interface
USB
Ambient temperature
[°C]
Protection
-30...60
IP 67
Selftest
•
* The switching outputs are not active if the unit is powered via USB.
Accessories
Type
Description
Order
no.
USB / M8 cable
E30136
Adapter UNF / M5
(pack quantity 10 pieces)
E30137
Power supply
E30080
Connection technology
Type
Description
Order
no.
Socket, M12,
2 m black, PUR cable
EVC073
Socket, M12,
2 m black, PUR cable
EVC070
For further technical data please go to: www.ifm.com
11.2012
25
25. Power supplies
Addition to the 24 V power
supply family
3.3 to 20 A with high
efficiency in a slim design
Particularly space-saving design
High efficiency, low heating of the
control cabinet
High power reserves
Safe switch-off by circuit breakers
in case of short circuit
Low inrush current
Efficient and reliable
Due to innovative technology the new ifm power supplies
require considerably less space in the control cabinet, as
compared to common cabinet power supplies. Another
advantage of the efficient design is the above average
degree of efficiency of up to 94 per cent. This saves
energy costs and reduces waste heat in the control
cabinet.
In the development of the power supplies, particular
importance was attached to a sufficient dimensioning
of the components, so that operation is permanently
ensured even in the limit areas of the specification. This
results in an excellent MTBF value of about 1.4 million
hours.
Moreover, all ifm power supplies feature sufficient
power reserves to reliably handle even short current
spikes.
The new ifm power supplies require only little space in
the control cabinet.
26
26. Power supplies
24 V DC power supplies
Output current
permanent / peak
at 24 V
Input voltage
[V AC]
Peak
switch-on current
(120 / 230 V AC)
Buffer time
(120 / 230 V AC)
[ms]
Degree of efficiency
(120 / 230 V AC)
[%]
Order
no.
30 / 128
88.0 / 89.8
DN4011
3.3 A / 3.3 A
100...240
23 A / 45 A peak
5A/6A
100...120 / 200...240
3 A / 3 A peak
80 / 78
89.4 / 90.2
DN4012
10 A / 12 A
100...120 / 200...240
3 A / 3 A peak
46 / 47
91.0 / 91.6
DN4013
DN4014
20 A / 24 A
100...240
9 A / 7 A peak
26 / 26
92.7 / 94.0
5A/6A
2 x 380...480
4 A / 4 A peak*
27 / 48*
90.4 / 90.0*
DN4032
10 A / 12 A
3 x 380...480
4 A / 4 A peak*
34 / 54*
92.8 / 92.9*
DN4033
20 A / 30 A
3 x 380...480
3 A / 3 A peak*
22 / 22*
95.0 / 94.8*
DN4034
* at 400 / 480 V AC
Dimensions
Common technical data
Example: DN4011, DN4012
1
Output voltage
4
Example: DN4013
++ - -
35
124
130,8
1
2
PE
4
L
114,6
122,5
127
62
50...60, ± 6 %
• Inrush current limitation
Instead of an inrush current limitation with a simple
NTC, charging of the capacitors of the new switchedmode power supplies from ifm is microprocessorcontrolled. This ensures an ideal start-up of the voltage
supply.
• Long bridging times
The voltage supply is ensured for several milliseconds
if the mains voltage briefly fails, e.g. caused by
switching operations in the supply network.
• Wide operating temperature range
ifm switched-mode power supplies provide the
specific nominal power across the entire temperature
range.
Derating only has to be taken into account above an
operating temperature of 60 °C.
• Double terminal
All 24 V switched-mode power supplies are equipped
with double terminals. This simplifies wiring and
provides more clarity in the control cabinet.
35
124
130,5
Example: DN4014
1
[Hz]
35
124
130,5
114,6
122,5
127
40
N
-25...70
Functions and advantages
N L PE
13 14
24...28
[°C]:
Frequency range
++- -
[V DC]
Operating temperature
2
2
13
14
N L PE
++ - 4
3
65
124
132,5
136,7
1) Potentiometer 24...28 V DC
2) LED DC OK
3) Terminals DC OK signal
For further technical data please go to: www.ifm.com
04.2013
27
TOP PRODUCTS
24 V DC switched-mode power supplies for control cabinet installation
27. Industrial communication
Addition to the AS-i power
supply family
2.8 to 8 A with high efficiency
in a slim design
High efficiency, low heating of the
control cabinet
High power reserves
Particularly space-saving design
Low inrush current
Safe switch-off by circuit breakers
in case of short circuit
Efficient and reliable
In the development of the power supplies, particular
importance was attached to a sufficient dimensioning
of the components, so that operation is permanently
ensured even in the limit areas of the specification. This
results in an excellent MTBF value of about 1.4 million
hours.
Moreover, all ifm power supplies feature sufficient
power reserves to reliably handle even short current
spikes.
Due to innovative technologies, the new AS-i power
supplies require considerably less space in the control
cabinet, as compared to common cabinet power
supplies. Another advantage of the efficient design is
the above average degree of efficiency of up to 94
per cent. This saves energy costs and reduces waste
heat in the control cabinet.
The ifm power supplies only produce little heat in the
control cabinet due to their high degree of efficiency.
28
28. Industrial communication
AS-Interface power supplies /
earth fault monitors
Output current
permanent / peak
Input voltage
[V]
Peak
switch-on current
(120 / 230 V AC)
Buffer time
(120 / 230 V AC)
[ms]
Degree of efficiency
(120 / 230 V AC)
[%]
Order
no.
115 / 111
87.0 / 88.0
AC1256
2.8 A / 2.8 A
100...120 / 200...240 AC
3 A / 3 A peak
4 A / 4.4 A
100...120 / 200...240 AC
3 A / 3 A peak
80 / 78
88.0 / 89.0
AC1254
8 A / 8.4 A
100...120 / 200...240 AC
3 A / 3 A peak
46 / 47
89.5 / 90.5
AC1258
8 A / 8.4 A
2 x 380...480 AC
4 A / 4 A peak*
34 / 54*
92.0 / 92.1*
AC1253
4 A / 4.4 A
24 DC
2 A peak**
6**
90.5**
AC1257
* at 400 / 480 V AC
** at 24 V DC
Dimensions
Common technical data
Example: AC1254, AC1256
+-+ -
Shield
Output voltage
1
[V DC]
29.5...31.6 from AS-i
35
4
114,6
120
124,5
40
1
4
L PE
62
1) LED AS-i OK
50...60, ± 6 %
• Inrush current limitation
Instead of an inrush current limitation with a simple
NTC, charging of the capacitors of the new switchedmode power supplies from ifm is microprocessorcontrolled. This ensures an ideal start-up of the voltage supply.
• Long bridging times
The voltage supply is ensured for several milliseconds
if the mains voltage briefly fails, e.g. caused by
switching operations in the supply network.
• Wide operating temperature range
ifm switched-mode power supplies provide the
specific nominal power across the entire temperature
range. Derating only has to be taken into account
above an operating temperature of 60 °C.
35
124
130,8
Shield
4
Example: AC1258
N
-25...70
[Hz]
Functions and advantages
N L PE
+-+-
[°C]:
Frequency range
124
130,5
Operating temperature
114,6
120
124,3
• Double terminal
All AS-i switched-mode power supplies are equipped
with double terminals. This simplifies wiring and
provides more clarity in the control cabinet.
