LifeTech Technology for Life Sciences
Transcript of LifeTech Technology for Life Sciences
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Life sciences – smart solutions for medical technology and laboratory automation
Laboratory automation Medical technology
4 Introduction6 Sample preparation: complete process8 Sample preparation: liquid handling10 Flow cytometry12 Analytical chromatography14 In vitro diagnostics
16 Introduction18 Oxygen therapy20 Breathing devices/medical ventilators 22 Anaesthesia24 Dental drills and media handling26 Compression therapy and medical mattresses
Your choice
Our diversity
You develop high-end medical technology.You want highly efficient laboratory processes.We deliver customised and value-adding solutions.
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Growing and ageing populations, increas-ing risk of illness and global mobility call for cost-effective healthcare solutions. The demand for suitable preventative healthcare and diagnostic procedures is also on the rise.
Technical developments such as miniaturi-sation, integration or dosing ever smaller fluid volumes are opening up new opportunities. Festo is promoting these trends – with compact components, highly integrated modules and a focus on micro-fluid products for regulating gases and
liquids. For the medical technology and laboratory automation segments, Festo offers standardised components and develops customised automation solutions together with you to meet your requirements – cost-effectively, to fit the smallest possible space and in the best possible quality.
The healthcare sector worldwide is facing ever greater challenges – challenges that could also be addressed by industrial automation. The LifeTech division at Festo offers forward-looking answers as well as innovative solutions for medical technology and laboratory automa-tion. Festo supports systems and equipment manufactur-ers by combining top quality with maximum efficiency in components and custom-specific solutions.
Product portfolio
28 Liquid handling32 Gas handling42 Kinematics/sample handling
The benefits at a glance
Everything from a single source, from standard products to ready-to-install, customised subsystems
Collaborative engineering right from the initial planning stage
Transforming individual, validated process steps into automated process sequences
Easy to integrate into your overall system
Perfect interaction between liquid handling and kinematics
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From identifying and checking the sample carriers to opening and closing sample vials and adding liquids to microwell plates, with Festo you can implement customised applications for sample preparation in the smallest of spaces.
The modular system solutions operate quickly, accurately, con-sistently and efficiently, while the results of the automated pro-cesses are always reproducible and verifiable. The degree of automation can be flexibly adapted to your individual requirements, and thus all tasks from single process steps to link-ing complex individual processes can be automated. Festo
provides you with everything from a single source: from con-ceptualisation and joint develop-ment to delivery of subsystems.
Laboratory automation: modular solutions for every task
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oKtopure – fully automated DNA extractionThe DNA extraction robot from LGC Genomics, oKtopure, accel-erates cultivation programmes and many other molecular biology processes thanks to standardised DNA extraction from plant, leaf and seed tissue, animal tissue, hair and blood. 8 x 96 deepwell plates can be purified at the same time and
up to 5000 samples can be pro-cessed each day. To achieve this, Festo, in close cooperation with LGC, developed a three-dimen-sional gantry for liquid handling with a pre-programmed actuator and controller package.
Modular sample processor – automated sample preparationAnton Paar’s modular sample processor automates sample preparation for chromatographic analysis. The benchtop platform prepares samples from just a few millilitres to 100 millilitres, mak-
ing it ideal for petrochemicals, food and fragrances. Compact handling gantries with electric axes from Festo ensure precise pipetting processes. Integrated vision systems record the data matrix code to identify the sam-ples. Cylinders dispose of used,
disposable pipette tips. The dispense head was also devel-oped by Festo.
“The fact that Festo was able to offer us a complete package including hardware, software, consultation and services was the key to our decision.”
“Festo supplied us with a complete system solution including controllers. That was what actually enabled us to develop the system so quickly.”
Project Manager Dipl.-Ing. Markus Schöllauf from the Automation and Robotics division at Anton Paar in Austria
Dr. Dietrich Köster, Product Manager at LGC Genomics, UK
The benefits at a glance
Level of automation can be adapted flexibly
Clear interfaces for rapid integration
Pre-assembled, tested modules via a single order number
Perfectly matched components
Specially developed components with technical highlights
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Sample preparation: the complete process
Rotary gripper module EHMD
Infinite electrical rotation and electrical or pneumatic gripping
The EHMD is ideal for use with small objects in laboratory automation – for universal handling of small sample vials or for gripping and rotating, as well as opening and closing caps. The assembly module with Z compensation automatically adjusts to the thread pitch of the caps without moving the Z-axis. When powered by motor controller CMMO-ST, it allows sample con-tainers of unknown size to be gripped with variable levels of force.
• Infinite rotation: electric, with encoder for absolute positioning
• Maximum torque: 0.3 Nm; speed: up to 150 rpm at full torque• Gripping: pneumatic or electric with encoder and gripping
force retained even at power loss• Stroke: 2 x 5 mm; opening/closing time: < 0.4 s for 2 x 2 mm
stroke• Compact module for payload of up to 250 g
Colour sensor SOECPage 48
Feeding samples
Reading barcodes
Detecting liquid level
Colour sensor
Identifying samples
Planar surface gantry EXCM-30Page 42
Electric axes EGSC/ELGCPage 42/43
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Lighting SBALPage 48
Separating
Liquid handlingPage 8
Mixing
Vision sensor SBSIPage 47
Analysis
Storage
Disposal
Optoelectronic sensor SOECPage 48
Fork light barrier SOOFPage 49
Fibre-optic unit SOOCPage 49
Controller CECCPage 45
Motor EMMS-STPage 45
Gripper EHPSPage 44
Rotary gripper module EHMDPage 44
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Sample preparation:liquid handling
Dispense head VTOE
The complete modular solution for perfection in rapid dispensing
Housed in a compact 9-mm grid, the high-precision dispense head VTOE has a modular configuration in terms of the number of dispensing channels, the internal diameter of the dispensing nozzles and the wetted materials used. The typical coefficient of variation (CV) of the dispensing volume is less than 1% within a range of 10 to 1000 μl with excellent linearity. The media separated solenoid valves VODA prevent cross- contamination and ensure best possible rinsability.
