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All the electronic sensors work on a non-contacting basis using magnets - this includes Hall and magnetoresistive sensors. The exceptions are the gear-wheel sensors which use a ferrous gear-wheel. The advantage of magnetoresistive sensors is that the same sensor, a standard small model, can be used for different operational distances. The operational distances which can be achieved depend only on the strength of the magnet used. All the models can also be delivered with non-wearing Hall sensors. Besides the various standard models, we also manufacture customised housings to your requirements.
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The QUADRO-PROX series of inductive proximity switches is available with detection ranges from 0,2 up to 18 mm. The polycarbonate or metal housings with the QUADRO® (PDF) design are ideal for heavy duty applications or where space is at a premium.
The electronics have been built to conform to industry standards. Power supply of 10 - 30V and PNP / NPN / Namur output configurations are all available.
Next to the standard products DIS also supplies many CUSTOMIZED inductive switches.
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A proximity switch is a device which causes a switching action without physical contact. SCHMERSAL proximity switches respond to targets that come within the active range of their generated sensing fields. These units are completely self-contained, and house a field generator, amplifier, and other necessary circuitry to accomplish electronic switching.
The units are all solid state and have no moving parts that can wear out. The electronic switches are not susceptible to contact contamination, contact erosion, or material transfer as are mechanical switches.
Their service life, within their specified ratings, is virtually unlimited. The switching is insensitive to vibration, and is positive (full step function) without chatter, regardles of how slowly the target approaches or recedes from the sensor
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Inductive proximity switches are designed for wear-free and non-contact detection of metal objects. For this they use a high-frequency electro-magnetic AC field that interacts with the target.
Moreover uprox+ sensors offer highest switching disntance with their unique coil concept, factor 1 and highest operational safety from the start by simple and safe mounting.
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One for all: 2 sizes fit almost all pneumatic drives. Standard: seamless adjustment within profile slot, variants for all applications.
• Sensing, contactless and contacting
• Voltage 24 V DC or 230 V AC
• Temperature range -20 ... +120 °C
• CE-compliant
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Features
High-pressure resistant version up to 500 bar
High-temperature inductive version up to 230°C
Welding and magnetic-field resistant inductive sensors
Inductive and capacitive principle
Up to triple operating distance compared with standard operating distance
Model with analog output
Design from Ø 3 up to M30
Cuboid designs
Disc design
Short-form design
Plug connector
Protection class IP 67
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The outstanding feature of the Contrinex series 700 inductive proximity switch is its one-piece stainless steel housing which, at one fell swoop, manages to eliminate the most critical weakness of this type of device. Forget damaged plastic caps, forget breakdowns due to inadequate sealing; they are things of the past! These switches are also exceptional in having very long operating distances, for instance 6 mm for the size M12 embeddable version. As a further bonus, these operating distances are also achieved on non-ferrous metals, e.g. aluminum and brass. These improvements result in completely new application possibilities for traditional inductive devices, without having to forego any of their advantages. In all others ways, they are normal proximity switches with the usual data and protection functions. Embeddable and non-embeddable versions in sizes M12, M18 and M30 are available immediately.
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The range includes different size devices for operating pressures from 100 to 500 bars. Their main applications are in high-pressure hydraulic systems. They feature a stainless-steel housing imperviously shrunk onto a ceramic disk at the sensing face.
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Balluff single and multiple position limit switches have proven themselves for decades under the most stringent conditions. They ensure flawless function under vibration, shock, rapid temperature changes, and in the presence of aggressive coolants/lubricants and heavy chip formation. Inductive single and multiple position limit switches are also characterized by high electromagnetic compatibility.
