Catalog

Transcription

Catalog

www.ifm.com
Sensors for
Food Automation
ifm efector – close to you!
Sensors and controls for food automation
Company information
2- 7
Solutions for food and beverage applications
8 - 13
Food specific approvals and testing
14 - 15
Inductive sensors
16 - 21
Magnetic sensors
22 - 25
Cylinder sensors
26 - 27
Photoelectric sensors
28 - 33
Valve position sensors
34 - 39
Vision sensors
40 - 45
Safety technology
46 - 51
Pressure sensors and transmitters
52 - 59
Flow sensors and meters
60 - 61
Temperature sensors and transmitters
62 - 69
Level sensors
70 - 71
Bus system AS-interface
72 - 83
Identification systems
84 - 85
Diagnostic systems
86 - 91
Cordsets and patchcords
92 - 95
Business policies
96
1
The ifm commitment
ifm people. The ifm team of employees is committed to helping you succeed in your business.
We directly service and work with over 90,000 customers.
About ifm…
ifm is one of the world’s
largest manufacturers of
industrial sensors and controls
products, producing over
5 million sensors annually.
More than 3,500 ifm
employees serve over 90,000
purchasing customers
worldwide.
ifm has more than 70
subsidiaries located in all
major countries.
Annual global sales exceed
$624 million USD.
Our dedication to innovation,
quality and customer support
has made us a global market
leader.
ifm products. For over 40 years, ifm has developed, manufactured, and marketed sensors to
the food and beverage industry. We offer a complete family of process instruments, position
sensors, fluid sensors, diagnostic systems, networking products, and wiring solutions.
Quality. There can be no compromise in the quality and reliability of sensors that are applied
in your production facility. The ifm new product development process incorporates specific tests
for the food and beverage industry. The accuracy, drift, and repeatability of our sensors are
tested in thermal shock and high pressure cleaning conditions.
Investment in R&D. Developing new products that increase uptime and productivity is a
core belief of our company. We apply practical innovation to simplify technology and develop
products that can have a positive impact on your production process.
Application know-how. We have over 40 years of experience in working with the food and
beverage industry. Our knowledgeable team of technical support engineers will work with you
to recommend the right solution, the first time.
ifm business philosophy. ifm provides a knowledgeable and courteous service center team
to assist with order placement and technical support. We offer an efficient distribution center
for accurate and on-time delivery of products. ifm publishes list prices in literature and on our
website, and we always stand behind the quality and performance of our products.
Global presence with local focus. With more than 4,300 dedicated ifm employees in over
70 countries, you can count on local support all over the world.
High performance products that increase uptime and productivity
Position sensors
Reliable Products… Innovative Design
• Inductive proximity sensors
• Magnetic proximity sensors
• Cylinder and valve position sensors
• Photoelectric sensors
ifm offers a broad product range that includes sensors
and controls for food and beverage applications.
Vision sensors
• Multi-code readers
• efector dualis inspection sensors
• 3D level sensors
Safety products
• Inductive safety sensors
• Safety relays
• Safety light curtains and grids
Company
ifm’s core competency for industrial product design is
to develop products with robust housings, easy user
interfaces and flexible output stages.
Position
sensors
ifm makes large investments in R&D and employs
over 400 development engineers.
Vision
sensors
Our R&D team has more than 500 registered ifm
patents worldwide.
Safety
technology
ifm has received multiple awards for innovation and
breakthrough technologies.
Parameters tested
Process
sensors
As an ISO 9001:2008 compliant company,
ifm efector performs extensive testing to insure
reliable performance. Tests include:
Industrial
networks
Sensing range characteristics
Electrical parameters
Identification
systems
Seal integrity
Fluid and diagnostic sensors
Leakage current
• Pressure sensors and transmitters
• Flow sensors and meters
• Temperature sensors and transmitters
• Level sensors
• Diagnostic systems
Display and LED function
Machine
condition
monitoring
Hysteresis
Voltage drop
Wiring
technology
Insulation using high voltage (2700 AC)
Operating current in the open and closed state
Wiring solutions
• Controllers and gateways
• Power supplies
• AS-i networking
• Cordsets
Our Vision:
To be the premier technology partner
for sensors and controls.
3
Company
Our people and our products are committed
to helping you succeed in your business
Rich History… Promising Future
ifm electronic, the parent company of
ifm efector, was founded in 1969.
ifm North American Operation
For over 40 years, ifm has manufactured
and marketed electronic sensors and
controls for food and beverage
applications.
ifm employs over 4,300 dedicated
individuals who provide outstanding
product support and technical service.
More than 100,000 customers purchase
ifm products worldwide.
ifm is currently one of the world’s
largest manufacturers of industrial
sensors and controls, producing over
5 million sensors annually.
Global Support... Local Presence
ifm efector Canada
Toronto, Canada
ifm efector USA
Exton, PA
ifm North America, established in 1985,
has a network of sales offices located in
all major industrial markets throughout
the US, Canada and Mexico.
The ifm Direct Sales Team provides onsite application assistance and technical
support throughout North America.
ifm efector Mexico
Monterrey, Mexico
The ifm Service Center is staffed by
application engineers and customer
service representatives who provide
support from 7:30 am to 7:00 pm EST
to ensure time-zone coverage.
Our dedication to innovation, quality
and customer support has made ifm a
global leader in sensors and controls.
ifm Worldwide Support
Whether you ship your machines internationally
or have manufacturing plants all over the world,
ifm has local support in over 70 countries.
You can count on ifm anywhere in the world!
4
www.ifm.com
Company
Reliable customer service and support
from a dedicated ifm team
Reliable
Service
Center
Service Center
Our Mission
You can count on our Service Center team to be a
reliable partner. That means easy order placement and
knowledgeable technical support.
We contribute to our
customers’ success by
providing innovative
solutions through
continuous development
of our people, products
and processes.
Our Service Center team includes application
engineers who can assist with technical questions and
application solutions. ifm customer service representatives can assist with order placement, product quotes,
and delivery information.
On-Site Sales Support
Dedicated
Sales
Engineers
You can count on our experienced team of ifm
sales engineers to understand your applications and
challenges.
Our sales engineers work with corporations to coordinate global projects and to develop sensor standards
that result in reducing inventory costs and simplifying
maintenance.
Company
Position
sensors
Vision
sensors
The ifm Advantage
ifm has built a business
model that focuses on
working directly with
our customers.
Safety
technology
Process
sensors
There are no compromises when it comes to
our customers’ success.
Industrial
networks
Identification
systems
Logistics
On-time
Delivery
with
Accuracy
On-time delivery with accuracy of your order is our
goal in the ifm Distribution Center. There can be no
compromises when it comes to uptime in your facility.
The ifm Distribution Center is located in
Downingtown, PA, just outside Philadelphia. More
than 10,000 orders are shipped per month with an
accuracy rate of 99.9%.
Machine
condition
monitoring
ifm efector’s Customer
Support Network is
designed to provide
you with technical
support and application
solutions anywhere in
North America.
Wiring
technology
For immediate service,
call 800-441-8246.
Research and Development
R&D that
Delivers
Solutions
The ifm product development engineers design
and test sensors in conditions that far exceed
actual application environments. There can be
no compromises when it comes to uptime in
your facility.
Our team designs products that reduce machine
downtime, increase productivity and simplify
installation.
www.ifm.com
5
Company
Content-rich website with search tools to help you
find the right products quickly
ifm’s award-winning website offers a comprehensive product offering displayed in a concise layout
for easy navigation. Users can take advantage of
multiple search tools that expedite quick product
searches either by application or by specification.
Users can also view products by specific industry
buying patterns.
The one-stop-shopping layout ensures that a user
can find a product and its required accessories on
one page. Data sheets, CAD drawings and installation instructions are linked to every product, in
multiple languages.
In the US: www.ifm.com/us
In Canada: www.ifm.com/ca
In Mexico: www.ifm.com/mx
Product e-Catalog
lo g
ca ta
Save time and quickly find products for your applications with ifm’s easy-to-use
Product e-Catalog. The e-Catalog offers simple navigation and features ifm’s complete
product family at-a-glance. Once you select your product family, your search is
narrowed down by application environment and by housing size.
Top Sellers
o p e lle r s
s
r
c to
e le
s
Want to know the top-selling sensor solutions in your industry? The Top Sellers tool
offers a list of top-selling products for various applications within an industry. Results
are based on buying patterns of over 20,000 ifm customers in the US.
Product Selector
Streamline your product search with Selector. Simply select your preferred output,
voltage, sensing range and other sensing parameters until the recommended sensor
appears. Selector’s “Compare” feature allows you to see two products side-by-side
for comparison.
Summary Specs for Project and Estimate Bids
s
p e c
S
6
www.ifm.com
Summer Specs provides all the information required to take a project from bid… to
design… to final build. Whether you're a machine builder, integrator or engineering
firm, ifm’s Summary Specs makes it easy for you to apply our products throughout the
design process. Compile information easily – cut and paste technical data, download
scale drawings, and attach installation instructions available in multiple languages for
products that cross international borders.
Company
Order online... it’s convenient, quick and easy to use
Purchase sensors and controls using e-Shop
Company
From our website to your plant, use e-Shop to
purchase sensors and controls… It’s easy!
Position
sensors
In the US: www.ifm.com/us/eshop
In Canada: www.ifm.com/ca/eshop
Vision
sensors
Safety
technology
Process
sensors
e-Shop is available 24 hours a day. Choose from more than
5,000 sensors and controls products.
Industrial
networks
• Available 24 hours a day.
• Choose from more than 5,000 sensors and controls products.
Identification
systems
• Create your personal Favorites list of products.
• Store your favorites for future use.
Machine
condition
monitoring
• Use the 'Quick Order' feature for regularly ordered products.
• Orders are shipped from our central warehouse. Select your preferred shipping
method – UPS or FedEx.
• For your convenience, supply your company shipping account number.
Orders are shipped from our central
warehouse. Select your preferred
shipping method – UPS or FedEx.
Wiring
technology
• Select your payment method - credit card (American Express, Visa or MasterCard)
or Purchase Order number.
• Shipping confirmations are emailed to you with tracking number.
• Track the status of your online purchase via My History.
• ifm products are backed with 2-year and 5-year warranties.
From our website to your plant,
use e-Shop to purchase sensors
and controls… It’s easy!
www.ifm.com
7
Solutions for food and
beverage applications
Magnetic sensors detect U-tube
position in flow diverter panels
ifm magnetic sensors detect a magnet
through a stainless steel plate to sense
the U-tube position on a flow diverter
panel. Magnetic sensors offer extremely
long sensing ranges – up to 70mm –
and high switching frequencies.
See pages 22 - 25
Quarter-turn valve position in
tank farms and valve skids
Quarter-turn actuators are used for
process control in tank farms, diverter
valves, and valves skids. ifm’s valve
position sensor and rotating target
puck are mounted on top of an actuator to indicate the open and closed
position of a valve. Non-contact sensing
provides long life-in-application.
See pages 34 - 37
Cylinder sensors detect piston
position in pneumatic cylinders
Pneumatic cylinders are used in many
areas of the food industry. ifm cylinder
position sensors reliably detect piston
position through the cylinder housing
wall. The sensors feature durable
housings with an IP69K protection
rating that resists liquid ingress. The
sensors easily mount to smooth
cylinders using ifm’s adapter system.
See pages 26 - 27
Fail-safe sensors detect manway
door position for safe access to tank
ifm’s fail-safe inductive sensors detect
the open and closed position of a
stainless steel manway door. The fail-safe
sensors help prevent access to a tank
while in operation. ifm’s fail-safe sensors
do not require coded magnets or mechanical keys which reduces installation
time and misalignment issues. The
sensors are rated up to SIL 2 or SIL 3
according to IEC 61508.
See pages 46 - 47
8
www.ifm.com
Photoelectrics provide position
detection in packaging applications
ifm’s OG Series photoelectrics are
designed to withstand washdown
environments in food packaging
applications. The industry standard
18 mm diameter housings are 316
stainless steel and resistant to chemical
solutions used in cleaning. The sensor’s
zero-leak design prevents liquid ingress.
Company
See pages 28 - 29
Position
sensors
Photoelectrics provide clear object
detection in packaging lines
Vision
sensors
One of the most difficult photoelectric
applications is the detection of clear
objects such as PET bottles. Standard
sensors typically have too much excess
gain and burn through the clear
material. ifm’s O5 Series clear object
sensor offers reliable detection of
transparent objects and an extremely
long sensing range – up to 1.5 meters
when used with an ifm reflector.
Safety
technology
Process
sensors
Industrial
networks
See pages 32 - 33
Identification
systems
Photoelectrics withstand aggressive
cleaning cycles in food production
In food production, the use of harsh
chemicals during cleaning cycles is
common. The Ecolab-certified OG
Series photoelectric sensors resist
chemicals and aggressive cleaning
agents. The sensor’s plastic lens
eliminates the possibility of glass
splintering in food and beverage
ingredients during production.
Machine
condition
monitoring
Wiring
technology
See pages 28 - 29
Rising stem valve sensors offer
continuous feedback of valves
Valve manifolds offer a number of
filling and emptying routes without
manually opening pipes or recoupling
panels. ifm’s 316 stainless steel
inductive sensors are used to detect the
open and closed position of the valve.
The sensor’s FDA-approved PEEK sensing face material is resistant to extreme
temperature fluctuations.
See pages 18 - 19
www.ifm.com
9
Flow sensors monitor pumps to
prevent run-dry conditions
Conveying liquids and liquid food such
as dairy products and beverages
requires proper flow monitoring. ifm’s
SI Series flow sensors can monitor a
pump to provide run-dry protection.
The sensor’s stainless steel probe has no
moving parts that can stick or break in
the process.
See pages 60 - 61
Pressure sensors monitor line
pressure to keg cleaning machine
Kegs require cleaning before they are
filled with beverages. ifm’s PI Series and
PG Series pressure sensors monitor the
correct pressure of the cleaning agent.
The sensor’s 4-digit numeric display
indicates system pressure and its pushbutton setup reduces installation time.
See pages 52 - 59
Pressure sensors detect line
pressure to homogenizers
In dairy applications, homogenization
is used to process milk fat globules into
a uniform consistency. The ifm PY
Series pressure sensor is designed to
monitor line pressure to the homogenizer. The sensor features simple pushbutton setup and an integrated built-in
display that eliminates the need for a
gauge.
See pages 56 - 57
Pressure sensors monitor level in
various storage and mixing tanks
To monitor level in storage tanks, silo
tanks, mixing tanks, and process tanks,
ifm’s PI Series and PG Series pressure
sensors are an ideal solution. The
weight of the liquid creates pressure on
the sensor’s diaphragm. As the level
changes, the pressure output changes
providing reliable and highly accurate
pressure indication.
See pages 52 - 55
10
www.ifm.com
Pressure sensors indicate line
pressure in filter monitoring
Filters are required in nearly all production processes to clean a product or
for removing water from a product.
ifm pressure sensors monitor the
pressure of the liquid upstream and
downstream of the filter. An integrated
built-in display eliminates the need
for a gauge.
Company
See pages 52 - 57
Position
sensors
Temperature transmitters monitor
process temperature in pasteurizers
Vision
sensors
Pasteurization is one of the most
important processes in milk treatment.
Maintaining the correct exposure time
and temperature of 60°C to 70°C is
critical to the process. The TAD Series
temperature transmitters accurately
monitor process temperature. A dual
RTD design allows for self-verifying drift
detection, eliminating the need or
regular calibration checks.
Safety
technology
Process
sensors
Industrial
networks
See pages 68 - 69
Identification
systems
Temperature transmitters indicate
temperature in heat exchangers
In indirect heating, heat exchangers
such as plate heat, tubular heat and
scraped surface heat are used for heat
transmission. To monitor the temperature of the line leading to and from the
exchanger, ifm’s temperature transmitters are an ideal solution. They can be
fitted with a variety of sanitary adapters
and flexible RTD lengths to suit an
application.
Machine
condition
monitoring
Wiring
technology
See pages 62 - 67
Temperature transmitters offer
accurate process temperature
Temperature monitoring is one of
the most important process indications
in the food industry. ifm’s TA series
temperature transmitter offers a
compact measuring system that
can be easily installed with standard
Tri-clamp® fittings. The transmitter
has a 316 stainless steel housing
that resists liquid ingress.
See pages 66 - 67
www.ifm.com
11
efector Metris flow meter monitors
air and specialty gases in a plant
In cheese production, different types
of presses are used such as trolley
table, tunnel and conveyor presses.
Compressed air is required to control
the various pneumatic cylinders needed
for these presses. The efector Metris
in-line flow meter monitors compressed
air throughout the plant. The meter
features a 4-digit display and provides
analog, switching and pulse outputs.
See pages 90 - 91
efector Octavis diagnostic system
monitors machine condition
Food processing machines such as
separators can be continuously monitored using vibration analysis to prevent
equipment downtime. efector Octavis
provides continuous vibration analysis
on a separator’s internal rotating components such as bearings and spindles. As
vibration levels exceed the allowable
limits, maintenance measures can be
planned to prevent machine failure.
See pages 86 - 89
efector Octavis vibration monitor
continuously monitors equipment
Critical machines such as the homogenizer is crucial to food processing. If a
machine fails, plant downtime and
standstill costs can be incurred. The
efector octavis vibration monitor
continuously monitors the rotating
components of a machine. The monitor
can evaluate the machine’s vibration
characteristics to indicate potential
failure.
See pages 86 - 89
Rising stem valve position sensors
continuously monitor valve position
Rising stem valves are actuated by a
linear stroke. The efector Valvis rising
stem valve sensor provides continuous
valve position feedback and can signal
up to three valve positions: valve open,
valve closed and any interim position
such as seat lift /seal wear. The sensors
feature simple pushbutton setup and
provide LED feedback for status
indication.
See pages 38 - 39
12
www.ifm.com
O1D distance measurement sensors
in food and beverage production
ifm’s O1D Series photoelectric distance
measurement laser sensors are placed
in key positions during ice cream
production. Because of their long
ranges, they can be placed outside
the wet environment. A large 4-digit
alphanumeric display indicates
measured distance.
Company
See pages 30 - 31
Position
sensors
Stainless steel I/O module with AS-i
networking reduces wiring
Vision
sensors
AS-interface has become the
established standard for networking
sensors and actuators. This network
can operate directly in conjunction
with an existing PLC or can be linked
to a higher-level bus system for lowcost remote I/O. The AS-i stainless steel
ProcessLine field module can be used
in wet areas and connects multiple
devices.
Safety
technology
Process
sensors
Industrial
networks
See pages 72 - 83
Identification
systems
Pressure sensors monitoring line
pressure to a pump
The compact PI Series pressure sensors
monitor line pressure to food and
beverage processing equipment. PI
Series sensors incorporate a ceramic
sensing element that can withstand
pressure spikes. The sensors feature
a bright 4-digit numeric display for
pressure indication.
Machine
condition
monitoring
Wiring
technology
See pages 52 - 53
LMT Series point-level sensor
ignores foam, residue and build-up
ifm’s LMT Series point-level sensor
monitors the level of liquids, viscous
media and powders in food and
beverage applications. In this example,
the LMT sensor detects the level of
chocolate in a tank. The sensor
eliminates the challenges with residue
and build-up that commonly cause
traditional point-level sensors to output
false signals.
See pages 70 - 71
www.ifm.com
13
Food specific approvals
and testing
Many ifm sensors
are Ecolab certified
Ecolab® is a global leader in the development of premium cleaning, sanitizing and
hygiene products for the food processing, beverage, dairy and pharmaceutical
industries. Known for their demanding standards, Ecolab tested the integrity and
quality of ifm sensors, connectors and cables for use in washdown environments.
Independent tests were performed by Ecolab on the ifm inductive proximity sensors,
the OG Series washdown sensors and the AS-i ProcessLine modules. Ecolab certified
that ifm products resisted the cleaning chemicals used in the tests.
Inductive proximity sensors
OG Series washdown sensors
AS-i ProcessLine modules
Standards and approvals
CE - With the CE marking the manufacturer documents that the units sold adhere
to the European directives for specified electrical equipment.
EHEDG - The EHEDG (European Hygienic Equipment Design Group) prepares guidelines for Europe concerning the requirements for measuring systems in machines
for the food and pharmaceutical industry. Units with the EHEDG marking have been
tested and approved for the food and pharmaceutical industry in accordance with
these guidelines.
3A - Units with this marking comply with the hygienic standards applicable in the
US. They are approved for use in hygienic applications in the dairy industry.
UL / CSA or cULus - Units with this marking meet the requirements of UL (Underwriters Laboratories Inc.) and CSA (Canadian Standards Association). In many cases
this approval is a prerequisite for access to the North American market. cULus is a
combined approval and corresponds to the two individual approvals CSA and UL.
FDA - FDA (Food and Drug Administration) is a US supervisory authority for food
and drugs. This authority grants approvals for materials used in the food and
pharmaceutical industries.