For further technical data please go to: www.ifm.com
04.2013
29
TOP PRODUCTS
AS-i switched-mode power supplies for control cabinet installation
29. Position sensors
Inductive sensors
Suitable for industrial, mobile, cooling and lubricating applications
Inductive sensors for extremely high ambient temperatures
Inductive sensors for use in dust and gas areas
32 34 36 -
33
35
39
(11.2013)
36 40 -
39
41
(11.2013)
42 -
43
(04.2013)
44 -
45
(11.2013)
46 -
47
(11.2013)
(04.2013)
48 50 52 -
49
51
61
(11.2013)
62 -
63
(11.2013)
64 -
65
(04.2013)
(11.2013)
66 68 70 -
67
69
71
(11.2013)
72 -
73
(11.2013)
74 -
75
(11.2013)
(04.2013)
(04.2013)
Capacitive sensors
Capacitive sensors for use in dust and gas areas
Capacitive touch sensors in compact cylindrical design
(04.2013)
Cylinder sensors
Flush-mount cylinder sensors for weld-field detection
Photoelectric sensors for general applications
Extremely robust photoelectric sensors for industrial applications
Sensors for motion control
Encoders
New absolute encoders
Pulse evaluation systems
Safe monitoring of speeds
Frequency-to-current converter – analogue frequency transmission
Monitor family for monitoring of different measured variables
(04.2013)
Industrial imaging
3D sensors / 3D cameras
Visual assessment of distance, level or volume
Illumination
External LED illumination for sophisticated object recognition
Process sensors
Pressure sensors
Optimised PT pressure transmitter with analogue current output
Compact analogue PQ pressure sensor
Hygienic pressure sensor for high temperature applications
(04.2013)
Flow sensors / flow meters
Flow sensor with Germanischer Lloyd approval
Temperature sensors
Great value for money – the TS series temperature sensors
30
30. Industrial communication
AS-Interface I / O modules
AS-i CompactM8 modules with reliable ecolink connection
(04.2013)
76 -
77
(04.2013)
78 -
79
(11.2013)
80 -
81
(11.2013)
(04.2013)
82 84 -
83
85
(11.2013)
86 -
87
(04.2013)
(11.2013)
88 90 -
89
91
(04.2013)
92 -
93
(11.2013)
94 96 -
95
97
Fielbus components / IO-Link components
FieldModuleDP – compact fieldbus module for Profibus DP with IO-Link
Identification systems
RFID 125 kHz / RFID 13.56 MHz
Evaluation unit and antennas for production and conveying
Condition monitoring systems
Vibration monitoring systems
For structural vibrations with low acceleration
Vibration monitoring in ATEX zones 1G and 1D
Systems for oil quality monitoring
Particle monitor LDP100 monitors the contamination of oils
Systems for mobile machines
Mobile controllers
Cost-optimised mini controller for mobile applications
Robust controllers – for more mobility on chains and wheels
Dialogue modules / displays
Dialogue module PDM360 NG Touch for mobile machines
Connection technology
The reliable connection even with strong noise field interference
The secure connection for standard applications
(04.2013)
Splitter boxes
Compact low-profile M8 splitters for confined spaces
Splitter with ecolink technology, the secure connection
(04.2013)
(04.2013)
98 - 99
100 - 101
31
INNOVATIONS
Sockets
31. Position sensors
One for all – a single inductive
sensor for three applications
Suitable for industrial,
mobile, cooling and
lubricating applications
Large temperature range of -40...85 °C
for greater flexibility
Protection rating IP 65 to IP 69K for
increased machine uptime
Reliable detection due to improved
sensor tolerances
Reduced stock-keeping – one sensor for
many applications
New standard
This newly developed generation of inductive sensors
is the first to present one sensor that can be used for
three different applications. Whether in factory automation, in applications with coolants and lubricants
or in mobile applications – the new ifm technology
platform distinguishes itself with universal and permanent usability while guaranteeing high performance,
temperature stability and higher sensing ranges.
Resistant and reliable
A large temperature range of -40...85 °C and protection
ratings IP 65, IP 66, IP 67, IP 68 and IP 69K guarantee
maximum reliability. This new generation meets the
user’s increased machine uptime requirements while
offering a reliable switching function that assures the
avoidance of standstills. All in all, a universal sensor for
permanent use.
Detection of carriers in a conveyor system.
32
32. Position sensors
Inductive sensors
Connection
Sensing range
Electrical design
Order no.
Output function
normally open
Type M12 · Dimensions: length [mm]
4f
Order no.
Output function
normally closed
60
[mm]
Switching
frequency
[Hz]
45
60
45
700
IFS240
IFS244
IFS248
IFS260
7 nf
DC PNP
700
IFS241
IFS245
IFS250
IFS261
4f
DC NPN
700
IFS242
IFS246
IFS249
IFS262
7 nf
M12
connector
DC PNP
DC NPN
700
IFS243
IFS247
IFS251
IFS263
60
45
60
45
Type M18 · Dimensions: length [mm]
8f
DC PNP
400
IGS232
IGS236
IGS240
IGS252
12 nf
DC PNP
300
IGS233
IGS237
IGS242
IGS253
8f
DC NPN
400
IGS234
IGS238
IGS241
IGS254
12 nf
M12
connector
DC NPN
300
IGS235
IGS239
IGS243
IGS255
60
50
60
50
Type M30 · Dimensions: length [mm]
15 f
100
IIS226
IIS230
IIS234
IIS246
DC PNP
100
IIS227
IIS231
IIS236
IIS247
15 f
DC NPN
100
IIS228
IIS232
IIS235
IIS248
22 nf
M12
connector
DC PNP
22 nf
DC NPN
100
IIS229
IIS233
IIS237
IIS249
Installation: f = flush / nf = non flush
Accessories
Description
Order
no.
Operating voltage
[V DC]
Current consumption
Angle bracket for type M12,
stainless steel
E10735
Angle bracket for type M18,
stainless steel
E10736
[V]
Current rating
Mounting clamp, with end stop
for types M12, PC
E11994
100
[°C]
-40...85
IP 65, IP 67, IP 68, IP 69K
III
Switching status indication
E11995
Mounting clamp, with end stop
for types M30, PC
E11996
Accessories (supplied)
Mounting sleeve,
M16 x 1 - Ø 12 mm, 34 mm
E10806
Mounting sleeve,
M24 x 1.5 - Ø 18 mm, 36 mm
E10807
LED
4 x yellow
Brass plated with white
bronze, PBT; PEI
Housing materials
2 fixing nuts,
brass
Wiring diagram
1
L+
3
1
L+
2
4
E10808
•
Protection rating,
protection class
Mounting clamp, with end stop
for types M18, PC
Mounting sleeve,
M36 x 1.5 - Ø 30 mm, 36 mm
< 2.5
[mA]
Ambient temperature
E10737
< 10
Reverse polarity protection
Voltage drop
Angle bracket for type M30,
stainless steel
10...30
[mA]
INNOVATIONS
Type
Further technical data
L
3
L
Connection technology
Type
Description
Order
no.
1
3
Socket, M12,
2 m black, PUR cable
L
3
L
EVC004
Socket, M12,
5 m black, PUR cable
L+
EVC002
Socket, M12,
2 m black, PUR cable
1
2
EVC001
Socket, M12,
5 m black, PUR cable
L+
4
EVC005
For further technical data please go to: www.ifm.com
11.2013
33
33. Position sensors
Inductive sensors for extremely
high ambient temperatures
Resistant to temperatures
up to 180 °C
Ideal for applications in the steel
or glass industries
Very compact, since sensor and evaluation
electronics are housed in one unit
Great flexibility thanks to M12, M18,
M30 and M50 housings
Stainless steel housing for greater
mechanical resistance
With 5 m silicone cable, terminals
can be outside the critical area
For tough environments
The new high-temperature inductive sensors are specially
designed for the steel and glass industries, but they are
also suited for other hot environments and applications,
such as industrial furnaces, burners and incinerators.
