<B>Telemecanique Inductive Proximity Sensors OsiSense XS.</B> Telemecanique Inductive Proximity Sensors OsiSense XS series allow you to detect all types of objects in various applications providing high detection performance for metal objects. This inductive sensor range with industry recognised high performing technology provide non-contact detection of material up to 20 mm. Inductive proximity sensors are available in flush and non-flush models (shielded and non-shielded). Telemecanique range of inductive proximity sensors are purely for detecting any metal objects up to 60 mm and include an oscillator with windings (an alternating magnetic field is generated in front) making up the sensing phase. <B>Styles Available.</B> <ul><li>Flush and Non-Flush (shielded and non-shielded).</li><BR/><li>Short and long body.</li><BR/><li>PNP and NPN versions (compatible with PLCs and controllers).</li><BR/><li>2 Wire DC, AC or AC/DC versions (available to be installed as a limit switch).</li><BR/><li></li></ul> <B>How do they work and where can I use them?</B> Inductive proximity sensors contain a coil and an oscillator, these create an electromagnetic field close to the sensing surface. When metal enters this field, a change occurs in the oscillating amplitude. This, in turn, changes the sensor output, showing you and equipment that metal has been sensed. Inductive proximity sensors are suitable for use most industries. Inductive sensors are unaffected by oil, dirt or surface finish and can be used in high vibration and high shock areas. <B>Applications.</B> <ul><li>Railway, Mobile equipment, Lifts and escalators, Hoisting.</li><BR/><li>Material handling, conveying, logistics.</li><BR/><li>Material working, machine tools, Packaging.</li><BR/><li>Food and beverage, Pharmaceutical, Robotics.</li></ul> <B>XS112B3PBM12 General Purpose Inductive Proximity Sensor (XS).</B> <ul><li>XS1 Sensor.</li><BR/><li>Mobile equipment application.</li><BR/><li>Cylindrical (barrel) M12.</li><BR/><li>Size 50 mm.</li><BR/><li>Fixed body, Flush mountable.</li><BR/><li>Nickel plated brass, PPS Front.</li><BR/><li>Discrete signal, 3-wire.</li><BR/><li>Output 1 NC, DC circuit, PNP.</li><BR/><li>4 pins M12 male connector.</li><BR/><li>[Us] rated supply voltage 12 to 24 V dc (reverse polarity protection).</li><BR/><li>M12 x 1 thread.</li><BR/><li>Front detection.</li><BR/><li>1 LED, yellow output.</li><BR/><li>Threaded length 30 mm, Length 50 mm.</li><BR/><li>IP65 conforming to IEC 60529, IP67 conforming to IEC 60529.</li><BR/><li>CE marked.</li></ul> <B>Certificates.</B> <ul><li>UL, CSA, E2.</li></ul>

<B>Telemecanique XU range photoelectric Sensors (M18 Cylindrical).</B> Telemecanique OsiSense XU Photoelectric sensors provide you everything you require from photoelectric proximity sensors for applications within material handling to food and beverage industries. Various functions are available, diffuse mode, (BGS) Background suppression, polarize reflex, laser reflex and through-beam and through beam. The UX range further is available in 4 internationally recognised formats: <ul><li>General purpose. Lasers. Forks and frames. Specific application sensors.</li></ul> <B>How do they work and where can I use them?</B> <ul><li>An OsiSense Photoelectric has a light beam transmitter (light-emitting diode, LED) and a light-sensitive receiver (photo-transistor). A light-emitting diode is an electronic semi-conductor component emitting light when electric current flows through it. The light can be visible or invisible, depending on the transmission wavelength.</li></ul> <ul><li>An object is detected when it enters the transmitted light beam and, in so doing, affects the intensity of the light at the receiver. </li></ul> <ul><li>Depending on the model and application requirements, the transmission beam is either non-visible infrared or ultraviolet (for detection of luminescent materials). It may also be a visible red or green (for colour mark reading etc.) and laser red (for long sensing distance and short focal length).</li></ul> <ul><li>The advantage of LEDs is their very fast response. To render the system insensitive to ambient light, the current flowing through the LED is modulated to produce a pulsed light transmission. Only the pulsed signal will be used by the photo-transistor and processed to control the load.</li></ul> <B>Photelectric Sensor Systems Available.</B> <B>Through-Beam or Multimode (set in through-beam mode).</B> <ul><li>Longer sensing distance – (up to 100 m – XUBL line).</li><BR/><li>Precise detection with high repeat accuracy.</li><BR/><li>Not affected by colour or position angle.</li><BR/><li>Good resistance to difficult environments – example- dust, dirt.</li><BR/><li>When using several sensors ensure the sensors do not disrupt each other.</li></ul> <B>Polarised Reflex system or Multimode (with reflector accessory).</B> <ul><li>Medium sensing distance – (up to 15 m).</li><BR/><li>Precise detection.</li><BR/><li>Only one unit wired.</li><BR/><li>No effect on detection by colour or position angle.</li><BR/><li>Visible Red beam transmission.</li><BR/><li>When using several sensors ensure the sensors do not disrupt each other.</li></ul> <B>Multimode sensor (with reflector accessory).</B> <ul><li>Easy alignment. 3 LEDs providing set-up assistance.Anti-interferance function (2 sensors can be used with no alignment precautions). Semi-transparent objects detected by using teach mode function.</li></ul> <B>Diffuse System or Multimode.</B> <ul><li>Short sensing distance. Only one unit to be wired.</li><BR/><li>Easy to use. Fast response. Low cost.</li><BR/><li>Sensitive to background colours and the working environment (dirt, dust).</li><BR/><li>When using several sensors ensure the sensors do not disrupt each other.</li></ul> <B>Optical Forks.</B> <ul><li>Made from metal a strong and sturdy sensor suitable for packaging and conveying applications with label detection. No alignment needed in through-beam mode.</li><BR/><li>Only one connection needed. LEDs. Adjustable or fixed. Detect small parts – minimum size detected to 0.05 mm.</li><BR/><li>High switching frequency from 4 kHz to 25 kHz. – excellent for higher operating rates.</li></ul>