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There has always been an industrial demand for small and reliable proximity switches with very long operating distances. Thanks to the CONDIST® technology, developed and patented by the innovative Swiss company CONTRINEX, inductive proximity switches with quadruple operating distance have been launched onto the market. These switches guarantee all functionalities with operating temperatures of -25 °C ... +70 °C. They are manufactured according to the strictest quality standards, and present the user with a wide range of technically interesting and economically advantageous application possibilities. Largely compatible with standard proximity switches, they are particularly suitable for targets which are normally difficult to detect, such as small or narrow objects, non-ferrous metals, wires, etc.. The range includes N.O. and N.C. types, PNP or NPN executions, as cable or connector versions. Available in sizes M8 and M12, the devices are quasi embeddable, and contain all important protection functions, such as short-circuit protection, EMC and polarity-reversal protection.
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The Swiss sensor manufacturer Contrinex, specialized in long operating distance and miniature devices, now offers a large selection of the world's smallest, fully self-contained inductive and photoelectric proximity switches.
With housing diameters of just 3 mm up to M5, plus cuboid 5 x 5 x 25 mm formats, the sensors have electrical characteristics equivalent to larger types. In addition, they also contain all the usual built-in protection functions, such as short-circuit, voltage-reversal and overload protection, and feature high levels of EMC.
Despite their small dimensions, the inductive models offer operating distances of 0.6 to 1.5 mm. Mechanically robust, with stainless-steel housings and full potting, these devices are highly suitable for rugged applications.
The photoelectric models are available with housing diameters of 4 mm and M5, as diffuse and through-beam executions, and have operating distances from 10 to 250 mm.
These tiny sensors are ideally suited for applications where space is limited. They require no separate amplifiers, and are thus easier to install and considerably cheaper than equivalent fibre-optic solutions.
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BERNSTEIN inductive microsensors are used wherever tight conditions predominate and finite signal acquisition is essential. Despite their small design these sensors are equipped with a complete signal analyser and an integrated output stage.
The microsensors are available in Ø 3 mm to Ø 6.5 mm and square 5 x 5 mm to 10 x 5 mm styles. The sensors comply with the specifications in EN 60947-5-2. With an extensive standard product programme Bernstein has the microsensor that meets your process specifications.
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Design Features
- Adjustable operated PM7 Magnet
- Proven reedswitch reliablity
- Repeatablity of operation
- Shunt or direct magnet operation
- Multiple Mode of Operation
Product Comments
- Pocan Material Housing
- Normally Open
- Surface Mounted by single finxing hole
- Low Pofile Package 3.7mm (0.15
- Matching Package Operating Magnet PM7
Typical Applications
- Door Interlocks
- Hook Switches
- Security Systems
- Safety Interlocks
- Position Indication
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Comus can offer a complete range of proximity switches and sensors in different technologies.
The major range is using magnetic reed switches which can be operated by a permanent magnet. Rectangular, cylindrical and threaded housings are available in plastic as well as in metal. These can also be offered with integrated connectors.
Electronic proximity switches are also available using solid State Hall Effect technology.
A very interesting range are Hybrid Proximity Switches, combining the reed switch technology for sensing and the electronics for handling the higher load requirements.
A range of Economy Proximity Switches has been added for applications requiring low cost solutions.
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Yaskawa's Bestact dustproof and flood-tight proximity switches offer industry-compatible mounting capability with IP52-IP68 (~NEMA 2-6) enclosure ratings. These switches utilize Yaskawa's world-renowned Bestact logic and inductive rated (0.5 & 0.125HP) reed switches. General locations up to 510°F (265°C) and sensing distances up to 4.33" (110mm) are possible. They do not need a DC power supply or snubber/varistor protective devices and do not employ complicated amplifying circuitry that is needed for photo-electric/inductive proximity switches. They are ideal for corrosive, dirty, extreme temperature and gaseous Class I, Division 2 hazardous location environments where failure is not tolerated and reduced maintenance costs are of the utmost importance. Two-line wiring and latching capability are other features that are offered.
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We offer Advice, Components and Systems in the End-of-Arm-Tooling field.