• Configurable complete solution comprising manifold duct plate, dosing valves and nozzles
• Non-contact dispensing of very small quantities• Wetted materials: transparent polycarbonate with FPM seal
or highly inert PEEK with FFPM seal, depending on the area of application
Pressure and vacuum
controlAir preparation
Pressure regulator VEABPage 34
Proportional pressure regulator VEMAPage 35
Planar surface gantry EXCM-30Page 42
Electric axes EGSC/ELGCPage 42/43
Push-in fitting NLFA Page 30
Valve actuation module VAEMPage 29
Media separated solenoid valve VYKAPage 31
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Volume
Liquid level
Flow
Pressure
Pipetting
Dispensing
Pressure transmitter SPTWPage 39
Pressure sensor SPAWPage 39
Analysis
Storage
Disposal
Process monitoring
Optoelectronic sensor SOECPage 48
Fork light barrier SOOFPage 49
Fibre-optic unit SOOCPage 49
Controller CECCPage 45
Motor EMMS-STPage 45
Gripper EHPSPage 44
Dispense head VTOEPage 28
Dispense head VTOIPage 29
Rotary gripper module EHMDPage 44
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Flow cytometry
Media separated solenoid valve VYKA
Maximum performance density and precision
With a width of just 7 mm, the VYKA doses very small quantities of liquid very precisely. Thanks to the use of a separating dia-phragm made of high-performance polymers, it is also suitable for aggressive media. The low internal volume makes the valve easy to clean, while the combination with FDA listed materials makes the VYKA ideal for very sensitive applications. The cur-rent control ensures maximum reproducibility of the switching behaviour. What's more, the holding current reduction of the plug-in electronics prevents sensitive media from heating up.
• Safe media separation using FKM and FFKM diaphragm• Low power consumption with 1.7 W (pick-up phase) and
0.3 W (holding current phase)• Extremely flexible in use thanks to 3/2, 2/2 variants and
12 ... 26 V DC actuation• For dosing and continuous flow applications in the smallest
of spaces
Air preparationPressure
regulation
Proportional pressure regulator VEMAPage 35
Pressure regulator VEABPage 34
Electric axes EGSC/ELGCPage 42/43
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Fluid container
carrier
Sample container
Disposal
Sample tube
DetectingHydrodynamic
focusingSorting
Optoelectronic sensor SOECPage 48
Fork light barrier SOOFPage 49
Fibre-optic unit SOOCPage 49
Controller CECCPage 45
Motor EMMS-STPage 45
Gripper EHPSPage 44
Media separated solenoid valve VODAPage 30
Media separated solenoid valve VYKAPage 31
Valve actuation module VAEMPage 29
Push-in fitting NLFA Page 30
Rotary gripper module EHMDPage 44
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Analytical chromatography
Pump
Planar surface gantry EXCM-30Page 42
Electric axes EGSC/ELGCPage 42/43
Valve actuation module VAEM
Easy actuation of valves with holding current reduction
VAEM is ideal for high-precision dispensing applications. The digital interface simplifies the configuration and control of sol-enoid valves: the calibration factor between the individual channels, the opening time per valve and the pick-up and hold-ing current. The module improves the precision of the switching behaviour of the valves. It fits perfectly with the dispense head VTOF. The dosing process is controlled via an external trigger signal or the communication interface.
• Very precise valve actuation with 0.2 ms time resolution• For 1 to 8 valves, independently controllable• Holding current reduction freely adjustable• Interface for controlling and programming the parameters
as well as for reading out the values or errors• Graphical user interface (GUI) as the operator environment• Communication interface: RS232 (Modbus/TCP follows)
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Containers for mobile
phase
Containers for fluid samples
Mixing in mobile phase
Collecting fractions
Separating Detecting Container Z
Disposal
Container A
Controller CECCPage 45
Motor EMMS-STPage 45
Gripper EHPSPage 44
Media separated solenoid valve VODAPage 30
Media separated solenoid valve VYKAPage 31
Valve actuation module VAEMPage 29
Push-in fitting NLFA Page 30
Rotary gripper module EHMDPage 44
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In vitro diagnostics: point of care
Pressure regulator VEABPage 34
Miniature solenoid valve VOVK
Compressed air preparation
Pressure regulation
Extremely narrow for many valves in a small space
With a width of only 5.9 mm, the VOVK is ideal for applications where many valves have to be fitted into a very small space and where flow rates of up to 6 l/min are sufficient.
For example, for small devices where the miniature valves actu-ate many diaphragms on a lab-on-a-chip (IVD PoC) cartridge.
• Compact 3/2-way miniature solenoid valve that is only 5.9 mm wide (valve MHA = 10 mm)
• Pressure range vacuum -0.9 ... 7 bar gauge pressure • Flow rate up to 6 l/min• For air and inert gases
Example of a customer-specific valve block
Filter regulatorMS2
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Cartridge cylinder EGZ
Proportional valveVEMCPage 33
Proportional valveVEMPPage 33
Solenoid valveVOVKPage 36
Solenoid valve MH1Page 36
Round cylinder EG
Pressure transmitterSPTE
Valve block with pneumatic mini
cylinders
Valve block
Actuation
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In medical technology safety comes first – for you as an equipment manufacturer and for Festo as your ISO-certified partner. Close and trusting cooperation simplifies the processes and defines the responsibilities for both parties.
Medical technology: customised safety
You can rest assured that with Festo the ISO 9001 standard is always complied with. Festo combines the world of industrial automation with medical tech-nology by implementing medical risk management processes in product development in accord-ance with the standards ISO 13485 and ISO 14971.
Festo develops components as well as subsystems for medical devices. Solenoid valves as well as proportional valves with piezo technology are often used for regulating the pressure levels and flow rates of medical gases
in mobile applications and in applications in close proximity to the patient. These are especially compact, quiet and energy- saving. Thanks to the material characteristics of piezo ceramics, energy no is needed to maintain a constant flow, only to change the flow status. Heat generation is thus avoided and the valves are highly energy- efficient.
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Proportional valves with piezo technology: functional principle
Festo uses the piezoelectric characteristics of certain ceramics that mechanically deform when a voltage is applied.
They control the flow rate, for example in oxygen therapy devices, thus ensuring precise oxygen supply and dosing during inhalation.
They are used to regulate the flow or pressure in oxygen therapy, ophthalmology and other therapies.
2/2-way proportional valves 3/3-way proportional valves
More convenience and efficiency for long-term oxygen therapy deviceAround 600 million people world-wide suffer from chronic obstruc-tive pulmonary disease (COPD) and depend on a portable oxygen concentrator or conserver device.
Musashi Medical Laboratory has developed the convenient oxygen therapy device IVY with the control box in smartphone format. The device works with a compact, lightweight piezo valve from Festo. The switching oper-ations of the proportional valve
VEMR are completely quiet. It’s sensor-controlled and only opens during inhalation. Less oxygen is consumed as a result, and the patient’s radius of activity is significantly increased.
“Festo’s piezo valves have played a significant role in enabling us to make our portable therapy device lighter, smaller, quieter and more efficient.”
