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RiKO SU07 Photo Sensor
Qualified Sensors From Taiwan RiKO
Characteristics: * The optimum sensitivity can be set easily according to different colors. * Suitable for address reading and cut mark sensing. APPLICATION: * Sealing machine The optimum sensitivity can be set easily according to different colors. * Overlap sensing of paper Detecting paper feed on different printing machines. * Address reading Sensor mounted on a travelling device. Detecting the position of the guided transportation.
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Proximity switches with background suppression FT 20 RLH-PSM4
Scanning distance adjustable from 20 to 60 mm
Laser red light 650 nm
Detection of ultra small parts
Laser protection class 1
Contamination indicator
Teach-in/key lock by push of a button/control line
N.O./N.C. selectable
Also available with 3-pin connector
Switching frequency: 1000 Hz
Different object colours and surfaces can heavily effect the detection behaviour of an energetic switch. With purely energetic evaluation, it is, for example, not possible to detect a black object in front of a white background.The white background reflects more light than the object itself.
In order to deal with such applications reliably, the background suppression procedure was developed. In this procedure, both the light reflected by the background and by the object is evaluated.The light is captured by two different receiver elements. With this procedure, it is possible to reliably detect e.g. a dark object on a light color conveyor belt.
There are two different procedures for the physical realisation of background suppression. In general, a distinction is made between a fixed and adjustable background suppression. With a fixed background suppression, the transmitter and receiver elements are rigidly mounted.
The laser units are particularly suitable for the detection of very small objects. With larger objects, a red-light or infrared sensor should be used. Only the background suppression procedure enables the detection of a dark object on a light conveyor belt.
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In various detecting devices with Bestact incorporated. and to mainlain high operation accuracy for a long period of time, sufficient investigation and consideration has been applied to the maierial sélection and design of the contact energizing magnet.
Permanent magnets used for Yaskawa's detecting devices are rare earth magnet and anisotropic ferrite magnet which are characterized by high coercive force and large energy product, thus optimum design has been achieved. Featuring excellent stable performance without demagneti-zation due to fluctuation in temperature.
Demagnetization due to aging is 2% or less tor a 10 year period.
Those magnet proximity sensors are typically used in : steel plant machinery and equipment (for raw material handling, iron making, rolling milIs), plating line, large-size material handling ma-chines, automobile manufacturing lines, elevators, cement and related equipment, power station facilities, dam equipment. pollution prevention equipment and devices. mine machinery, Chem-ical industry machinery and equipment. marine product processing machines.
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In all automated processes the use of sensors to provide information for the plc is of prime importance. Sensors supply the necessary signals on positions, end stops, levels or serve as pulse transmitters for counting jobs or for monitoring rotational speed. In industrial usage inductive and capacitive proximity switches are indispensable. As compared to mechanical switches they offer almost ideal conditions: non-contact, maintenance-free operation, high switching frequencies and switching accuracies as well as high protection against vibration, dust and humidity. Inductive sensors detect all metals without contact, capacitive sensors detect nearly all solid and liquid media such as metal, glass, wood, plastic, water, oil, etc..
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The PXS or PSS type products are sensors designed to control the opening of protective devices, machine casings and access doors.
Associated with their respective coded magnet and a controller module, they are capable of monitoring 1 or more "O" contacts
(break, closed with a magnet) and/or 1 or more "C" contacts (make, closed with a magnet). They meet the "CE" directives and
European regulations relating to machine conformity as per the standards EN60204 - EN1088 - En 954 and be covered by the
categories 1 to 4 of these standards according to the associated module (CETIM certificate).
Safety functions performed thanks to :
- Tamper-proof: the sensor, associated with its coded magnet, reduces the possibility of tampering ; a standard magnet cannot
actuate the sensor .
- Redundancy: the components are redundant. If part of the sensor fails, the redundant circuit continues to operate.
- Unbalance: associated with a controller module which checks the unbalance of the signals from the sensor, the first fault is
signaled if the switches are not actuated in the right order
Magnetic safety sensors represent an alternative to mechanical position switches in the following cases :
- Mechanical clearance required to overcome alignment or vibration problems,
- Compulsory complete sealing: industrial, food and mechanical environments,
- Longer lifetime and reliability.