Robust and reliable
Standard sensors are not suited for temperatures above
100 °C. Electronic components and tin solder would be
damaged. Thanks to the special mechanical construction
and the use of select materials and electronic components, these sensors are perfectly suited for temperatures
up to 180 °C. With its compact and sturdy design, the
new series offers maximum long-term stability and
reliability even under the most challenging operating
conditions.
High-temperature inductive sensors for position
detection on conveyors in steelworks.
34
34. Position sensors
Inductive sensors
Type
Dimensions
Length
[mm]
Sensing range
Installation
Switching
frequency
[Hz]
500
[mm]
Current rating
Order
no.
120
IF6074
[mA]
5 m silicone cable · Output function NO · DC PNP
L = 56
3
flush
M18
L = 70
5
flush
400
150
IG6614
M18
L = 77
8
non flush
400
150
IG6119
M30
L = 70
10
flush
200
150
II5961
M30
L = 79
15
non flush
200
150
II5930
M50
L = 70
20
flush
100
150
I95045
Dimensions
Further technical data
IF6074
56
48
M12 x1
Operating voltage
4
•
•
Overload protection
•
M18 x1
Ambient temperature
M12 design
[°C]
Ambient temperature
M18, M30, M50 design
IG6614
70
60
[°C]
Protection rating
4
IG6119
0...180
housing
sensing face
stainless steel
LCP
Wiring diagram
M18 x1
7
0...150
IP 65
Housing material
24
77
60
10...35
Short-circuit protection, pulsed
17
BN
4
L+
BK
24
BU
L
II5961
70
60
M30 x1,5
Accessories
Type
Description
Order
no.
5
36
M30 x1,5
E10735
E10736
Angle bracket for M30 design,
stainless steel
9
Angle bracket for M12 design,
stainless steel
Angle bracket for M18 design,
stainless steel
II5930
79
60
36
[V DC]
Reverse polarity protection
E10737
5
I95045
M50 x1,5
70
60
55
5
For further technical data please go to: www.ifm.com
04.2013
35
INNOVATIONS
M12
35. Position sensors
The new generation of ATEX
protection
Inductive and capacitive
sensors for use in dust and
gas areas
Robust full metal and plastic housings
with 4 joules shock test
Simple connection using connector or
terminals
Clearly visible LED switching status
indication
Direct connection to plant control without
switching amplifier
Special mechanical stability ensures high
plant safety
Maximum protection for highest requirements
Hazardous dust areas make high demands on all devices.
Any risk from sensors must be excluded by special test
methods. Selected materials or a special design ensure
that prevention of ignition sources is guaranteed even
in long-term use. This considerably increases plant
safety.
Extensive product range
ifm offers an extensive range of inductive and capacitive
sensors. Full metal sensors, plastic sensors or sensors
with plastic protective covers are available for different
applications in accordance with the latest update of the
ATEX directive. The connector versions with ifm ecolink
connectors are a perfect solution for hazardous areas.
36
36. Position sensors
Inductive sensors
capacitive sensors
Dimensions
Sensing range
Operating voltage
[mm]
[mm]
Output function
Category
Order
no.
[V]
NO
3D / 3G
IF503A
IF504A
Inductive · M12 connector · full metal
M12 x 60
3f
10...36 DC
M12 x 61
3f
10...36 DC
NC
3D / 3G
M12 x 70
6 nf
10...36 DC
NO
3D / 3G
IF505A
M18 x 70
5f
10...36 DC
NO
3D / 3G
IG510A
M18 x 71
12 nf
10...36 DC
NO
3D / 3G
IG511A
M18 x 72
5f
10...36 DC
NC
3D / 3G
IG512A
M30 x 70
10 f
10...36 DC
NO
3D / 3G
II502A
M30 x 71
25 nf
10...36 DC
NO
3D / 3G
II503A
M30 x 72
10 f
10...36 DC
NO
2D / 3G
II504A
40 x 40 x 67
40 nf
10...36 DC
NO and NC
3D / 3G
IM511A
40 x 40 x 67
20 f
10...36 DC
NO and NC
3D / 3G
IM512A
40 x 40 x 67
30 nf
10...36 DC
NO and NC
3D / 3G
IM513A
Inductive · M12 connector
Accessories
IF503A
M12 x1
M12 x1
60
49
40
M12 x1
M12 x1
10
17
IG510A
M12 x1
E10737
E10025
Lock nuts (2 pcs.),
M18 x 1, high-grade st. steel (1.4571)
E10028
Lock nuts (2 pcs.),
M30 x 1, high-grade st. steel (1.4571)
E10031
70
59
57
27,5
IG511A
15
II503A
22,5
M30 x1,5
4
24
70
59
57
35
5
36
M12 x1
M18 x1
LED 4 x 90°
4
67
54
45,5
40
24
II502A
29,5
IM511A
5,5
M30 x1,5
M12 x1
45,5
34
30
M12 x1
5
5,5
36
40
30
2
70
58
57
50
LED 4 x 90°
E10736
M12 x1
LED 4 x 90°
LED 4 x 90°
Angle bracket for type M18,
stainless steel
M18 x1
70
59
57
50
E10735
Lock nuts (2 pcs.),
M12 x 1, high-grade st. steel (1.4571)
IF505A
4
LED 4 x 90°
Order
no.
Angle bracket for type M30,
stainless steel
17
70
59
40
Description
Angle bracket for type M12,
stainless steel
4
LED 4 x 90°
Type
LED
37
INNOVATIONS
Dimensions
37. Position sensors
Dimensions
Sensing range
Operating voltage
Output function
Category
Order
no.
[mm]
[mm]
[V]
10...30 DC
NO and NC
3D
IG514A
Inductive · M12 connector · protectice cover
Ø 23 x 102.3
10 nf
Inductive · 2 m cable · protective cover
Ø 23 x 102.3
8 nf
20...250 AC / DC
NO
3D
IG001A
Ø 23 x 102.3
8 nf
10...30 DC
NC
3D
IG513A
Ø 23 x 102.3
8 nf
10...30 DC
programmable
3D
IG515A
15 nf
20...250 AC / DC
NO
3D
II001A
105 x 80 x 42
60 nf
20...250 AC / DC
programmable
3D
ID002A
105 x 80 x 42
60 nf
10...30 DC
programmable
3D
ID502A
105 x 80 x 42
60 nf
10...30 DC
programmable
2D
ID503A
IM001A
Inductive · 6 m cable · protective cover
Ø 34 x 104.1
Inductive · terminal chamber
40 x 40 x 133
20 f
20...250 AC / DC
programmable
3D
40 x 40 x 133
40 nf
20...250 AC / DC
programmable
3D
IM002A
40 x 40 x 133
20 f
10...30 DC
programmable
3D
IM506A
40 x 40 x 133
40 nf
10...30 DC
programmable
3D
IM507A
40 x 40 x 133
20 f
10...55 DC
programmable
3D
IM508A
40 x 40 x 133
20 f
10...30 DC
NO
3D
IM509A
40 x 40 x 133
20 f
10...30 DC
NO and NC
3D
IM510A
Dimensions
ID002A
105
42
9,3
5,5
IG514A
12,6
4
65
80
M18 x1
23
18
27
84,5
80
68,5
52,7
40
1
18,5
LED
24
IG001A
102,2
80
69
50
24
1) potentiometer
9
4
IM001A
133
105
54
45,5
40
18,5
24
LED
40
7
II001A
9
M30x1
34,1
29,5
30
104
81
67
44
18
85
24
24
5
29
24
45,5
34
30
LED
16
7,5
65
M18 x1
23
18
5,5
LED
LED
38
38. Position sensors
Inductive sensors
capacitive sensors
Dimensions
Sensing range
Operating voltage
[mm]
[mm]
Output function
Category
Order
no.