Satoru Tokuyama, President of Musashi Medical Laboratory, Japan
The benefits of piezo valves at a glance
Low power consumption: ideal for portable devices
No operating noise: for use in direct proximity to the patient
Proportional characteristics
Safe thanks to its ability to maintain the actual status in case of power failure
Lightweight
Compatible with oxygen
Sturdy and durable
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Piezo ceramics
Power supply
Passive, conductive substrate
Seal
Leaf springOff
Contraction
Bending
On
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Oxygen therapy
Proportional flow control valve VEMD
Quiet, precise and energy-saving – ideal for mobile devices
The lightweight and compact mass flow controller (MFC), which is designed specifically for medical applications, is very quiet and, thanks to its short response times, very precise. The mod-ule with 2/2-way piezo valve, flow sensor and control electron-ics doses and regulates inert gases such as oxygen and nitro-gen proportionally. The integrated control circuit with sensor detects and regulates the actual flow rate and provides it to the master controller as an analogue signal. The volumetric flow rate at the system’s outlet can be adjusted very simply by entering a setpoint between 0.2 and 10 V.
• Compact module with integrated control electronics• Low power consumption thanks to piezo technology• Silent: ideal for mobile applications and applications
in close proximity to the patient
Air compressor
Valve for feed waste dump
Oxygen storage
Portable oxygen concentrator
Portable oxygen conserver
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Pressure regulation
Pressure sensor
Pressure sensor
Patient
Flow sensor
Electronics
Proportional valve
Flow control
Proportional valve VEMRPage 33
Proportional valve
Patient
Proportional valve VEMPPage 33
Proportional flow control valve VEMDPage 32
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Breathing devices/ medical ventilators
2/2-way proportional valve VEAE
Suitable for oxygen – small and quiet with high flow rate
The VEAE regulates gas flows, whether oxygen, air, nitrogen or inert gases, safely and precisely. Since the piezo ceramics also maintain their actual status in case of power failure, the valves offer outstanding process reliability. The high flow rate of up to 100 l/min makes the VEAE ideal for portable or stationary venti-lator breathing devices. The compact valve is ideally suited for regulating the flow of air, and thus the speed of compressed air drills used in dentistry and surgery.
• Piezo proportional valve with high flow rate and for high pressure ranges
• Power consumption < 10 mW• No self-heating• Compatible with oxygen• Small and lightweight• Ideal for battery-powered, mobile applications
Oxygen supply
Check valve
Filter
Filter
Pressure-relief valve
Switching valve
Air supply
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Pressure regulation
PatientSafety valveFlow
sensorMeasuring oxygen
concentration
Proportional pressure regulator VEABPage 34
Proportional pressure regulator VPPXPage 35
Precision pressure regulator LRPPage 37
Proportional pressure regulator VPPEPage 35
Flow control
Flow control
Proportional valve VEAEPage 34
Proportional valve VPWSPage 34
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Anaesthesia
2/2-way proportional valve VPWS
Extremely compact with high flow rate
The VPWS is a lightweight, compact 15 mm cartridge valve with high flow rate. The proportional solenoid valve safely and accurately regulates the flow of gases, whether oxygen, carbon dioxide, air, dinitrogen monoxide or inert gases. It is perfect for use in ventilator breathing and anaesthetic systems, for ex- ample where respiratory gases need to be mixed with oxygen. But it is also suitable for laparoscopes and colonoscopes, as well as other surgical instruments which are operated with compressed air.
• Extremely small cartridge valve: 15 mm diameter, 30 mm long• Different variants with flow rates of 40 l/min at 2 bar,
90 l/min at 8 bar and 200 l/min at 2 bar• Ideal for applications with minimal installation space
Pressure regulation
Pressure regulation
Pressure regulation
Oxygen supply
Laughing gas supply
Air supply
Proportional valve VEAEPage 34
Proportional valve VPWSPage 34
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Anaesthetic evaporation
Flow sensor
Safety valve PatientConcentration sensors: oxygen,
laughing gas, anaesthetic
Flow control valve VEMDPage 32
Proportional pressure regulator VEABPage 34
Proportional pressure regulator VPPXPage 35
Precision pressure regulator LRPPage 37
Proportional pressure regulator VPPEPage 35
Proportional valve
Proportional valve
Proportional valve
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Proportional pressure regulators VEAA/VEAB
Highly precise and quiet – with a large pressure range
The extremely compact regulators deliver top performance for the regulation of pressure and are highly economic for flow rates of up to 20 l/min. They also boast an extremely long ser-vice life. The VEAA and VEAB combine innovative piezo tech- nology with digital closed-loop control technology. This makes the pressure regulators with their outstanding features inter-esting for laboratory automation applications where regulated pressure or vacuum is required for pressure-supported dosing and pipetting of fluids.
• Compact module with 3/3-way valve, pressure sensor and integrated control electronics
• Excellent control precision• High repetition accuracy• Completely silent: ideal for use in laboratories and in medical
technology• Large pressure range: −1 to 10 bar
Dental drills and media handling
Water supply
Air supplyPressure
regulation
Vacuum generator OVEMPage 38
Vacuum generator VNPage 38
Precision pressure regulator LRPPage 37
Proportional pressure regulator VEABPage 34
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Pressure regulation
Pressure regulation
Proportional valve Dental drill
Suctioning
Rinsing
Vacuum generationM
edia
han
dlin
gG
as h
andl
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Proportional valve VEAEPage 34
Proportional flow control valve VEMDPage 32
Proportional valve VPWSPage 34
Media separated solenoid valve VODAPage 30
Media separated solenoid valve VYKAPage 31
Valve actuation module VAEMPage 29
Push-in fitting NLFA Page 30
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Compression therapy/ medical mattresses
Proportional valve VEMP
Small, lightweight, affordable and energy-saving
The extremely compact proportional valve VEMP with piezo technology requires only minimal energy of just 1 mW. At 20 g it is lightweight, making it ideal for use in mobile devices such as portable oxygen therapy devices. The VEMP enables extremely precise proportional control of gas flow rates from 0 to 30 l/min, as well as pressure. With a switching speed of 15 ms, it can react very quickly to setpoint changes. It is ideal for medical compression therapy, oxygen/ventilation therapy, ophthalmology and dialysis.