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PSEN sensor technology, Safety for man and machine
Safety switches ... for safety gate and position monitoring :
Hazardous machine movements must be stopped when a guard is opened. It must not be possible to either defeat or manipulate these guards. PSEN safety switches meet this requirement and are therefore suitable for monitoring gates in safety fences for safety zones, for example.
Safety bolt ... for safety gates in a rugged everyday industrial environment :
For safety gates that are difficult to adjust or in areas where safety gates are often opened and closed, protection must be provided against defeat and manipulation, but a long material service life must also be guaranteed. PSENbolt provides a complete solution, comprising safety switch, handle and bolt.
Safe camera systems : to monitor two-dimensional (2D) or three-dimensional (3D) zones.
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BNS range magnetic safety sensors serve to monitor the position of sliding, hinged and removable safety guards. Sensors without integral evaluation can only be used for safety duties to DIN VDE 0660-209 in combination with a safety guard monitor of the AES / AZR range for protection up to Control Category 4 to EN 954-1, see chapter 10.2.
The use of magnetic safety sensors is of particular advantage in cases where extremely dirty conditions can occur or high hygienic standards need to be maintained. This is provided by the simplicity of cleaning the units.
A further advantage is the facility for concealed mounting under non-magnetic materials. Working surfaces and storage areas can be arranged without the need for dust-collecting edges or other functionally required cut-outs or projections.
BNS range magnetic safety sensors can also be used in cases where a precise approach is not possible and greater tolerances are required.
Schmersal make both standard and AS-i Safety at Work magnetic safety sensors.
Click here to see the AS-i models Or for the standard models click below
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Honeywell Sensing and Control ultrasonic distance sensors solve tough position sensing problems, detecting targets made of practically any material. They work in dry, dusty environments. Particularly useful where other sensing technologies have difficulty, such as: clear or shiny objects, foggy or particle laden air, splashing liquids, etc. Also where larger sensors or longer sensing distances are required.
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In the area of modern industrial sensors, Mayser offers you a tailor-made, intelligent solution: the efficient ultrasonic sensor USIE with extremely flat noise characteristics, which has a blind zone of just one centimetre and an operating range of 200 centimetres.
The new sensor series is based on an ultrasonic converter with excellent adaptation to the medium of air. Interaction with a high gain analogue electronic system results in unique reception sensitivity, enabling scanning of small objects at great distances. For example, a wire with a diameter of one millimetre can be reliably detected at a distance of 1000 millimetres.
Applications:
- Industrial sensors
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The RPS-400-30 has a 22mm barrel housing, completely self -contained, 12-30VDC powered ultrasonic proximity sensor. A sealed transducer provides protection in environments where dirt and moisture are a problem. The sensor is constructed of Delrin plastic with a silicone rubber sensing face. This sensor is range or distance sensitive, enabling the sensor to detect objects within the desired range, and reject objects outside the desired range.
The RPS-400-30 is a solid state sensor and has an NPN open collector transistor output. For initial setup purposes, a built in LED indicator illuminates when the ultrasonic waveform is reflected back to the unit within the preset range.
The sensing range is fixed at less than 5in. by connecting the green lead to the black lead of the cable; or adjustable up to 30in. by connecting a resistor/potentiometer between the green and black leads. The resistor chart on our catalog sheet PDF provides resistor values and approximate resulting sensing ranges.
The ultrasonic sensor can be used as a proximity sensor or level sensor. It is equally effective on liquid, metal, plastic and glass targets regardless of color, density, or transparency. Standard 6ft. cable is provided. Optional cable lines are available.
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• M18 and M30 PBT housing
• Sensing distance: 60 - 3500 mm
• Remote Teach by wire
• Outputs: 2 multi function switching outputs PNP, NPN,
NO or NC
• Setup of "Normal Switching", "Window" or "Adjustable
Hysteresis" function
• Power supply: 12 to 30 VDC
• 8° beam angle
• Protection: Short-circuit, reverse polarity, transients
• Protection degree IP 67
• Cable or M12 plug, 5 pin
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Ultrasonic sensor UT 20-240-AIM4
Range to 240 mm
analogue
teach-in
4 ... 20 mA
plug M8 4 pins
product data
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The RPS-322 (model shown) has 2 sealed stainless steel multiplexed transducers, independent range control adjustments, LED indicators, and form C relay outputs.