14
www.ifm.com
Food specific approvals and testing
Designed, manufactured and tested to perform
in washdown applications
90˚
IP69K high-pressure cleaning test
60˚
30 second cycles
4 GPM water
@ 140 °F
1500 psi
30˚
4"
0˚
100
Temperature (˚C)
Company
ifm inductive proximity sensors were tested in accordance with the IP69K standard.
The goal of this test is to duplicate pressure cleaning conditions on a plant floor.
In the test fixture, the sensors were exposed to a 1500 psi spray of water at a
temperature of 176 ˚F. The duration of each cleaning cycle was 30 seconds. The
test was performed at specified angles using a spray nozzle located at a distance
of 4” from the switch.
Position
sensors
The sensors can withstand test conditions and is still operable providing 100% of
its sensing range.
Vision
sensors
Thermal shock test
Safety
technology
In pressure cleaning environments, proximity sensors can be exposed to extreme
temperature conditions. A thermal shock test was performed on ifm sensors by
cycling the temperature between 0 ˚C and 100 ˚C in short time intervals.
After the test, the sensors’ characteristics are tested to ensure high reliability.
80
60
40
20
0
60
Process
sensors
10
60
10
Time Intervals (min.)
Industrial
networks
Shock test
Identification
systems
Proximity sensors can be exposed to high levels of shock in industrial environments.
ifm sensors were tested at a shock level of 500g. This test standard sets a new
benchmark for proximity sensor product development.
ifm
sensor
Industry
Standard
0 30
250
Machine
condition
monitoring
500
Acceleration (g)
Wiring
technology
Vibration test
Acceleration (g)
40
A vibration test was performed on sensors at a level of 40g with the oscillation
frequency spanned between 0 and 2000 Hz. This test checked the integrity of the
electronic circuit and the surface-mounted components. The vibration test was
designed to far exceed manufacturing plant conditions on industrial automation
machinery.
30
20
10
0
10
50
100
500 1000 3000
Oscillation Frequency (Hz)
ifm sensor
Industry Standard
Steam boiler test
To simulate the aging process, OG washdown sensors are placed in a steam boiler
at 80°C. After defined time intervals, the sensors are submerged into ice water.
Following the test, the sensor is subjected to a variety of function tests that determine its durability.
www.ifm.com
15
Inductive sensors
Metal face inductive sensors
Stainless steel sensor face and housing
withstand damage from physical impact
New
Non-flush
Models
Chemically compatible with industrial
caustic and acid solutions
Thermal shock tested to withstand
temperature fluctuations up to 100°C
Zero leak design prevents ingress during
high pressure cleaning and steam cleaning
360° ring LED design indicates power
and output
Designed and tested for use in high temperature (0 to 100°C)
food and beverage applications
ifm’s stainless steel metal face sensors are designed and tested to provide reliable
position detection in extreme environments found in food and beverage
applications. The sensor’s 316 stainless steel housing is chemically-compatible with
industrial cleaning solutions and will not corrode. The sensor’s zero-leak design,
rated IP69K, prevents ingress during high-pressure cleaning and steam cleaning.
Tested to extremes
ifm stainless steel sensors are subjected to a variety of
tests that insure reliable performance in the application.
These tests include the IP69K high pressure cleaning
test, thermal shock test, and shock and vibration tests.
The sensor’s high-grade stainless steel housing
withstands damage from impact in diverter panels.
4"
IP69K highpressure cleaning
60˚
30˚
0˚
16
www.ifm.com
Sensors are exposed
to a 1500-psi spray
at a 4" distance.
The 140° F water is
sprayed in 30-second cleaning cycles.
100
Temperature (˚C)
90˚
30 second cycles
4 GPM water
@ 140 °F
1500 psi
80
60
40
20
0
60
10
60
10
Stainless steel metal face sensors are designed
for food and beverage applications.
Thermal shock
test
Impact in
diverter panels
Sensors are subjected to temperatures fluctuations
between 0° C and
100° C in short
time intervals.
Metal face sensors withstand
damage from
impact in diverter
panels.
ifm
sensor
NO NEW
N-F
LU
SH
Inductive sensors
DC • Inductive sensors for washdown environments
Type
Dimensions
Diameter / Length
[mm]
Sensing
Range
[mm]
Material
Supply
Voltage
[V]
Output
Type
Protection
Switching
Frequency
[Hz]
Max Load
Current
[mA]
Part
No.
M12 diameter · M12 connector · Output function N.O. · DC
M12 / L = 60
3f
316 stainless steel
10...36 DC
PNP
IP68 / IP69K
100
100
IFT 240
M12 / L = 60
3f
316 stainless steel
10...36 DC
NPN
IP68 / IP69K
100
100
IFT 244
M12 / L = 70
6 nf
316 stainless steel
10...36 DC
PNP
IP68 / IP69K
500
100
IFT 245
M12 / L = 70
6 nf
316 stainless steel
10...36 DC
NPN
IP68 / IP69K
500
100
IFT 246
Position
sensors
M18 / L = 70
5f
316 stainless steel
10...36 DC
PNP
IP68 / IP69K
100
100
IGT 247
M18 / L = 70
5f
316 stainless steel
10...36 DC
NPN
IP68 / IP69K
100
100
IGT 248
M18 / L = 70
12 nf
316 stainless steel
10...36 DC
PNP
IP68 / IP69K
500
100
IGT 249
M18 / L = 70
12 nf
316 stainless steel
10...36 DC
NPN
IP68 / IP69K
500
100
IGT 250
M30 / L = 70
10 f
316 stainless steel
10...36 DC
PNP
IP68 / IP69K
50
100
IIT 228
M30 / L = 70
10 f
316 stainless steel
10...36 DC
NPN
IP68 / IP69K
50
100
IIT 230
M30 / L = 70
25 nf
316 stainless steel
10...36 DC
PNP
IP68 / IP69K
250
100
IIT 231
M30 / L = 70
25 nf
316 stainless steel
10...36 DC
NPN
IP68 / IP69K
250
100
IIT 232
www.ifm.com
Part
No.
Type
Process
sensors
Industrial
networks
Cordsets
Accessories
Description
Vision
sensors
Safety
technology
Type
Company
Description
Part
No.
Angle bracket for types M12
U 20301
M12 Micro DC (4-pin), 5 m, PVC
EVT 001
U 20302
EVT 002
U 20303
EVT 003
EVT 004
Plastic nut for flow plate
M18 x 1
E 19503
EVT 005
EVT 006
M12 Micro DC (4-pin), 5 m, PVC, 3 LED
EVT 007
EVT 008
EVT 009
17
Identification
systems
Machine
condition
monitoring
Wiring
technology
Inductive sensors
316 stainless steel housing rated IP69K for
high pressure cleaning environments
Extended sensing range reduces failure from
mechanical damage and increases uptime
Temperature-resistant PEEK plastic sensing
face and gold-plated contacts
Ecolab certified – resistant to cleaning agents
and withstands harsh environments
Four set-up LEDs provide 360-degree
visibility of output status
ifm inductive sensors for food and beverage applications
ifm inductive sensors are designed and tested to provide reliable position detection
in food and beverage applications. The industry standard housings are 316 stainless
steel that are rated IP69K to withstand liquid ingress in high pressure cleaning environments. The sensor’s FDA-approved PEEK sensing face material is resistant to
extreme temperature fluctuations from 32° to 212°F (0 to 100°C).
Extended sensing ranges
ifm’s inductive sensing ranges are up to twice as long as conventional switches of
the same housing size. The sensors can be placed farther away from the target to
provide a greater margin of safety and to prevent mechanical damage caused by
physical contact.
Tested to perform in washdown applications
Sensors used in the food and beverage and pharmaceutical industries are pressurecleaned with caustic and acid solutions. To ensure the sensors can perform in this
environment, they are subjected to the following tests.
4"
30˚
0˚
18
www.ifm.com
Thermal shock test
IP69K highpressure cleaning
60˚
Sensors are exposed
to a 1500-psi spray at
a 4" distance. The
140° F water is
sprayed in 30-second
cleaning cycles.
Sensors are subjected
to temperatures fluctuations between 0° C
and 100° C in short
time intervals.
100
Temperature (˚C)
90˚
30 second cycles
4 GPM water
@ 140 °F
1500 psi
80
60
40
20
0
60
10
60
10
Inductive sensors
DC • Inductive sensors for washdown environments
Type
Dimensions
Diameter / Length
[mm]
Sensing
Range
[mm]
Material
Supply
Voltage
[V]
Protection
Switching
Frequency
[Hz]
Max Load
Current
[mA]
Part
No.
M12 diameter · M12 connector · Output function N.O. · DC PNP
M12 / L = 45
4f
316 stainless steel
10...36 DC
IP68 / IP69K
800
100
IFT 203
M12 / L = 50
7 nf
316 stainless steel
10...36 DC
IP68 / IP69K
800
100
IFT 200
M18 / L = 46
8f
316 stainless steel
Company
Position
sensors
Vision
sensors
10...36 DC
IP68 / IP69K
600
100
IGT 203
Safety
technology
M18 / L = 51
12 nf
316 stainless steel
10...36 DC
IP68 / IP69K
300
100
IGT 200
Process
sensors
M30 / L = 50
14 f
316 stainless steel
10...36 DC
IP68 / IP69K
50
100
IIT 205
Industrial
networks
M30 / L = 50
22 nf
316 stainless steel
10...36 DC
IP68 / IP69K
100
100
IIT 200
Identification
systems
M30 / L = 70
15 f
316 stainless steel
10...36 DC
IP68 / IP69K
50
100
IIT 212
M30 / L = 70
22 nf
316 stainless steel
10...36 DC
IP68 / IP69K
100
100
IIT213
Cordsets
Accessories
Type
www.ifm.com
Description
Part
No.
Type
Description
Part
No.
U 20301
EVT 001
U 20302
EVT 002
U 20303
EVT 003
Mounting clamp Ø 12 mm
E 11047
EVT 004
E 11048
EVT 005
E 11049
EVT 006
EVT 007
M18 x 1
E 19503
EVT 008
EVT 009
19
Machine
condition
monitoring
Wiring
technology
Inductive sensors
316 stainless steel housing rated IP69K for
high pressure cleaning environments
Extended sensing range reduces failure from
mechanical damage and increases uptime
Temperature-resistant PEEK plastic sensing
face and gold-plated contacts
Ecolab certified – resistant to cleaning agents
and withstands harsh environments
Four set-up LEDs provide 360-degree
visibility of output status
ifm inductive sensors for food and beverage applications
ifm inductive sensors are designed and tested to provide reliable position detection
in food and beverage applications. The industry standard housings are 316 stainless
steel that are rated IP69K to withstand liquid ingress in high pressure cleaning environments. The sensor’s FDA-approved PEEK sensing face material is resistant to
extreme temperature fluctuations from 32° to 212°F (0 to 100°C).
Extended sensing ranges
ifm’s inductive sensing ranges are up to twice as long as conventional switches of
the same housing size. The sensors can be placed farther away from the target to
provide a greater margin of safety and to prevent mechanical damage caused by
physical contact.
Tested to perform in washdown applications
Sensors used in the food and beverage and pharmaceutical industries are pressurecleaned with caustic and acid solutions. To ensure the sensors can perform in this
environment, they are subjected to the following tests.
IP69K high-pressure
cleaning
60˚
4"
30˚
0˚
20
www.ifm.com
Sensors are exposed
to a 1500-psi spray
at a 4" distance.
The 140° F water is
sprayed in 30-second
cleaning cycles.
Thermal shock test
Sensors are subjected
to temperatures
fluctuations between
0° C and 100° C in
short time intervals.
100
Temperature (˚C)
90˚
30 second cycles
4 GPM water
@ 140 °F
1500 psi
80
60
40
20
0
60
10
60
10
Inductive sensors
AC/DC • Inductive sensors for washdown environments
Type
Dimensions
Diameter / Length
[mm]
Sensing
Range
[mm]
Material
Supply
Voltage
[V]
Protection
Switching
Frequency
[Hz]
Max Load
Current
[mA]
Part
No.
M18 diameter · 1/2“ connector · Output function N.O. · AC/DC
M18 / L = 70
5f
316 stainless steel
20...140 AC/DC
IP68 / IP69K
25 / 400
200
IGT 002
M18 / L = 70
12 nf
316 stainless steel
20...140 AC/DC
IP68 / IP69K
25 / 300
200
IGT 001
M30 diameter · 1/2“ connector · Output function N.O. · AC/DC
M30 / L = 70
14 f
316 stainless steel
Company
Position
sensors
Vision
sensors
20...140 AC/DC
IP68 / IP69K
25 / 100
200
IIT 001
Safety
technology
M30 / L = 70
22 nf
316 stainless steel
20...140 AC/DC
IP68 / IP69K
25 / 100
200
IIT 002
Process
sensors
Cordsets
Accessories
Type
www.ifm.com
Description
Part
No.
U 20302
U 20303
E 11048
E 11049
M18 x 1
E 19503
Type
Description
Part
No.
1/2" Micro AC (3-pin), 5 m, PVC
E 18206
E 18207
E 18208
Industrial
networks
E 18209
E 18210
E 18211
Identification
systems
Machine
condition
monitoring
Wiring
technology
21
Magnetic sensors
Metalface magnetic sensors
Magnetic sensor detects target fitted
with magnet
Rated IP69K for high pressure cleaning
environments
Small housings with extended sensing
ranges up to 76 mm
316 stainless steel sensing face and housing
withstand damage from physical abuse
Temperature shock resistant in the range
of 0...100 °C
Demanding applications
ifm magnetic proximity sensors provide non-contact indication for position and
speed applications. The sensors can detect a magnet through materials such as
stainless steel, non-ferrous metal, aluminum, plastic and wood. With the integration
of Giant Magnetoresistive (GMR) technology, ifm magnetic sensors offer extremely
long sensing ranges – up to 76 mm – and high switching frequencies.
Long sensing range and high switching frequency
Magnetic sensors have a considerably higher sensing range compared to inductive
sensors. They detect damping magnets without contact up to 76 mm. ifm sensors
reach a switching frequency of more than 5,000 Hz. This high switching frequency
applies to the whole temperature range.
Position and speed application examples:
Magnetic sensors
detect the U-tube
position in a diverter
panel by sensing a
magnet through a
stainless steel plate.
22
www.ifm.com
ifm’s magnetic proximity sensor is used
for pulse evaluation
by detecting a magnet mounted on
rotating machinery.
Ideal for high-speed
applications.
Magnetic sensors
DC • Magnetic sensors for washdown environments
Type
Dimensions
Diameter / Length
[mm]
Sensing
Range
[mm]
Material
Supply
Voltage
[V]
Protection
Switching
Frequency
[Hz]
Max Load
Current
[mA]
Part
No.
10...30 DC
IP68 / IP69K
5000
200
MFT 202
M12 / L = 60
60
316 stainless steel
Company
Position
sensors
M18 / L = 60
70
316 stainless steel
Accessories
Type
10...30 DC
IP68 / IP69K
5000
200
MGT 203
Vision
sensors
Cordsets
Description
Part
No.
U 20301
Type
Description
Part
No.
Safety
technology
EVT 001
EVT 002
U 20302
EVT 003
EVT 004
Disk magnet, 30 x 10 mm
Barium ferrite
E 10752
EVT 005
EVT 006
Disk magnet, 40 x 13 mm
M5 mounting stud, 316Ti, stainless steel
E 11803
Disk magnet, 20 x 9.5 mm
M5 mounting stud, 316Ti, stainless steel
E 12291
EVT 007
EVT 008
EVT 009
Process
sensors
Industrial
networks
Identification
systems
Machine
condition
monitoring
Wiring
technology
www.ifm.com
23
Magnetic sensors
Magnetic sensors for pig
detection in cleaning processes
Magnetic sensors designed to reliably
detect pigs moving at high speeds
or in a stopped position
Integrated 1 second stretched output to
compensate for PLC scan time lag
316 stainless steel housing to withstand
the harshest environments
Rated IP68/IP69K for high pressure
cleaning environments
Broad temperature range from 0...104 °C
Reliable pig detection in cleaning processes
ifm designed the MGT 201 pig detector sensor to reliably
detect standard pigs in food and beverage applications.
The sensor incorporates a built-in one second stretched
output to compensate for PLC scan time lag. The sensor
features a stainless steel housing rated IP68/IP69K and a
broad temperature range from 0…104° C. ifm’s MGT 201
pig detecting sensors can be used in multiple locations
on a pipe to accurately locate a pig at various points
throughout the process.
S
Pipes are cleaned using silicone
pigs encased in a magnetic
band. As a pig passes through
the pipe, ifm’s magnetic sensor
detects the magnetic band
of the pig through the stainless steel pipe indicating the
location of the pig.
N
Sensor
Sensor
Propellant
Pig
Pig launch
Sensor
Sensor
24
www.ifm.com
Sensor
Magnetic sensors
DC • Magnetic sensors for washdown environments
Type
Dimensions
Diameter / Length
[mm]
Sensing
Range
[mm]
Material
Supply
Voltage
[V]
Protection
Signal
Stretcher
[s]
Max Load
Current
[mA]
Part
No.
10...30 DC
IP68 / IP69K
1
200
MGT 201
M18 / L = 60
100
316 stainless steel
Accessories
Description
Sensor
Position
sensors
Cordsets
Type
Part
No.
Type
Description
Part
No.
Mounting adapter and strap for 2“ pipe
UM 0005
EVT 001
Mounting adapter and strap for 3” pipe
UM 0006
EVT 002
Mounting adapter and strap for 4” pipe
UM 0007
EVT 003
EVT 004
EVT 005
EVT 006
Mounting
Strap
Mounting
Adapter
Pipe
Company
EVT 007
EVT 008
EVT 009
Vision
sensors
Safety
technology
Process
sensors
Industrial
networks
Identification
systems
The sensor is inserted into the adapter and placed
on the pipe. A metal strap tightens over the
adapter and secures it to the pipe.
Machine
condition
monitoring
Wiring
technology
www.ifm.com
25
Cylinder sensors
Magnetic sensors for
clean line cylinders
Magnetic T-slot sensors offer significant
advantages over Reed switch technology
Sensor easily mounts to clean line cylinder
using protective bracket with strap
Excellent repeatability and fast response
times enable increased uptime
Unlimited number of switching cycles
extends life-in-application
T-slot sensors easily fit most cylinder types
using ifm mounting accessories
Compact housing, simple mounting for washdown environments
ifm offers miniature cylinder sensors that easily fit clean line cylinders to provide
a low-profile mounting. An ifm protective bracket protects the sensor in the
application.
Search for cylinder manufacturer or
cylinder type with Product Selector –
Go to www.ifm.com
Technology comparison
Reed
ifm Solid State
Solid State Advantages
Low
(1-2 M cycles)
High
(unlimited cycles)
ifm cylinder sensor has unlimited number of
cycles. Typically, a reed switch is replaced many
times during the life of a cylinder.
Repeatability Low
High
Provides excellent repeatability. Mechanical
wear in reed switches can cause the switch
point to drift.
Response
Time
Low
High
Fast response time. Reed switches with slower
response times cannot maintain their accuracy
in high speed applications.
Sensitivity
Low
High
Can operate reliably with weak magnetic fields.
Reed switches require great magnetic strength
for sensing.
Temperature High
Stability
High
Extremely stable operating characteristics over a
wide temperature range.
High
Immunity from long-term effects of magnetic
fields. Contacts on reed switches can become
permanently magnetized over time.
Durability
Longevity
26
Low
www.ifm.com
Narrow-down your cylinder sensor selection
with Product Selector. This tool allows
you to search by cylinder manufacturer or
cylinder type.
Product Selector is located under the Product
Catalog tab on the ifm website.
Cylinder sensors
DC • Cylinder sensors for washdown environments
Type
Dimensions
Material
[mm]
Supply
Voltage
[V]
Output
Type
Switching
Frequency
[Hz]
Protection
Max Load
Current
[mA]
Part
No.
M12 threaded 0.3 m pigtail · Output function N.O.
25 x 5 x 6.5
PA (polyamide)
10...30 DC
PNP
> 6000
IP67 / IP69K
100
MK 5157
25 x 5 x 6.5
PA (polyamide)
10...30 DC
NPN
> 6000
IP67 / IP69K
100
MK 5186
Company
Prewired 2 m cable · Output function N.O.
25 x 5 x 6.5
PA (polyamide)
10...30 DC
PNP
> 3000
IP67 / IP69K
100
MK 5158
Vision
sensors
Required mounting accessories:
T-slot sensor mounts on clean line cylinders using a fixing strap and adapter.
Select accessory kit according to cylinder diameter.
Type
Measure the outside
diameter of your cylinder to
determine the appropriate
mounting accessory.
Fixing strap and
adapter kit
Safety
technology
For cylinder
diameter measuring…
Part
No.