[V]
Capacitive · terminal chamber
105 x 80 x 42
60 nf
20...250 AC / DC
programmable
3D
KD001A
105 x 80 x 42
60 nf
10...36 DC
programmable
3D
KD501A
Capacitive · terminal chamber straight
M30 x 150
15 nf
20...250 AC / DC
programmable
3D
KI000A
M30 x 150
15 nf
10...30 DC
NO and NC
3D
KI503A
Capacitive · terminal chamber angled
M30 x 125
15 nf
20...250 AC / DC
programmable
3D
KI001A
M30 x 125
15 nf
10...30 DC
NO and NC
3D
KI505A
Dimensions
KD001A
105
42
9,3
5,5
40
65
80
18
27
12,6
1
LED
24
16
7,5
65
ecolink M12 – the secure connection in ATEX
applications.
This ecolink connectors series meets the strict requirements of the standard and is therefore allowed for use
in ATEX areas requiring categories 2D, 3D and 3G. It is
a simple matter to tighten the connector so far that it
complies with the ATEX requirements but cannot be
loosened by hand.
Please observe the recommended tightening torque of
1.2...1.5 Nm or tighten by 3 clicks with a wrench!
KI000A
150
128
80
17
67
60
Type
28
24
36
2
36
Description
Order
no.
2 m black, PUR cable
M30 x1,5
1
EVC04A
Sockets M12, 4-pole
5
5 m black, PUR cable
5
36
36
EVC06A
EVC14A
24
INNOVATIONS
M30 x1,5
2
EVC05A
10 m black, PUR cable
25 m black, PUR cable
KI001A
125
60
67
1
17
80
28
24
1) potentiometer
2) tightening torque 10 Nm
For further technical data please go to: www.ifm.com
04.2013
39
39. Position sensors
Touch sensor – start, stop and
acknowledge
Capacitive touch sensors in
compact cylindrical design
Dynamic, stable, latching function
programmable or preset
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
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 vandalism. 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. The green LEDs can be controlled separately and, for example, be used to indicate the status
of plant and machinery.
40
40. Position sensors
Capacitive sensors
Type
Evaluation principle
Connection
Housing material
Protection
Current rating
Order
no.
[mA]
Output function NO · DC PNP
M22
dynamic
0.3 m PUR cable
PA
IP65, IP67, IP69K
500
KT5101
M22
dynamic
0.3 m PUR cable
with M12 plug
PA
IP65, IP67, IP69K
500
KT5102
M22
static
0.3 m PUR cable
PA
IP65, IP67, IP69K
500
KT5105
M22
static
0.3 m PUR cable
with M12 plug
PA
IP65, IP67, IP69K
500
KT5106
M22
dynamic
0.3 m PUR cable
PA
IP65, IP67, IP69K
500
KT5109
Symbol disc must be ordered separately
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-wire
technology.
Dimensions
Common technical data
Operating voltage
[V DC]
24 (12...36)
Current consumption
[mA]
30
Ambient temperature
[°C]
-40...85
Accessories
Description
Order
no.
Symbol disc,
lettering: START
Symbol disc,
lettering: STOP
Symbol disc,
symbol: on
M22x1,5
E12380
E12381
Mechanical protection for M22 touch sensors
5,3
5
E12379
Rotation lock
for installation in control panels
31
E12378
Symbol disc,
symbol: off
29,5
22
20,4
15,5
E12377
E12382
Connection technology
Description
Order
no.
Socket, M12,
2 m black, PUR cable
EVC001
Socket, M12,
5 m black, PUR cable
EVC002
Socket, M12,
2 m black, PUR cable
EVC004
Socket, M12,
5 m black, PUR cable
INNOVATIONS
Type
EVC005
For further technical data please go to: www.ifm.com
11.2013
41
41. Position sensors
Flush-mount cylinder sensors for
weld-field detection
Only T-slot sensors with
stable signal, independent of
the welding duration time
Flush in the T-slot, no protruding
structures
With non-stick coating on the M8 or M12
connectors
PTFE conduit on the cable
Convenient: Easy fit “drop from the top”
into a slot
A short, 25 mm sensor for different
cylinder profiles
Intelligent cylinder sensor
The sensor detects the alternating field of the weld
current and holds the output signal during this time,
independently of the welding duration time. Then the
sensor resumes normal switching operation (piston or
no piston).
GMR cell
The GMR cell used works as a semiconductor element
according to the magnetoresistive principle and reacts
to magnetic fields of the permanent magnet in the
pneumatic cylinder.
Adapters for almost any cylinder profile
Thanks to the wide selection of optional adapters the
T-slot sensor can be fixed to almost any clean-line, tie
rod, integrated profile or trapezoidal slot cylinder.
Online configuration for ifm cylinder sensors:
www.ifm.com/gb/cylinder-sensors
42
42. Position sensors
Cylinder sensors
Type /
Dimensions
[mm]
Electrical
design
f
Protection rating/
protection class
Ambient
temperature
[°C]
[mA]
IP 67, III
-25...85
100
MK5215
IP 67, III
-25...85
100
MK5214
[Hz]
Iload
Order
no.
Connection cable 0.3 m with M8 connector rotatable · 3-wire · PUR
25 x 5 x 5.1
DC PNP
> 3000
Connection cable 0.3 m with M12 connector rotatable · 3-wire · PUR
25 x 5 x 5.1
DC PNP
> 3000
Accessories
Common technical data
Type
Description
Order
no.
[V]
Short-circuit protection,
pulsed
Trapezoidal slot cylinder
Adapters,
aluminium alloy, stainless steel
Operating voltage
E11988
10...30 DC
•
Protected against reverse polarity /
overload protected
•/•
LED display
yellow
Repeatability
typ. 1
[m/s]
< 10
Response sensitivity
[mT]
2
Power-on delay time
E11798
[mm]
Travel speed
Memorisation block,
PA, stainless steel
< 0.2
Hysteresis
T-slot cylinder
[mm]
[ms]
< 30
PA,
stainless steel
Housing material
Protective adapter against weld spatter
Coated diecast zinc, stainless steel
E12259
Connection technology
Type
Description
Adapter for tie rod / integrated profile cylinders
Ø clamping range 5...11 mm,
aluminium / stainless steel
E12231
Ø clamping range 9...13.5 mm,
aluminium / stainless steel
E12232
Ø clamping range 9...17 mm,
aluminium / stainless steel
E12233
Order
no.
E11979
Fixing strap,
Ø piston 63 mm
E11980
Fixing strap,
Ø piston 80 mm
E11981
Fixing strap,
Ø piston 100 mm
EVW002
E11978
Fixing strap,
Ø piston 50 mm
EVW001
E11977
Fixing strap,
Ø piston 40 mm
Socket, M12, 4-pole,
2 m, PUR cable
E11976
Fixing strap,
Ø piston 32 mm
EVW070
E11975
Fixing strap,
Ø piston 20...25 mm
Socket, M8, 3-pole
10 m, PUR cable
E11982
INNOVATIONS
Fixing strap,
Ø piston 10...16 mm
EVW069
Socket, M12, 4-pole,
5 m, PUR cable
Clean line cylinder
Socket, M8, 3-pole
5 m, PUR cable
For further technical details please visit: www.ifm.com
11.2013
43
43. Position sensors
Photocell with easy setting for
tough environments
Extremely robust
photoelectric sensors for
industrial applications
Resistant metal housing with M30
connection
Simple switch point setting via
potentiometer and distance scale.
