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Telemecanique Sensors Briefing Ultrasonic sensors

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Sharon Smith
Sharon Smith

Learn more about the Telemecaniqaue world class global brand offering of a comprehensive line of sensors complying with international standards: IEC, UL CSA, CCC, GOST

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Telemecanique Sensors Briefing Ultrasonic sensors
Telemecanique Sensors – May 2016 2 2 Telemecanique Sensors portfolio A world-class global brand offering a comprehensive line of products complying with international standards: IEC, UL, CSA, CCC, GOST Other Cordsets, encoders Safety RFIDUltrasonicPhotoelectric Pressure NEMA switchesLimit switches Inductive, capacitive
Telemecanique Sensors – May 2016 3 3 Quality Our products have earned the independent approval of all the relevant bodies that govern the industries and applications we serve. All our manufacturing facilities are ISO 9001 and ISO 14001 certified. Limoges, France Batam, Indonesia
Telemecanique Sensors – May 2016 4 4 Ultrasonic sensors • Sensing distance from 5 cm to 8 m • Easy sensitivity adjustment with remote teach button • 24 V DC3, 0 – 10 V, 4 – 20 mA outputs • Dual output models for level detection The new alternative to high-end proximity switches, for all materials, ambient light immune. M18 brass body, Sn 50 mm, only 2 mm dead zone, no adjustment, 24 V DC3 output, M12 or cable. New D form, 80 x 80 mm, Sn 1 m, 0 – 70° C temperature range, 24 V DC3, 0 – 10 V, 4 – 20 mA output New
Telemecanique Sensors – May 2016 5 5 XX ultrasonic sensors Technologies • Detection of any materials without contact (no touch) • Insensitive to color, transparency, and coefficient of reflection • Very good resistance to industrial environments+ • Sensitive to important changes of temperature, air flow, humidity • Sound-absorptive materials an oddly-shaped objects are difficult to detect -
Telemecanique Sensors – May 2016 6 6 Overview — Inductive sensors Ultrasonic sensors enable detection, without contact, of any object irrespective of its: • Material (metal, plastic, wood, cardboard, etc.) • Nature (solid, liquid, powder, etc.) • Color • Degree of transparency Brand name: • OsiSenseTM XX
Telemecanique Sensors – May 2016 7 7 Technical key points — Sensing range • Sensing range Sd • Zone in which the sensor is sensitive to objects • Nominal sensing distance Sn • The rated operating distance for which the sensor has been designed; always given for a standard metal target • Assured operating distance Sa • Also called sensing window, this is the operating zone of the sensor (fixed or adjustable by teach mode) • Blind zone • Zone in which no object can be reliably detected
Telemecanique Sensors – May 2016 8 8 Technical key points — Electrical function • Output function • Normally open (NO) ̶ Corresponds to a sensor whose output changes to the closed state when an object is present in the operating zone • Normally closed (NC) ̶ Corresponds to a sensor whose output changes to the open state when an object is present in the operating zone • Complementary outputs (NO + NC) ̶ Corresponds to a sensor with a normally closed output and a normally open output
Telemecanique Sensors – May 2016 9 9 Technical key points — Output function • 3-wire type DC • NO or NC output, PNP or NPN • 4-wire type DC • NO and NC complementary outputs, PNP or NPN • 4-wire type DC • NO, PNP + NPN • Specific output signals, analog type
Telemecanique Sensors – May 2016 10 10 Discrete ultrasonic Discrete ultrasonic sensors detect any object without physical contact, irrespective of: • Material (metal, plastic, wood, cardboard, etc.) • Nature (solid, liquid, powder, etc.), color, degree of transparency Discrete sensors are available in the type shown at right.
Telemecanique Sensors – May 2016 11 11 Analog ultrasonic Analog ultrasonic sensors are used when detecting variable levels. They are available in the types shown at right.
Telemecanique Sensors – May 2016 12 12 Analogue ultrasonic • Sensor with solid-state discrete output • Cylindrical or flat formats • Sensing distances: 10 cm to 8 m • Sensor for level monitoring • For controlling 2 levels (emptying and filling levels) • Cylindrical formats Ø 18 and Ø 30 mm • Sensing distance from 50 cm to 2 m (adjustable) • Sensor with analog output • Analog output 4 – 20 mA or 0 – 10 V • Cylindrical or flat format • Sensing distances from 50 cm to 8 m (adjustable)
Telemecanique Sensors – May 2016 13 13 OsiSense guide XX range: All in an 8-page panorama for easy selection
Telemecanique Sensors – May 2016 14 14 How to choose a ultrasonic sensor? 1. Choose a body according to environment and sensing distance • Cylindrical or flat • Plastic or stainless steel • 5 cm to 8 m 2. Choose the electrical function • According to the automated function to achieve ̶ NO, NC, NO+NC, or analog • According to the "load" compatibility (contactor, PL, etc.) ̶ DC 3/4 wires PNP, NPN or 4 – 20 mA, 0 – 10 V 3. Choose the electrical connection according to habits (geographical use) • Cable or connector
Telemecanique Sensors Briefing Ultrasonic sensors