11…19 mm
E 11975
18…29 mm
E 11976
28…39 mm
E 11977
38…49 mm
E 11978
48…59 mm
E 11979
58…69 mm
E 11980
78…89 mm
E 11981
98…109 mm
E 11982
For more mounting options, call 800-441-8246 or visit www.ifm.com
www.ifm.com
Description
Part
No.
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
Process
sensors
Industrial
networks
Identification
systems
Machine
condition
monitoring
Cordsets
Type
Position
sensors
Wiring
technology
27
Photoelectrics for washdown
OG Tubular
OG Cube
Industry standard 18mm stainless steel
housing available in quick disconnect
or prewired
Ecolab certified sensors resistant to
chemicals used in washdown environments
OG Tubular
Prewired
Visible red light source simplifies
installation and maintenance
Plastic lens eliminates the possibility of
glass splintering into food and beverages
High grade stainless steel mounting
accessories available
OG Series photoelectrics for washdown applications
ifm's OG Series photoelectric sensors are designed and tested to provide reliable
position detection in extreme washdown conditions. Industry standard 18mm
diameter housings are 316 stainless steel and are ideal for food and beverage
applications. The OG wetline series was specially developed for applications in
the food industry, such as cheese plants, breweries and the meat industry.
A visible red light source simplifies installation and maintenance. High-grade
stainless steel mounting accessories are available for quick installation.
Ecolab-certified for food and beverage
The Ecolab-certified sensors are resistant to chemical solutions used in cleaning and
steam cleaning. The sensor's zero-leak design prevents ingress during high pressure
cleaning, and the sensor's plastic lens eliminates the possibility of glass splintering in
food and beverage processes.
Steam boiler test
To simulate the aging process, OG washdown sensors are placed in a steam
boiler at 80°C. After defined time intervals, the sensors are submerged into ice
water. Following the test, the sensor is subjected to a variety of function tests
that determine its durability.
The right combination of price and performance
ifm OG sensors offer high performance, long life-in-application and a great value
resulting in savings for your food processing facility.
28
www.ifm.com
DC • OG photoelectric for washdown environments
Type
Operating
Principle
Spot Ø at
Maximum Range
[mm]
Range
Output
Supply
Voltage
[V]
M12 Connector
Part
No.
6m Cable
Part
No.
M18 diameter · M12 connector or 6 meter prewired
Diffuse, with background suppression
100 mm
8
LO PNP
10...36 DC
OGH 300
OGH 306
100 mm
8
DO PNP
10...36 DC
OGH 301
OGH 307
200 mm
12
LO PNP
10...36 DC
OGH 302
OGH 308
200 mm
12
DO PNP
10...36 DC
OGH 303
OGH 309
300 mm
15
LO PNP
10...36 DC
OGH 304
OGH 310
300 mm
15
DO PNP
10...36 DC
OGH 305
OGH 311
Adjustable
15…300 mm
25
Programmable
LO/DO PNP
10...36 DC
OGH 312
OGH 313
100 mm
7
LO PNP
10...30 DC
OGH 380
–
200 mm
13
LO PNP
10...30 DC
OGH 381
–
100 mm
7
LO NPN
10...30 DC
OGH 382
–
200 mm
13
LO NPN
10...30 DC
OGH 383
–
Company
Position
sensors
Vision
sensors
Safety
technology
Polarized retro-reflective
4m
160
DO PNP
10...36 DC
OGP 300
OGP 302
4m
160
LO PNP
10...36 DC
OGP 301
OGP 303
Through-beam transmitter
20 m
800
–
10...36 DC
OGS 300
OGS 301
Through-beam transmitter
20 m
800
–
10...30 DC
OGS 380
–
Process
sensors
Industrial
networks
Identification
systems
Through-beam receiver
20 m
–
DO PNP
10...36 DC
OGE 300
OGE 302
20 m
–
LO PNP
10...36 DC
OGE 301
OGE 303
20 m
–
DO PNP
10...30 DC
OGE 380
–
20 m
–
LO PNP
10...30 DC
OGE 381
–
20 m
–
DO NPN
10...30 DC
OGE 382
–
Accessories
Type
Tall swivel bracket for OG,
stainless steel
Short swivel bracket for OG,
stainless steel
80 mm reflector
www.ifm.com
Wiring
technology
Cordsets
Description
Part
No.
E 20869
E 20870
E 20005
50 mm reflector
E 20956
Swivel bracket includes 80 mm reflector,
stainless steel
E 20996
Swivel bracket includes 50 mm reflector,
stainless steel
E 20998
Type
Machine
condition
monitoring
Description
Part
No.
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
EVT 007
EVT 008
EVT 009
29
Laser distance and level sensors
Right balance of performance, size and price
for distance measurement applications
O1D Series sensors are ideal for long-range
background suppression applications
Model O1D 300 detects level of food
and opaque liquids
Simple pushbutton setup quickly
establishes parameters
Large 4-digit alphanumeric display
indicates measured distance
Multiple outputs: single switching, dual
switching or switching and analog output
Reliable solutions for long-range object detection and level applications
The O1D laser sensor provides non-contact distance measurement
up to 10 meters. For longer distances, the O1D106 provides a
distance measurement of 75 meters when used with a reflector.
To measure level in food processing applications, the O1D300 is
specifically designed for this application and offers a range of up to 10 meters.
Contained in a compact, robust metal housing that measures only 42 mm x 42 mm,
the sensor is suited for food and beverage applications and mounts easily in applications with limited space. The sensor’s display can be programmed for two setpoints
or for one setpoint and one analog output. The display can also provide distance
values in inches, millimeters or meters.
Multiple O1D sensors can be mounted
in a food process.
Performance
ifm O1D advantage
Background suppression and ultrasonic
sensors are lower-cost alternatives for
distance measurement but have shorter
ranges. Traditional time-of-flight systems
offer an improved level of performance
but are much higher in cost. The ifm O1D
sensor combines the advantages of these
systems at an affordable price.
ifm O1D
traditional
time- of-flight
systems
ultrasonic
sensors
sensors with background suppression
Price
30
www.ifm.com
DC • Laser distance measurement sensor
Type
Operating
Principle
Output
Measuring
Range
Spot Ø at
Max Range
Supply
Voltage
[V]
Current
Sampling
Consumption Frequency
[mA]
[Hz]
Light
Source
Part
No.
Laser distance · M12 connector · 42 x 52 x 59 mm metal body
4-20 mA / 0-10 VDC
and PNP or dual PNP
Diffuse reflective
with background
suppression
Polarized
retro-reflective
0.2...10 m
6
18...30 DC
150
1...50
Class 2 laser
Red light
O1D 100
4-20 mA / 0-10 VDC
0.2...10 m
and NPN or dual NPN
6
18...30 DC
150
1...50
Class 2 laser
Red light
O1D 103
4-20 mA / 0-10 VDC
and PNP or dual PNP
6
18...30 DC
150
1...33
0.3...6 m
Class 1 laser
Red light
Company
O1D 155
LO/DO PNP
0.2...10 m
6
10...30 DC
150
5
Class 2 laser
Red light
LO/DO NPN
0.2...10 m
6
10...30 DC
150
5
Class 2 laser
Red light
O1D 104
4-20 mA / 0-10 VDC
and PNP or dual PNP
1...75 m*
150
18...30 DC
150
1...33
Class 2 laser
Red light
O1D 106
O1D 101
DC • Level sensor
Process
sensors
Optical level sensor for bulk materials and opaque liquids · M12 connector · 42 x 52 x 59 mm metal body
4-20 mA / 0-10 VDC
and PNP or dual PNP
0.2...10 m
Accessories
Type
Rail mount swivel bracket for O1D,
stainless steel
Protective plastic cover
Sanitary G1 BSPP adapter,
stainless steel
www.ifm.com
6
18...30 DC
150
1...33
Class 2 laser
Red light
O1D 300
Cordsets
Description
Vision
sensors
Safety
technology
* Reflector required to achieve 75 meter range.
Diffuse reflective
with background
suppression
Position
sensors
Part
No.
E 21079
E 21133
E 21224
Reflector · 95 x 95 mm
for O1D106
E 20454
Reflector · 226 x 262 mm
for O1D106
E 21159
Type
Industrial
networks
Identification
systems
Description
Part
No.
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
EVT 007
EVT 008
EVT 009
31
Machine
condition
monitoring
Wiring
technology
Color, contrast and clear
object and sensors
Color sensor features high color contrast
sensitivity and resolution
Contrast sensor uses reliable RGB
technology to determine the best LED
color to contrast two target colors
Clear object sensor detects glass, film, PET
bottles and transparent objects
High switching frequencies for fast
moving applications
Auto-detect for PNP/NPN configuration
and “Teach Mode” setup
LED display indicates output status
The O5C can detect variations of the same color.
O5C Series color sensors for error-proofing applications
ifm’s O5C Series color sensors identify objects by color in food and
beverage applications. The sensor uses reliable RGB technology to
provide high-resolution detection of color in fast-moving applications.
Five selectable tolerance steps establish allowable color differentiation.
A simple one-step teach function quickly establishes the parameter
of an application. The sensor’s high switching frequency of 2,000 Hz
provides accurate color detection in high-speed applications.
O5K Series contrast sensors for object detection
ifm’s high performance O5K Series contrast sensors offer a variety of
sensing solutions for the packaging, assembly, material handling and
printing industries. The sensor is ideal for detecting registration marks
or printed color bars by determining the difference between the target
and the background. The sensor offers high-color contrast sensitivity
and resolution to provide reliable object detection.
Additional applications
The O5 can determine
the presence of a label
while ignoring background colors.
The O5K can identify the
best color for contrast.
The O5G clear object
detection.
32
www.ifm.com
O5G Series clear object sensors
The O5G Series clear object sensors can solve one of the most difficult
photoelectric applications – the detection of clear objects such as film,
glass, or PET plastic bottles and transparent packaging. Standard sensors typically have too much excess gain and “burn“ through the clear
material. The sensor’s automatic calibration and quick pushbutton
setup enables reliable detection of clear objects.
The O5 detects proper
orientation in fastmoving applications.
Color, contrast and clear object sensors
DC • Color photoelectric sensor
Type
Operating
Principle
Range
[mm]
Spot Ø at
Maximum Range
[mm]
Output
Light-on or
Dark-on
Switching
Frequency
[Hz]
Supply
Voltage
[V]
Part
No.
2.5 x 6
LO / DO PNP / NPN
2,000
10...36 DC
O5C 500
70 x 47 x 18 mm plastic body · M12 connector
Diffuse
15…19
Position
sensors
DC • Contrast photoelectric sensor
Type
Operating
Principle
Range
[mm]
Spot Ø at
Maximum Range
[mm]
Output
Light-on or
Dark-on
Switching
Frequency
[Hz]
Supply
Voltage
[V]
Part
No.
1.5 x 5
LO / DO PNP / NPN
10,000
10...36 DC
O5K 500
Vision
sensors
Diffuse
18…22
Operating
Principle
Safety
technology
Process
sensors
DC • Clear object photoelectric sensor
Type
Company
Range
[mm]
Spot Ø at
Maximum Range
[mm]
Output
Light-on or
Dark-on
Switching
Frequency
[Hz]
Supply
Voltage
[V]
Part
No.
40
LO / DO PNP / NPN
1,500
10...36 DC
O5G 500
Industrial
networks
1500
Type
Description
50 mm reflector
Swivel bracket for rod, stainless steel
Complete set includes clamp
Freestanding mounting bracket,
stainless steel
www.ifm.com
Machine
condition
monitoring
Cordsets
Accessories
Part
No.
E 20722
E 21083
E 21087
Type
Identification
systems
Description
Part
No.
Wiring
technology
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
EVT 007
EVT 008
EVT 009
33
Target puck
Sensor
Non-contact sensor detects open and
closed position of quarter-turn valves
Sensor and target puck feature low-profile
design that’s 1/4 the size of switchboxes
Bright LED indicates open / closed
valve position
No open cavities, completely sealed
against the effects of liquids
Installed in less than 60 seconds
Quarter-turn valve position sensors
Quarter-turn valves with pneumatic actuators are used for process control in food
processing applications. Typical applications include tank farms, diverter valves, valve
skids, and valve banks. Accurately detecting the position of the valve is critical for
process control. Traditionally, switchboxes have been used for position feedback.
However, switchboxes are large, mounting is complex and malfunction is common.
ifm offers a low-profile, non-contact solution that accurately detects when a valve is
open or closed.
An ifm valve position feedback
solution includes a sensor, cable
assembly and a rotating target puck.
Target puck
Valve
sensor
M12
cordset
Challenge: Limit switches
physically contact cams to
indicate valve position.
These mechanical switches
can stick, break and wear.
34
Solution: ifm efector’s
inductive sensing technology provides noncontact sensing of valve
position. With no physical
contact, the sensor has a
long life-in-application.
Step 1: Select an ifm valve
position sensor
Step 2: Select a target puck
Step 3: Select a cordset
Valve position sensors with point-to-point wiring • DC
Type
Dimensions
[mm]
Sensing
Range
[mm]
Supply
Voltage
[V]
Protection
Switching
Frequency
[Hz]
Max Load
Current
[mA]
Part
No.
10...36 DC
IP67
1300
250
IN 5327
Material
M12 connector · Output function 2 x N.O. · PNP
1
40 x 26 x 47
4 nf
PBT (Pocan)
Company
Terminal chamber · Output function 2 x N.O. · PNP
1
33 x 60 x 92
4 nf
PA (polyamide)
10...30 DC
IP67
500
100
IN 5409
Position
sensors
Vision
sensors
Valve position sensors with point-to-point wiring • AC/DC
7/8“ connector · Output function 2 x N.O.
1
40 x 26 x 49
4 nf
20...140 AC
10…140 DC
PBT (Pocan)
Accessories for the IN 5409
Type
IP67
25
200
IN 0117
Process
sensors
Cordsets
Description
Part
No.
Type
3
Cable gland · M20 x 1.5
Housing materials: PA 6.6
E 12208
3
Protective cap · M20 x 1.5
Housing materials: PA 6.6
E 12209
Safety
technology
Description
Part
No.
Industrial
networks
EVT 001
EVT 002
EVT 003
7/8” Mini AC (5-pin) 2 m, PVC
E 18042
7/8” Mini AC (5-pin) 4 m, PVC
E 18043
Identification
systems
Machine
condition
monitoring
2 Selecting a puck kit
Select a puck kit according to the dimensions of your ISO Namur actuator.
The X and Y dimensions are the position of the actuator mounting holes.
The Z dimension is the height of the actuator stem.
56 mm
Sensor
4mm x 4mm
slot
34 mm
M6
thread
Z
M5 or 10-24
Z
Y
Actuator stem for
target pucks
X
Dimensions
XxYxZ [mm]
Puck mounting
screw
Sensor mounting
screws
Part
No.
80 x 30 x 20
80 x 30 x 30
80 x 30 x 20
80 x 30 x 20
80 x 30 x 20
80 x 30 x 30
80 x 30 x 30
M6 x 25 mm
M6 x 35 mm
M6 x 25 mm
1/4 - 20 x 1”
M6 x 25 mm
M6 x 35 mm
M6 x 25 mm
UV 0002
UV 0003
UV 0002
U 20132
UV 0002
UV 0003
UV 0003
130 x 30 x 30
M6 x 15 mm
130 x 30 x 50
M6 x 15 mm
10 - 24 x 1 1/4”
10 - 24 x 1 3/4”
M5 x 30 mm
10 - 24 x 1 1/4”
10 - 32 x 1 1/2”
10 - 32 x 1 3/4”
M5 x 45 mm
10 - 24 x 1 1/4”
and M5 x 30 mm
10 - 24 x 2 1/8”
and M5 x 55 mm
U 20114
U 20118
Wiring
technology
Puck kits for manufacturer specific actuators
Actuator
Automax
Automax
Bettis
Bray
Conbraco (Apollo)
El-o-matic
Fisher
Hytork
Hytork
Hytork
Hytork
Neles-Jamesbury
Neles-Jamesbury
Nibco
Protech
TruTorq
TruTorq
TYCO
TYCO
TYCO
Ultra-flo (TRIAC)
Unitorq
Unitorq
Worcester
XOMOX
Model
SNA050, SNA063, SNA085, SNA100
B050, B085, B100
RPC Series 250, 450, 1000, 2250, 5000, 11000
Series 92/93, Sizes 63, 83, 92, 118, 127
3T-30, 3T-40, 3T-50, 3T-60
E25, E40, E65, E100, E200, P280, E350
1035-E Series E25, E40, E65, E100, E200, E350
XL45, XL70, XL130
XL185, XL280, XL425, XL680
XL26, XL71, XL131
XL186, XL221, XL280, XL425, XL680
VPVL01 05, 10, 20, 25, 30
VPVL01 35, 40, 45
NP20-SR, NP30-SR, NP40-SR, NP50-SR, NP60-SR
Series 72/72 050, 100, 200, 250, 300
2, 4, 8, 12, 20, 35
55, 70, 100, 150
Series 79U, TRS, SRP, and TRP to fit .814” bore
Series 79U, TRS, SRP, and TRP to fit 1” bore
Series 79U, TRS, SRP, and TRP to fit 1.12” bore
TR20, 2R40, 2R80, 2R130, 2R200, 2R300
M10, M20, M30, M52, M73, M103
M148, M222, M295
NAMUR 1039, 1539, 2039
Matryx 450, 750, 1250
Part No.
UV 0002
UV 0002
UV 0002
U 20161
UV 0002
UV 0002
UV 0002
UV 0002
UV 0003
UV 0002
UV 0002
UV 0002
UV 0003
UV 0002
UV 0002
UV 0002
U 20114
U 20128
U 20139
U 20149
UV 0002
UV 0002
UV 0003
UV 0002
U 20136
For actuators not shown, call 800-441-8246 or visit www.ifm.com.
35
Target puck
AS-i valve position sensors
Sensor
Actuator Sensor-interface networks an entire
system of valves
Non-contact sensor detects open and closed
position of quarter-turn valves
AS-i networking connects up to
62 quarter-turn and 62 solenoid valves
Connects to DeviceNet, Profibus,
and Ethernet
Parallel wiring is replaced by a 2-wire cable
carrying both data and power
Integrated AS-i networking connection for pneumatic valves
Valve applications such as tank farms and valve skids require
a large number of feedback devices. These devices are
connected back to a PLC which monitors valve position.
With the growing number of valves being used and minimal
plant floor space available, wiring has become timeconsuming and difficult to troubleshoot. To reduce wiring, a
simple solution is to apply the AS-i networking system.
AS-i networks an entire system of valves with only one 2-wire cable, completely
eliminating wire bundles. Valve position sensors with AS-i connectivity provide an
integrated connection for the solenoid valve. Connection to the control unit is made
with a 2-wire AS-i cable.
This solution provides remote indication of valve status and can connect to higher
level bus systems via DeviceNet, Profibus, and Ethernet. Up to 62 quarter-turn valve
feedback devices and 62 solenoids can be connected to one AS-i master.
• Connects to higher-level bus systems
An ifm AS-i valve feedback solution
includes a sensor, cable assembly,
rotating target puck and AS-i cable
Target puck
AS-i valve
sensor
DIN connector
AS-i cable
• Provides non-contact valve position
• Sensor and puck feature low-profile design that is one-quarter the size of a
switchbox
Step 1: Select an ifm valve
position sensor
• The valve sensor uses an integrated output for the solenoid valve.
Step 2: Select a target puck
• Mounts on all ISO standard type actuators.
Step 3: Select a DIN-style
connector
Please refer to pages 84 - 95 for more details and products for AS-i networking.
36
www.ifm.com
AS-i valve position sensors
Valve position sensors with AS-i networking • DC
Type
Dimensions
[mm]
Sensing
Range
[mm]
Material
Supply
Voltage
[V]
Protection
Switching
Frequency
[Hz]
Max Load
Current
[mA]
Part
No.
PBT (Pocan)
26.5...31.6 DC
IP67
–
–
AC 2315
AS-i connection · M12 connector · 2 inputs
1
55 x 60 x 35
4 nf
Company
AS-i connection · M12 connector · 2 inputs / 1 output · Output function transistor PNP
1
55 x 60 x 35
4 nf
PBT (Pocan)
26.5...31.6 DC
IP67
–
–
AC 2316
Position
sensors
Vision
sensors
AS-i connection · M12 connector · 2 inputs / 2 outputs · Output function transistor PNP
1
55 x 60 x 35
4 nf
PBT (Pocan)
26.5...31.6 DC
IP67
–
–
AC 2317
Safety
technology
DIN patchcords
Type
3
Description
Part
No.
DIN A (18 mm) to M12 Micro DC patchcords, .3 m
E 11416
DIN B (10 mm) to M12 Micro DC patchcords, .3 m
E 11421
DIN C (8 mm) to M12 Micro DC patchcords, .3 m
E 11426
Process
sensors
Industrial
networks
Identification
systems
2 Selecting a puck kit
Select a puck kit according to the dimensions of your ISO Namur actuator.
The X and Y dimensions are the position of the actuator mounting holes.