Diffuse reflection sensor with background
suppression or retro-reflective sensor
Long ranges up to 800 mm for diffuse
reflection/15 m for retro-reflective systems
Ranges independent of colours
Optimum choice for conveying applications
The OI design is designed for position detection in
conveying where long ranges are needed. As diffuse
type sensor the device is virtually independent of the
colour so that objects with different surfaces can be
detected reliably without readjustment.
The metallic housing with a solid M30 thread is
extremely robust. Even without additional protection
the sensor withstands impacts and shocks.
Simple switch point setting
A special feature is the switch point setting using
multiturn potentiometer and a distance scale. The
revolutions and the scale value are linear to the distance
(e. g. “1” = 100 mm, “2” = 200 mm etc.). So before
connecting the sensor the switch point can be set and
seen from the sensor scale at any time. There is no easier
way.
44
44. Position sensors
Infrared sensors / red light sensors
Range
Light spot
diameter
[mm]
[m]
Light-on /
dark-on mode
Current
consumption
[mA]
Switching
frequency
[Hz]
Switching
output
Order
no.
Diffuse reflection sensor with background suppression · M12 connector · 3-wire DC
50...800 mm
55*
light-on
35
300
PNP
OIH580
50...800 mm
55*
light-on
35
300
NPN
OIH582
600 mm
30*
light-on
35
300
PNP
OIH280
600 mm
30*
light-on
35
300
NPN
OIH282
Retro-reflective sensor with polarisation filter · M12 connector · 3-wire DC
0.1...15 m**
100 x 130
dark-on
20
1000
PNP
OIP280
0.1...15 m**
100 x 130
light-on
20
1000
PNP
OIP281
0.1...15 m**
100 x 130
dark-on
20
1000
NPN
OIP282
0.1...15 m**
100 x 130
light-on
20
1000
NPN
OIP283
* at maximum range
** referred to prismatic reflector Ø 80 mm
Dimensions
Common technical data
43
38
Type of light
red light 625 nm
yellow
Operation
LED
green
[mA]
200
18
10...30
LED
M30x1,5
Current rating
11
[V DC]
Switching status indication
75
Operating voltage
Voltage drop
M12x1
[V]
Protection rating, protection class
Short-circuit protection, pulsed
Accessories
•
Reverse polarity protection /
overload protection
Description
Angle brackets,
stainless steel (1.4301 / 304)
Order
no.
•/•
Ambient temperature
[°C]
Materials
housing
lens
E10737
-25...60
nickel-plated zinc alloy,
PMMA
Connection technology
Prismatic reflector,
50 x 50 mm, plastic
Type
Description
E20744
Order
no.
Socket, M12,
2 m black, PUR cable
E20739
Prismatic reflector,
Ø 50 mm, plastic
E20956
Prismatic reflector,
Ø 80 mm, plastic
EVC001
Socket, M12,
5 m black, PUR cable
EVC002
Socket, M12,
2 m black, PUR cable
Prismatic reflector,
80 x 80 mm, plastic
EVC004
Socket, M12,
5 m black, PUR cable
EVC005
E20005
For further technical data please go to: www.ifm.com
04.2013
45
INNOVATIONS
Type
< 2.5
IP 67, III
45. Sensors for motion control
New absolute encoders
Cost-optimised absolute
encoders – more functions
and bus interfaces
Single and multiturn encoders
Easy wiring and programming
Solid and hollow shafts
Optional stainless steel version
Profibus DPV1/2, ProfiNet and
CANopen interface EtherNet /IP,
DeviceNet or Modbus
More functions at a favourable price
The new photoelectric absolute encoders with SSI
interface detect position, angle, speed and distance in
automated plant and machinery.
They complement the ifm product family and do not
only offer extended functionality and additional interfaces
but also a convincing price/performance ratio. They are
also available in stainless steel versions.
Easy implementation
These single and multiturn encoders are available with
solid or hollow shaft. The additional interfaces and the
removable bus connection cap ensure easy wiring and
programming.
All common bus interfaces such as Profibus DPV1/2,
ProfiNet and CANopen interface, EtherNet /IP, DeviceNet or Modbus are provided.
The multiturn encoder monitors the material feed of
steel sheet rollers
46
46. Sensors for motion control
Encoder
Ø shaft
Resolution
[mm]
Interface
Operating
voltage
[V DC]
Protection
class
Housing
material
Connection
Order
no.
[Bit]
10...30
IP 65, IP 66, IP 67
Aluminium
Bus cap
RM3006
Multiturn encoder · solid shaft
6
25
Profibus
10
25
Profibus
10...30
IP 65, IP 66, IP 67
Aluminium
Bus cap
RM3007
10
25
ProfiNet
10...30
IP 65, IP 66, IP 67
Aluminium
Bus cap
RM3011
6
25
CANopen
10...30
IP 65, IP 66, IP 67
Aluminium
Bus cap
RM7011
10
25
CANopen
10...30
IP 65, IP 66, IP 67
Aluminium
Bus cap
RM7012
RN3001
Singleturn encoder · solid shaft
10
13
Profibus
10...30
IP 65, IP 66, IP 67
Aluminium
Bus cap
6
13
CANopen
10...30
IP 65, IP 66, IP 67
Aluminium
Bus cap
RN7011
10
13
CANopen
10...30
IP 65, IP 66, IP 67
Aluminium
Bus cap
RN7012
Profibus
10...30
IP 64, IP 65,
IP 66, IP 67
Aluminium
Bus cap
RM3008
Multiturn encoder · hollow shaft
12
25
Accessories
Description
Order
no.
Housing diameter
[mm]
Spring disc coupling,
Ø 6 mm / 10 mm, die-cast zinc; PA
E60117
Spring disc coupling,
Ø 10 mm / 10 mm, die-cast zinc; PA
E60118
Plastic beam coupling with
stainless steel hub, Ø 10 mm / 10 mm
E60193
Flexible coupling with clamp connection,
Ø 6 mm / 10 mm, aluminium
E60066
Flexible coupling with clamp connection,
Ø 10 mm / 10 mm, aluminium
E60022
Flexible coupling with adjusting screws,
Ø 6 mm / 10 mm, aluminium
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,
Ø 63.6 mm / 6 mm, aluminium
E60006
Angle bracket,
aluminium, black anodised
-40...85
E60067
Flexible coupling with adjusting screws,
Ø 10 mm / 10 mm, aluminium
58
[°C]
Ambient temperature
E60035
Maximum
mechanical rotational speed
[1/min]
12.000
Connection technology
Type
Description
Order
no.
EtherNet jumper,
M12 plug / M12 plug
2 m, PVC cable
E21138
EtherNet, screened patch cable,
2 m, PUR cable, M12 / RJ45
E12090
INNOVATIONS
Type
Further technical data
For further technical details please visit: www.ifm.com
11.2013
47
47. Sensors for motion control
Safe monitoring of speeds
Safe speed monitor uses
standard sensors as pick-ups
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
Applications
The DD110S speed monitor has been designed for the
safety-related maximum-speed monitoring that is used
in wind turbines, carousels or centrifuges.
The DD110S is also suited for safety-related monitoring
of the operating mode “reduced speed” on machine
tools.
