F 50 photoelectric sensors and proximity sensors in compact housings

Transcription

1 F 0 photoelectric sensors and proximity sensors in compact housings The reliable standard series made in Germany The photoelectric sensors and photoelectric proximity sensors of the F 0 series are virtually synonymous with versatile use and particularly reliable products. They have guaranteed usersatisfaction in a wide variety of sectors from the automotive industry, through mechanical engineering and wood processing, to the packaging and print industries. The F 0 sensors reliable detection (with laserlight, redlight or infrared LED options) and precise background suppression are impressive. Automation tasks such as (small) part detection, checking presence and positioning are their usual areas of use. SensoPart also offers product variants for special applications: for example, the FR 0R RL autocollimation photoelectric sensor that can detect objects from a range of 0 mm. The sensors of the F 0 series, however, not only offer very reliable operation, but also make users lives easy. Thus mounting is considerably simplified by the connection plug that can be rotated through 70 and the well thoughtout mounting accessories, while adjustment and commissioning are also easy and userfriendly thanks to the direct numeric display. You simply cannot go wrong with an F 0 device! Well thoughtout mounting accessories: SensoPart offers the right mounting aid for almost every mounting situation. This considerably simplifies sensor installation and adjustment. Designs with a supplementary protective function are also available. TYPICAL F 0 Universal use in numerous automation applications Autocollimation variants with high precision and no blind zone Precise background suppression Laser, LED or infrared light transmitter options Simple adjustment via potentiometer, with numeric display Rotatable plug (70 ) Well thoughtout mounting accessories ULcertification F 0 Product Overview Adjustment Scanning distance range Special features Page Photoelectric proximity sensors with background suppression FT 0 RLH Laser Potentiometer 0 mm Most accurate smallpart detection FT 0 RLHD Laser Potentiometer 00 mm Most accurate smallpart detection FT 0 RH LED Potentiometer 00 mm 6 FT 0 IH Infrared Potentiometer 600 mm Photoelectric proximity sensors FR 0 RL Laser Potentiometer m Autocollimation 0 FR 0 R LED Potentiometer 6 m Autocollimation Throughbeam photoelectric sensor FSFE 0 I Infrared Potentiometer m 0

2 FT 0 RLH Laser photoelectric proximity sensor with background suppression Particularly suitable for detecting the smallest of objects Precisely adjustable background suppression Simple scanning distance adjustment thanks to indicator scale High switching frequency of 00 Hz Scanning distance Laser Class (DIN EN 60:00) Hysteresis Operating voltage, load current, I 0 Switching output, Switching frequency, f (titp :) Connection, WH Laser, red, 6 nm See table < % 0 0 V DC 0 ma 00 ma Reversepolarity protection, U B shortcircuit protection () 00 Hz 00 μs Scanning distance adjustment 0 x 0 x 7 mm IP C 0 0 C 0 g 0 g EN 6097 Connection, pin Scanning distance (mm) Light spot diameter (mm) WH WH: From Page 6 Connection, pin with contamination output WH WH: Reference material: grey, % reflectivity % % Max. 0 % ripple, within U B At V DC 6 Scanning distance Switching output Contamination output Part number Article number, antivalent (), antivalent () FT 0 RLHPAL FT 0 RLHNAL FT 0 RLHPSVL FT 0 RLHNSVL FT 0 RLHPAK FT 0 RLHNAK FT 0 RLHPSVK FT 0 RLHNSVK Version: 060. Subject to changes; diagrams similar Version: 060. Subject to changes; diagrams similar

3 FT 0 RLHD Laser photoelectric proximity sensor with background suppression Precise small part detection even at long scanning distances of up to 00 mm Very small, easily visible laser light spot Precisely adjustable background suppression High switching frequency of 00 Hz Scanning distance Laser Class (DIN EN 60:00) Hysteresis Operating voltage, load current, I 0 Switching output, Switching frequency, f (titp :) Connection, WH 0 00 mm Laser, red, 60 nm See table < % 0 0 V DC 0 ma 00 ma Reversepolarity protection, U B shortcircuit protection (), antivalent 00 Hz 00 μs Scanning distance adjustment 0 x 0 x 7 mm IP C 0 0 C 0 g 0 g EN 6097 Connection, pin Scanning distance (mm) Light spot diameter (mm) WH WH: 0 x.7 0. x.7 From Page 6 Connection, pin with contamination output WH WH: x. x.. x.. x.. x x Reference material: grey, % reflectivity % % Max. 0 % ripple, within U B At V DC 6 Scanning distance Switching output Contamination output Part number Article number 0 00 mm 0 00 mm 0 00 mm 0 00 mm 0 00 mm, antivalent (), antivalent FT 0 RLHDPAL FT 0 RLHDNAL FT 0 RLHDPSVL FT 0 RLHDPAK FT 0 RLHDNAK Version: 060. Subject to changes; diagrams similar Version: 060. Subject to changes; diagrams similar

4 FT 0 RH Photoelectric proximity sensor with background suppression Precisely adjustable background suppression Simple scanning distance adjustment thanks to indicator scale Optional contamination output Plug connector rotatable Scanning distance LED, red, 660 nm x mm Scanning distance adjustment Connection, pin U B WH Connection, pin with contamination output WH Operating voltage, load current, I 0 Switching output, Switching frequency, f (titp :) Connection, WH 0 0 V DC ma 00 ma Reversepolarity protection, U B shortcircuit protection () 000 Hz 00 μs 0 x 0 x 7 mm IP C 0 0 C 0 g 0 g EN 6097 WH: WH: From Page 6 Reference material: grey, % reflectivity At scanning distance of 00 mm Max. 0 % ripple, within U B At V DC 6 Scanning distance Switching output Contamination output Part number Article number, antivalent (), antivalent () FT 0 RHPAL FT 0 RHNAL FT 0 RHPSVL FT 0 RHNSVL FT 0 RHPAK FT 0 RHNAK FT 0 RHPSVK FT 0 RHNSVK Version: 060. Subject to changes; diagrams similar Version: 060. Subject to changes; diagrams similar 7