The Z dimension is the height of the actuator stem.
56 mm
Sensor
4mm x 4mm
slot
34 mm
M6
thread
Z
M5 or 10-24
Z
Y
Actuator stem for
target pucks
X
Dimensions
XxYxZ [mm]
Puck mounting
screw
Sensor mounting
screws
Part
No.
80 x 30 x 20
80 x 30 x 30
80 x 30 x 20
80 x 30 x 20
80 x 30 x 20
80 x 30 x 30
80 x 30 x 30
M6 x 25 mm
M6 x 35 mm
M6 x 25 mm
1/4 - 20 x 1”
M6 x 25 mm
M6 x 35 mm
M6 x 25 mm
UV 0002
UV 0003
UV 0002
U 20132
UV 0002
UV 0003
UV 0003
130 x 30 x 30
M6 x 15 mm
130 x 30 x 50
M6 x 15 mm
10 - 24 x 1 1/4”
10 - 24 x 1 3/4”
M5 x 30 mm
10 - 24 x 1 1/4”
10 - 32 x 1 1/2”
10 - 32 x 1 3/4”
M5 x 45 mm
10 - 24 x 1 1/4”
and M5 x 30 mm
10 - 24 x 2 1/8”
and M5 x 55 mm
U 20114
U 20118
Puck kits for manufacturer specific actuators
Actuator
Automax
Automax
Bettis
Bray
Conbraco (Apollo)
El-o-matic
Fisher
Hytork
Hytork
Hytork
Hytork
Neles-Jamesbury
Neles-Jamesbury
Nibco
Protech
TruTorq
TruTorq
TYCO
TYCO
TYCO
Ultra-flo (TRIAC)
Unitorq
Unitorq
Worcester
XOMOX
Model
SNA050, SNA063, SNA085, SNA100
B050, B085, B100
RPC Series 250, 450, 1000, 2250, 5000, 11000
Series 92/93, Sizes 63, 83, 92, 118, 127
3T-30, 3T-40, 3T-50, 3T-60
E25, E40, E65, E100, E200, P280, E350
1035-E Series E25, E40, E65, E100, E200, E350
XL45, XL70, XL130
XL185, XL280, XL425, XL680
XL26, XL71, XL131
XL186, XL221, XL280, XL425, XL680
VPVL01 05, 10, 20, 25, 30
VPVL01 35, 40, 45
NP20-SR, NP30-SR, NP40-SR, NP50-SR, NP60-SR
Series 72/72 050, 100, 200, 250, 300
2, 4, 8, 12, 20, 35
55, 70, 100, 150
Series 79U, TRS, SRP, and TRP to fit .814” bore
Series 79U, TRS, SRP, and TRP to fit 1” bore
Series 79U, TRS, SRP, and TRP to fit 1.12” bore
TR20, 2R40, 2R80, 2R130, 2R200, 2R300
M10, M20, M30, M52, M73, M103
M148, M222, M295
NAMUR 1039, 1539, 2039
Matryx 450, 750, 1250
Part No.
UV 0002
UV 0002
UV 0002
U 20161
UV 0002
UV 0002
UV 0002
UV 0002
UV 0003
UV 0002
UV 0002
UV 0002
UV 0003
UV 0002
UV 0002
UV 0002
U 20114
U 20128
U 20139
U 20149
UV 0002
UV 0002
UV 0003
UV 0002
U 20136
For actuators not shown, call 800-441-8246 or visit www.ifm.com.
37
Machine
condition
monitoring
Wiring
technology
Rising stem valve sensors
Continuous position feedback for rising
stem valves up to 80 mm
Analog or three switching outputs: open,
closed, and seat lift / seal wear
Resolution of 0.2 mm across the entire
measuring range
Simple pushbutton setup and LED
feedback
Permanent valve monitoring for predictive
maintenance
Continuous position feedback of rising stem valves
The efector valvis rising stem valve position sensor is an innovative solution for
indicating the position of linear valves. The sensor continuously detects the position
of rising stem valves with a stroke of up to 80mm.
The sensor is placed on top of the the valve stem with an adapter. Using the sensor’s pushbutton setup, the open and closed positions of the valve are established.
The sensor indicates three key positions of the valve: valve open, valve closed and
any intermediate position, e.g., seat lift. efector valvis sends this information
to a controller.
The efector valvis sensor reliably detects the position of the stem at a resolution of
0.2mm and eliminates all mechanical adjustments and significantly reduces setup
time of a valve.
Single seat and double seat valves
For double seat valves, efector valvis detects the
open, closed and seat lift cleaning position. For
single seat valves, the sensor detects the open and
closed positions and provides an additional output
for seal contact wear.
The sensor eliminates adjustments
and the need to mount multiple
sensors. Switchpoints are taught
via the pushbutton setup.
38
www.ifm.com
efector valvis provides continuous feedback of
rising stem valve position.
DC • Rising stem valve position sensors
Type
Dimensions
[mm]
Measuring
Distance
[mm]
Material
Supply
Voltage
[V]
Protection
Max Load
Current
[mA]
Part
No.
PA (polyamide)
18...36 DC
IP65 / IP67
100
IX 5010
Resolution
(mm)
0.3 m cable with M12 connector · 3 x N.O. PNP
65 x 52 x 110
0...80
0.2
Company
2 m cable · Analog output, 1...5 VDC
67.5 x 43 x 110
0...80
0.2
PA (polyamide)
18...36 DC
IP65 / IP67
–
IX 5002
Vision
sensors
0.3 m cable with M12 connector · AS-i connection · 3 inputs
65 x 52 x 100
0...80
0.2
Position
sensors
PA (polyamide)
26.5...31.6 DC
IP65 / IP67
–
IX 5030
Safety
technology
Process
sensors
Cordsets for IX 5010
Accessories
Type
Mounting
Adapters
Housing
Material
Part
No.
Mounting adapter
for Alfa Laval valves
Adapter: PA
Target: stainless steel
316L / 1.4404
E 11900
Adapter: PA
Target: stainless steel
316L / 1.4404
E 11989
Mounting adapter
for Südmo valves
For additional mounting adapters, please call 800-441-8246.
www.ifm.com
Type
Description
Part
No.
Industrial
networks
M12 Micro DC, (5-pin), 5 m, PVC
EVT 010
EVT 011
EVT 012
EVT 013
EVT 014
EVT 015
Identification
systems
Machine
condition
monitoring
Wiring
technology
Cordsets for IX 5002
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
39
Vision sensors
efector dualis Contour Sensors
Ideal for inspection and error-proofing
applications with regular and defined
shapes and contours
Reliable inspection testing throughout
the production process
CMOS image element and powerful
digital signal processor
Robust housing for use in industrial
environments
Easy application Setup Wizard offers
step-by-step instruction with advanced
functionality
Functionality
Contour
Sensor
efector dualis Contour Sensor
ifm’s Contour Sensor has the ability to analyze shapes and capture the
contour of an object. It is ideal in applications where the object’s shape is
repeatable and defined.
Bad part
√
Shape
detection
√
A
The Contour Sensor can
identify an incorrect part by matching
the contour of the reference part.
Good part / bad part
The Contour Sensor can easily
differentiate between the two
parts because the shape of the
two parts are very different.
√
2
Object
counting
√
√
B
Sorting
√
√
Object
area
√
Inner /
Outer radius
√
Object width /
height
√
Roundness /
Rectangularity
√
Hole
counting
√
Object
contrast
40
√
√
C
efector dualis Contour Sensor is a
good solution to maintain quality
control.
O2Vxxx sensors (pages
42, 43) analyze the area
of an object
Object
position
3
Good part
Pattern
matching
Orientation
1
O2Dxxx sensors (pages
40, 41) analyze the edges
of an object
Vision sensors
DC • efector dualis Contour Sensor
Type
Maximum Field
of View Size
[mm]
Detection
Rate
[Hz]
Motion Speed
(Maximum)
[m/s]
Process
Interface
Transistor
Outputs
(up to 5)
Part
No.
infrared
400 x 300
20
1
Ethernet TCP / Ethernet IP
PNP
O2D 224
infrared
640 x 480
20
1
PNP
O2D 220
infrared
1280 x 960
20
1
PNP
O2D 222
infrared
400 x 300
20
1
NPN
O2D 225
infrared
640 x 480
20
1
NPN
O2D 227
infrared
1280 x 960
20
1
NPN
O2D 229
Type
of Light
LED
8-pin · M12 connector
Company
Illuminated
Area
[mm]
Part
No.
[mm]
Type of
Light
LED
34.4 x 66.5 x 9.2
infrared
25 x 25
O2D 906
Industrial
networks
81 x 103 x 9.8
infrared
50 x 50
O2D 907
Identification
systems
133 x 156 x 9.8
infrared
100 x 100
O2D 908
Machine
condition
monitoring
Dimensions
Description
Part
No.
Plastic lens for diffusing light
Parameter setting cable, 2 m,
M12 D-coded / RJ45, cross-link
www.ifm.com
Process
sensors
Wiring
technology
Cordsets
Accessories
Type
Vision
sensors
Safety
technology
Optional backlight • PUR cable 0.15 m with 4-pin M12 connector
Type
Position
sensors
Type
Description
Part
No.
E 21166
M12 Micro DC (8-pin) 2 m, PUR
E 11950
E 11807
E 21165
E 11311
E 11898
E 11231
E 11232
E 11806
M12 Micro DC (4-pin) 5 m, PVC
EVT 001
EVT 002
E 18422
E 18423
Mounting set, high-grade stainless steel,
100 mm rod
U 60042
100 mm rod and rail mount cube
U 60043
For backlight
41
Vision sensors
efector dualis Pixel Counter
Ideal for inspection and error-proofing
applications with irregularly shaped
objects
Reliable inspection testing throughout
the production process
CMOS image element and powerful
Robust housing for use in industrial
environments
functionality
Functionality
Pixel
Counter
efector dualis Pixel Counter
ifm’s Pixel Counter analyzes the area of an object and counts the pixels.
It is ideal in applications where the object’s shape, size or color is irregular.
A
The Pixel Counter is a good fit in
this application because the size
and shape of the mark can vary.
Shape
detection
√
ifm's Pixel Counter is able to identify
that the mark is present regardless of
the shape or size of the part, eliminating the quarantine process.
√
2
Object
counting
√
√
B
Sorting
√
√
C
Object
area
√
Inner /
Outer radius
√
Object width /
height
√
Roundness /
Rectangularity
√
Hole
counting
√
Object
contrast
42
www.ifm.com
√
√
Mark missing
A mark is used to identify parts that
have been through the manufacturing process. Without the mark, the
parts go into quarantine, where every
unit must be manually sorted.
Mark present / mark missing
√
O2Vxxx sensors (pages
42, 43) analyze the area
of an object
Object
position
3
Mark present
Pattern
matching
Orientation
1
O2Dxxx sensors (pages
40, 41) analyze the edges
of an object
Vision sensors
DC • efector dualis Pixel Counter
Type
Maximum Field
of View Size
[mm]
Detection
Rate
[Hz]
Motion Speed
(Maximum)
[m/s]
Process
Interface
Transistor
Outputs
(up to 5)
Part
No.
white
400 x 300
20
1
PNP
O2V 104
white
640 x 480
20
1
PNP
O2V 100
white
1280 x 960
20
1
PNP
O2V 102
Type
of Light
LED
Company
Vision
sensors
Optional backlight • PUR cable 0.15 m with 4-pin M12 connector
Type
Illuminated
Area
[mm]
Part
No.
[mm]
Type of
Light
LED
34.4 x 66.5 x 9.2
infrared
25 x 25
O2D 906
Process
sensors
81 x 103 x 9.8
infrared
50 x 50
O2D 907
Industrial
networks
133 x 156 x 9.8
infrared
100 x 100
O2D 908
Identification
systems
Dimensions
Description
Machine
condition
monitoring
Part
No.
Type
Description
Part
No.
Wiring
technology
E 21166
E 11950
E 11807
E 21165
E 11311
E 11898
E 11231
E 11232
E 11806
EVT 001
EVT 002
www.ifm.com
Safety
technology
Cordsets
Accessories
Type
Position
sensors
E 18422
E 18423
100 mm rod
U 60042
U 60043
For backlight
43
Vision sensors
O3D level sensor
First industrial 3D level sensor that
evaluates volume of food product
Accurately detects food level in bins and
hoppers and on vibratory conveyors
Ideal alternative to point-level sensors
that monitor only one point of reference
Sensor withstands harsh indoor and
outdoor environments
Provides switching and analog outputs for
application versatility
Compact sensor uses reliable time-offlight distance measurement
The right level measurement can help you improve your food processing
operation with higher accuracy and better efficiency
The O3D Level Sensor is designed to evaluate the volume and level of product in
food processing applications. A common challenge in many food processing
applications is determining the accurate level of food in a hopper due to “hills and
valleys” that are created by shifting product. The compact, easy-to-use O3D Level
Sensor can view an entire area of food product to determine its overall volume.
O3D Level Sensor offer solutions to
typical food processing applications
Bread baking
The O3D Level sensor
can detect if bread pans
are underfilled or
overfilled for proper
food production.
Raw materials in
feeders/conveyors
Potatoes in 3D
Challenge: point level is not an indication
of true level
Solution: ifm’s Level Sensor uses an array
of sensing elements to indicate true level
Ultrasonic or optical point level sensors monitor
only a single point versus an entire area. When
“hills and valleys” are present in the product,
accurate level is not actually indicated.
ifm’s O3D Level Sensor monitors the entire
area of a hopper. The sensor then averages out
the “hills and valleys” to provide an accurate
indication of level.
44
www.ifm.com
The O3D Level Sensor
can detect raw materials
in feeders and on vibratory conveyors. The sensor can be used both
indoors and outdoors
with no impact from
external ambient light.
Vision sensors
DC • 3D level sensor
Type
Dimensions
Operating
Principle
[mm]
Lighting
Max.
Sampling
Rate [Hz]
Supply
Voltage
[V]
Part
No.
[pixels]
Angle of Aperture
(Horizontal x Vertical)
[°]
64 x 48
30° x 40°
Infrared LED
20
24 DC
O3D 200
Resolution
137 x 75 x 95
Time-of-flight distance
measurement and
photonic mixer device
technology
Type
Position
sensors
Cordsets
Accessories
Description
Part
No.
Type
Description
E 11950
E 11807
E 11311
E 11231
E 11232
E 11806
E 18423
Mounting set for rod mounting
Ø 12 mm
E3D 103
Mounting rod, 200 mm, Ø 14 mm,
M10 thread, stainless steel
E 21228
Part
No.
E 11898
E 18422
Company
Vision
sensors
Safety
technology
Process
sensors
Industrial
networks
Identification
systems
ifm’s O3D Level Sensor can improve uptime throughout the food production process
www.ifm.com
Bulk level of
grains and
powders
Grains and powders
can shift within the
bin creating hills
and valleys, leading
to inaccurate level
detection.
Contents in a box
In fast packaging
applications, a box
of bottles only
partially filled can
go undetected.
Level of food on
a conveyor
The volume of
delicate food, such
as potato chips,
can become too
concentrated on
one area of the
conveyor and
begin to break.
View level in 3D
The sensor’s pixel
array spreads across
the grain to detect the
entire area. The high
and low points are
identified and can be
used for direct output
or averaged to provide
a more accurate level
of available space.
View contents in 3D
The O3D sensor
evaluates the entire
contents of a box
and sends an alarm
output based on
packaging errors.
View level in 3D
The 3D Level sensor
can help maintain
an even distribution
of product on a
vibratory conveyor.
Monitoring in real
time, the sensor will
help to prevent
food breakage and
overflows.
45
Machine
condition
monitoring
Wiring
technology
Safety technology
Inductive safety sensors
Does not require a special key or coded
magnet for a target
High tolerance to misalignment and
nuisance tripping
Multi-function safety relay compatible
with industry-standard safety devices
Self-monitoring circuit verifies that the
sensor is functioning correctly
Rated up to SIL 2 or SIL 3 according to
IEC 61508
No
special
key
Non-contact, fail-safe inductive sensors for safety applications
ifm’s non-contact fail-safe sensors incorporate
inductive technology that detects standard metal
target material such as stainless or mild steel.
Coded magnets or mechanical keys are not
required as targets, greatly reducing installation
time and avoiding misalignment issues and
nuisance tripping. The sensors continuously
monitor the sensing window for target position
and dwell time. ifm’s non-contact fail-safe sensors may be used with any standard safety relay,
safety PLC and bus system.
Fail-safe sensors for series connection
Up to 10 non-contact, fail-safe sensors can be connected in a series with the ifm
clocked input versions. Ideal for monitoring multiple stations, such as robotics cells,
the fail-safe sensors will provide an output if one point along chain is stopped.
Using ifm’s quick disconnect T-piece connectors, wiring is greatly reduced.
Single connection
Safety relay
46
Safety sensor
www.ifm.com
Series connection (up to 10 sensors)
Safety relay
Safety sensors
ifm’s fail-safe sensors are a
better alternative
Challenge:
2-piece interlocking
mechanical switch is
prone to misalignment
and time-consuming
ifm solution:
setup.
Setup is fast. ifm
inductive non-contact
fail-safe sensors do
not require coded
magnets or keys.
Safety technology
DC • Inductive sensors for safety-related applications
Housing
Dimensions
Enable
Zone
[mm]
Approval
Response Time
on Removal
Response Time
on Approach
Protection
Rating
Housing
Material
Part
No.
Non-contact, fail-safe inductive sensors for safety applications · 2 x PNP output (OSSD)· M12 connector
≤ 1 ms
≤ 1 ms
M12 x 70 mm
0.5…4 nf
SIL 2, PL d
M18 x 71 mm
1…5 f
SIL 2, PL d
M18 x 71 mm
1…8 nf
SIL 2, PL d
M30 x 70 mm
1...10 f
SIL 2, PL d
M30 x 70 mm
1...15 nf
SIL 2, PL d
≤ 10 ms
M30 x 80 mm
6…12 nf
SIL 3, PL e
< 50 ms
40 x 40 x 66mm
10…15 nf
SIL 3, PL e
< 50 ms
< 200 ms
SIL 3, PL e
< 50 ms
< 200 ms
40 x 40 x 66mm
4…20 nf
≤ 1 ms
≤ 1 ms
≤ 1 ms
≤ 1 ms
≤ 10 ms
≤ 1 ms
≤ 1 ms
< 200 ms
IP67
316 S.S., PBT
GF 711S
IP67
Plated brass, PBT
GG 712S
IP67
316 S.S., PBT
GG 711S
IP67
Plated brass, PBT
GI 712S
IP67
316 S.S., PBT
GI 711S
IP69K
316 S.S., PBT
GI 701S
IP67
PPE, diecast zinc
GM 701S
IP67
PPE, diecast zinc
GM 705S
Company
Position
sensors
Vision
sensors
Fail-Safe sensors for series connection – for connection to ifm safety relays or Safety at Work · M12 connector
M18 x 91 mm
1…4 f
SIL 3, PL e
< 20 ms
< 200 ms
IP69K
Plated brass, PBT
GG 507S
M18 x 91 mm
3…6 nf
SIL 3, PL e
< 20 ms
< 200 ms
IP69K
316 S.S., PBT
GG 505S
M30 x 80 mm
6...12 nf
SIL 3, PL e
< 20 ms
< 200 ms
IP69K
316 S.S., PEEK
GI 505S
40 x 40 x 66mm
10…15 nf
SIL 3, PL e
< 20 ms
< 200 ms
IP67
PPE, diecast zinc
GM 504S
40 x 40 x 66mm
10…20 nf
SIL 3, PL e
< 20 ms
< 200 ms
IP67
PPE, diecast zinc
GM 505S
Accessories
Housing
Part
No.
AS-i SAW ClassicLine evaluation module
T-piece for series connection
Type
AC 016S
E 11569
Description
Part
No.
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
Multi-function safety relays reduce stock levels
ifm’s multi-functional safety relays are compatible with industry standard safety devices. The versatile safety
relays connect single or dual channel emergency stops, mechanical safety switches, transistor-based safety
devices, light curtains, two-hand controls and ifm’s non-contact safety sensors. All of these devices can be
monitored with one relay. The benefit is a large reduction in stock levels that eliminates the need for different
types of safety relays for various applications. Dual channel safety devices can be configured to monitor
simultaneous logic and cross fault detection across the inputs.
Type
www.ifm.com
Process
sensors
Industrial
networks
Cordsets
Description
Safety
technology
Dimensions
Supply
Voltage
Safety
Outputs
Auxiliary
Outputs
Part
No.