Special features
The speed monitor is certified to EN 62061 / SIL 3 and
EN ISO 13849-1 cat. 4 / PL e – even though non-safetyrelated sensors are used as pulse pick-ups.
When the safety output has been triggered, it can be
reset again manually or automatically.
48
48. Sensors for motion control
Systems for pulse evaluation
More functions
Automatic or manual reset of overspeed 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.
Technical data
Safety speed monitor
DD110S
Evaluation system for safe speed monitoring
Operating voltage
[V DC]
Nominal voltage
[V DC]
Current consumption
[mA]
Sensor supply
IP 20 / II
Pulse inputs
S34, S43:
“1”: 6 mA / 24 V DC
Input characteristics
Adjustable speed range
[rpm]
Adjustable frequency range
[Hz]
Input frequency
[Hz]
35,5
Output characteristics
99
108
0.1...990
≤ 5000
Fault output “Fault” Y7
and diagnostic output
“Overspeed” Y8
≤ 20 mA, 24 V DC,
voltage drop ≤ 2 V DC,
short-circuit proof,
non safe
114,5
6 A,
250 V AC / 24 V DC
(≥ 6 mA);
resistive load
Contact rating
2
10...49500
2 safety-related switching
outputs (floating contacts)
1 fault output “Fault”
(positive switching)
1 diagnostic output
“Overspeed” (positive
switching)
Dimensions
LED
24
≤ 125
24 V DC / ≤ 70 mA
Protection
Output function
22,5
19.2...28.8;
incl. 5 %
residual ripple
3
Ambient temperature
[°C]
-40...75
Max. permissible relative
humidity
1) Screw terminals
2) Rotary switch
3) DIN rail mounting
-40...55
Storage temperature
1
[°C]
[%]
95,
non condensing
Housing materials
Mounting
Wiring diagram
Connection
VCC = 24 V DC
Sensor 1
Sensor 2
L- L+ S33 S34 S35
(GND)
S44 S43 S45
(GND)
13
Rail TH35
(according to EN 60715)
Screw terminals;
0.5...2.5 mm²
(AWG 12...30)
23
14
PA
(polyamide)
INNOVATIONS
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.
24
DD11xS
24 V DC
Enable 1
Y3 Y4 Y2
Y1
Y5
Y6
Y7
Y8
K1
K1
Restart
K2
K2
24 V
Fault
Overspeed
Enable 2
For further technical details please visit: www.ifm.com
11.2013
49
49. Sensors for motion control
Analogue frequency transmission
Frequency-to-current converter
for the conversion of pulse
sequences into standard signal
Frequency-proportional current or
voltage output
High input frequency of up to 60,000
pulses / minute
Configurable functions
Clearly readable, luminous OLED display
Extended operating temperature range
down to -40 °C
Converting frequencies into standard signals
The programmable frequency-to-current converter receives pulses from external pick-ups and calculates their
frequency according to the interval measurement principle. Based on the set parameters, it generates an analogue standard signal (0/4...20 mA or 0...10 V)
proportional to the calculated frequency / rotational
speed.
Configurable switching outputs
The DW2503 has one transistor output and one relay
output that switch on or off in case the set limit frequency is exceeded or not reached.
Convenient
The high-contrast luminous OLED display and the menuguided parameter setting are designed for maximum
user-friendliness.
The rotational speed of the master belt is transmitted as
an analogue target value to the controller of the other
conveyor belts.
50
50. Sensors for motion control
Pulse evaluation systems
Function
Nominal voltage
Analogue outputs
Pulse inputs
Order
no.
0/4...20 mA;
0...10 V
PNP / NPN;
NAMUR (24 V)
[V]
Application: Conversion of pulse sequences into analogue standard signals
110...240 AC
(50...60 Hz) /
27 DC (typ. 24 DC)
Configurable output functions
When the limit frequency is exceeded or not reached,
the relay and transistor outputs are switched on or off.
They may also remain switched until they are manually
reset. Optionally, the reset can take place automatically
after an adjustable period of time.
The transistor outputs that can be used alternatively
are switched to the relays synchronously. These can, for
example, be connected directly to a PLC in order to
transmit status messages.
Further technical data
Relay outputs
1 changeover contact;
potential-free
6 A (250 V AC);
B300, R300
Transistor outputs
1 x PNP;
externally supplied
24 V DC / max. 15 mA;
short-circuit protection
Setting range
[Imp/min]
1...60000
(0.1...1000 Hz)
Ambient temperature
[°C]
-40...60
Storage temperature
[°C]
-40...85
Housing protection rating
IP 50
Terminal protection rating
IP 20
OLED display;
128 x 64 pixels
luminous
Function display
Input signal indication
LED
yellow
Switching status indication
LED
green
Dimensions
45
124,7
1
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
1
2
20
21
22
23
24
2
3
1) OLED display
2) Programming buttons
3) LEDs
INNOVATIONS
Analogue output
With a withstand voltage of 500 V DC, the analogue
output is electrically isolated from the supply voltage of
the pulse pick-ups.
The value of the output signal changes either in
proportion or out of proportion to the input frequency.
DW2503
35,5
Application example
A typical application is the synchronisation of interacting conveyor belts. The rotational speed of the master
belt is detected with a frequency-to-current converter.
The speed of the second conveyor belt is re-adjusted by
means of an analogue preset value from a frequency
converter.
78
1 output with a switch point to monitor
if the preset value is exceeded or not reached or to indicate
the acceptable range while providing the detected frequency
as analogue current or voltage signal.
For further technical data please go to: www.ifm.com
04.2013
51
51. Sensors for motion control
Rotational speed monitoring and
standstill detection
Speed monitor family with
extended functions
Monitoring of two limit values with
separate output relays
High input frequency of up to 60,000
pulses / minute
Configurable functions, speed-proportional
analogue output
Clearly readable, luminous OLED display
Extended operating temperature range
down to -40 °C
Versatile speed monitoring
The speed monitors calculate the rotational speed by
evaluating pulses. The transistor and relay outputs
switch when adjustable limit values are exceeded or not
reached. This allows, for example, reliable overspeed
and standstill detection.
Versions
The speed monitors DD2503 and DD2603 monitor the
rotational speed of one channel with two separately
adjustable limit values. A separate output is assigned to
each limit value.
The speed monitors DD2505 and DD2605 monitor two
separate input channels, each having one switch point.
Convenient
The high-contrast luminous OLED display and the menuguided parameter setting are designed for maximum
user-friendliness.
Speed monitors switch when critical rotational speeds
are exceeded or not reached.
52
52. Sensors for motion control
Pulse evaluation systems
Switching function
Nominal voltage
Analogue
outputs
Pulse
inputs
Order
no.
[V]
Application:
Single pulse evaluation system with microprocessor for frequency; rotational speed; speed; pulses and machine cycles
1 input with 2 switch points to monitor
if the preset value is exceeded or not reached
or to indicate the acceptable range
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
0/4...20 mA
PNP / NPN;
NAMUR (24 V)
DD2503
2 inputs having 1 switch point each to monitor
if the preset value is exceeded or not reached
or to indicate the acceptable range
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
–
PNP / NPN;
NAMUR (24 V)
DD2505
1 input with 2 switch points to monitor
if the preset value is exceeded or not reached
or to indicate the acceptable range
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
0/4...20 mA
NAMUR
(EN 50227)
DD2603
2 inputs having 1 switch point each to monitor
if the preset value is exceeded or not reached
or to indicate the acceptable range
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
–
NAMUR
(EN 50227)
DD2605
Configurable output functions
The relay outputs are switched on or off in case the limit
values are exceeded or not reached. They may also remain switched until they are manually reset. Optionally,
the reset can take place automatically after an adjustable period of time.