5 FT 0 IH Infrared photoelectric proximity sensor with background suppression Long scanning distance of 600 mm Precisely adjustable background suppression Simple scanning distance adjustment thanks to indicator scale Optional contamination output Scanning distance Hysteresis LED, infrared, 0 nm 0 x 0 mm < % Scanning distance adjustment Connection, pin U B WH Connection, pin with contamination output WH Operating voltage, load current, I 0 Switching output, Switching frequency, f (titp :) Connection, WH V DC 70 ma 00 ma Reversepolarity protection, U B shortcircuit protection () 00 Hz 6 μs 0 x 0 x 7 mm IP C 0 0 C 0 g 0 g EN 6097 WH: WH: From Page 6 Reference material: grey, % reflectivity At scanning distance of 00 mm % % Max. 0 % ripple, within U B At V DC 6 7 Scanning distance Switching output Contamination output Part number Article number, antivalent (), antivalent () FT 0 IHPAL FT 0 IHNAL FT 0 IHPSVL FT 0 IHNSVL FT 0 IHPAK FT 0 IHNAK FT 0 IHPSVK FT 0 IHNSVK Version: 060. Subject to changes; diagrams similar Version: 060. Subject to changes; diagrams similar 9

6 FR 0 RL Laser retroreflective photoelectric sensor Autocollimation principle for maximum precision even at long ranges blind zone detection from range of 0 mm Particularly suitable for detecting the smallest of objects High switching frequency of 00 Hz Very small, easily visible laser light spot Limit operating range Operating range Laser Class (DIN EN 60:00) Operating voltage, load current, I 0 Switching output, Switching frequency, f (titp :) Connection, WH 0 m 0 0 m Laser, red, 60 nm See table 0 0 V DC 0 ma 00 ma Reversepolarity protection, U B shortcircuit protection () 00 Hz 00 μs Sensitivity adjustment 0 x 0 x 7 mm IP 67 0 C 0 0 C 0 g 0 g EN 6097 Connection, pin Operating range (m) Light spot diameter (mm) Reflectors WH WH: Connection, pin with contamination output WH WH: From Page 6 From Page 6 Reference material: RL reflector Max. 0 % ripple, within U B At V DC Operating range Switching output Contamination output Part number Article number 0 0 m 0 0 m 0 0 m 0 0 m 0 0 m 0 0 m 0 0 m 0 0 m, antivalent (), antivalent () FR 0 RLPAL FR 0 RLNAL FR 0 RLPSVL FR 0 RLNSVL FR 0 RLPAK FR 0 RLNAK FR 0 RLPSVK FR 0 RLNSVK Version: 060. Subject to changes; diagrams similar Version: 060. Subject to changes; diagrams similar

7 FR 0 R Retroreflective photoelectric sensor Autocollimation principle for maximum precision even at long ranges blind zone detection from range of 0 mm Simple alignment thanks to easily visible light spot Plug connector rotatable Limit operating range Operating range 0 6 m m LED, red, 660 nm See table Sensitivity adjustment Connection, pin U B WH Connection, pin with contamination output WH Operating voltage, load current, I 0 Switching output, Switching frequency, f (titp :) Connection, WH 0 0 V DC 0 ma 00 ma Reversepolarity protection, U B shortcircuit protection () 000 Hz 00 μs Reference material: RD reflector Max. 0 % ripple, within U B At V DC 0 x 0 x 7 mm IP C 0 0 C 0 g 0 g EN 6097 Operating range (m) (mm) Reflectors WH: 0. x 0 WH: Ø From Page 6 From Page 6 Operating range Switching output Contamination output Part number Article number, antivalent () (), antivalent () FR 0 RPAL FR 0 RNAL FR 0 RPSVL FR 0 RNSVL FR 0 RPOVL FR 0 RPAK FR 0 RNAK FR 0 RPSVK FR 0 RNSVK Version: 060. Subject to changes; diagrams similar Version: 060. Subject to changes; diagrams similar

8 FSFE 0 I Infrared throughbeam photoelectric sensor Simple range adjustment thanks to indicator scale (transmitter) (transmitter) Test input for controlling function of the sensor pair Optional contamination output Plug connector rotatable (receiver) (receiver) Limit operating range Operating range 0 m 0 m LED, infrared, 0 nm (transmitter) (receiver) Sensitivity adjustment (receiver) (transmitter off) Operating voltage, load current, I 0 Switching output, Switching frequency, f (titp :) (receiver) Connection, WH (receiver) (receiver, optional) Control input, (transmitter) 0 0 V DC 0 ma 00 ma Reversepolarity protection, U B shortcircuit protection () 000 Hz 00 μs = Test (transmitter off) Open = normal operation 0 x 0 x 7 mm IP C 0 0 C 0 g 0 g EN 6097 Connection, transmitter, pin TEST WH Connection, receiver, pin Connection, receiver, pin with contamination output Max. 0 % ripple, within U B WH WH Operating range Switching output Contamination output Part number Article number 0 m 0 m 0 m 0 m 0 m 0 m, antivalent (), antivalent () FE 0 IPAL FE 0 IPSVL FS 0 IL FE 0 IPAK FE 0 IPSVK FS 0 IK WH: 009 WH: 006 From Page 6 Version: 060. Subject to changes; diagrams similar Version: 060. Subject to changes; diagrams similar