100 x 25 x 105mm
19.2…30 V DC
2 x N.O. contacts
1 N.O. transistor output (PNP)
G 1501S
100 x 25 x 105mm
19.2…30 V DC
2 x N.O. transistor outputs (PNP)
G 1503S
114 x 25 x 105mm
19.2…30 V DC
2 x N.O. contacts with delay
3 x N.O. contacts
1 N.O. contact
1 N.C. contact
G 1502S
47
Identification
systems
Machine
condition
monitoring
Wiring
technology
Safety technology
Safety light curtains
Type 2 and Type 4 safety light curtains
and grids according to IEC 61496
Compact 28 x 30 mm housing profile for
less intrusive mounting
Up to 12 meter sensing range –
no software required
Light curtains offer protected heights
of 160 mm to 1510 mm in intervals
of 150 mm
Light grids available in 2-, 3- and 4-beam
versions
Curtains and grids help to protect plant personnel
ifm's safety light curtains and grids provide an optical solution for protecting plant
personnel in unsafe work areas. Unlike mechanical options such as safety gates and
pull-back restraints, ifm's hands-free solution eliminates excessive handling when
entering hazardous areas and using equipment.
ifm’s safety light curtains and grids consist of an emitter and receiver pair that create
a multi-beam barrier of infrared light in front of, or around, a hazardous area. When
any of the beams are blocked by intrusion in the sensing field, the light curtain
sends a signal to the machine’s e-stop.
Low profile, robust housing
Compact 28 x 30 mm
housing profile
Up to 12 meter
sensing range
Curtain heights from
160 to 1510 mm
Integrated T-slot
mounting, hardware
included
Application solutions
Light grids available
in 2-, 3- and 4-beam
versions
Highly visible LEDs for
setup and status
indication
Perimeter guarding
Access prevention
Light curtains can be
placed along the floor to
detect foot traffic. The
light curtains send an
alarm when a passerby
penetrates the perimeter
of a hazardous zone.
ifm’s light grids can be
used to detect the
presence of personnel
and signal the machine
controller to stop while
personnel are present
within the area.
48
www.ifm.com
Point of operation
guarding
LIght curtains help protect an operator from
the hazards associated
with material positioning such as mechanical
power presses.
Industry standard
M12 connector
Safety technology
Safety light curtains for hand protection
Safety rating: type 2 / SIL 2 · Protected area width 0…4 m / 3…12 m
Resolution
Protected Area
Height*
Part No.
(pair)
610 mm
OY 034S
910 mm
OY 036S
1210 mm
OY 038S
610 mm
OY 054S
910 mm
OY 056S
1210 mm
OY 058S
30 mm
40 mm
*Also available: 160, 310, 460, 760, 1060, 1360, 1510 mm heights
Resolution
Protected Area
Height*
Part No.
(pair)
610 mm
OY 074S
910 mm
OY 076S
1210 mm
OY 078S
*Also available: 310, 460, 760, 1060, 1360, 1510 mm heights
90 mm
610 mm
OY 044S
910 mm
OY 046S
1210 mm
OY 048S
610 mm
OY 064S
910 mm
OY 066S
1210 mm
OY 068S
40 mm
50 mm
Part No.
(pair)
30 mm
Safety light curtains / body, body parts protection
Resolution
Protected Area
Height*
Company
Position
sensors
Vision
sensors
Safety light curtains / body, body parts protection
Resolution
Protected Area
Height*
Part No.
(pair)
610 mm
OY 084S
910 mm
OY 086S
1210 mm
OY 088S
50 mm
Safety
technology
Process
sensors
Industrial
networks
*Also available: 310, 460, 760, 1060, 1360, 1510 mm heights
610 mm
OY 094S
910 mm
OY 096S
1210 mm
OY 098S
*Also available: 760, 1060, 1360, 1510 mm heights
90 mm
610 mm
OY 104S
910 mm
OY 106S
1210 mm
OY 108S
Identification
systems
*Also available: 760, 1060, 1360, 1510 mm heights
Machine
condition
monitoring
Safety light grids / body protection
No
of
Beams
Distance
Between
Beams
Protected Area
Height
Part No.
(pair)
No
of
Beams
Distance
Between
Beams
Protected Area
Height
Part No.
(pair)
2
500 mm
510 mm
OY 111S
2
500 mm
510 mm
OY 114S
3
400 mm
810 mm
OY 112S
3
400 mm
810 mm
OY 115S
4
300 mm
910 mm
OY 113S
4
300 mm
910 mm
OY 116S
Can’t find the right Light Curtain for your application, call 800-441-8246 or visit www.ifm.com.
Cordsets for transmitters
Type
www.ifm.com
Cordsets for receivers
Description
Part
No.
Type
Description
Part
No.
EVT 010
E 12166
EVT 011
E 12167
EVT 012
EVT 013
E 12168
EVT 014
E 12169
EVT 015
49
Wiring
technology
Safety technology
IP69K safety light curtains for
washdown conditions
Safety light curtains and grids with
integrated IP69K enclosure
Resistant to steam and high pressure
cleanings
SIL to IEC 61508 and PL to ISO 13849
Both Type 2 / SIL 2 and Type 4 / SIL 3
versions available
Up to 15 meter protected width
Sanitary and robust design for food and beverage applications
ifm introduces a new line of safety light curtains and light grids that are rated
IP69K for washdown environments.
ifm's safety light curtains and grids can provide a protective optical barrier
between plant personnel and unsafe equipment and dangerous areas. The
curtains and grids can be used for perimeter guarding, access prevention
and point-of-operation guarding.
Housed in a robust PMMA transparent tubing, ifm's safety light curtains and
grids carry an enclosure rating of IP69K and are resistant to high pressure
cleaning and steam.
• A heater element coupled with sealing O-rings prevent
moisture build-up inside the tubing
• Highly-visible LEDs provide status, setup and
troubleshooting indication
• Mounting is simple using the integrated tabs
• Light curtains are shipped fully assembled, reducing total installation costs
For application flexibility, safety light curtains are available with 14 mm or 30
mm resolution and light grids with 2-, 3- or 4-beams.
50
www.ifm.com
ifm safety light curtains are housed in a transparent PMMA tubing to resist high pressure
cleanings.
Safety technology
Safety light curtains for finger protection
ifm offers a variety of safety light
curtains and grids for finger, hand
and body protection.
Resolution
Protected Area
Height
Part No.
(pair)
460 mm
OY 403S
760 mm
OY 405S
1060 mm
OY 407S
14 mm
Resolution
Protected Area
Height*
Part No.
(pair)
610 mm
OY 434S
910 mm
OY 436S
1210 mm
OY 438S
30 mm
Position
sensors
Resolution
Protected Area
Height*
Part No.
(pair)
610 mm
OY 444S
910 mm
OY 446S
1210 mm
OY 448S
30 mm
Company
Vision
sensors
Safety
technology
Process
sensors
Industrial
networks
No
of
Beams
Distance
Between
Beams
Protected Area
Height
Part No.
(pair)
No
of
Beams
Distance
Between
Beams
Protected Area
Height
Part No.
(pair)
2
500 mm
510 mm
OY 411S
2
500 mm
510 mm
OY 421S
3
400 mm
810 mm
OY 412S
3
400 mm
810 mm
OY 422S
4
300 mm
910 mm
OY 413S
4
300 mm
910 mm
OY 423S
Can’t find the right Light Curtain for your application, call 800-441-8246 or visit www.ifm.com
Identification
systems
Machine
condition
monitoring
Wiring
technology
Compact housing, robust design
Front view
Side view
Sealing O-ring
Compact 56 mm
diameter housing
profile
IP69K rated
enclosure
Up to 15 meter
protected area width
PMMA transparent
protective tubing
Protected area
heights from
160 to 1510 mm
Highly visible LEDs
for setup and status
indication
6 m PVC cable
www.ifm.com
Heater element
prevents moisture
build-up inside light
curtain protective
tubing
Integrated tabs
simplify mounting
51
Pressure transmitters
2-wire all stainless steel
pressure transmitters
316 stainless steel housing designed for
sanitary applications such as tank level
and line pressure
2-wire transmitter simplifies wiring and
easily retrofits existing applications
Completely-welded housing prevents
ingress from cleaning agents and
withstands washdown conditions
Programmable switching and analog
outputs with 4-digit numeric display that
can be parameterized and mounted in less
than 10 minutes
ifm’s process adapters feature options for
EPDM, PEEK and Viton sealing
Pressure transmitter with 100% stainless steel housing resists liquid ingress
The PI Series pressure transmitter line features a 316 stainless steel housing
designed for sanitary applications such as tank level and line pressure.
The completely-welded housing prevents ingress from aggressive cleaning agents
and withstands harsh washdown conditions. The transmitter’s vent design incorporates a Gore-Tex® diaphragm that resists oil ingress.
Multiple process fittings for versatility
For application versatility, multiple process fittings can be used. ifm’s Tri-clamp®
adapters feature PEEK and Viton sealing for food and beverage applications.
PEEK and Viton offer long-term sealing and are resistant to swelling and harsh
chemicals. The pressure transmitter provides a high overall accuracy of ±0.2%.
Outputs include switching and analog or dual switching that are selectable through
the programming menu.
Multiple sanitary
mounting options
ifm sanitary transmitters
connect to industry standard
adapters and fittings.
52
www.ifm.com
The PI2 Series sanitary transmitters monitor
line pressure. These units incorporate a
ceramic sensing element that can withstand
pressure spikes that typically occur with quick
closing valves.
DC • All stainless steel pressure transmitters • Analog and switching outputs
Type
Measuring
Range
[psi]
Overpressure /
Burst Pressure
[psi]
Scalable Analog
Start Point*
[psi]
Scalable Analog
End Point*
[psi]
Display Units
Available
[psi]
Supply
Voltage
[V]
Part
No.
M12 connector · Output: PNP/NPN switching and 4…20 mA / 20…4 mA scalable analog
Medium temperature range: -13…257 °F / -25…125 °C (293 °F / 145 °C max 1 hr.)
-2…40 inH2O
58 / 435
-2…30 inH2O
8…40 inH2O
inH2O, mbar, kPa, mmWS, %
18…32 DC
PI 2789
-5…100 inH2O
145 / 435
-5.0…75.2 inH2O
20.1…100.4 inH2O
inH2O, mbar, kPa, mmWS, %
18…32 DC
PI 2798
-0.73…14.5
145 / 435
-0.73…10.88
2.90…14.5
psi, mbar, kPa, inH2O, mWS, %
18…32 DC
PI 2797
-1.8…36.3
290 / 725
-1.8…27.3
7.3…36.3
psi, bar, kPa, inH2O, mWS, %
18…32 DC
PI 2796
-14.5…58.0
435 / 1450
-14.5…43.5
0…58.0
psi, bar, kPa, %
18…32 DC
PI 2795
-14.5…145.0
725 / 2175
-14.5…108.7
21.8…145.0
psi, bar, mPa, %
18…32 DC
PI 2794
-14.4…362.7
1450 / 5070
-14.4…271.8
76.2…362.7
psi, bar, mPa, %
18…32 DC
PI 2793
-14.5…14.5
145 / 435
-14.5…7.25
-7.25…14.5
psi, mbar, kPa, inH2O, mWS, %
18…32 DC
PI 2799
Company
Position
sensors
Vision
sensors
* Analog scaling turndown: 4:1
Accessories
Type
Safety
technology
Cordsets
Description
Part
No.
Type
Description
Part
No.
Process
sensors
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
1.5” Tri-clamp® adapter with EPDM O-ring
E 33208
2” Tri-clamp® adapter with EPDM O-ring
E 33209
Weldable adapter with EPDM O-ring
E 30130
EVT 006
Replacement Viton O-ring
E 30123
Replacement EPDM O-ring,
5 pieces per pack
E 30054
Replacement PEEK O-ring
E 30124
Industrial
networks
Identification
systems
Machine
condition
monitoring
Wiring
technology
For fittings other than Tri-clamp®, please call 1-800-441-8246.
www.ifm.com
53
Pressure transmitter with
gauge display
3-in-1 unit: Transmitter and switch with
the advantages of a gauge display
Gauge display indicates the current operating pressure relative to the overall range
Pointer does not require damping liquid and
is driven by an integrated stepper motor
Transmitter can be configured in less than
5 minutes using two optical pushbuttons
Display can be rotated 350 degrees for
optimal visibility
Experience the best of both worlds… PG transmitter features
highly visible gauge with the functionality of a pressure sensor
Rotatable display 350° for
mounting flexibility
High protection
rating (IP 69K)
LED ring indicates setpoint
and resetpoint
and trend display
Does not require
damping liquid
Analog display
with scaling in
bar and psi
If there is no power,
the pointer disappears behind the
numeric display
Application parameters
are setup via optical
touch-screen pushbuttons
54
www.ifm.com
Extended display range
Digital display – bright
LED display (no LCDs)
ifm’s adapters feature PEEK and Viton sealing
for food and beverage applications. PEEK and
Viton offer long-term sealing and are resistant
to swelling and aggressive chemicals.
DC • PG series pressure transmitter • Analog and switching outputs
Type
Measuring
Range
[psi]
Extended
Display Range
[psi]
Overpressure /
Burst Pressure
[psi]
Scalable Analog
Start Point*
[psi]
Scalable Analog
End Point*
[psi]
Display
Units
Supply
Voltage
[V]
Part
No.
M12 connector · Output: PNP switching and 4...20 mA / 20...4 mA, scalable analog
Medium temperature range: -13…257 °F / -25…125 °C (293 °F / 145 °C max 1 hr.)
-2…40 inH2O
64 inH2O
58 / 435
-2...54 inH2O
8...64 inH2O
mbar, inH2O
18…32 DC
PG 2789
-5…100 inH2O
160 inH2O
145 / 435
-5...135 inH2O
20...160 inH2O
mbar, inH2O
18…32 DC
PG 2798
-0.7…14.5
23
145 / 435
-0.7...19.6
2.9...23
bar, psi
18…32 DC
PG 2797
-1.8…36
58
290 / 725
-1.8...48.9
7.3...58
bar, psi
18…32 DC
PG 2796
-14.5…58
93
435 / 1450
-14.5...78
0…93
bar, psi
18…32 DC
PG 2795
-14.5…145
232
725 / 2175
-14.5...196
22…232
bar, psi
18…32 DC
PG 2794
-14.4…363
580
1450 / 5070
-14.4...489
76…580
bar, psi
18…32 DC
PG 2793
-14.5…14.5
23
145 / 435
-14.5...16
-7.3…23
bar, psi
18…32 DC
PG 2799
Company
Position
sensors
Vision
sensors
Required accessories
Type
Safety
technology
Cordsets
Description
Part
No.
E 33208
E 33209
E 30130
E 30123
5 pieces per pack
E 30054
E 30124
Type
Description
Part
No.
Process
sensors
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
Industrial
networks
Identification
systems
Machine
condition
monitoring
Wiring
technology
For fittings other than Tri-clamp®, please call 1-800-441-8246.
www.ifm.com
55
Pressure sensors
Pressure sensors for homogenizers
Pressure sensors designed for common
homogenizer applications
Simple pushbutton setup allows the sensor to be adjusted in less than 5 minutes
Each sensor has multiple outputs for
flexibility
Integrated built-in display eliminates the
need for a reference gauge
Ceramic sensing element provides longterm stability of pressure measurement
Monitoring homogenization
Homogenizers are used to emulsify one liquid into another or to evenly distribute
solids throughout a liquid to improve the product’s stability and other characteristics. In the dairy industry, milk product is pumped into a homogenizer and, under
very high pressure, pushed through small screens. This breaks up the fat globules
in the milk and creates a consistent homogeneous mixture.
For repeatable process results, homogenizing pressure can be monitored and
controlled using ifm pressure sensors designed specifically for this purpose.
PY9970 is fitted with a mounting block and diaphragm seal filled with an FDAapproved fluid. PY9000 is designed to mount with fittings already existing on
the homogenizer.
ifm’s type PY pressure sensor is designed to
detect the pressure in a homogenizer.
56
www.ifm.com
Pressure sensors
Pressure sensors for homogenizers
Type
Switchpoint
Setting Range
[psi]
Scalable Analog
Start Point*
[psi]
Scalable Analog
End Point*
[psi]
Overpressure /
Burst Pressure
[psi]
Display
Units
Medium
Temperature
Range
Supply
Voltage
[V]
Part
No.
14…284 °F
-10…140 °C
20…32 DC
PY 9970
Company
20…30 DC
PY 9000
Position
sensors
M12 connector · Output: dual PNP / NPN switching outputs or PNP / NPN switching output
and 4...20 mA / 0...10 V DC scalable analog
60…5800
87…8700
0…2320
0…3480
1450…5800
2175…8700
8700 / 14,500
11,600 / 17,400
psi, bar, mPa
-13…212 °F
(max 293 °F for 1 hour)
psi, bar, mPa
-25…100 °C
(max 145 °C for 1 hour)
Vision
sensors
Accessories
Type
Cordsets
Description
Protective polyurethane cover
Part
No.
E 30006
Type
Description
Part
No.
EVT 001
EVT 002
EVT 003
Safety
technology
EVT 004
EVT 005
EVT 006
Process
sensors
Industrial
networks
Identification
systems
Machine
condition
monitoring
Wiring
technology
www.ifm.com
57
Pressure sensors
Pressure sensors for steam
applications
Steam pigtail protects instruments from
failure due to excessive temperature
Simple pushbutton setup of the sensor
allows for adjustment in less than 5 minutes
Ceramic pressure sensor element is more
reliable than mechanical switches
Integrated 4-digit display eliminates the
need for a reference gauge
Units available with analog and switching
outputs for DC applications and a solid
state relay output for AC applications
Steam is used in many industrial applications for food processing, drying, building
heating, etc. with typical saturated steam parameters of 150 psi at 350 °F. Standard
pressure sensors are rated below 200 °F and sanitary pressure sensors are rated
below 300 °F. The steam pigtail (also known as siphon or condensate loop) is
commonly used to protect instruments from exposure to high temperature.
As steam loses heat, it condenses back into water (known as condensate). The temperature of the condensate is much lower than the temperature of the saturated
steam. The geometry of the pigtail allows the steam to condense through the loop
and provides an isolating temperature barrier for the sensor.
Very large temperature reductions
with the pigtail
The chart at right gives an approximation of
the temperature reduction when using a steam
pigtail. Use the following steps:
1. Find steam pressure across the bottom axis.
Example shows 150 psi.
2. Go straight up on the chart to the curve for
ambient temperature. Example shows 80 °F.
3. Go straight across to find the estimated
temperature at the instrument. Example
shows approximately 128 °F.
58
www.ifm.com
Estimated instrument temperature (°F)
The UP0011 steam pigtail from ifm includes a 1/2” NPT male process connection for
the steam line, a manual isolation valve and a 1/4” NPT male connection to fit any
of the pressure sensors on the opposite page.
Steam pigtail protects ifm pressure sensors from
high temperatures in steam lines.
170
160
°F
150
100
90
140
80
130
128°F
120
70
60
50
Ambient
temperature
curves (°F)
110
100
90
100
200
300
400
500
600 psig
448
470
489 °F
338 150 388
422
psig
Saturated steam pressure (saturated temperature)
0 50
298
Pressure sensors
DC • PN series pressure sensors
Type
Overpressure /
Burst Pressure
[psi]
Measuring
Range
[psi]
Switchpoint
Setting Range
[psi]
Scalable Analog
Start Point*
[psi]
Scalable Analog
End Point*
[psi]
Process
Connection
Supply
Voltage
[V]
Part
No.
M12 connector · PNP / NPN switching and one 4…20 mA/0…10 V scalable analog output
Medium temperature range: 18…176 °F / -25…80 °C
-0.74…14.5
145 / 450
-0.68…14.5
-0.74…5.8
2.9…14.5
1/4” NPT
20…30 DC
PN 2227
-1.45…36.3
290 / 725
-1.5…36.3
-1.8…14.5
73…36.3
1/4” NPT
20…30 DC
PN 2226
-14.5…145
1088 / 2175
-12.8…145
-14.5…49.4
25.4…145
1/4” NPT
20…30 DC
PN 2224
-14.5…362.7
1450 / 5075
-11.5…362.5
-14.5…145
76…362.5
1/4” NPT
20…30 DC
PN 2223
Company
Position
sensors
Vision
sensors
AC • PN series pressure sensors
Safety
technology
1/2” Micro AC connector · Solid state relay output
Medium temperature range: 18…176 °F / -25…80 °C
0…14.5
150 / 430
0.1…14.5
–
–
1/4” NPT
90…250 AC
PN 4227
0…36.3
290 / 725
0.4…36.3
–
–
1/4” NPT
90…250 AC
PN 4226
0…145
1088 / 2175
1…145
–
–
1/4” NPT
90…250 AC
PN 4224
0…363
1450 / 5075
4…363
–
–
1/4” NPT
90…250 AC
PN 4223
Accessories
Description
Steam pigtail, 1/2” NPT steam line connection
Protective cover, polyurethane
Mounting clamp
www.ifm.com
Part
No.
UP 0011
Type
Industrial
networks
Identification
systems
Cordsets
Type
Process
sensors
Description
Part
No.