• Proportional air supply and exhaust• Very precise• Very low energy consumption• Extremely compact design• Minimal weight• Low leakage• No heat generation• Long service life
Sleeve
Anti-decubitus mattress
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Pressure regulation
Solenoid valve MH1/2/3/4Page 36
Pressure regulator VEABPage 34
Proportional valve VEMPPage 33
Proportional valve VEMRPage 33
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VTOE
Number of channels Single-channel, mountable side-by-side, 8-channel, 9 mm grid
Tubing connection Outside diameter [mm] 3 or UNF ¼-28
Dosing tip Material Stainless steel
Length [mm] 30
Inside diameter [mm] 0.32, 0.6 or 1.0
Valve Valve function 2/2 NC
Input pressure [bar] 0 … 0.5
Operating voltage [V DC] 24
Seal FFPM or FPM
Manifold duct plate
Material PC or PEEK
Ready-to-install dosing solution
• Configurable dosing solution comprising manifold duct plate, media separated dosing valves and nozzles
• Highly precise• Typical coefficient of variation
(CV): < 1% at 10 to 1000 μl• Media separated dosing valve
for sensitive and aggressive liquid media
• Good rinsability and small internal volume
Dispense head VTOE
Liquid handling
We develop ready-to-install complete solutions with metering technology and matching kinematics in line with your requirements – for dosing and pipetting fluids, e.g. for dilutions, adding nutrient solutions and for dosing reagents into microwell plates.
Highly precise
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Easy actuation of valves with holding current reduction
• Ultra-precise control of sole-noid valves with a time resolu-tion of 0.2 ms
• Digital interface (RS232) for configuring and controlling the valves
• Easy setting of the calibration factor between the individual channels (opening terms per valve)
• 24 V trigger input for actuating the valve
• Digital trigger input for exter-nal activation of the dosing process
• Graphical user interface for easy operation and clear vis-ualisation
VAEM
Valves For 1 to 8 valves, individually configurable (switching time, inrush current, holding current)
Operating voltage [V DC] 24
For valve voltage 8 to 24 V, max. 0.5 A
Resolution of the switch-on time
In 200 μs steps
Adaptive holding current reduction, configurable
Interface Digital (RS232)For controlling and programming parameters and reading the values, errors, etc.
Valve actuation module VAEM
Ready-to-install distributor
• For dosing a liquid into 8 channels in parallel
• 9 mm grid for microwell plates
VTOI
Number of channels 1 to 8 distributors
Tubing connectionOutside diameter [mm]
3 or UNF ¼-28
Dosing tip material Stainless steel
Length [mm] 30
Inside diameter [mm] 0.3
Valve function 2/2 NC
Input pressure [bar] 0 ... 1 or -0.2 ... 0.65
Operating voltage [V DC] 24
Seal FPM
Manifold duct plate Material
Ultem
Dispense head VTOI
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NLFA*
Material PP
Fluidic connection 1 UNF ¼-28
Fluidic connection 2 [mm] Tubing I.D.: 1.2, 2.1O.D.: 1.6, 3.0, 3.2
Dosing nozzle [mm] Length: 30, 60, I.D.: 0.3, 0.6, 1.2
Special features FDA-listed materials
Complete dosing nozzles
• Fittings for laboratory applications
• Also for aggressive fluids• Excellent rinsability thanks to
connector without dead space• Materials with media contact:
PTFE• Dosing nozzles for extremely
precise dosing applications
Fluid push-in fittings NLFA
VODA
Valve function 2/2-way valve (normally closed),3/2-way valve (normally closed)*
Connection type Flange, tubing, thread*
Nominal width [mm] 0.4 … 6.0
Pressure range [bar] 0 … 2
Kv value [ml/min] 250 … 500
Operating voltage [V DC] 5, 12 or 24 V
Power consumption [W] 1.0 … 10
Seal EPDM, FKM, FFKM
Compact, reliable, precise
• Media separation• Very precise dosing• Also for use with aggressive
media• Different materials• Best possible chemical
resistance• Short switching times• Part of a subsystem
Media separated solenoid valve VODA
* Depending on the product variant
* This product is currently in development but samples are available.
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Media separated solenoid valve VYKA
VYKA
Valve function 3/2, 2/2 NC, 2/2 NO
Width [mm] 7
Nominal width [mm] 1.2
Pressure range [bar] 0 … 2
Kv value [l/min] 0.35
Power consumption [W] 2.2/0.06 (peak/hold)
Connections Flange, UNF1/4-28, M5
Operating voltage [V] 12...26 +/-10%
Seals FKM, FFKM
Internal volume [μl] 20 (2/2), 22 (3/2)
Specialties FDA listed materials
Maximum performance density and precision
• FDA listed materials• Developed and produced to
ISO 13485• Safe media separation, also for
aggressive fluids; very easy to clean
• For dosing and continuous flow applications
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VEMD
Valve function 2/2-way valve (normally closed)
Technology Piezo
Flow rate [l/min] 0 … 20
Pressure range [bar] 0 … 2.5
Nominal size [mm] 1.4
Operating voltage [V DC] 12, 24
Power consumption [W] < 1
Media Oxygen, compressed air to ISO 8573-1:2010 [6:4:4], inert gases, nitrogen
Seal NBR, EPDM
Ambient temperature 0 ... 50° C (32 ... 122° F)
Mass flow controller (MFC)
• Quiet, precise, energy-saving• Compact module with 2/2-way
valve, flow sensor and inte-grated control electronics
• Analogue output signal for actual flow rate
• Low power consumption thanks to piezo technology
• Setpoint input as analogue voltage signal 0.2 … 10 V
• Actual value output as ana-logue voltage signal 0 … 10 V
• Dynamic control behaviour• Silent: ideal for mobile
applications and those close to patients
• Cost-efficient
Proportional flow control valve VEMD
Gas handling
Festo, in close cooperation with you, develops products and subsystems for medical devices for the efficient regulation and control of medical gases – dosing with piezo valves, pressure regu-lation or pneumatic integration solutions.