The transducer head is constructed of 303 grade stainless steel with a 302 grade stainless steel sensing face, and is best suited for environments where dirt and moisture are a problem, as well as some chemical environments. This sensor also has a unique master and slave feature which enables many of the same units to be used within close proximity of one another without cross-talk interference. For example, if three sensors are needed in a close area, one sensor would be left as a master and the other two would be slaves.
The remote transducers allow for mounting of the sensor heads in cramped spaces while the controller is out of the way. The (2) independent and isolated form C relays furnish N.O. and N.C. outputs. This sensor operates at a frequency of 150kHz for the 72" range. This sensor has a narrow sensing beam. Mounting flanges, LED indicators, ranging potentiometers, and 6-ft. transducer cables are included. Optional cable lengths are available.
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RECHNER's series 95 capacitive sensors with relay output are incredibly versatile level probes. The universal supply voltage range from 20...250 V AC/DC, the simple mounting and installation and the potential-free relay output are all key benefits for the user. Further advantages are provided by the integrated intelligent micro controller technology. This allows various options, like adjustable time relay (from 1 sec. up to 10 min.) and changeable on- or off-delay. RECHNER's High Performance Technology is also incorporated into these sensors guaranteeing the best in quality and reliability. Moreover the sensors have a low power consumption of only 2 mA. The sensors are available with body sizes of M 30 x 1.5, M 32 x 1.5 and in a slightly tapered smooth bodied sensor 32 mm in diameter.
A PG36 pressure type connection is available as an accessory. The sensors can be connected to PLC's or the user can connect directly for control purposes to a max. 1 A.
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Honeywell environment sealed proximity sensors use a variety of technologies, including Eddy Current Killed Oscillator (ECKO) and Hall-effect, which are used to detect metallic objects passing in front of the sensing face. Once a target metal is detected, a trigger signal is produced and passed through the output conditioning circuitry to give an output that can be configured according to the sensor's application. These rugged, one or two-piece products meet demanding requirements such as temperature, vibration, shock and EMI/EMP interference. They are available in a variety of housing materials and termination styles, and meet military standards.
Best Used For:
Harsh environments such as aerospace, ordnance and marine applications.
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OA-6000
Long range detection area
OPTEX OA-6000 provides a long range detection area even from high mounting position.
High mounting position
with sufficient sensitivity
Stable detection performance at high mounted position.
Stable operation
OPTEX OA-6000 will not activate shutters by too much of a wide detection area.
Flexibility
Detection area can be adjusted 160º vertically and 360º horizontally.
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Analog Sensor
Technological applications: monitoring of positioning, movement, deformation (detectors with analog output signal).
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Detector of position for the good and bad material detection conducting of electricity. adjustable the nominal range of the detector is let regulate by means of a potentiometer. The detectors high temperature the detectors resisting the high temperatures normally consist of a head of detection planned for the high temperatures and of a separate electronic module. They are connected together by a cable with Teflon sheath. Favour: detection until 200° turnover
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The SC200 capacitive point level switch is an excellent solution for applications with space limitations. It senses virtually any type of medium and also performs well when coating or product build-up becomes a concern. The unit features an LED for switch point status as well as a potentiometer to adjust the sensitivity of the unit.
SPECIFICATIONS
SC200
Operating Voltage: 12...30Vdc
Current Consumption: 3mA
Adjustment Potentiometer switch point
Output: PNP (3 wire)
Operating Temperature: 14 to 176ºF
RL202: Controller for AC Power Supply
Operating Voltage: 115 or 230Vac (50/60Hz)
Output: 1 SPDT (5A - 250Vac)
Operating Temperature: 14 to 140ºF
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capacitive sensors
- starting at size M12
- plug or cable connection
- normally open, normally closed output
- stainless steel, brass-, plastic housings
- short circuit protection/reverse battery protection/overload protection
- special designs on request
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Features:
- Available in flush mountable body style
- Nickel plated housing with IP67 and IP69 protection rating
- Sensing distance of 2 mm (0.078” to 15 mm (0.591”)
Capacitive proximity sensors are ideal for sensing non-metal objects or for level control of fluids and granular material.
Adjustment can be used to zero out the presence of an object allowing the sensor to sense "through" a bulk material or liquid level.
The operating distance of a capacitive sensor is related to the dielectric constant (εr) of the object material to be detected. The higher the value of εr, the easier the detection of the object will be. The object to be detected through must have a lower εr value.
