??

No Third-party Cookies supported

Your browser does not allow setting Third-party cookies. Please enable them in your browsers settings or click the button below.

Please enable cookies in your browser for PARTcommunity to work
Catalog navigation
en

OS150070

  1. Ipf Electronic
  3. Optical sensors
Download CAD models
Previews
3D
2D
CAD model selection
Selectable products: 15
HELP_VARIABLE
Company
Ipf Electronic
Description
Through-beam sensors transmitters
Bill of material
OS150070
IDNR
DESCSHORT
Short Description
DESCLONG
Long Description
Optical sensors function contactlessly. They detect objects independent of their characteristics (e.g., shape, color, surface structure, material). The basic operating principle is based on the transmission and reception of light. There are three different versions: 1. The through-beam sensor consists of two separate devices, a transmitter and a receiver that are aligned with one another. If the light beam between the two devices is interrupted, the switching output integrated in the receiver changes its status. 2. With the retro-reflective sensor, the transmitter and receiver are located in one device. The emitted light beam is reflected back to the receiver by a reflector that is to be mounted opposite the device. As soon as the light beam is interrupted, the switching output integrated in the device changes its status. 3. With the diffuse reflection sensor, the transmitter and receiver are in one device. The emitted light beam is reflected by the object that is to be detected. As soon as the receiver detects the reflected light, the switching output integrated in the device changes its status.
MANUID
Product ID of the Manufacturer
DELTIME
Delivery Time
ARDTEEL_ANZEIGE
Display
ARDTE00_AUSFUEHRUNG
Version
Through-beam sensor transmitter
ARDTEEL_AUSFUEHRUNGDESELEKTRISCHENANSCHLUSSES
Type of electrical connection
ARDTE00_IOLINKVERSION
IO-Link version
ARDTEME_BAUFORM
Design
ARDTEME_BESCHICHTUNGGEHAEUSE
Housing coating
ARDTE00_BESONDERHEITEN
Features
ARDTEOP_LICHTAUSTRITT
Light exit
ARDTEOP_LICHTART
Light source
ARDTEOP_LICHTSTRAHLFORM
Light beam form
Point
ARDTE00_LIEFERUMFANG
Scope of delivery
Transmitter
ARDTEME_SCHUTZARTIP
Degree of protection (IP)
ARDTEEL_VERPOLUNGSSICHER
Reverse polarity protection
ARDTEME_VOLUMEN
Volume
ARDTEME_WERKSTOFFDESKABELMANTELS
Material of cable sheath
ARDTEME_WERKSTOFFDEROPTISCHENFLAECHE
Material of optical surface
ARDTEME_GEWINDEMASS
Thread dimension
ARDTEME_ADERZAHL
Number of cores
ARDTEME_WERKSTOFFDESGEHAEUSES
Housing material
ARDTEME_ADERQUERSCHNITT
Wire cross section
ARDTEEL_BEREITSCHAFTSVERZOEGERUNG
Readiness delay
ARDTEME_GEWINDELAENGE
Thread length
ARDTEME_BREITE
Width
ARDTEME_GEWINDESTEIGUNG
Thread pitch
ARDTEEL_BETRIEBSSPANNUNGAC50
Operating voltage (AC 50Hz)
ARDTEME_BREITEDESSENSORS
Sensor width
ARDTEME_HOEHE
Height
ARDTEME_LAGERTEMPERATUR
Storage temperature
ARDTEME_KABELLAENGE
Cable length
ARDTEEL_LEERLAUFSTROM
No-load current
ARDTEME_MAXIMALESANZUGSMOMENT
Maximum tightening torque
ARDTEEL_LEERLAUFSTROMSENDER
No-load current, transmitter
ARDTEEL_LEITUNGSDURCHMESSER
Line diameter
ARDTEEL_POLZAHL
Number of pins
ARDTEEL_RESTWELLIGKEIT
Residual ripple
ARDTEME_LAENGE
Length
ARDTEEL_TAKTFREQUENZDESSENDERS
Clock frequency of the transmitter
ARDTEOP_OEFFNUNGSWINKEL
Angle of beam spread
ARDTEOP_WELLENLAENGEDESSENSORS
Wavelength of the sensor
ARDTEEL_BETRIEBSSPANNUNGDC
Operating voltage (DC)
ARDTEEL_SCHALTABSTANDRANGE
Switching distance
ARDTEME_UMGEBUNGSTEMPERATUR
Ambient temperature
ISSUE_DATE
Last update
11/02/2023
ARTIKELANSICHT
Article view
 Article view
PRODUKTDATENBLATT
Product data sheet
 Product data sheet