Maximum efficiency
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VEMR
Valve function 2/2-way valve (normally closed)
Technology Piezo
Nominal width [mm] 0.7, 1.2, 1.3, 1.4
Pressure range [bar] 0 ... 1.7, 0 ... 2, 0 ... 3.8, 0 ... 6
Flow rate [l/min] 0 … 17
Media Oxygen, nitrogen, air, inert gases
Ambient temperature 5 ... 40° C (41 ... 104° F), 0 ... 60° C (32 ... 140° F)
Small, lightweight and energy-efficient
• Control of gas and oxygen flow rates
• Proportional characteristics thanks to piezo technology
• Very low energy consumption• Extremely compact design• Minimal weight
Proportional valve VEMR
VEMP
Valve function 3/3-way valve (normally closed)
Technology Piezo
Nominal width [mm] 1.3, 1.6
Pressure range [bar] 0 … 0.5, 0 ... 1, 0 ... 1.7
Flow rate [l/min] 0 … 30 at 1.7 bar
Media Oxygen, nitrogen, air, inert gases
Ambient temperature −20 ... 60° C ( −4 ... +140° F)
Proportional air supply and exhaust for pressure regulation
• Proportional characteristics thanks to piezo technology
• Very precise• Very low energy consumption• Extremely compact design• Minimal weight• Low leakage• No heat generation• Long service life
Proportional valve VEMP
VEMC
Valve function 3/3-way valve (normally closed)
Technology Piezo
Nominal width [mm] 0.9
Pressure range [bar] 0 ... 2
Flow rate [l/min] 0 … 16 at 2 bar
Media Oxygen, nitrogen, air, inert gases
Ambient temperature 5 ... 40° C (41 ... 104° F)
Quiet pressure regulation
• Very low energy consumption• Compact design, minimal
weight• No heat generation• Long service life
Proportional valve VEMC
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VPWS
Valve function 2/2-way valve (normally closed)
Technology Solenoid valve with proportional characteristics
Nominal width [mm] 1.5, 2.2, 6.0
Pressure range [bar] 0 … 8, 0 … 3, 0 … 6
Flow rate [l/min] 0 … 90, 0 … 45, 0 … 450
Media Oxygen, nitrogen, air, inert gases
Ambient temperature 5 ... 50° C (41 ... 122° F)
With proportional characteristics
• Extremely small cartridge valve: 15 mm diameter, 30 mm long
• High flow rate of up to 220 l/min at 2 bar or 350 l/min at 4 bar
• Ideal for battery-powered, mobile applications in medical technology, e.g. ventilator breathing devices and dental drills, as well as in ophthalmology
2/2-way proportional valve VPWS
VEAA/VEAB
Valve function 3/3-way valve (normally closed)
Technology Piezo
Nominal width [mm] 0.4, 0.7, 1.4
Pressure range [bar] VEAA: 2, 6, 10VEAB: −1, 0.2, 1, 2, 6 ; −0.5 ... 0.5; −1 ...1; −1 ... 5
Flow rate [l/min] VEAA: 0 … 7VEAB: 0 … 20
Control precision ≤ 0.5% full scale, 0.8% full scale with 0.2 bar version
Media Nitrogen, air, inert gases
Ambient temperature 0 ... 60° C (32 ... 140° F)
Small, highly precise and quiet
• Compact module with 3/3-way valve, pressure sensor and integrated control electronics
• Excellent control precision• High repetition accuracy• Setpoint input as analogue
voltage signal 0 … 10 V• Actual value output as ana-
logue voltage signal 0 … 10 V• Completely silent: ideal for use
in laboratories• Large pressure range:
−1 to 10 bar
Proportional pressure regulator VEAA/VEAB
Gas handling
VEAE
Valve function 2/2-way valve (normally closed)
Technology Piezo
Nominal width [mm] 1.2, 1.5, 1.7
Pressure range [bar] 0 … 6, 0 … 3
Flow rate [l/min] 0 … 50, 0 …. 90
Media Oxygen, nitrogen, air, inert gases
Ambient temperature −10 ... +60° C (14 ... 140° F)
High flow rates
• Piezo proportional valve with high flow rate and for high pressure ranges
• Power consumption < 0.1 mW• No self-heating• Compatible with oxygen• Small and lightweight• Ideal for battery-powered,
mobile applications in medical technology
2/2-way proportional valve VEAE
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VPPX
Valve function Piloted 3/3-way proportional pressure regulator (normally closed)
Technology Solenoid valve
Nominal width [mm] 6, 8 or 12
Pressure range [bar] 0.1 … 10
Flow rate [l/min] Max 1400 … 7000 depending on the type
Media Air, inert gases
Ambient temperature 0 ... 50° C (32 ... 122° F)
For complex controlled systems and high accuracy
• Higher process reliability thanks to actual value input for external sensors
• Programmable, freely adjust-able PID controller
• Temperature compensated, highly dynamic
Proportional pressure regulator VPPX
VEMA
Valve function 8-channel, 3/3-way valve (normally closed)
Technology Piezo
Nominal width [mm] 0.9
Pressure range [bar] −0.5 ... 0.5
Flow rate [l/min] 0 … 3 at 1 bar
Media Nitrogen, air, inert gases
Ambient temperature 10 ... 40° C (50 ... 104° F)
Compact, 8-channel pressure regulator with integrated sensor technology, controller and control loops
• Eight independent channels• Minimal installation space• Central vacuum and pressure
supply for all channels• Digital interface with CAN bus
control• Status indication with LEDs
Proportional pressure regulator VEMA
VPPE
Valve function Piloted 3/3-way proportional- pressure regulator (normally closed)
Technology Solenoid valve
Nominal width [mm] 5 (2.5 for exhaust)
Pressure range [bar] 0.15 … 6
Flow rate [l/min] 850
Max. hysteresis [bar] 0.15
Media Air, inert gases
Ambient temperature 10 ... 50° C (50 ... 122° F)
High flow rate
• For simple control tasks• Setpoint input as analogue
voltage signal 0 … 10 V• Indicator with or without LCD
display
Proportional pressure regulator VPPE
36
Gas handling
MH1
Valve function 2/2- or 3/2-way valve (normally closed)
Technology Solenoid valve
Nominal width [mm] 0.65, 0.9
Pressure range [bar] −0.9 … 2, 0 … 6, 0 … 8, 0 … 10
Flow rate [l/min] 0 … 10 (3/2), 0 … 14 (2/2)
Media Nitrogen, air, inert gases
Ambient temperature 10 ... 40° C (50 ... 104° F)
Extremely small, fast, flexible and durable
• Compact 10 mm miniature valve
• Versatile plug and connection concept
• Switching time: approx. 4 ms• Degree of protection: IP65 and
IP40• Optional: compact electronics
module with holding current reduction
Miniature valve MH1
MH2/3/4
Valve function 3/2- or 5/2-way valve
Technology Solenoid valve
Nominal width [mm] 2 (MH2), 3 (MH3), 4 (MH4)
Pressure range [bar] −0.9 … 8
Flow rate [l/min] 100 (MH2), 200 (MH3), 400 (MH4)
Media Air, inert gases