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Telemecanique Sensors Briefing Ultrasonic sensors

  • 2. Telemecanique Sensors – May 2016 2 2 Telemecanique Sensors portfolio A world-class global brand offering a comprehensive line of products complying with international standards: IEC, UL, CSA, CCC, GOST Other Cordsets, encoders Safety RFIDUltrasonicPhotoelectric Pressure NEMA switchesLimit switches Inductive, capacitive
  • 3. Telemecanique Sensors – May 2016 3 3 Quality Our products have earned the independent approval of all the relevant bodies that govern the industries and applications we serve. All our manufacturing facilities are ISO 9001 and ISO 14001 certified. Limoges, France Batam, Indonesia
  • 4. Telemecanique Sensors – May 2016 4 4 Ultrasonic sensors • Sensing distance from 5 cm to 8 m • Easy sensitivity adjustment with remote teach button • 24 V DC3, 0 – 10 V, 4 – 20 mA outputs • Dual output models for level detection The new alternative to high-end proximity switches, for all materials, ambient light immune. M18 brass body, Sn 50 mm, only 2 mm dead zone, no adjustment, 24 V DC3 output, M12 or cable. New D form, 80 x 80 mm, Sn 1 m, 0 – 70° C temperature range, 24 V DC3, 0 – 10 V, 4 – 20 mA output New
  • 5. Telemecanique Sensors – May 2016 5 5 XX ultrasonic sensors Technologies • Detection of any materials without contact (no touch) • Insensitive to color, transparency, and coefficient of reflection • Very good resistance to industrial environments+ • Sensitive to important changes of temperature, air flow, humidity • Sound-absorptive materials an oddly-shaped objects are difficult to detect -
  • 6. Telemecanique Sensors – May 2016 6 6 Overview — Inductive sensors Ultrasonic sensors enable detection, without contact, of any object irrespective of its: • Material (metal, plastic, wood, cardboard, etc.) • Nature (solid, liquid, powder, etc.) • Color • Degree of transparency Brand name: • OsiSenseTM XX
  • 7. Telemecanique Sensors – May 2016 7 7 Technical key points — Sensing range • Sensing range Sd • Zone in which the sensor is sensitive to objects • Nominal sensing distance Sn • The rated operating distance for which the sensor has been designed; always given for a standard metal target • Assured operating distance Sa • Also called sensing window, this is the operating zone of the sensor (fixed or adjustable by teach mode) • Blind zone • Zone in which no object can be reliably detected
  • 8. Telemecanique Sensors – May 2016 8 8 Technical key points — Electrical function • Output function • Normally open (NO) ̶ Corresponds to a sensor whose output changes to the closed state when an object is present in the operating zone • Normally closed (NC) ̶ Corresponds to a sensor whose output changes to the open state when an object is present in the operating zone • Complementary outputs (NO + NC) ̶ Corresponds to a sensor with a normally closed output and a normally open output
  • 9. Telemecanique Sensors – May 2016 9 9 Technical key points — Output function • 3-wire type DC • NO or NC output, PNP or NPN • 4-wire type DC • NO and NC complementary outputs, PNP or NPN • 4-wire type DC • NO, PNP + NPN • Specific output signals, analog type
  • 10. Telemecanique Sensors – May 2016 10 10 Discrete ultrasonic Discrete ultrasonic sensors detect any object without physical contact, irrespective of: • Material (metal, plastic, wood, cardboard, etc.) • Nature (solid, liquid, powder, etc.), color, degree of transparency Discrete sensors are available in the type shown at right.
  • 11. Telemecanique Sensors – May 2016 11 11 Analog ultrasonic Analog ultrasonic sensors are used when detecting variable levels. They are available in the types shown at right.
  • 12. Telemecanique Sensors – May 2016 12 12 Analogue ultrasonic • Sensor with solid-state discrete output • Cylindrical or flat formats • Sensing distances: 10 cm to 8 m • Sensor for level monitoring • For controlling 2 levels (emptying and filling levels) • Cylindrical formats Ø 18 and Ø 30 mm • Sensing distance from 50 cm to 2 m (adjustable) • Sensor with analog output • Analog output 4 – 20 mA or 0 – 10 V • Cylindrical or flat format • Sensing distances from 50 cm to 8 m (adjustable)
  • 13. Telemecanique Sensors – May 2016 13 13 OsiSense guide XX range: All in an 8-page panorama for easy selection
  • 14. Telemecanique Sensors – May 2016 14 14 How to choose a ultrasonic sensor? 1. Choose a body according to environment and sensing distance • Cylindrical or flat • Plastic or stainless steel • 5 cm to 8 m 2. Choose the electrical function • According to the automated function to achieve ̶ NO, NC, NO+NC, or analog • According to the "load" compatibility (contactor, PL, etc.) ̶ DC 3/4 wires PNP, NPN or 4 – 20 mA, 0 – 10 V 3. Choose the electrical connection according to habits (geographical use) • Cable or connector