The threshold level is adjustable via a 20-turn potentiometer located at the rear of the sensor
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general data mounting type shielded
nominal sensing distance Sn 4 mm
nominal sensing distance Sn adjustable 0,5 ... 4 mm
temperature drift ± 15% (+10 ... +70 °C)
sensitivity adjustment Pot, 270°
output indicator LED yellow
electrical data voltage supply range +Vs 10 ... 30 VDC
current consumption max. 20 mA
output current < 200 mA
voltage drop Vd < 1,5 VDC
switching frequency < 50 Hz
short circuit protection yes
reverse polarity protection yes
mechanical data type cylindrical
housing material PBT
dimension 12 mm
housing length 60 mm
connection types cable
ambient conditions operating temperature -25 ... +75 °C
protection class IP 65
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Level and feed monitoring - that is one of the attributes of capacitive sensors. Irrespective of whether it involves a solid material such as paper or wood, granules or liquids. They reliably detect the status of the product in the production process and during final inspection.
Capacitive sensors supplied by SICK are always convenient to use. Sensing ranges between 1 and 25 mm allow clearance in almost any installation situation and they are extremely adaptable for a wide range of applications.
Thereby these sensors are suitable for extremely adverse industrial environments. Impurities and contamination, dust and airborne spray particles have little effect upon them as does electro-magnetic interference. No wonder that they are installed in the most diverse branches of industry. In the food industry, car industry or in storage and conveying technology.
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Warner Electric has many years of experience in applying sensors and switches in motion control applications. Our broad range of innovative and technologically advanced products offers our customers the exact solution to satisfy their sensing applications needs.
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Features:
Narrow, 7° sonic beam
High resolution 500 KHz ultrasonic frequency
Fast response - as fast as 1.5 ms sampling rate
Self-contained, 18mm barrel or flat-profile housing styles
Field programmable capability in 18 mm and flat-profile models
DeviceNet capability available in flat-profile models
CE Certified
When short-range sensing applications demand repeatable and reliable On/Off control performance, the high-frequency, fixed-window SUPERPROX® Model SM600 Series ultrasonic proximity sensors are the ideal solution. These noncontact, self-contained sensors are unmatched for the reliable detection of objects of all kinds, transparent or opaque, liquid or solid, and as small as 1.6 mm (0.06") rod diameter, regardless of color or shape. Offering a variety of sensing ranges, up to 305 mm (12"), and fixed sensing windows, this series provides for the convenient placement of SM600 sensors throughout the plant.
Given the capability to “back off” from formerly “nearly-touching” mounting positions, these sensors are the solution for such applications as: metal parts as close as 25 mm (1"), moving back-to-back at speeds in excess of 2000 per minute. Others include: cap presence and/or tilt detection, fill-level checking, fill-tube-presence monitoring, downed container detection, case inspection, detection of container edges, web monitoring and CD case inspection where opacity, color and height vary, and wherever there’s a need to upgrade a metal prox function.
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Half-threaded M12x1 Hall Effect sensor Uninflammable nylon glass body sensor
Threaded M12x1 Hall Effect sensor Uninflammable nylon glass body sensor
Cylindrical Hall-Effect sensor diam. 8 Uninflammable nylon glass body sensor
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1-60,000 RPM. The P5-11 Proximity Sensor is a rugged industrial 2 wire probe style inductive sensor. It can be used 0.2 inches (5mm) from a 0.5 inch (12mm) metallic target such as a bolt head or shaft locking key.
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Proximity Sensors are available in models using high-frequency oscillation to detect ferrous and non-ferrous metal objects and in capacitive models to detect non-metal objects. Models are available with environment resistance, heat resistance, resistance to chemicals, and resistance to water.
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inductive sensors
- starting at Ø 3mm
- DC-, Namur- and AC-versions
- plug or cable connection
- normally open, normally closed, antivalent output
- 2-, 3- und 4-wire technology
- stainless steel, brass-, plastic housings
- short circuit protection/reverse battery protection/overload protection
- pressure resistant sensors up to 300 bar
- special designs on request
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Osiprox XS6 Auto-adaptable 12 mm Barrel Inductive Sensor
Features:
Auto-Adaptable Capability
Self-contained, 12 mm housing style
Sensing Range up to 9 mm (.35")
UL Approved
CE Approved
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