Ambient temperature −5 ... 60° C (23 ... 140° F)
High speed
• Extremely short cycle times• Switching time: ≤ 2 ms for
maximum dynamic response and precision
• Repetition accuracy: ≤ 0.2 ms• Over 500 million cycles
Fast-switching valves MH2, MH3, MH4
VOVK
Valve function 3/2-way valve(normally closed)
Technology Solenoid valve
Pressure range [bar] −0.9 … 7
Flow rate [l/min] 0 … 6
Media Nitrogen, air, inert gases
Ambient temperature 5 ... 50 °C (41 ... 122 °F)
Extremely small, fast, flexible and durable
• Compact miniature valve with width of 5.9 mm
• For applications where many valves need to be tightly packed and large flow rates are not required
Miniature valve VOVK
37
LR(S)
Design Diaphragm regulator with through compressed air supply
Controller function Constant output pressure with primary pressure compensation and secondary venting
Pressure regulation range [bar] 0.5 … 7, 0.5 … 12
Max. pressure hysteresis [bar] 0.2
Operating pressure [bar] 1 … 20
Operating medium Air
Ambient temperature −10 … +80° C (14 … 176° F)
Good flow rate performance
• Constantly maintaining the controlled working pressure at the regulator’s output regard-less of pressure fluctuations in the compressed air network
• Precision diaphragm regulator• Detenting rotary knob
Mechanical pressure regulator LR
LRP
Design Piloted precision diaphragm regulator
Controller function Constant output pressure, with second-ary venting
Pressure regulation range [bar] 0.1 … 6
Max. pressure hysteresis [bar] 0.02
Operating pressure [bar] 1 … 8
Operating medium Compressed air, inert gases
Ambient temperature −10 … +60° C (14 … 140° F)
Precision pressure setting
• For sensitive applications requiring a hysteresis of < 0.02 bar
• Operating pressure fluctuations are almost entirely compensated
Mechanical precision pressure regulator LRP
U-PK
Sound pressure level1) [dB (A)] < 70 (at PK-3), < 74 (at PK-4)
Flow rate to atmosphere2) [l/min] 80 (at PK-3), 150 (at PK-4)
Operating pressure [bar] 0 … 10
Operating medium Compressed air
Ambient temperature −10 … +70° C (14 … 158° F)
Compact design• For reducing noise and
avoiding contamination at the exhaust ports of pneumatic components
Silencer U-PK
1) Measured at 6 bar relative to atmosphere at a distance of 1 m2) Measured at p1 = 6 bar
38
VN
Nominal width [mm] 0.45 … 3.0
Grid dimension [mm] 10, 14
Grade of filtration [μm] 40
Operating pressure [bar] 1 … 8
Operating medium Compressed air
Temperature range 0 … +60° C (32 … 140° F)
Compact
• Decentralised, maintenance- free vacuum generation
• A range of extremely effective generators suitable for use directly in the work space
• Available in straight or T-shaped design
• Minimal space requirement
Vacuum generator VN
OVEM
Nominal width [mm] 0.45 … 2.0
Grid dimension [mm] 20
Grade of filtration [μm] 40
Operating pressure [bar] 2 … 8
Operating medium Compressed air
Temperature range 0 … +50° C (32 … 122° F)
Vacuum generation and monitoring
• Compact in a single unit with display
• Short switching times thanks to integrated solenoid valves
• Quick, precise and reliable placing of the workpiece with the ejector pulse
• Monitoring of the entire vacuum system via vacuum sensor
Vacuum generator OVEM
Gas handling
UC
Sound pressure level1) [dB (A)] < 60
Flow rate to atmosphere2) [l/min] 350, 800, 1700, 3200, 5000*
Operating pressure [bar] 0 … 10
Operating medium Compressed air
Ambient temperature −10 … +70° C (14 … 158° F)
• For reducing noise and avoiding contamination at the exhaust ports of pneumatic components
Silencer UC
1) Measured at 6 bar relative to atmosphere at a distance of 1 m2) Measured at p1 = 6 bar* Depending on the product variant
39
SPAW
Pressure measuring range [bar] −1 ... +1, or 0 ... 100
Electrical output 0.1 ... 10 V or 4 ... 20 mA
Switching output 2x PNP or 2x NPN
Operating medium Liquid and gaseous media
Monitors the pressure of fluids and gases
• Reliable• Suitable for all media such as
gases, water and cooling agents
• Stainless steel housing• Four-digit display for quick,
intuitive configuration of the outputs
• Minimal space requirement
Pressure sensor SPAW
SPTW
Pressure measuring range [bar] −1 ... +1, −1 ... +10, 0 ... 100
Electrical output 0.1 ... 10 V or 4 ... 20 mA
Protection class IP67
Weight [g] 80
Operating medium Liquid and gaseous media
For all fluids
• Universal pressure sensor• For air, other gases and fluids
Pressure transmitter SPTW
SFAH
Sensor principle Thermal
Operating medium Filtered compressed air (40 μm), non-corrosive gases
Flow measuring range [l/min] 0.002 ... 200, uni- or bi-directional
Accuracy +/− (2% o.m.v. + 1% FS)
Switching output PNP/NPN, NO/NC
Analogue output [V] 0 … 10 V, 1 … 5 V, 4 … 20 mA
Operating pressure [bar] −0.9 ... +10
Ambient temperature 0 … 50° C (32 … 122° F)
Degree of protection IP40
Universal flow measurement
• 8 flow measuring ranges from 0.002 l/min to 200 l/min
• High measuring dynamics (1:50)
• Available as uni- or bidirectional
• Excellent accuracy• Clear 2-line display, intuitive
menu• Switching and analogue
outputs• Optional test report
Flow sensor SFAH
40
PLN
Material Sheath: polyethylene
Tubing O.D. [mm] 4, 6, 8, 10, 12, 14, 16
Operating pressure [bar] −0.95 ... +14
Operating temperature −30 ... +80° C (−22 … +176° F)
Operating medium Compressed air, vacuum, water
Matching fittings NPQP, NPQH, CRQS, NPCK and others
• Resistant to chemicals• Resistant to hydrolysis• Food-safe
Plastic tubing PLN
Gas handling
PTFEN
Material Sheath: polytetrafluoroethylene
Tubing O.D. [mm] 4, 6, 8, 10, 12, 14, 16
Operating pressure [bar] −0.95 ... +15
Operating temperature −20 ... +150° C (−4 … +302° F)
Operating medium Compressed air
Matching fittings NPQP, NPQH, CRQS, NPCK and others
Special features FDA listed materials
• Resistant to high temperatures• Chemical- and hydrolysis-
resistant tubing
Plastic tubing PTFEN
PFAN
Material Sheath: perfluoroalkoxy alkane
Tubing O.D. [mm] 3, 4, 6, 8, 10, 12
Operating pressure [bar] −0.95 ... +16
Operating temperature −20 ... +150° C (−4 … +302° F)
Operating medium Compressed air, vacuum, water
Matching fittings NPQP, NPQH, CRQS, NPCK and others