The transistor outputs that can be used alternatively are
switched to the relays simultaneously. These can, for
example, be connected directly to a PLC in order to
transmit status messages.
2 changeover contacts
6 A (250 V AC);
B300, R300
Transistor outputs
2 x PNP;
externally supplied
24 V DC / max. 15 mA;
short-circuit protection
Setting range
[Imp/min]
1...60000
(0.1...1000 Hz)
Ambient temperature
[°C]
-40...60
Storage temperature
[°C]
-40...85
Housing protection rating
IP 50
Terminal protection rating
IP 20
OLED display;
128 x 64 pixels
luminous
Function display
Input signal indication
LED
yellow
Switching status indication
LED
green
Dimensions
45
124,7
1
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
1
2
20
21
22
23
24
INNOVATIONS
Versions including wire monitoring
The monitors DD2603 and DD2605 offer sensor cable
monitoring. In this case, NAMUR sensors must be
applied.
Relay outputs
2
3
35,5
Standstill monitoring
Standstill monitoring is used to detect torn conveyor
belts, to monitor the V-belts of ventilators or to detect
blocked screw conveyors.
The speed monitor signals a dysfunction in case of
unexpected standstills of the non-driven side of the
machine.
Further technical data
DD2503, DD2505, DD2603, DD2605
78
Overspeed monitoring:
Centrifuges, carousels or wind turbines are monitored
for exceeded maximum rotational speed. The speed
monitor gives a switch-off signal as soon as the speed
is too high. This makes sure that the resulting centrifugal
forces will not destroy the system.
1) OLED display
2) Programming buttons
3) LEDs
For further technical data please go to: www.ifm.com
04.2013
53
53. Sensors for motion control
The taming of physical variables
Threshold relay for the
detection and processing of
analogue measuring values
Two analogue current inputs
Monitoring of two limit values with
separate output relays
Configurable functions
Clearly readable, luminous OLED display
Extended operating temperature range
down to -40 °C
Limit values of analogue signals
The threshold relay DL2503 is a programmable analogue
unit designed to evaluate physical variables that are
available as analogue standard signals / sensor signals
(0/4...20 mA).
Extensive parameter setting options make it easy to
meet the requirements of the application.
Typical applications
• Limit value monitoring of flow, pressure, temperature
or level.
• Monitoring of the difference between inflow and
return flow
• Pressure difference monitoring.
Convenient
The high-contrast luminous OLED display and the menuguided parameter setting are designed for maximum
user-friendliness.
Analogue sensor signals are evaluated. The output
switches if limit values are exceeded or not reached.
54
54. Sensors for motion control
Pulse evaluation systems
Switching function
Nominal voltage
Analogue
outputs
Analogue
inputs
Order
no.
1x
0/4...20 mA
2x
0/4...20 mA
for sensors or
transmitters
DL2503
[V]
2-channel analogue threshold relay for analogue standard signals
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
2 changeover contacts
6 A (250 V AC);
B300, R300
Relay outputs
2 x PNP;
externally supplied
24 V DC / max. 15 mA;
short-circuit protection
Transistor outputs
Setting range
[Imp/min]
1...60000
(0.1...1000 Hz)
Ambient temperature
[°C]
-40...60
Storage temperature
[°C]
-40...85
Housing protection rating
IP 50
Terminal protection rating
IP 20
OLED display;
128 x 64 pixels
luminous
Function display
Input signal indication
LED
yellow
Switching status indication
LED
green
Dimensions
45
124,7
1
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
1
2
20
21
22
23
24
2
3
INNOVATIONS
Comparator mode
In the comparator mode, the monitor DL-2503 forms
the difference or the total from the two input signals
(IN 1-IN 2, IN 1+IN 2). The differential or the total value
can be displayed, evaluated, compared with the set
limit values and provided as an analogue signal. The
outputs switch according to the set parameters and
functions.
Further technical data
35,5
Operating principle
The analogue current signals at both inputs can be
scaled, displayed and monitored separately. The start
and end values of the current signal can be assigned
any numerical value corresponding to the measuring
range of the sensor (e.g. 4 ... 20 mA = 10 ... 25 bar).
The monitor compares the actual signal values with
the set limit values and switches the assigned outputs
according to the set parameter values and functions.
The input signals can be scaled according to the measuring range of the sensor, so that the user may read
the physical units of the measured values directly on
the display.
The analogue output provides the input signal “IN 1”
unchanged or scaled for further use.
78
2 switch points in mA or of the physical unit [°C; bar; etc.)
6 switching functions (limit value exceeded
or not reached, window range)
Subtraction and summation by means
of signal combination (In1-In2; In1+In2)
1) OLED display
2) Programming buttons
3) LEDs
For further technical data please go to: www.ifm.com
04.2013
55
55. Sensors for motion control
Direction monitoring
Direction monitor with
integrated rotational speed
and standstill monitoring
Rotational direction monitoring by means
of staggered pulse sequences
High input frequency of up to 60,000
pulses / minute
Configurable functions
Clearly readable, luminous OLED display
Extended operating temperature range
down to -40 °C
Monitoring the direction of rotation
The direction monitors detect the direction of a shaft
rotation by means of staggered pulses. Typically, two
inductive sensors serve as pulse pick-ups. Depending
on which sensor is dampened first by the switching
cams, the direction of rotation can be determined.
Versions
The DR2503 has a switching output indicating the
direction of rotation and another switching output for
speed monitoring.
The DR2505 has one switching output for clockwise
and another one for counter-clockwise rotation while
offering simultaneous standstill detection.
Convenient
The high-contrast luminous OLED display and the menuguided parameter setting are designed for maximum
user-friendliness.
In case of overload or brake failure, the direction monitor
detects the unintentional lowering of the load.
56
56. Sensors for motion control
Pulse evaluation systems
Switching function
Nominal voltage
Pulse inputs
Order
no.
[V]
Pulse evaluation system with microprocessor for direction monitoring and frequency, rotational speed and speed
1 input with 1 switching output signalling the direction;
1 switching output to monitor if the limit value is exceeded
or not reached or to indicate the acceptable range
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
PNP / NPN;
NAMUR (24 V)
DR2503
Pulse evaluation system with microprocessor for direction monitoring with separate indication of “right” and “left” rotation
DR2505
Further technical data
DR2503, DR2505
Relay outputs
2 changeover contacts
6 A (250 V AC);
B300, R300
Transistor outputs
2 x PNP;
externally supplied
24 V DC / max. 15 mA;
short-circuit protection
Setting range
[Imp/min]
1...60000
(0.1...1000 Hz)
Ambient temperature
[°C]
-40...60
Storage temperature
[°C]
-40...85
Housing protection rating
IP 50
Terminal protection rating
IP 20
OLED display;
128 x 64 pixels
luminous
Function display
Input signal indication
LED
yellow
Switching status indication
LED
green
Dimensions
45
124,7
1
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
1
2
20
21
22
23
24
2
3
INNOVATIONS
Configurable output functions
If clockwise / counter-clockwise rotation or under /
overspeed are detected, the relay outputs will be
switched on or off.
All outputs may also remain switched until they are
manually reset. Optionally, the reset can take place
automatically after an adjustable period of time.
The transistor outputs that can be used alternatively are
switched to the relays simultaneously. These can, for
example, be connected directly to a PLC in order to
transmit status messages.
PNP / NPN;
NAMUR (24 V)
35,5
Application example:
Lifting systems
The unit monitors if the load hook is lifted or lowered
as expected. In case of overload or brake failure, the
unintentional lowering of the load can be detected and
avoided.