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
1/2” Micro AC (5-pin), 5 m, PVC (for PN4)
E 18238
E 18239
E 18240
E 18241
E 30006
E10077
59
Machine
condition
monitoring
Wiring
technology
Flow sensors
Flow sensors
Thermal sensing principle with no moving
parts is more reliable than mechanical
switches
Versatile adapter system for various
sanitary connections
LED bar graph display for flow and
setpoint
Easy pushbutton setup with flexible
mounting
Versions are available with standard NPT
fittings for non-sanitary applications
Flow sensors for sanitary applications
The SI series flow sensors for sanitary applications are solid state alternatives to
mechanical flow switches for sensing the flow rate of liquids and gases. Because
there are no moving parts to jam or break, ifm efector flow switches eliminate the
maintenance headaches of mechanical flow switches.
Switching output, mounts in process
The one-piece sensor includes an LED status display and stainless steel RTD probe
in a compact unit. The probe is inserted directly into the medium. Application
parameters are set using the microprocessor-based pushbutton setup. The sensor
detects when the flow rate falls above or below the flow setpoint.
Multiple sanitary mounting options
ifm efector sanitary sensors connect to industry standard adapters and fittings.
This flexibility allows the sensor to be easily installed in many different applications
that have various mounting requirements.
SI Series sanitary flow sensors verify the return
flow in CIP systems. The 316 stainless steel
sensing probe is resistant to damage from
solids and harsh chemicals in the fluid stream.
60
www.ifm.com
Flow sensors
DC • Sanitary flow sensors for monitoring liquids and gases
Type
Greatest Sensitivity
Liquids/Gases
[cm/s]
Probe
Length
[in/mm]
Medium
Temperature
[°F/ °C]
Response
Time
[s]
Supply
Voltage
[V]
Part
No.
M12 connector · PNP · Output N.O./N.C. programmable
0.79” (20 mm)
3...100 / 200...800
-13…203 °F (-25...95 °C)
(284 °F / 140 °C max. 1 hr)
1...10
19...36 DC
SI 6600
1.50” (38 mm)
3...100 / 200...800
-13…203 °F (-25...95 °C)
(284 °F / 140 °C max. 1 hr)
1...10
19...36 DC
SI 6700
2.17” (55 mm)
3...100 / 200...800
-13…203 °F (-25...95 °C)
(284 °F / 140 °C max. 1 hr)
1...10
19...36 DC
SI 6800
Accessories for SI 6xxx
Type
Position
sensors
Cordsets
Description
Part
No.
1.5” Tri-clamp® adapter EPDM O-ring
2” Tri-clamp® adapter EPDM O-ring
Weldable adapter EPDM O-ring
Type
E 33208
E 33209
E 30130
Description
Part
No.
Vision
sensors
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
E 30123
For fittings other than Tri-clamp®, please call 800-441-8246.
5 pieces per pack
E 30054
E 30124
Protective cover, polypropylene
E 40203
Company
Safety
technology
Process
sensors
Industrial
networks
Identification
systems
DC and AC • Flow sensors for monitoring liquids and gases in non-sanitary applications
Type
Output
PNP, N.O./N.C.
programmable
NPN, N.O./N.C.
programmable
AC relay, N.O./N.C.
programmable
Medium
Temperature
[°F/ °C]
Response
Time
[s]
Supply
Voltage
[V]
Part
No.
3...100 / 200...800
-13…176 °F
(-25...80 °C)
1...10
19...36 DC
SI 5010
3...100 / 20...800
-13…176 °F
(-25...80 °C)
1...10
19...36 DC
SI 5011
3...100 / 20...800
-13…176 °F
(-25...80 °C)
1...10
90...240 AC
SI 5006
Accessories for SI 5xxx
Type
Cordsets
Description
Part
No.
1/4” NPT adapter
E 40106
1/2” NPT adapter
3/4” NPT adapter
www.ifm.com
Machine
condition
monitoring
Greatest Sensitivity
Liquids/Gases
[cm/s]
Type
Description
Part
No.
EVT 001
EVT 002
E 40107
EVT 003
U 40085
EVT 004
EVT 005
EVT 006
E 18238
E 18239
E 18240
E 18241
1” NPT adapter
U 40080
Protective polypropylene cover
E 40203
61
Wiring
technology
Temperature modules and RTDs
TP transmitter modules and
RTDs with integrated Tri-clamp®
connections
TP module turns any RTD into a programmable analog temperature transmitter
RTD with
integrated
Tri-clamp
connection
TP available in various pre-set
temperature ranges
TP offers compact size with “Lock in Place”
M12 connectors
TP module
New RTDs offer one piece sanitary
solution for temperature applications
New RTDs provide excellent response time
and high precision using a Pt100, class A
element
TP module turns any RTD into a programmable
analog temperature transmitter
The innovative TP transmitter module with “plug and play” M12
connectors solves the common installation and environmental problems associated with conventional terminal chamber-head transmitters.
Challenge
Solution
Bulky traditional head
transmitters are costly
and are subject to
moisture ingress.
ifm’s compact TP
transmitter is rated to
withstand liquid ingress
and provide reliable
temperature indication
Error sources from screw terminals, wiring mistakes, and fluid ingress
are eliminated. An integrated LED gives local indication that the
transmitter is powered and transmitting.
Completely configurable
Compatible with any Pt100 or Pt1000 probe, the TP temperature
module verifies the type of RTD and automatically makes the correct
settings. Usable with 2, 3, or 4-wire RTDs, the TP can be scaled and
offset using ifm’s USB interface. With it’s “overmolded” construction,
the TP is suitable for harsh environments allowing for use in almost
any application.
New RTDs with integrated Tri-clamp® process connections
The TM 48xx and TM 49xx RTDs do not require a separate sanitary
process adapter. The one-piece RTD probe with integrated Tri-clamp
connection eliminates potential septic ingress points.
ifm’s revolutionary design incorporates a very thin sensor sheath which
minimizes the amount of thermal mass separating the RTD element
from the process media. This innovative design results in an extremely
fast 1…3 second response speed.
The RTD probes can be used with a RTD card on a plc rack, on a
temperature controller and on ifm’s TR sensors (pages 68 - 69).
62
www.ifm.com
NE
W
Temperature modules and RTDs
Transmitter modules
Type
Output
Scalable Analog
Start Point
Factory
Preset Range
Scalable Analog
End Point
In
Steps of
Supply
Voltage
[V]
Part
No.
TP temperature transmitter module · Analog output
A
4…20 mA
-58…302 °F
(-50…150 °C)
-58…563 °F
(-50…295 °C)
-49…572 °F
(-45…300 °C)
0.1 °F
(0.1 °C)
20...32 DC
TP 3231
4…20 mA
-58…572 °F
(-50…300 °C)
-58…563 °F
(-50…295 °C)
-49…572 °F
(-45…300 °C)
0.1 °F
(0.1 °C)
20...32 DC
TP 3232
4…20 mA
0…300 °F
(-18…149 °C)
-58…563 °F
(-50…295 °C)
-49…572 °F
(-45…300 °C)
0.1 °F
(0.1 °C)
20...32 DC
TP 3233
4…20 mA
32…212 °F
(0…100 °C)
-58…563 °F
(-50…295 °C)
-49…572 °F
(-45…300 °C)
0.1 °F
(0.1 °C)
20...32 DC
TP 3237
0…10 V
32…212 °F
(0…100 °C)
-58…563 °F
(-50…295 °C)
-49…572 °F
(-45…300 °C)
0.1 °F
(0.1 °C)
18...32 DC
TP 9237
Position
sensors
Vision
sensors
Pt100 RTD probes
Insertion
Depth
RTD
Diameter
1” / 1.5” Tri-Clamp®
1.2” (30 mm)
6 mm
1.9” (50 mm)
6 mm
3.9” (100 mm)
6 mm
5.9” (150 mm)
6 mm
2” Tri-Clamp®
1.2” (30 mm)
6 mm
2” Tri-Clamp®
1.9” (50 mm)
6 mm
2” Tri-Clamp®
3.9” (100 mm)
6 mm
2” Tri-Clamp®
5.9” (150 mm)
6 mm
Type
Company
Process
Connection
Temperature
Range
°F (°C)
Response Time
T05 / T09 (s) **
Part
No.
1/3
TM 4801
1/3
TM 4811
1/3
TM 4831
1/3
TM 4841
1/3
TM 4901
1/3
TM 4911
1/3
TM 4931
1/3
TM 4941
Safety
technology
Pt100 RTD probes, 316L stainless steel*
B
-58…302 °F
(-50…150 °C)
-58…302 °F
(-50…150 °C)
-58…302 °F
(-50…150 °C)
-58…302 °F
(-50…150 °C)
-58…302 °F
(-50…150 °C)
-58…302 °F
(-50…150 °C)
-58…302 °F
(-50…150 °C)
-58…302 °F
(-50…150 °C)
* For additional RTD probes, please see page 69.
** T05 / T09 is the time to reach 50% / 90% of temperature change.
Component guide
D
A
Cordset
TP
Transmitter
D
A
Cordset
TP
Transmitter
C
Part
No.
M12 Micro DC (4-pin), 2m, PVC
EVT 043
EVT 044
EVT 045
Description
Part
No.
EVT 001
EVT 002
EVT 004
EVT 005
Cordsets
Type
B
Description
Remote mount
for pipes and tanks
RTD Probe
C
Patchcord
D
D
B
RTD Probe
Industrial
networks
Identification
systems
Machine
condition
monitoring
Wiring
technology
Optional patchcords (for remote mounting)
Type
Direct mount
for pipes and tanks
Process
sensors
63
Temperature sensors
Temperature sensors
Modular solution for RTD with display and
switching / transmitter output
Multiple RTD lengths for use in small pipes
up to large tanks
High temperature ranges ideal for monitoring food processing and pasteurizing
Variety of sanitary fittings and adapters
available
Component guides
Direct mount,
fixed insertion depth
for small pipes
Direct mount,
variable insertion depth
for pipes and tanks
Thermowell mount
for large pipes and tanks
A
Control
monitor
A
Control
monitor
A
Control
monitor
B1
Mounting
set
B2
Mounting
set /
adapter
B3
Mounting
set /
adapter
C1
Pt1000 RTD
probe
C2
Pt1000
RTD
probe
C3
Pt100
RTD
probe
D1
Process
connection
D2
64
Modular approach for
application flexibility
ifm’s modular temperature
system allows you to
specify standard components that ship from stock
to create a custom solution
for your application
www.ifm.com
Process
connection
Enclosure-free, local display
provides temperature readings
at-a-glance.
D3
Thermowell
process
connection
Temperature sensors
Control monitor for separate temperature sensors
Type
Switchpoint
Setting Range
Scalable Analog
Start Point
In
Steps of
Scalable Analog
End Point
Supply
Voltage
[V]
Part
No.
20...30 DC
TR 2432
Control monitor · PNP / NPN switching and 4…20 mA / 0…10 V scalable analog outputs
A
-40…572 °F
-40…300 °C
0.1 °F
0.1 °C
-40…563 °F
-40…295 °C
-31…572 °F
-35…300 °C
Company
Position
sensors
Mounting sets / adapters / fittings
B1
Mounting set for TM RTDs
E 30089
Vision
sensors
Mounting set for TT RTDs
E 30017
Sanitary adapter for Tri-clamp® fittings
E 34110
Mounting set for TT RTDs
E 30017
Gasket seal fitting for thermowells
E 30018
B2
Safety
technology
Process
sensors
B3
Type
Usable RTD
Length
RTD
Diameter
[mm]
RTD
Element
Temperature
Range
Response Time
T05 / T09 *
[s]
Part
No.
1.2 inch (30 mm)
10
Pt1000
-40…302 °F (-40…150 °C)
5/14 sec
TM 9061
Industrial
networks
Identification
systems
Pt100 and Pt1000 RTD probes**
C1
C2
C3
1.9 inch (50 mm)
10
Pt1000
-40…302 °F (-40…150 °C)
5/14 sec
TM 0061
3.9 inch (100 mm)
10
Pt1000
-40…302 °F (-40…150 °C)
5/14 sec
TM 1061
2.0 inch (50 mm)
10
Pt1000
-40…302 °F (-40…150 °C)
1 / 3 sec
TT 0061
3.9 inch (100 mm)
10
Pt1000
-40…302 °F (-40…150 °C)
1 / 3 sec
TT 1061
3.9 inch (100 mm)
10
Pt100
-40…302 °F (-40…150 °C)
1 / 3 sec
TT 1081
7.9 inch (200 mm)
10
Pt100
-40…302 °F (-40…150 °C)
1 / 3 sec
TT 2081
* T05/T09 is the time to reach 50% / 90% of temperature change.
** RTD probes and patchcords on page 67 can be used with TR sensors
for remote mounting and display.
Cordsets and accessories
Type
Description
Part
No.
Process connections
D1 D2
2” Tri-clamp adapter with EPDM O-ring
E 33009
Weld-in thermowell for TT1081
E 35210
Weld-in thermowell for TT2081
E 35220
®
D3
www.ifm.com
E 33008
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
Protective cover
E 30006
Mounting clamp for TR sensor
E 10077
65
Machine
condition
monitoring
Wiring
technology
Temperature transmitters
2-wire analog output (4...20 mA)
Fully enclosed and sealed 316 stainless
steel construction
High accuracy across Pt1000 RTD sensor
element
Wide temperature range with quick
response time
Flexible mounting with standard
Tri-clamp® fittings
Compact temperature transmitter with excellent response times
The TA series temperature transmitter offers a compact measuring system that can
be easily installed with standard Tri-clamp® and weldable fittings.
The transmitters are available with fixed 4 - 20 mA analog output and measuring
ranges of 32…284 °F and 14…302 °F. They feature Pt 1000 RTDs with an accuracy
of better than ±0.7 °F over the entire range of the transmitter.
With its fast response time of 3 seconds, the TA Series temperature transmitter is
an ideal choice for critical temperature monitoring applications.
66
Challenge
Solution
Bulky head-and-well
assemblies with open
cavities are subject to
liquid ingress and do
not have localized
displays.
ifm’s compact temperature transmitter
features a zero-leak
design that resists
liquid ingress.
www.ifm.com
DC • Temperature transmitters with fixed range • Self-contained
Type
Probe
Length
[mm]
Temperature
Range
[°F]
Dynamic Response
T05 / T09*
[s]
Process
Connection
Supply
Voltage
[V]
Part
No.
Temperature transmitter · M12 connector · Output: 4...20 mA fixed analog
87.5
32...284
1/3
G 1/2 BSPP
10…30 DC
TA 3430
87.5
14...302
1/3
G 1/2 BSPP
10…30 DC
TA 3431
*T05/T09 is the time to reach 50% / 90% of temperature change.
Type
Position
sensors
Cordsets
Accessories
Description
Part
No.
Weldable adapter
E 30055
1.5” Tri-clamp® adapter
2” Tri-clamp® adapter
E 33401
Type
Company
Description
Part
No.
Vision
sensors
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
Safety
technology
Process
sensors
Industrial
networks
E 33402
Identification
systems
Machine
condition
monitoring
Wiring
technology
www.ifm.com
67
Self-verifying temperature
transmitters
2-wire transmitter allows for easy
installation
Scalable analog and diagnostic outputs
provide process temperature and drift
warning/alarm conditions
Variety of sanitary fittings and adapters
available
Dual RTD design allows for self-verifying
drift detection
Eliminates need for regular and costly
calibration checks
Increased process safety
The TAD temperature transmitter features two high-precision and stable RTD measuring elements that monitor the process to ensure that a developing sensor drift is
detected and reliably diagnosed. If one element fails, the process continues with
the second measuring element (back-up function). Thus, no calibration is necessary.
With this technology, the TAD provides long-term, highly accurate temperature
indication in sanitary applications included in food, beverage and pasteurization
processes.
Using configuration software, drift thresholds and parameters can be easily set.
After the setpoints are established, the TAD continuously self-monitors temperature
drift. By providing immediate temperature drift detection, cyclical monitoring is no
longer necessary.
Cost comparison: conventional sensor has to
be calibrated twice a year vs. TAD sensor
RTD/
transmitter
TAD
sensor
sensor cost
installation cost
calibration cost
0
20
40
60
80
100
share of costs [%]
68
www.ifm.com
efector TAD: cost savings
up to 95%
When compared to a typical
RTD / transmitter system
that requires regular calibration (2x per year), the TAD
temperature sensor provides
a significant cost savings
over a five year period.
The TAD offers a flexible mounting system that
fits a variety of sanitary process connections.
DC • Temperature transmitter with self-verifying drift detection
RTD
Length
[mm]
Output
Type
In
Steps of
Drift Detection
Setting Range
Scalable
Analog Start
Point
Scalable
Temperature
Analog End Response of RTD
Point
T05 / T09*
Supply
Voltage
[V]
Part
No.
18…32 DC
TAD 981
Temperature transmitter · M12 connector · Analog and switching
4…20 / 20…4 mA and
diagnostic PNP/NPN
4…20 / 20…4 mA and
diagnostic PNP/NPN
33 mm
0.4…9.0 ºF
0.20…5.00 ºC
0.1 ºF
0.05 ºC
-13…212 ºF
(-25…100 ºC)
77…302 ºF
(25…150 ºC)
87.5 mm
0.4…9.0 ºF
0.20…5.00 ºC
0.1 ºF
0.05 ºC
-13…212 ºF
(-25…100 ºC)
77…302 ºF
(25…150 ºC)
3/6 sec
3/6 sec
18…32 DC
TAD 181
Cordsets
Accessories
Description
Part
No.
E 33208
E 33209
E 30130
E 30123
5 pieces per pack
E 30054
E 30124
Programming device for setting drift limits
and scaling analog output
E 30396
Type
Safety
technology
Description
Part
No.
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
Process
sensors
Industrial
networks
Identification
systems
Machine
condition
monitoring
Wiring
technology
www.ifm.com
Position
sensors
Vision
sensors
* T05 / T09 is the time to reach 50% / 90% of temperature difference.
Type
Company
69
Level sensors
LMT point-level sensor ignores
foam and deposit build-up
Sanitary PEEK sensing tip with food-grade
surface finish
Ideal for sensing viscous and sticky media
High frequency capacitance technology
provides reliable level indication
316 stainless steel body ensures chemical
compatibility with harsh cleaning agents
Pre-adjusted for media type, no field
adjustments necessary
No obstruction to flow path or bridging
of sensor tips
Reliable point-level control solution
ifm’s LMT Series point-level sensor is designed to monitor the
level of liquids, viscous media and powders in food and beverage applications. The sensor uses a high-frequency capacitance
spectrum profiling technology to effectively eliminate challenges
with deposits, residue and foam build-up that commonly cause
traditional point-level sensors to output false signals.
The LMT sensor
monitors the level of
mayonnaise in a
container using a
high-frequency
capacitance
spectrum profiling
technology.
The LMT sensor attaches to various mounting adapters to
provide a true sanitary mounting system. Typical applications
include monitoring point-level in storage tanks and protecting
pumps from run-dry conditions.
Plug and play setup
The LMT sensors are factory adjusted for specific media which
eliminates sensitivity adjustments and makes installation fast
and simple. A compact sensor tip makes integration simple –
even in small 1” pipes.
Meets food and beverage sanitary requirements
The sensor’s 316 stainless steel body and smooth food-grade
PEEK sensing tip ensures chemical compatibility even with the
harshest cleaning agents. A high protection rating of IP68/IP69K
prevents liquid ingress. Laser-etched part numbers won’t deteriorate in high pressure cleanings.
70
www.ifm.com
With a layer of
residue left behind,
the LMT can reliably
distinguish between
a full tank vs. a
surface residue
coating.
NE
W
Level sensors
DC • LMT level sensor
Type
Process
Connection
Application
Medium
Temperature
(°F)
Maximum Process
Pressure
(psi)
Supply
Voltage
[V]
Part
No.
Level switch · output function N.O. / N.C. complementary · 4-wire DC PNP
G1/2 BSPP
Water-based media
high dielectric
32…185 ºF
(302 ºF for 1 hour)
-14.5…232
18…30 DC
LMT 100
G1/2 BSPP
Oils, fats, bulk media
low dielectric
32…212 ºF
(302 ºF for 1 hour)
-14.5…232
18…30 DC
LMT 110
Description
Part
No.
Type
Description
Part
No.
Vision
sensors
Sanitary weldable adapter for tanks
with leakage ports for 3A conformance
E 43309
Sanitary weldable adapter for pipes
E 43310
Sanitary 1.5” Tri-clamp® adapter
E 43311
Sanitary 2” Tri-clamp® adapter
Position
sensors
Cordsets
Required accessory: select one adapter
Type
Company
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
Safety
technology
Process
sensors
E 43312
Industrial
networks
Sanitary weldable adapter for tanks
E 43300
Sanitary weldable adapter for pipes
E 43301
Media selection guide
Medium
Sanitary Varivent® DN25 (D=50) adapter
Sanitary Varivent® DN40 (D=68) adapter
3/4” NPT adapter
www.ifm.com
E 43306
E 43307
E 43313
G3/4 BSPP adapter
E 43302
G1 BSPP adapter
E 43303
G1/2 BSPP sealing plug
E 43308
Alcohol
Beer
Butter
Chocolate (at 40 °C)
CIP-fluid
Cocoa powder
Cream
Dough
Egg white
Egg yolk
Fat
Honey
Jam
Ketchup
Mayonnaise
Milk
Olive oil
Pepper (ground)
Powdered milk
Salt
Sugar (granulated sugar)
Water (distilled)
LMT100
LMT110
u
u
Identification
systems
Machine
condition
monitoring
u
u
u
u
u
Wiring
technology
u
u
u
u
u
u
u
u
u
u
u
u
u
u
u
71
Actuator Sensor-interface
overview
Point-to-point wiring vs.