Special features FDA listed materialsConforms to EG1935/2004, FDA listed material
• Highly resistant to chemicals and hydrolysis
• High temperature resistance• Highly suitable for use with
food
Plastic tubing PFAN
41
QS
Design Push-pull principle
Tubing O.D. [mm] 2 … 22
Operating pressure [bar] −0.95 … +14
Operating temperature −20 … +80° C (−4 … 176° F)
Operating medium Compressed air to ISO 8573-1:2010 [7:–:–], depending on type
Matching tubing PUN-H, PEN, PUN, PAN and others
• Temperature range up to 80° C• Pressure range up to 14 bar
Push-in fitting QS
PUN-H
Material Thermoplastic polyurethane
Tubing O.D. [mm] 2, 3, 4, 6, 8, 10, 12, 14, 16
Operating pressure [bar] −0.95 ... +10
Ambient temperature −35 ... +60° C (−31 … +140° F)
Operating medium Compressed air to ISO 8573-1:2010 [7:–:–], water
Matching fittings QSM, NPQH, NPKA and others
Special features FDA listed materials
• Highly resistant to microbes and hydrolysis
• Food-safe• Highly resistant to kinks
Plastic tubing PUN-H, PUN-H DUO
NPQP
Material Housing, threaded coupling, releasing sleeve: polypropylene, tubing retainer mechanism: stainless steel
Tubing O.D. [mm] 4, 6, 8, 10, 12
Operating pressure [bar] −0.95 ... +10
Operating temperature −20 ... +60° C (−4 … +140° F)
Operating medium Compressed air, vacuum
Matching tubing PFAN, PTFEN, PLN and others
Special features FDA listed materials
• Resistant to chemicals and hydrolysis
• Food-safe• Lightweight and transparent• Inexpensive alternative to
stainless steel fittings• Suitable for moving automa-
tion solutions
Media-resistant push-in fitting NPQP
42
Kinematics
EXCM-30
Guide Recirculating ball bearing guide
X-axis stroke Fixed stroke [mm] 100, 150, 200, 300, 400, 500
Variable stroke [mm] 90 ... 700
Y-axis stroke Fixed stroke [mm] 110, 160, 210, 260, 310, 360, 410, 460, 510
Variable stroke [mm] 110 ... 510
Rated load for max. dynamic response [kg]
3
Max. speed [m/s] 1.0
Max. acceleration [m/s²] 5.0
Repetition accuracy [mm] ± 0.05
Compact
• For small moving loads• Travel to any required position
in the working space
Planar surface gantry EXCM-30
Spindle axis EGSC
Feed force [N] 20 … 250
Speed [m/s] 0.6
Acceleration [m/s²] 15
Repetition accuracy [mm] 0.015
Working stroke [mm] 25 … 200
Precise guidance, compact positioning
• For desktop applications• Ideal when compact dimen-
sions and optimised installa-tion space are important
• Inexpensive, compact mini slide
• Ideal as X-axis for the planar surface gantry EXCM-30
• Precise: very good positioning accuracy combined with high load capacity
Electric slide EGSC
Everything from a single
source
Compact handling systems from Festo enable you to implement analysis applications in very small spaces, from automated sample preparation to handling samples in medical diagnostics.
43
Toothed belt axes Spindle axes
Feed force [N] 50 … 2500 40 … 3000
Speed [m/s] 10 2
Acceleration [m/s²] 50 20
Repetition accuracy [mm] 0.08 0.003
Working stroke [mm] 8500 3000
For servo or stepper motors
• Toothed belt and spindle axes in various sizes and for different load requirements
• For X-, Y- and Z-axes in 2D or 3D gantries
• Sizes and mounting options that match each other
• Flexible motor mounting
Electric linear axes EGC, ELGC
Spindle axis EGSK
Feed force [N] 50 … 400
Speed [m/s] 0.3 … 1.5
Acceleration [m/s²] 20
Repetition accuracy [mm] 0.003
Working stroke [mm] 100 … 840
Precise and compact
• High repetition accuracy• With recirculating ball bearing
guide and ball screw without caged ball bearings
Electric slide EGSK
Spindle axis EGSL
Feed force [N] 75 … 450
Speed [m/s] 0.5 … 1.3
Acceleration [m/s²] 25
Repetition accuracy [mm] 0.015
Working stroke [mm] 50 … 300
Maximum performance in a compact space
• Precise• High load capacity• Dynamic• Ideal for vertical applications
Electric mini slide EGSL
44
EHPS *
Jaw guide Plain-bearing guide
Actuation 5-pin M12 with unconnected cable ends
Drive Brushless DC motor with integrated motor controller
Gripping force [N] 50 … 380
Stroke [mm] 6 … 16
Operating voltage 24 V DC
Protection class Electronics IP64, mechanical system IP30
For small to medium-sized parts
• Applications: laboratory automation, medical technology, handling and assembly technology
• Compact design• Simple control for opening/
closing grippers• Gripping force adjustable at
gripper module• Used where pneumatics is not
permissible or desired
Electric gripper EHPS
* This product is currently in development but samples are available.
DSL-16- … -SA
Rotation Electric
Max. torque [Nm] 1.7
Max. speed [rpm] 210
Gripper Pneumatic, 3 gripper fingers
Stroke [mm] 3
Max. gripping force [N] 50
Z-axis Pneumatic
Z-axis stroke [mm] 60
Feed/pulling force [N] 103/73.5
Z-axis travel speed [mm/s] 500
Z-axis pressure range [bar] 4 … 8
Temperature range 5 … 60° C (41 … 140° F)
Weight [kg] 1.9
Rotary and screwing processes
• Combination of pneumatic stroke and gripping motion
• Accurately adjustable and monitorable electric rotary motion for reliable and repro-ducible laboratory processes
• High torques, individually adjustable
• High gripping force• Adaptive, highly dynamic
stroke• Number and speed of rotations
can be freely selected
Hybrid rotary/linear module DSL -16-...-SA
Kinematics
EHMD
Rotation Electric
Max. torque [Nm] 0.3
Repetition accuracy ±0.2°
Max. speed [rpm] 150
Gripper Electric or pneumatic, 2 gripper fingers
Stroke [mm] 2x5
Temperature range 0 … 40° C (32 … 104° F)
Weight [g] 600 … 750
Infinite electrical rotation and electrical or pneumatic gripping
• Universal handling of small sample containers
• Gripping and rotation, as well as opening and closing of covers
• Assembly module with Z-compensation automatically adjusts to the cap's thread pitch
• For a payload of up to 250 g
Rotary gripper module EHMD
45
EMMS-ST
Size 28, 42, 57, 87
Holding torque [Nm] 0.09 ... 8.6
Voltage [V DC] 24 ... 72
Nominal current [A] 1.4 ... 9.5
Motor shaft IP54, housing IP65
Compact
• Various sizes• Optional: encoder• Suitable for motor controller
CMMO-ST for open- or closed-loop operation
• 2-coil hybrid stepper motor with micro-step
Stepper motor EMMS-ST
* Depending on the product variant.