Our remit: Customer enthusiasm, Construction on simple and robust solutions, Development with a system, Focus on the essentials
Parts for the proffesional End of Arm Tool. From EOAT Quick Change System over Profiles, Profile Connectors, Clamps, Gripperarms, Vaccumcups, Gripperfinger, Sprue gripper to Sprue cutter.
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Non-contact magnetic sensor proximity switch produces a digital output. The output produced by Hall-Effect Proximity Switch sensor switches between logic low (operate point) and logic high (release point) with presence and absence of a magnet as a target. The difference between the magnetic operate and release points is called the hysteresis of the device. The built-in hysteresis circuitry allows clean switching of the output even in the presence of external mechanical vibration and electrical noise.
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PSSM25D/30
Supply Voltage: 10 - 15Vdc.
Quiescent Current: 25mA Max.
Sensing Distance: 8mm Typical
Output Type: 5V Logic Gate (Pull Down)
Case Material: Aluminium
See Data Sheet for further information
PSSM25S/30
Supply Voltage: 4.5 - 20Vdc
Sensing Distance: 8mm Min.
Output Type: Open Collector
Case Material: Aluminium
See Data Sheet for further information
PTS25D/30
Supply Voltage: 10 - 15Vdc.
Quiescent Current: 25mA Max
Sensing Distance: 8mm Typical
Output Type: 5V Logic gate (Pull down)
Case Material: Brass-Nickel Plated
See Data Sheet for further information
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Thanks to their reliability and to their facility of use, the inductive proximity detectors are today sensors of choice for many applications in the fields of automation and robotics. They can detect metal target very and are highly insensitive with the difficult industrial environments containing dirtiness, moisture, dust and oil. Available in many faces of case and various executions, our inductive proximity detectors of quality are the result of permanent technological innovations, offering new solutions. In addition to miniature detectors allowing a more close mechanical integration, we propose a whole range of sensors at analogical exit.
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Locking bands for microcylinders
Brackets for cylinders
M8 connector
Series Q200
Series Q190
Series Q100
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Compact housing 10 x 14 x 27 mm
Small mass of just 4 grams
Scanning range of 200 mm
Teach-in button and external Teach-in input
Very small blind range
The new miniature ultrasonic sensor generation SONUS with its great performance is in the focus of general interest for good reason.
SONUS, currently the most compact ultrasonic sensors on the market, excel with their tiny housing of just 10 x 14 x 27 mm. A housing for countless applications, particularly for installation in the smallest spaces or for the assembly of several sensors in the tightest places. Ultrasonic technology permits objects to be detected regardless of their color or transparency. Due to their small mass of less than 4 grams, they are optimally suited for installation in all light, quickly-moving handling units. However, the performance data is anything but minute. The scanning range is astounding at 200 mm, for the digitally switching proximity sensors and retro-reflective types and also for the distance measuring versions with analog voltage outputs. All three sensors have a means of electronic Teach-in with a standardized Teach-in sequence. Conveniently by pushing a button on the unit or alternatively via a control input, the desired switching points and scanning ranges of the sensors and the polarity of the 0...10 VDC analog output can be adjusted to any conceivable application. Industrial applications make high demands on the installation, electrical wiring and user-friendliness of sensors. The various sensor variants, such as the cable type, M8x1 plug or cable plug, fulfill these demands. The range is completed by customized package of accessories.
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Yaskawa's Bestact™ dustproof and flood-tight proximity switches offer industry-compatible mounting capability with IP52-IP68 (~NEMA 2-6) enclosure ratings. These switches utilize Yaskawa's world-renowned Bestact™ logic and inductive rated (0.5 & 0.125HP) reed switches. General locations up to 510°F (265°C) and sensing distances up to 4.33" (110mm) are possible. They do not need a DC power supply or snubber/varistor protective devices and do not employ complicated amplifying circuitry that is needed for photo-electric/inductive proximity switches. They are ideal for corrosive, dirty, extreme temperature and gaseous Class I, Division 2 hazardous location environments where failure is not tolerated and reduced maintenance costs are of the utmost importance. Two-line wiring and latching capability are other features that are offered.