<B>Telemecanique Inductive Proximity Sensors XS Flat form (block).</B> Telemecanique Inductive Proximity Sensors OsiSense XS series allow you to detect all types of objects in various applications providing high detection performance for metal objects. This inductive sensor range with industry recognised high performing technology provide non-contact detection of material up to 20 mm. Inductive proximity sensors are available in flush and non-flush models (shielded and non-shielded). <B>Styles Available.</B> <ul><li>Flush and Non-Flush (shielded and non-shielded).</li><BR/><li>Short and long body.</li><BR/><li>PNP and NPN versions (compatible with PLCs and controllers).</li><BR/><li>2 Wire DC, AC or AC/DC versions (available to be installed as a limit switch).</li></ul> <B>How do they work and where can I use them?</B> Inductive proximity sensors contain a coil and an oscillator, these create an electromagnetic field close to the sensing surface. When metal enters this field, a change occurs in the oscillating amplitude. This, in turn, changes the sensor output, showing you and equipment that metal has been sensed. Inductive proximity sensors are suitable for use most industries. Inductive sensors are unaffected by oil, dirt or surface finish and can be used in high vibration and high shock areas. <B>Applications.</B> <ul><li>Railway, Mobile equipment, Lifts and escalators, Hoisting.</li><BR/><li>Material handling, conveying, logistics.</li><BR/><li>Material working, machine tools, Packaging.</li><BR/><li>Food and beverage, Pharmaceutical, Robotics.</li></ul> <B>XS7F1A1PAL01M8 General Purpose Inductive Proximity Sensor (XS).</B> <ul><li>XS7 Sensor.</li><BR/><li>General purpose.</li><BR/><li>Flat form (block) 15 x 32 x 8.</li><BR/><li>Size 8 mm.</li><BR/><li>Fixed body, Flush mountable.</li><BR/><li>Plastic (PBT), PBT front.</li><BR/><li>Discrete signal, 3-wire.</li><BR/><li>Output 1 NO, DC circuit, PNP.</li><BR/><li>3 pins M8 remote male connector, (cable length 0.15 m).</li><BR/><li>[Us] rated supply voltage 12 to 24 V dc (reverse polarity protection).</li><BR/><li>Front detection.</li><BR/><li>1 LED, yellow output.</li><BR/><li>Height 32 mm.</li><BR/><li>Width 15 mm.</li><BR/><li>Depth 8 mm.</li><BR/><li>Weight 0.045 Kg,</li><BR/><li>IP68 conforming to IEC 60529.</li><BR/><li>Vibration resistance to IEC 60068-2-6.</li><BR/><li>Shock resistance to EN 60068-2-27.</li><BR/><li>CE marked.</li></ul> <B>Certificates.</B> <ul><li>UL, CSA, C-Tick.</li></ul>