AS-i networking
Industrial automation systems require a large amount of
control devices. The number of binary actuators and sensors placed on a typical system has grown over the years.
Current methods for wiring include point-to-point
connection or bus systems. However, point-to-point
wiring results in large wire bundles, and bus systems can
be too complex for networking simple binary devices.
As a solution to these challenges, ifm offers the Actuator
Sensor interface (AS-i), a simple network for actuators
and sensors. AS-i is cost-effective, easy to install, and
features modular components that offer design
flexibility. AS-i is a complete networking solution for
industrial control applications.
The AS-i network connects hundreds of sensors on a single two-wire cable. AS-i
I/O modules use quick plug-and-play functionality that simplifies installation.
AS-i is a simple solution for networking
actuators and sensors
An AS-interface network offers a simple, cost-efficient
alternative to conventional cabling at the lowest level of the
automation. This network can operate directly in conjunction
with an existing PLC or can be linked to a higher-level bus
system for low-cost remote I/O.
AS-interface is tailored to the needs of devices such as
sensors and actuators where low connection cost per node
is critical and simplicity is essential.
Global support for AS-interface
ifm engineers can help design and implement an AS-interface
network on industrial equipment. On-site technical support is
available and application assistance is immediate by calling
our technical support hotline: 800-441-8246.
Aggressive product development
ifm is committed to investing in new product development
for AS-interface. Our goal is to improve functionality, simplify
installation and maintain competitive price points.
Before
Point-to-point wiring is still
the most common wiring
method found in industry.
One cable from each device
results in large wire bundles
running through the system.
Due to the sheer volume of
wires, installation time is
considerable and troubleshooting is complex.
After
AS-i network connects multiple binary devices with only
one 2-wire cable, completely
eliminating wire bundles. Its
simple, plug-and-play wiring
supports all topologies and
eliminates device profiles and
expensive hardware.
ifm is an AS-interface founding member
ifm efector is one of 11 founding members of the
AS-Interface Association, established in 1990. AS-i is a
non-profit independent organization that is currently
supported by more than 100 vendors worldwide.
72
www.ifm.com
Actuator Sensor-interface overview
Industrial Ethernet and AS-i networking offer the best of both worlds
A simple 2-wire flat cable
The normal collection of wire bundles are replaced by a single, two-wire
flat cable that carries both data and power.
Insulation displacement
Insulation displacement technology enables fast connection to all
devices. The cable is pierced to make the electric connection and
features a mechanical profile to proper insure polarity.
Company
Position
sensors
Flexible topology
AS-i supports topologies including open tree, ring, star, and trunk and
drop lines to allow maximum design freedom.
Vision
sensors
Extremely fast system
Data transfer is fast – less than 10 ms on a fully-loaded system of 248
inputs and 186 outputs.
Safety
technology
Process
sensors
Cost effective
Since actuators and sensors are among the least expensive devices on
a network, their connecting hardware should be comparable in price.
AS-i’s price-per-point is one of the best in industry.
Industrial
networks
Modular system
AS-i’s design flexibility makes it a true plug-and-play networking system.
Modular machines can be easily connected with the aid of splitter
modules to form a production line.
Identification
systems
Machine
condition
monitoring
Best fit
Actuator and sensor manufacturers developed AS-i for the sole purpose
of connecting actuators and sensors. Every component on the network
is specially designed to fit these binary devices.
Wiring
technology
Industrial Ethernet (IE) is commonly applied as the networking protocol for automation
and plant control. IE is well known in industry, can carry large packets of data, and is
ideal for HMIs, PLCs, drives, and barcode scanners.
For bit-level data such as sensors and actuators – which
account for 90% of devices in automation – a lower level
I/O network, such as AS-i, is better suited for these devices.
AS-i offers a better alternative to wiring bit-level devices
and is an ideal complement to Industrial Ethernet at the I/O
level. A single Ethernet IP address can transmit up to 992
I/O points. AS-i uses quick plug-and-play functionality that
simplifies installation in the controls architecture.
Today’s networks with Industrial Ethernet
Control
room
Visual
Control
Processing
Ethernet IP
ProfiNet
Modbus TCP
AS-i
networking
Input/output
www.ifm.com
73
Actuator Sensor-interface
overview
AS-i system overview
All of the components needed to create a complete AS-i system are illustrated in
this overview. Because of its flexibility, an AS-i system has unlimited design capabilities.
Choose from a variety of masters, I/O modules, power supplies and accessories
depending on your current controls platform and application environment.
1
AS-i Master / Gateway
Controls the data transfer for the AS-i network.
2
AS-i Power Supply
Couples power and signal together for transmission
over the 2-wire flat cable.
3
Cabinet Module
Designed to be an inexpensive solution for
connecting control cabinet I/O to the AS-i network.
4
Compact Field Module
Designed specifically for harsh environments.
5
Field Modules
IP67 module features a mounting technology that
does not require tools for installation.
6
Pneumatic Output Modules
4 inputs and 1 or 2 solenoid outputs integrated into
one housing.
7
Splitter Module
Allows for maximum flexibility in both
the design and commissioning phases
of a project.
1
3
4
7
6
5
Technical specifications:
• 62 nodes per master
• 4I/4O maximum per node (248 inputs/248 outputs per master)
• 100m network length (up to 300m with repeaters)
• Less than 10 ms scan time on a fully loaded system (62 nodes)
74
www.ifm.com
2
Actuator Sensor-interface overview
Company
Controllers and gateways
Power supplies
Various controller options are available
to fit directly to a PLC or connected to
higher-level networks such as EtherNet
IP, Profibus, etc... A stand-alone option
is available that can act as a PLC.
AS-i power supplies provide power for
network modules and input devices.
Also, 24 VDC power supplies are used
to provide power to output devices over
the AS-i network.
Position
sensors
Vision
sensors
Safety
technology
Process
sensors
Industrial
networks
Input/output modules
AS-i sensors
I/O modules are used to connect discrete
and analog devices to the AS-i network.
A variety of housings are available based
on environmental conditions.
AS-i intelligent sensors can be connected directly onto the network without
the need for an I/O module.
Identification
systems
Machine
condition
monitoring
Wiring
technology
Wiring solutions
Accessories
Various AS-i splitters and branching
modules can be used to provide
maximum flexibility when designing
and commissioning a project.
A variety of accessories are available
to help connect nodes and periphery
devices to the AS-i system. In addition,
products for extending the network,
diagnosing faults and addressing
modules are also available.
www.ifm.com
75
Controllers, gateways and
backplane masters
AS-i Controllers provide direct connection
of AS-i to DeviceNet, EtherNet/IP and
Profibus
AS-i Backplane Masters provide
connection of AS-i to most PLCs
Single or dual master options available
for application versatility
User-friendly display for setup and
diagnostics
AS-i can be connected to existing control platforms in two different ways:
Controls and gateway connection
In many cases, a high level bus system is installed in the plant. These bus systems
are designed for complex controls equipment such as drives, bar code scanners, etc.
These networks are not optimized for simple on/off devices, such as sensors.
Therefore, an easy way to apply an AS-i network is via a gateway connection.
The gateway becomes a node on the higher level bus and allows the connection
of sensors and actuators at a competitive price point.
ifm's AS-i Controller-E is designed for DeviceNet and Ethernet IP networks. The
SmartLink DP is available for Profibus networks. All of ifm's controllers incorporate
user-friendly displays for setup and diagnostics and fast response of up to 992
digital I/O points using version 3.0.
Backplane master connection
Backplane masters are designed to fit into a standard card slot in a PLC rack. ifm's
backplane masters are available with single or dual master options. The dual master
is capable of communicating with 992 digital I/O points. Inputs and outputs are
mapped directly to the I/O tables in the plc and programmed via the standard plc
software. No additional software is required.
76
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Actuator Sensor Interface networks binary
devices with only one 2-wire yellow cable,
completely eliminating wire bundles.
AS-i stand-alone controllers and gateways
Type
Number
of AS-i
Masters
Programming
Data
Interface
Fieldbus
Interface
AS-i
Version
Current Consumption
From 24 V DC
[mA]
Current
Consumption
From AS-i [mA]
Part
No.
3.0
< 400
< 10
AC 1327
AS-i Ethernet / IP Controller-E · Full master functions · Graphic display
1
—
Ethernet IP
Company
2
—
Ethernet IP
3.0
< 400
< 10
AC 1337
Position
sensors
AS-i Profinet Gateway · Full master functions · Color graphic display
1
Ethernet RJ 45
Profinet
3.0
< 500
< 10
AC 1401
2
Ethernet RJ 45
Profinet
3.0
< 500
< 10
AC 1402
Safety
technology
SmartLink DP · AS-i gateway / Profibus DP · Full master functions · Graphic display
1
—
Profibus DP
3.0
—
< 200
AC 1375
2
—
Profibus DP
3.0
< 400
< 10
AC 1376
—
DeviceNet
3.0
< 500
Process
sensors
Industrial
networks
AS-i DeviceNet Controller-E · AS-i controller with DeviceNet interface · Full master functions · Graphic display
1
Vision
sensors
< 10
AC 1318
Identification
systems
2
—
DeviceNet
3.0
< 500
< 10
AC 1324
Machine
condition
monitoring
AS-i backplane masters
Type
Application
I/O and
Configuration
Number
of AS-i
Masters
Part
No.
Wiring
technology
AS-i master for SLC5 PLC platform
248 inputs and 248 outputs. Configuration via
Allen-Bradley’s RSLogix software package.
AS-i version 3.0
2
U 71000
AS-i master for Compactlogix and Micrologix
1500 PLC platforms
AS-i version 3.0
1
U 71003
AS-i master for Controllogix PLC platforms
AS-i version 3.0
2
U 71005
www.ifm.com
77
AS-i power supplies
Couples and de-couples power and signal
for transmission over the network
Compact housing with DIN rail occupies
minimal cabinet space
High efficiency design generates less heat
and eliminates external cooling
Selectable 115/230 VAC input voltage
with short circuit and overload protection
Power for the yellow AS-i cable
AS-i power supplies supply all devices connected to the yellow AS-i
cable. These are usually modules, connected sensors and intelligent actuators. They provide an increased voltage of approximately 30 volts which
is converted by the modules into 24 V required for input devices.
In order to ensure the decoupling between AS-i data and the supply,
only approved AS-i power supplies may be used. AS-i is an unshielded
bus system that transports data and supplies energy on the same pair of
conductors. Because the AS-i network is an unshielded system, the voltage must not be grounded for reasons of symmetry.
Standard 24 V power supplies cannot be used instead of AS-i power
supplies for network power.
78
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Power supplies
Type
Dimensions
Output
Voltage AS-i
[V]
Nominal
Voltage
[A]
Efficiency
[mm]
Output
Current AS-i
[A]
Part
No.
45 x 90 x 100
0.95
29.5…31.6 DC
100…240 AC (± 10%)
η = 86
AC 1220
45 x 90 x 100
1.9
29.5…31.6 DC
100…240 AC (± 10%)
η = 88
AC 1221
50 x 129 x 136
2.8
29.5…31.6 DC
100…240 AC (± 10%)
η = 88
AC 1236
50 x 129 x 136
4
29.5…31.6 DC
100…240 AC (± 10%)
η = 88
AC 1244
91 x 131 x 96
8
29.5…31.6 DC
115/230 AC
η = 92
[%]
Power supply
Company
120 x 134 x 118
2x4
2x
29.5…31.6 DC
Position
sensors
Vision
sensors
AC 1218
Safety
technology
115/230 AC
η = 87
AC 1212
Process
sensors
Industrial
networks
Identification
systems
Machine
condition
monitoring
Wiring
technology
www.ifm.com
79
Cabinet I/O modules
DIN rail mountable modules designed for
cabinet or junction box applications
Removable combicon connectors included
for easy connection to periphery devices
Low profile models available for small
enclosures
Integrated socket for easy addressing
Robust DIN rail mounting
Space-saving modules for DIN rail mounting
SmartLine modules are DIN rail mountable and designed for cabinet or junction box
applications. The 25 mm wide housing can contain up to 4 inputs and 4 outputs.
Addressing is carried out via the online addressing socket on the front panel. The
online addressing socket allows addressing of the module before and after mounting. The supply voltage and the peripheral signals are connected at the top and at
the bottom by means of plug-in Combicon connectors. These can be equipped
either with screw terminals or insulation displacement terminals by the customer.
80
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AS-i SmartLine I/O-modules for the control cabinet
Type
Dimensions
No. of
Inputs
No. / Type
of Outputs
Max. Input Current
per Module
[mA]
[mm]
Output Current per
Channel / Total
[A]
AS-i
Profile
AS-i
Version
Extended
Addressing
Mode
Part
No.
25 x 114 x 105
4
–
200
–
S-0.A.E.
2.1
yes
AC 2250
25 x 114 x 105
–
4 PNP
—
1/4
S-8.0.E.
2.1
no
AC 2252
25 x 114 x 105
4
4 PNP
200
1/4
S-7.0.E.
2.1
no
AC 2251
25 x 114 x 105
4
3 PNP
200
1/3
S-7.A.E.
2.1
yes
AC 2264
25 x 114 x 105
4
4 PNP
200
1/4
S-7.A.7
3.0
yes
AC 2267
25 x 114 x 105
4
2 relay
200
6/6
S-7.A.E.
2.1
yes
AC 2255
50 x 114 x 105
4
4 relay
200
6/6
S-7.0.E.
2.1
no
AC 2258
Company
Position
sensors
Vision
sensors
Accessories
Type
Description
Part
No.
Addressing unit
AC 1154
Process
sensors
Cable for addressing unit
E 70213
Industrial
networks
Safety
technology
Identification
systems
Technical Specs
Output voltage supply AC 2267:
24 VDC power supply for inputs
and outputs
Machine
condition
monitoring
Output voltage supply other models: AS-i power supply for inputs only and
24 VDC power supply for outputs only
Wiring
technology
www.ifm.com
81
Stainless steel field I/O modules
ProcessLine AS-i stainless steel modules
for use in sanitary applications
Resistant to standard cleaning agents
(Ecolab tested)
AS-i and 24 V supply via common M12
connector
For direct use in wet areas (protection
ratings IP 68 and IP 69 K)
AS-i splitters – high-grade stainless
steel flat cable insulation displacement
connector suitable for field use
Designed specifically to withstand extreme environments
The ProcessLine I/O module housing is 316 stainless steel and can withstand both
chemical and mechanical abuse. Its round housing does not have seams or edges,
which reduces deposit buildup. The module’s housing is corrosion resistant against
most chemicals and is rated IP69K to withstand high-pressure water sprays. The
module features 4 inputs / 3 outputs and uses an M12 process connection.
316 stainless steel T-splitter for connection to the AS-i network
The ProcessLine T-splitter is the first AS-i splitter designed to withstand extreme
environments. The T-Splitter is 316 stainless steel and can be mounted directly in
harsh and abrasive environments. The splitter converts the yellow and black AS-i
flat cables into a single 4-pin M12 connector or can be used to branch out the
AS-i network. This is typically used to connect the ProcessLine I/O module to
the AS-i network. The T-Splitter has a compact, space-saving design and is easily
mounted with two screws.
82
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AS-i ProcessLine I/O modules for field applications
Type
Dimensions
No. of
Inputs
No./Type
of Outputs
Max. Input Current
per Module
[mA]
Output Current per
Channel / Total
[A]
AS-i
Profile
AS-i
Version
Extended
Addressing
Mode
Part
No.
8
passive
splitter
—
—
4/4
—
—
—
AC 2900
[mm]
Ø137.3 x 80
Company
Position
sensors
Ø137.3 x 80
4
3 PNP
200
0.7 / 2.1
S-7.A.E.
2.1
yes
AC 2904
Vision
sensors
Ø137.3 x 80
8
—
400
—
S-0.A.E.
2.1
yes
AC 2910
Safety
technology
Process
sensors
Ø137.3 x 80
4x
4…20 mA
—
—
—
S-7.3.E.
2.11 and
3.0
no
AC 2916
Industrial
networks
Splitter accessories
Cables and patchcords
Type
Description
AS-i flat cable
yellow EPR
Part
No.
AC 4000
Type
Description
Flat cable, AS-i and auxiliary, to 4-pin female
M12 Micro DC connector, 316 stainless steel,
EPDM O-ring
Identification
systems
Part
No.
E 70354
Machine
condition
monitoring
Wiring
technology
www.ifm.com
AS-i flat cable for auxiliary power
black EPR
AC 4002
Flat cable to 4-pin female M12 Micro DC
connector, 316 stainless steel,
EPDM O-ring
E 70454
AS-i flat cable, grey PVC
U 71002
Flat cable splitter, two channel, AS-i or auxiliary,
8 A current rating, 316 stainless steel,
EPDM O-ring
E 70377
M12 Micro DC (5-pin), 0.3 m, PVC
EVT 058
M12 Micro DC (5-pin), 0.6 m, PVC
EVT 059
EVT 060
EVT 061
EVT 062
EVT 063
83
Multi-code readers
Robust design and compact metal housing
provide long life and reliability
CMOS image sensor and digital signal
processor with no moving parts
Reliably reads dot-peened, laser etched
and printed data matrix codes
Configurable four-quadrant lighting
improves readability, reduces glare
functionality
Reliable identification of data matrix and 1D codes
The ifm Multi-Code Reader is designed to read 2D data matrix codes and 1D bar
codes in high speed industrial automation applications.
The versatile Multi-Code Reader can identify, verify and qualify most marking
methods including dot-peened, laser-etched and printed data matrix codes as well
as printed barcodes.
The Multi-Code Reader features a maximum speed of 7 meters/second. The unit
reads three types of 2D codes: ECC200, PDF-417 and QR as well as 26 styles of
printed barcodes.
Integrated lighting
system can eliminate
external lighting and
reduce total install
costs.
Additional application examples
84
www.ifm.com
Laser-etched code
on glass
Printed code
on plastic
Challenge: Laser-etched
code on glass can be
difficult to read due to
low contrast.
Challenge: Printed
code on plastic parts
can wear or disintegrate
over time.
Solution: ifm's MultiCode Reader features
integrated lighting, a
CMOS image sensor and
to identify and read
low-contrast codes.
Solution: The MultiCode reader reliably
detects printed codes
that become damaged
or soiled – even if up to
28% of the information
is damaged.
The Multi-Code Reader
features a maximum
speed of 7 meters/
second. The unit reads
three types of 2D
codes: ECC200,
PDF-417 and QR as
well as 26 styles of
printed barcodes.
DC • Multi-code reader
Type
Maximum Field of
View Size
[mm]
Type of Light
LED
60 x 42 x 53.5
68 x 50
red light
60 x 42 x 53.5
68 x 50
infrared
60 x 42 x 53.5
140 x 100
red light
60 x 42 x 53.5
140 x 100
60 x 42 x 59
60 x 42 x 59
Dimensions
[mm]
Motion Speed
Int./Ext. Lighting
[m/s]
Process
Interface
Part
No.
7
Ethernet TCP/IP, EtherNet/IP, RS-232
O2I 100
7
O2I 101
7
O2I 102
infrared
7
O2I 103
400 x 300
red light
7
O2I 104
400 x 300
infrared
7
O2I 105
Type
Description
100 mm rod
Part
No.
Description
Part
No.
Safety
technology
E 11950
E 11807
E 21165
E 11311
E 11898
E 11231
E 11232
E 11806
E 21166
E 18422
Process
sensors
Industrial
networks
E 18423
Identification
systems
U 60042
U 60043
Spot light for optional lighting enhancement.
M12 connector, transmitter
red light 630 mm
O2D909
www.ifm.com
Type
Position
sensors
Vision
sensors
Cordsets
Accessories
Company
Machine
condition
monitoring
Wiring
technology
85
Diagnostic systems
Predictive maintenance solutions
Vibration monitoring systems that
continuously evaluate the condition of
rotating equipment
VSE
VSE Multiplex accepts up to four
accelerometers for vibration monitoring
Integrated memory stores vibration data
and provides historical trends
VSA
Ethernet capability simplifies data and
alarm transfer
Increases food equipment uptime by continuously monitoring machine condition
efector Octavis systems monitor operating conditions of food and
beverage processing equipment
ifm’s vibration monitors provide specific vibration monitoring on
components inside food processing equipment such as rolling element
bearings, rotational unbalances, and gear drive systems.