Pumps
The unit monitors if the pump rotates in the correct
direction.
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
78
1 input with 2 switching outputs for separate direction signals;
adjustable reset times for standstill monitoring
1) OLED display
2) Programming buttons
3) LEDs
For further technical data please go to: www.ifm.com
04.2013
57
57. Sensors for motion control
Monitor relative speed to
eliminate slip-ups
Slip monitor with integrated
speed monitoring
One switch point for rotational speed and
one for slip monitoring
High input frequency of up to 60,000
pulses / minute
Functions with parameter setting
Clearly readable, luminous OLED display
Extended operating temperature range
down to -40 °C
Slip monitoring
Slip is the rotational speed difference between the
driven and the non-driven side of a power train.
Rotational speed differences may occur as a result of
a slipped coupling, V-belt or drive belt.
The slip monitor calculates the rotational speed difference
in per cent and switches off as soon as the limit value is
reached. This avoids tear or damage caused by friction
heat.
Limit values
Two separate limit values can be monitored for slip and
rotational speed. The unit can be set to monitor if the
limit values are exceeded or not reached.
Convenient
The high-contrast luminous OLED display and the menuguided parameter setting are designed for maximum
user-friendliness.
Slip monitors monitor the rotational speed of the
deflection rollers and detect slipped drive belts.
58
58. Sensors for motion control
Pulse evaluation systems
Switching function
Nominal voltage
Pulse inputs
Order
no.
[V]
Pulse evaluation system with microprocessor for slip / synchronous monitoring as well as frequency, rotational speed and speed
1 input with 1 switch point for slip monitoring;
1 switch point monitoring if the limit value is exceeded
or not reached or to indicate the acceptable range
110...240 AC
(50...60 Hz) /
27 DC (typ. 24 DC)
PNP / NPN;
NAMUR (24 V)
DS2503
1 input with 1 switch point for slip monitoring;
1 switch point monitoring if the limit value is exceeded
or not reached or to indicate the acceptable range
110...240 AC
(50...60 Hz) /
27 DC (typ. 24 DC)
NAMUR
(EN 50227)
DS2603
Slip or synchronous monitor?
At first sight, slip and synchronous monitors seem to
work identically. However, they evaluate differently and
are designed for different applications.
Whereas the slip monitor detects the deviations of two
rotational speeds in per cent (pulse difference per rotation), the synchronous monitor detects absolute pulse
differences.
2 changeover contacts
6 A (250 V AC);
B300, R300
Transistor outputs
2 x PNP;
externally supplied
24 V DC / max. 15 mA;
short-circuit protection
Setting range
[Imp/min]
1...60000
(0.1...1000 Hz)
Ambient temperature
[°C]
-40...60
Storage temperature
[°C]
-40...85
Housing protection rating
IP 50
Terminal protection rating
IP 20
OLED display;
128 x 64 pixels
luminous
Function display
Input signal indication
LED
yellow
Switching status indication
LED
green
Dimensions
45
124,7
1
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
1
2
20
21
22
23
24
2
3
INNOVATIONS
Sensor wire monitoring
The slip monitor DS2603 offers sensor cable monitoring. In this case, NAMUR sensors must be applied.
Relay outputs
35,5
Configurable output functions
The relay outputs are switched on or off in case the
limit values are exceeded or not reached.
They may also remain switched until they are manually
reset. Optionally, the reset can take place automatically
after an adjustable period of time.
The transistor outputs that can be used alternatively are
switched to the relays synchronously. These can, for
example, be connected directly to a PLC in order to
transmit status messages.
Further technical data
DS2503, DS2603
78
Application example:
Typical applications for slip monitoring can be found on
couplings of internal combustion engines (for example
emergency power generators in hospitals, diesel drives
of ships and locomotives) but also on interlinked machines like mobile machines, spinning mills, sewing machines or machine tools.
1) OLED display
2) Programming buttons
3) LEDs
For further technical data please go to: www.ifm.com
04.2013
59
59. Sensors for motion control
Monitor absolute speed
difference to keep it straight
Synchronous monitor for slip
and synchronous monitoring
Monitoring of two limit values with
separate output relays
High input frequency of up to 60,000
pulses / minute
Configurable functions
Clearly readable, luminous OLED display
Extended operating temperature range
down to -40 °C
Synchronous monitoring
The synchronous monitor compares the pulse sequences
generated on two moving machine parts. As soon as
these two parts move at different speeds or at different
angles of deflection, the synchronous monitor switches.
Operating principle
The synchronous and slip evaluation is done by means of
pulse differences. Both the reset time and the number
of pulse differences that are just about acceptable can
be set by the user.
Convenient
The high-contrast luminous OLED display and the menuguided parameter setting are designed for maximum
user-friendliness.
Synchronous monitors are used when several power
trains are to be synchronised.
60
60. Sensors for motion control
Pulse evaluation systems
Switching function
Nominal voltage
Pulse inputs
Order
no.
[V]
Pulse evaluation system with microprocessor for slip and synchronous monitoring, evaluation of pulse differences
1 input with 2 switch points for slip and synchronous monitoring
by means of pulse differences
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
PNP / NPN;
NAMUR (24 V)
DS2505
1 input with 2 switch points for synchronous monitoring
by means of pulse differences
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
PNP / NPN;
NAMUR (24 V)
DS2506
1 input with 2 switch points for slip and synchronous monitoring
by means of pulse differences
110...240 AC
(50...60 Hz) / 27 DC
(typ. 24 DC)
NAMUR
(EN 50227)
DS2605
Application example:
Transistor outputs
2 x PNP;
externally supplied
24 V DC / max. 15 mA;
short-circuit protection
Setting range
Slip or synchronous monitor?
At first sight, slip and synchronous monitors seem to
work identically. However, they evaluate differently and
are designed for different applications.
Whereas the slip monitor detects the deviations of two
rotational speeds in per cent (pulse difference per rotation), the synchronous monitor detects absolute pulse
differences.
1...60000
(0.1...1000 Hz)
Ambient temperature
[°C]
-40...60
Storage temperature
[°C]
-40...85
Housing protection rating
IP 50
Terminal protection rating
IP 20
OLED display;
128 x 64 pixels
luminous
Function display
Input signal indication
LED
yellow
Switching status indication
LED
green
Dimensions
45
124,7
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
1
Sensor wire monitoring
The synchronous monitor DS2605 offers sensor cable
monitoring. In this case, NAMUR sensors must be
applied.
[Imp/min]
20
21
22
23
24
2
3
INNOVATIONS
Configurable output functions
The relay outputs are switched on or off in case the
limit values are exceeded or not reached.
They may also remain switched until they are manually
reset. Optionally, the reset can take place automatically
after an adjustable period of time.
The transistor outputs that can be used alternatively
are switched to the relays synchronously. These can, for
example, be connected directly to a PLC in order to
transmit status messages.
2 changeover contacts
6 A (250 V AC);
B300, R300
35,5
Gantry crane
The platform of the gantry crane has to be moved with
great precision to avoid wedging.
On each side of the platform, the distance is measured
by means of inductive sensors detecting the teeth of a
rack.
Relay outputs
78
Lifting platform
Both pairs of scissors of the lifting platform must be
synchronised to make sure that the platform will be
lifted horizontally. Each of them is moved by a spindle
drive. The synchronous monitor detects the number of
revolutions of both spindles.
Further technical data
DS2505, DS2506, DS2605
1) OLED display
2) Programming buttons
3) LEDs
For further technical data please go to: www.ifm.com
04.2013
61