Welkom Panasonic Electric Works Sales Western Europe

Transcription

1 Welkom Panasonic Electric Works Sales Western Europe

2 World-wide - 5 Poles PEW (Europe) PEW (China) PEW (Japan) PEW (USA) PEW (Asia Pacific) Number of employees: 57,655

3 Historie 1918 Foundation of Matsushita Electric by Konosuke Matsushita 1933 Divisional concept (first of its kind in Japan) 1935 Matsushita Electric Industrial Co., Ltd. (MEI) & Matsushita Electric Works, Ltd. (MEW) were founded 1989 Foundation of EURO-Matsushita Electric Works AG in Germany, evolved from former SDS company 1999 MEW internal divisional company system Matsushita Electric Works in Europe as a united European group -Matsushita Electric Works (MEW) becomes major shareholder of SUNX 2002 Acquisition of Vossloh-Schwabe in Europe in order to expand global lighting business (PEWVS) 2004 Matsushita Electric Industrial acquired the majority of stocks for Matsushita Electric Works. Brand unification with Panasonic 2005 Name change to Panasonic Electric Works for overseas companies Name change Matsushita Electric Works, Ltd. to Panasonic Electric Works Co., Ltd. -Name change Matsushita Electric Industrial Co., Ltd. to Panasonic Corporation

4 Organisatie AVC Networks Home Appliances Components and Devices Home Appliances Building Products MEW andpanahome JVC Other Electronic & Plastic Materials Automation Controls Sales in 2008: 9,108 billion YEN = 64,778 mio EUR Employees: 305,828

5 Europese Locaties European Headquarters Holzkirchen, Germany Subsidiaries and Affiliated Companies Austria Germany Italy Netherlands (Western Europe) Spain Sweden (Malmö) Switzerland United Kingdom Sales, Branch, Representative und Procurement Offices Czech Republic France Hungary Ireland Poland Portugal Sweden (Nordic Countries) Production Facilities Austria Czech Republic Germany Italy Sweden Distributors

6 Basic Knowledge Of Photoelectric Sensors

7 What is a Sensor? Human beings use sight, hearing, smell, taste, and touch to feel various things. Instead of five senses for human beings, we can use the sensor in order to lighten the human work. Eye Nose Tongue Ear Skin Photoelectric Sensor Gas Sensor Chemo Sensor Ultrasonic Sensor Pressure Sensor and Humidity Sensor

8 Features of photoelectric sensors Non-contact detection Detects an object without contact. Non-contact sensing assures long life of the sensor and no damage to the object. Long sensing range Thru-beam sensing mode offers 30 m at the longest and even diffuse reflective sensing mode offers maximum 2m. 12 m Detects almost any object Detects almost any objects if they can cause a change in light intensity.

9 Features of photoelectric sensors High speed response time Light and electric circuits offers a high-speed response time that can respond to a high-speed machine and production line. Color identification 1 m/s The sensor detects the difference of the light intensity and identifies color. Because the color differs according to the ratio of color reflection and absorption. Precise detection Precise optical system and electronic circuit technology achieved the sensing accuracy of max. 10/1000mm.

10 Classification of Photoelectric Sensors Photoelectric Sensor (1) Structure (2) Sensing mode (3) Output circuit (4) Beam source -Amplifier built-in -Thru-beam type -Contatct -LED -Power supply built-in -Amplifier-separated -Retro-reflective type -Reflective type -Non-contact -Laser -Optical lamp -Fibre-Type

11 (1) Classification by structure Amplifier built-in type EX-10: Industry s slimmest

12 (1) Classification by structure Multi-voltage type Detecting car position at parking garage

13 (1) Classification by structure Amplifier separated type Detection and alignment of glass plate

14 (1) Classification by structure Fibre type Schending parts in feeder

15 (2) Classification by sensing mode

16 Types of thru-beamsensors General use thru-beam type + Long sensing range + Not affected by shape color or material of sensing objects (opaque). + High resistance to dirt and dust. U-shaped + Precise detection even of small objects. + Not affected by shape color or material of sensing objects (opaque). + High resistance to dirt and dust. Light curtain + Suitable for safety applications + Wide sensing area will be covered + Not affected by shape color or material of sensing objects (opaque). + High resistance to dirt and dust.