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Last born of the inductive proximity detectors, the family DuroProx proposes detectors in a case of only one part 100% stainless, with an immunity against the parasites meeting the standard INTO 61000-6-2. Available out of cylindrical cases M8, M12 and M18 in version connector, these detectors find their application in harsh environments (persistent stains, aggressive chemical mediums, disturbed electromagnetic fields) thanks to their class of protection IP68 for the front face and IP67 for the case. Their resistance authorizes even pressures to 20 bars on the front face.
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E2FM
One-piece completely stainless-steel housing with a face thickness of 0.8 mm!
The face thickness is approximately 4 times that of previous models (E2ES) to enable sensing in even more severe conditions than ever.
Chemical and Detergent Proof
The one-piece completely stainless-steel housing of the sensing section withstands the following chemicals better.
Sodium chloride
Gasoline
Dilute sodium hydroxide
Dilute hydrochloric acid
Mineral oil
Barium hydroxide
Any many others
Lineup Includes Small-diameter (M8 and M12) and DC 3-Wire Models.
Considering all application possibilities, we included small-diameter (M8 and M12) and DC 3-wire models that provided the same long-distance detection as previous M18 and M30 models.
Chip immunity performance has been provided to greatly reduce false signals caused by spatter accumulation and other causes, almost eliminating the needs for cleaning, e.g., with metal brushes.
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A process card resonant circuit is arranged with these sensors under the active surface. The electromagnetic field produced by the process card resonant circuit becomes during approximation of metals (e.g. Steel, aluminum or brass) affect. Achieves the metal the adjusted switching gap switches the exit.
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LMC-M-Mi150/Mi250 proximity switches
- Works on all metallic surfaces
- special types for corrosive atmosphere
- silicon free types available
- unlimited number of temperature cycles
- extreme long life time
- cable lenght from 3 Meter up to 20 Meter
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Function
Detection of all types of metallic objects.
Areas of use
Automated equipment, robotics, welding applications, rotation control, conveying, metering, positioning, presence of parts, dimensioning .
Advantages
No direct contact with the object to be detected, no wear and tear, very short reaction time, long life expectancy, irrespective of the number of detections, insensitive to dust and humidity, LED condition display, modularity.
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Function
Detection of all types of object, whatever the distance.
Areas of use
Automated equipment, robotics, food industrie, appearance control, dimensional control, metering, conveying, positioning etc.
Advantages
No direct contact with the object to be detected, no wear and tear, very small reaction time, long life expectancy irrespective of the number of detections, immune to dust, LED condition display.
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Description
MK4 sensors are magnetically operated Reed proximity switches designed for screw mounting. The sensor should be mounted on a fixed surface with the actuating magnet on the moving surface. Introduction or removal of the magnetic field determines the closing and opening of the Reed Switch.
Features
Form A, B and C available
High power switches available
Other cables, connectors and colors available
Various case sizes available
Five operate sensitivities available
A choice of cable terminations and lengths are available
Applications
Position and limit switch
Pneumatic or hydraulic actuator position indication and end travel limit switch
Door and window contacts
Security system applications
Level Sensor (use with magnetic floats for water level detection in coffee makers, washing machines, dishwashers)
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Description
MK17 are magnetically operated Reed proximity sensors for SMD mounting.
Lead design 1: Flat, straight leads for PCB mounting.
Lead design 2: Flat, bent SMD leads.
Lead design 3: J lead
The sensors are supplied taped & reeled according to IEC 286 / part 3 suitable for auto-placement. The special features of this series are the small dimensions of only 12.5 x 2.1 x 2.1mm and the simple internal structure (low cost version).
Features
Two operate sensitivities available
Tape and Reel available
Excellent for low power operations
No external power required for sensor operation
Applications
Electronic PCB's where all components are surface mounted
No power-requirement sensor for low power applications
Telecommunication applications
Hook switch in mobile and hard wired phones
Switching element in microphones
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