XCS-DMC/XCS-DMP Coded Magnetic Switches, Rectangular XCS-DM coded magnetic safety switches are designed for monitoring the doors, covers and guards of industrial machines with imprecise guiding and low inertia. These safety switches are ideally suited for machines subjected to frequent washing or liquid spray. They protect the operator by immediately stopping any dangerous movement as soon as the distance between the switch and its magnet is greater than 8mm (5mm for XCS-DMC).<BR/>XPS-DM safety modules are specifically designed for monitoring the coded magnetic safety switches. When the XCS-DM safety switch is used in conjunction with the XPS-DM safety relay they offer a certified safety solution for guard monitoring. Coded magnetic safety switch Actuation on 3 sides: face to face and face to side<BR/>8mm tolerance to misalignment (5mm for XCS-DMC)<BR/>LED versions have an LED in series with one N/C giving indication when guard is closed <BR/>Coded reed technology - switch cannot be totally defeated by a simple magnet<BR/>Rectangular plastic housing<BR/>Dimensions: compact: H51 x W16 x D7mm, standard: H88 x W25 x D13mm<BR/>Available pre-cabled or with connector on flying lead<BR/>IP66/67 protection in accordance with EN/IEC 60529<BR/>ROHS compliant Safety module Allows multi-switch monitoring to Safety Category 4 solutions in accordance with EN954-1/ISO 13849-1<BR/>XPS-DMB can monitor 2 independent sensors and modules, XPS-DME can monitor 6 independent sensors and modules<BR/>2 safety outputs and 2 solid state outputs for signalling to the process PLC<BR/>LEDs on the front face provide information on the monitoring circuit status<BR/>Dimensions: H99 x W22 x D114mm<BR/>IP20 protection on terminals and IP40 protection on enclosure, in accordance with EN/IEC 60529

The Telemecanique Sensors Limit Switch features a fixed-body, miniature design with a plunger head made of plastic and Zamak. It has a spring return roller plunger metal operator, linear movement, and a lateral approach in two directions. It includes 1 NC + 1 NO contacts with snap action, suitable for standard limit switch applications. Switch actuation by 30° cam<BR/>Electrical connection fixed cable<BR/>Cable length 1 m

The Telemecanique Sensors Limit Switch features a fixed-body, miniature design with a rotary head made of plastic and Zamak. It has a spring return roller lever thermoplastic operator, rotary movement, and a lateral approach in two directions. It includes 1 NC + 1 NO contacts with snap action, suitable for standard limit switch applications. Tracks 24 or 31 mm<BR/>Switch actuation by 30° cam<BR/>Electrical connection fixed cable<BR/>Cable length 1 m

The Telemecanique Sensors Limit Switch is a miniature, fixed-body device with a plunger head made of plastic and Zamak. It features a spring return roller plunger made of metal and operates with a traverse approach in 2 directions. The switch has 1 NC + 1 NO contacts with snap action and is a 2-pole configuration. Switch actuation by 30° cam<BR/>Electrical connection fixed cable<BR/>Cable length 8 m

The Telemecanique Sensors Limit Switch features a miniature sensor design with a fixed body and plunger head. It has a spring return metal plunger and operates with linear head movement. The switch offers a vertical approach in one direction and includes 1 NC and 1 NO snap-action contacts. The housing is made of plastic, and the head is made of Zamak. Switch actuation on end<BR/>Electrical connection fixed cable<BR/>Cable length 2 m

The Telemecanique Sensors Limit Switch features a fixed body, rotary head, and lateral approach. It includes 2 poles with 1 NC and 1 NO snap action contact, operated by a spring-return round rod lever. Switch actuation by any moving part<BR/>Electrical connection fixed cable<BR/>Cable length 1 m

The Telemecanique Sensors Limit Switch is a miniature, fixed-body device with a rotary head made from plastic and Zamak. It features a spring return roller lever with a thermoplastic end and operates with a lateral approach in 2 directions. The switch has 1 NC + 1 NO contacts with snap action and is a 2-pole configuration. Tracks 24 or 31 mm <BR/>Switch actuation by 30° cam<BR/>Electrical connection fixed cable

The Telemecanique Sensors Limit Switch is a miniature, fixed-body device with a multi-directional head made from plastic and Zamak. It operates with a spring return spring rod with a thermoplastic end and has a multi-directional approach. The switch has 1 NC + 1 NO contacts with snap action and is designed for general-purpose use with a 2-pole configuration. Switch actuation by any moving part<BR/>Electrical connection fixed cable<BR/>Cable length 2 m

The Telemecanique Sensors Limit Switch features a miniature, fixed-body design with a plunger head made of plastic and Zamak. It has a spring return roller lever thermoplastic operator with rotary motion, lateral approach in two directions, and 1 NC + 1 NO contacts with snap action. Tracks 24 or 31 mm<BR/>Switch actuation by 30° cam<BR/>Electrical connection fixed cable<BR/>Cable length 1 m