17 General use thru-beam type Detecting boxes on a conveyor

18 U-shaped Detecting wafer eccentricitiesor notches

19 Light curtain Safety on production line

20 Types of retroreflective sensors General use type + Easy beam alignment + Wiring only on one side + Hardly affected by color or material of the sensing object (opaque). Retroreflective with polarising filter + Like general use type + Even glossy objects can be detected Retroreflective for transparent objects + Like general use type + Even translucent objects can be detected

21 Types of retroreflective sensors General use type + Easy beam alignment + Wiring only on one side + Hardly affected by color or material of the sensing object (opaque). Detecting cookies on the conveyor

22 Types of retroreflective sensors Retroreflective with polarising filter + Like general use type + Even glossy objects can be detected Sensing glossy white electric appliances

23 Retroreflective with polarising filter Principle of operation: polarising filter Typical application:

24 Types of reflective sensors Diffuse reflective + Easy alignment + Dependent on the reflectance of an object Convergent reflective + Less affected by background and surroundings + Precise detection Triangulation + Most precise detection. + Almost independent from shape, colour or material of sensing object + Hardly affected by background and surroundings.

25 Types of reflective sensors Diffuse reflective + Easy alignment + Dependent on the reflectance of an object When object and the background are separated

26 Types of reflective sensors Triangulation + Most precise detection. + Almost independent from shape, colour or material of sensing object + Hardly affected by background and surroundings. Automatic door

27 Change of sensing range with sensing object

28 Types of reflective sensors

29 (3) Classification by output circuit NPN open-collector Transistor PNP open-collector Transistor Relay output DC 2-wire

30 (4) Classification by beam source R Red LED G Green LED

31 Glossary Hysteresis Repeatability Response time Ambient light

32 Glossary Degree of Protection IEC Standard: IP second fig. first fig. E.g. IP67

33 Glossary Interference Prevention Function

34 Van Sensor naar Visionsysteem Photoelectric Sensor Vision Sensor Vision System Moeilijkheidsgraad van een inspectie uitvoering eenvoudig moeilijk

35 Detecteren aanwezigheid producten op lopende band

36 Lichtschermen voor veiligheid in productie

37 Kleuren herkenning

38 Automatische deur Parkeerplaats

39 Detecteren van koekjes op lopende band

40 Lasersensors Zwart rubber Aluminium

41 Lasersensor voor bepaling dikte van rubber

42 Overzicht Visionsystemen

43 LightPix applicaties Kleur detectie Groottevan een specifieke kleur (30ms) Onderscheid tot 7 verschillende kleuren (30ms) Kleurenpatroon Herkenning (100ms)

44 LightPix applicaties Grijswaarden detectie Feature Extraction (30ms) NEW Patroon Herkenning (30ms) NEW Rand Detectie (30ms)

45 LightPix applicaties Grijswaarden detectie Rand/hoek Detectie (30ms) Grootte Detectie (30ms)

46 Machine Vision Systeem Applicaties Position detection (0-360 ) Object identification Presence check Read codes: -Barcodes: 2/5 Industrial, Code 39/93/128, EAN 8, EAN 13, UPC-A, UPC-E -2D-Codes: ECC200, QR-Code

47 Machine Vision Systeem Applicaties High accuracy measurement of lengths and distances High accuracy angle measurement Co-planarity check Surface inspection Read, identify and verify: Plain writing Laser prints / thermal prints Logos 360 orientation bent strings

48 Controleren van dop op flessen

49 Detectie van metalen onderdelen

50 Controle van juiste label op de juiste plaats

51 Thank you!