The system’s on-board microprocessor directly calculates the machine’s
vibration characteristics and compares them to the allowable limits.
When the vibration levels exceed the allowable limits, the system
automatically sets alarm outputs or transfers the data over an Ethernet
network connection.
Innovative software
ifm’s Octavis software makes implementing a
continuous vibration monitoring solution easy.
Programming is straightforward using the “wizard“
guided configuration software. Analysis tools
included in the programming software give
users the ability to remotely
evaluate the machine’s
condition. A bar graph display
provides a quick overview of the
entire machine’s operating conditions. The spectrum frequency
plots allow for comprehensive
analysis, and the trend history
chart plotter displays machine
condition changes over time.
Configuration software
86
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VSA accelerometer
mounts remotely
Real-time monitoring
Detailed analysis
Trend history
VSE
Diagnostic systems
Vibration diagnostic products
Type
Accelerometer
Channels
Diagnostic
Method
Communication
Port
Switching
Inputs/Outputs
Part
No.
Variable
FFT, envelope
curve FFT,
trend analysis
Ethernet
2 inputs
2 outputs
VSE 002
Variable
FFT, envelope
curve FFT,
trend analysis
Ethernet
2 inputs
2 outputs
8 configurable I/O
VSE 100
Frequency
Range
[Hz]
Spectral
Resolution
[Hz]
4 channels:
1 configurable
IEPE / MEMS
3 MEMS
0…10,000
4 channels:
1 configurable
IEPE / MEMS
3 MEMS
0…10,000
Multiplex control monitors
Accelerometers
Type
Measuring
Range
[g]
±25 (nominal ± 20)
resolution 1.0 mg
Frequency
Range
[Hz]
Housing
Operating
Temp
[°C]
Mounting
Thread
Protection
Part
No.
Company
Position
sensors
Vision
sensors
Safety
technology
0…6,000
316 stainless steel
M8 x 1.25
-30…125
IP69K
VSA 001
Process
sensors
Required accessories
Type
Optional accessories
Description
Part
No.
Parameter software
VES 003
Magnetic mounting base for temporary
mounting on flat surfaces
UW 0004
Ethernet cable
cross - over
EC 2080
mounting on flat or curved surfaces
F 90043
Machine
condition
monitoring
Glue-on base for VSA001
F 90042
Wiring
technology
Adhesive for F90042
F 90037
Conical mounting washer for VSA001
(5 pack)
E 30115
OPC server software, 25 I.P. address license
(optional)
VOS 001
Cordsets
Type
www.ifm.com
Description
Part
No.
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
Type
Description
Part
No.
87
Industrial
networks
Identification
systems
Diagnostic sensors
Vibration sensors and transmitters
Easy-to-use sensors make vibration
monitoring simple
Analog signal enables trending of
vibration levels
VK Series
Sensor
VT Series
Transmitter
VKV sensors combine both switching
function and transmitter in one package
VTV transmitter is IP69K and made of 316L
stainless steel
Easy to use set-up guide makes
implementing vibration monitoring
straight forward
Compact vibration sensors detect changing conditions of food processing
machinery to indicate machine damage
In most food plants, every piece of equipment has its own vibration level that can
change when it experiences unusual operating conditions. These changes can
indicate potential machine damage or failure.
The VK Series and VT Series vibration sensors are designed to permanently mount
on a machine to continuously monitor the machine’s vibration level. By detecting
vibration level changes when they first occur, these sensors can prevent food processing equipment from catastrophically failing, reduce secondary damage and
eliminate expensive downtime.
A drive motor system is monitored
to protect process equipment from
excessive vibration.
The VK and VT sensors monitor vibration levels on:
Typical velocity damage levels
Vibration Velocity (RMS)
• Motors
• Pumps
• Compressors
• Fans
• Centrifuges
• Vibratory feeders
88
in/s
mm/s
0.01
0.28
0.02
0.45
0.03
0.71
0.04
1.12
0.07
1.80
0.11
2.80
0.18
4.50
0.28
7.10
0.44
11.20
0.70
18.00
1.10
28.00
1.80
45.00
Small machines
(<20hp)
Medium machines
(<100hp)
Large machines with
Rigid foundation
Satisfactory
Warning
Unacceptable
Large machines with
Soft foundation (isolated)
ifm’s vibration sensors and
transmitters monitor a variety
of machines in a plant. This
chart shows the typical velocity
damage level of a machine.
Setting the maximum allowable RMS velocity is based on
machine size and type. The VK
and VT will provide condition
feedback of machine vibration
levels in your plant.
NE
W
Diagnostic sensors and transmitters
Vibration diagnostic products
Type
Mounting
Threads
Switching
Output
Analog
Output
[mA]
Measuring
Range
[mm/s]
Frequency
Range
[Hz]
M8 x 1.25
1 switching output NC, PNP
4...20
0…25
10…1000
M8 x 1.25
1 switching output NC, PNP
4...20
0…50
M8 x 1.25 /
UNF 1/4-28
—
4...20
0…25
Measuring
Principle
Supply
Voltage
[V]
Part
No.
Vibration velocity
RMS
18…32 DC
VKV 021
10…1000
Vibration velocity
RMS
18…32 DC
VKV 022
Company
10…1000
Vibration velocity
RMS
9.6…32 DC
VTV 122
Position
sensors
Vibration switch and transmitter
Cordsets
Optional accessories
Type
Description
Protective cover,
transparent plastic
mounting on flat surfaces
mounting on flat or curved surfaces
Part
No.
Type
E 30094
UW 0004
Vision
sensors
Description
Part
No.
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
Safety
technology
Process
sensors
Industrial
networks
F 90043
Identification
systems
Glue-on base for VSA001
Adhesive for F90042
F 90042
Machine
condition
monitoring
F 90037
Wiring
technology
VTV transmitter
VKV sensor
73 mm
• Simple setup
Rotatable dials
setup vibration
monitoring in
5 minutes
• Can operate as a trending
transmitter
68 mm
Yellow status
LED
Green power
LED
• Easy-to-use setup guide
makes implementation
simple – no software
required for configuration
• Vibration monitoring in
accordance with ISO 10816
vibration standard
89
Condition monitoring
Flow meters
In-line flow meter monitors compressed air
systems and specialty gases (Ar, CO2, N2)
Monitors air and gas consumption to identify leaks and improve energy efficiencies
Optimizes air and gas usage and improves
system performance
Totalizer function monitors overall
compressed air and gas usage in a plant
Integrated pipe length ensures easy
mounting and installation
Compressed air and specialty gas meter
efector Metris monitors compressed air and specialty gases such as argon (Ar),
carbon dioxide (CO2), and nitrogen (N2) to detect leakage areas and improve energy
efficiencies. Compressed gases are considered one of the most expensive sources
of energy consumption in a plant. By identifying leakage areas, efector Metris
can optimize compressed gas usage, improve system performance, and reduce
energy costs.
The compact sensor is fitted with an integrated pipe to ensure easy mounting and
proper installation depth. The sensor’s 4-digit numeric display provides air and gas
consumption readings and features microprocessor-based pushbutton setup. Three
display options are available: cubic feet per minute, cubic feet per hour, and total
consumed cubic feet. The 24 VDC unit provides switching, analog and pulse output
options.
Operating principle
efector Metris incorporates two ceramic sensing
elements that each contain a thermistor.
As one sensor element is heated, the second element is
used as a reference. Power is then altered to the heater
to ensure a constant temperature difference (CTD)
between the two elements.
90
www.ifm.com/us
efector metris
can be mounted
in a supply pipe
to monitor one
machine.
Or, mounted in
a plant zone to
monitor several
machines.
Condition monitoring
DC • efector Metris flow meter • Switching, analog and pulse outputs
Type
Process
Connection
Operating
Range
[scfm]
Operating
Range
[scfh]
Operating
Range
[scf]
Response
Time
Pressure
Rating
[psi]
Medium
Temperature
[°F]
Supply
Voltage
[V]
Part
No.
efector Metris for compressed air · OUT1: PNP switching or pulse · OUT2: PNP switching or 4…20 mA scalable analog
1/2” NPT
0...44
0...2650
0...4,294,967
< 0.1 sec
232
32...140
19...30 DC
SD 6001
1” NPT
0...132
0...7945
0...4,294,967
< 0.1 sec
232
32...140
19...30 DC
SD 8001
Position
sensors
2” NPT
0...412
0...24,720
0...4,294,967
< 0.1 sec
232
32...140
19...30 DC
SD 2001
Vision
sensors
Company
efector Metris for specialty gases · OUT1: PNP switching or pulse · OUT2: PNP switching or 4…20 mA scalable analog
0...69.5 [Ar]
1/2” NPT
0...42.2 [CO2]
0...43 [N2]
0…4175 [Ar]
0…2530 [CO2] 0…4,000,000 [CO2]
0…2580 [N2]
< 0.1 sec
232
32...140
19...30 DC
SD 6101
0…4,000,000 [N2]
Accessories
Type
Safety
technology
0…4,000,000 [Ar]
Process
sensors
Cordsets
Description
Part
No.
Totalizer (pulse output) display with dual
switching output
DX 2003
Analog signal display, with dual switching
output
DX 2012
Type
Description
Part
No.
Industrial
networks
EVT 001
EVT 002
EVT 003
EVT 004
EVT 005
EVT 006
Identification
systems
Machine
condition
monitoring
Wiring
technology
www.ifm.com
91
Cordsets and Patchcords
M12 Micro DC cordsets
and patchcords
316 stainless steel coupling nut provides
excellent corrosion resistance
Smooth, hex-shaped coupling nut cleans
easily in extreme washdowns
Cordset features EPDM O-ring, offers
flexibility in wide temperature range
PVC cable jacket resists flame, heat,
oxidation and moisture
Lock-in-Place
Protects
O-ring
Approval
ecolink M12 cordsets and patchcords for demanding applications
ifm has developed a complete line of M12 cordsets that provide reliable performance in aggressive washdown environments. The cordsets are designed with a 316
stainless steel coupling nut that offers excellent corrosion resistance and provides
the longest protection against freezing and rusting. The smooth, hexed-shaped
coupling nut cleans easily in extreme washdown conditions and withstands harsh
abrasives.
Designed and tested for food
and beverage applications
The cordset’s O-ring is manufactured with
EPDM, a chemically cross-linked elastomer that
offers excellent flexibility in fluctuating temperatures. EPDM provides ideal insulation resistance
and strength and offers protection in caustic
cleaning environments.
Cordsets for washdown environments are manufactured with high-grade stainless steel coupling
nuts, gold-plated contacts and an O-ring that is
compressed to permanently maintain its sealing
function. These cordsets operates in a broad range
of temperatures ranging from -20 to 105°C.
92
www.ifm.com
ifm ecolink cordsets are subjected to
a variety of test that ensure reliable
performance in the application. Tests
include IP69K, pressure cleaning,
thermal shock, and shock and vibration.
Cordsets and Patchcords
M12 Micro DC Cordsets and Patchcords
Type
Face
View
Max
Supply
Protection
Connector
Materials
Cable
Length
Part
No.
IP67 / IP68 / IP69k
-25…100 °C
cURus
PVC
EPDM O-ring
316 SS coupling nut
5M
EVT 001
10 M
EVT 002
25 M
EVT 003
IP67 / IP68 / IP69k
-25…100 °C
cURus
PVC
EPDM O-ring
316 SS coupling nut
5M
EVT 004
10 M
EVT 005
25 M
EVT 006
IP67 / IP68 / IP69k
-25…100 °C
cURus
PVC
EPDM O-ring
316 SS coupling nut
5M
EVT 007
10 M
EVT 008
25 M
EVT 009
4-pin Micro DC cordsets · PVC jacket
Female
1
2
5
4
3
Female
1
2
5
4
3
Pin 1: brown
Pin 2: white
Pin 3: blue
Pin 4: black
Pin 5: not used
250 VAC / 300 VDC
Pin 1: brown
Pin 2: white
Pin 3: blue
Pin 4: black
Pin 5: not used
250 VAC / 300 VDC
Company
Position
sensors
4-pin Micro DC cordsets with 3 PNP LED · PVC jacket
Female
1
2
4
3
5
Pin 1: brown
Pin 2: white
Pin 3: blue
Pin 4: black
Pin 5: not used
10…36 VDC
Safety
technology
4-pin Micro DC patchcords · PVC jacket
Male
2
1
3
4
Female
1
2
4
3
5
250 VAC / 300 VDC
IP67 / IP68 / IP69k
-25…100 °C
cURus
PVC
EPDM O-ring
316 SS coupling nut
0.3 M
EVT 040
0.6 M
EVT 041
1M
EVT 042
2M
EVT 043
5M
EVT 044
5M
EVT 010
10 M
EVT 011
25 M
EVT 012
5M
EVT 013
10 M
EVT 014
25 M
EVT 015
Machine
condition
monitoring
0.3 M
EVT 058
Wiring
technology
0.6 M
EVT 059
1M
EVT 060
2M
EVT 061
5M
EVT 062
5M
E 12166
10 M
E 12167
5M
E 12168
10 M
E 12169
5-pin Micro DC cordsets · PVC jacket
Female
1
2
4
3
Pin 1: brown
Pin 2: white
Pin 3: blue
Pin 4: black
Pin 5: gray
5
Pin 1: brown
Pin 2: white
Pin 3: blue
Pin 4: black
Pin 5: gray
Female
1
2
4
3
5
Vision
sensors
250 VAC / 300 VDC
250 VAC / 300 VDC
IP67 / IP68 / IP69k
-25…100 °C
cURus
IP67 / IP68 / IP69k
-25…100 °C
cURus
PVC
EPDM O-ring
316 SS coupling nut
PVC
EPDM O-ring
316 SS coupling nut
Process
sensors
Industrial
networks
Identification
systems
5-pin Micro DC patchcords · PVC jacket
Male
Female
2
1
1
5
2
30 VAC / 36 VDC
5
3
4
4
3
IP67 / IP68 / IP69k
-25…100 °C
cURus
PVC
EPDM O-ring
316 SS coupling nut
8-pin Micro DC cordsets · PUR jacket · Recommended for light curtains
8 1
7
6
8 1
7
6
2
5
3
4
2
5
3
4
Pin 1: white
Pin 2: brown
Pin 3: green
Pin 4: yellow
Pin 5: gray
Pin 6: pink
Pin 7: blue
Pin 8: red
30 VAC / 36 VDC
Pin 1: white
Pin 2: brown
Pin 3: green
Pin 4: yellow
Pin 5: gray
Pin 6: pink
Pin 7: blue
Pin 8: red
30 VAC / 36 VDC
IP67
-40…80 °C
PUR
Viton
Nickel plated
brass nut
IP67
-40…80 °C
PUR
Viton
Nickel plated
brass nut
IP68
-25…80 °C
PUR
Viton
Nickel plated
brass nut
8-pin Micro DC cordsets · PUR jacket · Recommended for vision sensors
8 1
7
6
8 1
7
6
www.ifm.com
2
5
3
4
2
5
3
4
Pin 1: brown
Pin 2: white
Pin 3: blue
Pin 4: black
Pin 1: brown
Pin 2: white
Pin 3: blue
Pin 4: black
Pin 5: gray
Pin 6: pink
Pin 7: lilac
Pin 8: orange
Pin 5: gray
Pin 6: pink
Pin 7: lilac
Pin 8: orange
30 VAC / 36 VDC
30 VAC / 36 VDC
IP68
-25…80 °C
PUR
Viton
Nickel plated
brass nut
2M
E 11950
5M
E 11807
10 M
E 11311
2M
E 11231
5M
E 11232
10 M
E 11806
93
Cordsets
Micro AC and Mini AC Cordsets
Industry standard color coding for food
and beverage applications
Vibration resistant coupling nut withstands
shock and vibration environments
EPDM O-ring offers excellent flexibility at
high and low temperatures
Low-resistance contact design with
gold plated contacts
Available with PVC cable and 316
stainless steel coupling nut
BROA
D
Operating
®
Rugged Micro AC and Mini AC cordsets are designed for food and
Why choose PVC cable material?
PVC is a polyvinylchloride material that offers excellent
mechanical strength and resistance to chemicals. PVC also
offers outstanding performance in a broad range of
temperature conditions and resists flame, heat, oxidation,
moisture and abrasion.
Advantages of EPDM O-rings
EPDM is a chemically cross-linked elastomer with excellent
flexibility at high and low temperatures. This material
provides exceptional insulation and strength as well as
resistance to abrasion. EPDM is particularly suited for the
caustic-cleaning environment found in the food and
beverage industry.
316 stainless steel coupling nuts are highly compatible with the food and beverage industry
316 stainless steel offers excellent corrosion resistance which is necessary in the food and beverage
industry. Stainless steel offers the longest protection against freezing and rusting. The smooth external
hexed-shaped coupling nut aids in the cleaning process and withstands harsh abrasion.
94
www.ifm.com
Cordsets
Micro AC Cordsets
Type
Face
View
Max
Supply
Protection
Connector
Materials
Cable
Length
Part
No.
IP68
-10…100°C
cULus
PVC
EPDM
316 stainless steel
5M
E 18206
10 M
E 18207
25 M
E 18208
IP68
-10…100°C
cULus
PVC
EPDM
316 stainless steel
5M
E 18209
10 M
E 18210
25 M
E 18211
Position
sensors
5M
E 18238
Vision
sensors
IP68
PVC
EPDM
316 stainless steel
10 M
E 18239
5M
E 18240
10 M
E 18241
3-pin · 1/2” Micro AC cordsets · PVC jacket
Female
2
3
1
Female
2
3
1
Pin 1: green
Pin 2: red/black
Pin 3: red/white
Pin 1: green
Pin 2: red/black
Pin 3: red/white
300 VAC / VDC
300 VAC / VDC
Company
5-pin · 1/2” Micro AC cordsets · PVC jacket
Female
5
4
1
3
2
Female
5
4
1
3
2
Pin 1: red/white
Pin 2: red
Pin 3: green
Pin 4: red/yellow
Pin 5: red/black
250 VAC / VDC
Pin 1: red/white
Pin 2: red
Pin 3: green
Pin 4: red/yellow
Pin 5: red/black
250 VAC / VDC
IP68
PVC
EPDM
316 stainless steel
Safety
technology
Process
sensors
Mini AC Cordsets
Type
Face
View
Max
Supply
Protection
Connector
Materials
IP68
-20…105°C
cURus
PVC
EPDM
316 stainless steel
Cable
Length
Part
No.
2M
E 18042
4M
E 18043
6M
E 18044
Industrial
networks
5-pin · 7/8” Mini AC cordsets · PVC jacket
Female
5
4
1
3
2
Pin 1: white
Pin 2: red
Pin 3: green
Pin 4: orange
Pin 5: black
300 VAC/VDC
Identification
systems
Machine
condition
monitoring
Wiring
technology
www.ifm.com
95
Business policies
We stand behind our products
All ifm products are backed with the longest established warranty program in the sensor industry. ifm
position sensors and fluid sensors carry a 5-year and 2-year warranty, respectively. For your convenience,
a downloadable shipping form is available on our website: www.ifm.com.
Position sensors – Five year limited warranty
ifm efector warrants that its position control sensors, i.e. proximity switches and photoelectric sensors, will
be free from defects in materials and workmanship for five years, and ifm efector will repair or replace any
proximity switch which is found to be defective within five years of shipment and which is returned to us,
shipping prepaid, within one year after the defect is discovered.
This warranty is in lieu of and excluding any implied warranty of merchantability or fitness for a particular
purpose and this remedy is the exclusive remedy, as ifm efector will not be responsible for any incidental or
consequential damages.
Fluid and diagnostic sensors – Two year limited warranty
ifm efector warrants that its fluid control sensors will be free from defects in materials and workmanship for
two years, and ifm efector will repair or replace any sensor which is found to be defective within two years of
shipment and which is returned to us, shipping prepaid, within one year after the defect is discovered.
This warranty is in lieu of and excluding any implied warranty of merchantability or fitness for a particular
purpose and this remedy is the exclusive remedy, as ifm efector will not be responsible for any incidental or
consequential damages.
Concerning safety…
ifm efector makes every effort to build a dependable product, but every product will eventually fail. Therefore,
your equipment must be designed to prevent property damage and personal injury if our products fail.
ifm efector products are not designed to be used as stand-alone devices to protect or guard human life or limb.
Prices F.O.B. Exton, PA. Prices and specifications subject to change without notice.
96
Our people and our
products are committed
to helping you succeed
in your business
You can count on our Service Center to be
a reliable partner. That means easy order
placement and knowledgeable technical
support. Your time is too valuable to waste.
Get to know us…
Lit. No.: B20112
Call 800-441-8246 • visit www.ifm.com
Inductive
sensors
Cylinder
sensors
Photoelectric
sensors
Vision
sensors
Pressure
sensors
Flow
sensors
Temperature
sensors
Level
sensors

Catalog

Transcription

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