CECC
Digital inputs Number 12
High-speed clock pulse inputs
2, each with max. 180 kHz
Electrical isolation Yes, via optocoupler
Digital outputs Number 8
Output voltage 24 V DC
Output current [mA] 500
Electrical isolation Yes, via optocoupler
Switching frequency Max. 1 kHz
Short-circuit protection Yes
Serial interfaces USB 1.1, CAN bus, RS 232 / RS 485-A / RS 422-A*
Ethernet Number 1
Supported protocols TCP/IP, EasyIP, Modbus TCP
Data transmission speed [Mbit/s]
10/100
Protocol CANopen, IO-Link®, I-Port, Modbus® TCP*
Programming Programming software CoDeSys V3
Programming language according to IEC 61131-3
SFC, IL, FBD, LD, ST
CPU data 400 MHz processor
Weight [g] 200
Ambient temperature 0 ... +55° C (32 ... 131° F)
Versatile
• Easy to integrate into master systems
• Ideal for use in handling systems
• For connecting electric axes, valves, pressure regulators and sensors
Compact controller CECC
46
CMMO-ST
Operating mode Cascade controller with PI speed controller, PI current controller, P position controller
Encoder interface input RS422
Ethernet, supported protocols TCP/IP, Modbus TCP*
Protocol IO-Link®, I-Port, Modbus® TCP*
Number of digital logic inputs 1 ... 11*
Number of digital logic outputs 3 … 11*
Weight [g] 290
Nominal output current [A] 5.7
Nominal load supply voltage [V DC] 24 ± 15 %
Ambient temperature 0 … +50° C (32 ... 122° F)
Closed-loop servo controller for stepper motors
• Highest degree of operational safety
• High dynamic response• Acceleration with jerk
limitation• Positioning or force mode
operation• Monitoring different process
variables such as torque, speed, position and time
Motor controller CMMO-ST
* Depending on the product variant
Kinematics
CMMT-ST
Operating mode Cascade controller with PI speed control-ler, PI current controller, P position controller
Ethernet, supported protocols EtherCAT, EtherNet/IP, Profinet, Modbus TCP*
Number of digital logic inputs 6, 2 high speed
Number of digital logic out-puts
2
Weight [g] 350
Primary voltage 24 ... 48 V DC
Motor current 8 A/peak 10 A
Ambient temperature 0 … +50 °C (32 ... 122 °F)
Compact servo drive for stepper motors
• Auto tuning supports easy commissioning and automati-cally optimises the control response of rotary and linear motions
• Point-to-point and interpolat-ing motion as well as precise positioning
• Direct fieldbus integration for the main controller manufac-turers
Motor controller CMMT-ST
* Depending on the product variant.
47
SBSI-Q
Max. number of jobs 8
Max. number of detectors per job
32
Detectors Position tracking via contour, sample comparison
Sensor resolution Contour comparison, contrast, brightness, grey value threshold
Integrated lighting 736 x 480 pixels (wide VGA), monochrome
Degree of protection White, infrared
Ambient temperature IP67
Ethernet 0 … 50° C (32 ... 122° F)
Inputs/outputs EtherNet/IP, Ethernet TCP/IP, FTP, SMB
Ambient temperature 2 inputs, 4 outputs, 2 selectable inputs/outputs
Object sensor
• Detects incomplete parts, as well as parts that are incor-rectly positioned or oriented, or in the wrong order
• Optics, lighting, evaluation and communication
Vision sensor SBSI-Q
SBSI-B
Max. number of jobs 8
Max. number of detectors per job
2
Detectors 1D barcodes: EAN, UPC, RSS, 2/5 Interleaved, 2/5 Industrial,Code 39, Code 93, Code 128, GS1, Pharmacode, Codabar2D codes: ECC200, QR-Code, PDF 417
Sensor resolution 736 x 480 pixels (wide VGA), monochrome
Integrated lighting White, red, infrared
Degree of protection IP67
Ambient temperature 0 … 50° C (32 ... 122° F)
Serial interface RS-232, RS-422
Ethernet EtherNet/IP, EtherNet TCP/IP, FTP, SMB
Inputs/outputs 2 inputs, 4 outputs, 2 selectable inputs/outputs
Code reader
• Identification of products, components and packaging
• Barcodes• Data matrix codes
Vision sensor SBSI-B
48
SOEC
Sensing range [mm] 12 ... 32
Lights Ø 4 mm at a distance of 22 mm
Colour sensitivity tolerance Adjustable in 5 steps
Outputs 3 independent channels (PNP, NO)
Switching frequency [Hz] 500
Light source White LED (pulsed)
Protection class IP67
Operating temperature −10 ... +55° C (14 ... 131° F)
Extraordinary precision
• Selective colour detection of moving media
• Detection of objects within the entire work space
• Independent of external light sources thanks to white LED light source
• New object colours can be quickly taught in
Colour sensor SOEC
Kinematics
SOOE
Type of light Laser red, LED red*
Interface IO-Link®
Working range [mm] Standard, 30, 50 or 80
Switching output PNP or NPN
Degree of protection IP65, IP67, IP69k
Ambient temperature -40 … +60 °C
Compact and flexible
• Diffuse sensor with back-ground suppression, retro- reflective sensor and through-beam sensor
• Simple operation • Quick commissioning
Opto-electronic sensor SOOE
* Depending on the product variant
SBAL
Lighting type Surface light or ring light
Type of light White, red, infrared, clear/diffuse LED*
Nominal operating voltage 24 V DC
Ambient temperature 0 ... +50° C (32 ... 122° F)
• External surface lights/ring lights for vision sensor SBSI
Lighting SBAL
* Depending on the product variant
49
SOOC
Working range [mm] 2 ... 650
Connection type M4, M6 thread, cable, plug
Operating voltage 10 ... 30 V DC
Highly precise
• Easy to use and high- performing
• Ideal for small parts detection• Three variants: teach-in, with
display and with display and analogue output
Fibre-optic unit SOOC
SOOF
Measured variable Position
Fork width [mm] 30, 50, 80, 120
Min. detectable object diameter [mm] 0.5
Type of light Red
Setting options Teach-in, potentiometer*
Protection class IP67
Ambient temperature −10 … +60° C (14 … 140° F)
Reliable and efficient
• Transmitter and receiver in a single housing
• Material: metal or polymer• Numerous mounting types• Accurate, with high resolution
and repetition accuracy
Fork light barrier SOOF
* Depending on the product variant
Productivity
Maximum productivity is a question of ambitionDo you share this attitude? We will be glad to help you achieve this goal – through our four outstanding qualities: • Security • Efficiency • Simplicity • Competency
We are the engineers of productivity.
Discover new dimensions for your company: www.festo.com/whyfesto
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