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Parts by Number Top

Part # Distributor Manufacturer Product Category Description
OM0009 ifm efector inc. ifm inc. Not Provided Retro-reflective sensor, Rectangular, plastics, Sensing range 13.5 m, 5-wire, AC / relay, Operating voltage: 24...240 V AC (47...63 Hz), light-on / dark-on programmable, Quick disconnect, 7/8'' connector, Polarization filter, Housing material: ABS (glass fiber reinforced) connector housing...
OM0008 ifm efector inc. ifm inc. Not Provided Through-beam sensor, Rectangular, plastics, Sensing range 50 m, 5-wire, AC / relay, Operating voltage: 24...240 V AC (47...63 Hz), light-on / dark-on programmable via pushbutton, Quick disconnect, 7/8'' connector, Housing material: ABS (glass fiber reinforced) connector housing: aluminum...
OM0010 ifm efector inc. ifm inc. Not Provided Diffuse reflection sensor, Rectangular, plastics, Range 3500 mm, 5-wire, AC/DC relay, Operating voltage: 24...240 V AC/DC (47...63 Hz V AC), light-on / dark-on programmable, Quick disconnect, 7/8'' connector, Housing material: ABS (glass fiber reinforced) connector housing: aluminum transparent...
APT2012SGC Relay Specialties Inc. KINGBRIGHT COMPANY, LLC Not Provided LED Lamps • Mounting: Surface Mount • LED Type: Super Thin • Material : GaP • Wavelength: 568 • Lens Type : water clear • Viewing Angle: 120 ° • Color: Green • Dimension; 2.0mm x 1.25mm x 0.75mm • Type: 0805
5639D1/5 Relay Specialties Inc. VISUAL COMM COMPANY, LLC Not Provided Circuit Board Indicators • Fwd volts type: 1.9 / 2.1 • Emitted color: Red/Green • Lens color: White • Lum in min (mcd): 2.1 / 2.6 • Lum in type (mcd): 3.5 / 4.0
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Conduct Research Top

  • Precision Refractive Zoom Lens with Long Focal Length (.pdf)
    positions of the refractive zoom lens, which consists of 16 individual lenses in 5 lens groups: •. Objective - 6 lenses (positive). •. Variator - 3 lenses (negative). •. Relay - 3 lenses (positive). •. Compensator - 3 lenses (negative). •. “Eyepiece” - 1 lens (positive). These terms, especially “eyepiece
  • Inside Filters
    is a particular color (see contrast application below). These images were taken with a monochromatic camera and a relay lens (PCX pair). They illustrate the performance increase associated with filtering.
  • Full-Scale High-Speed Schlieren Imaging Of Explosions And Gunshots (.pdf)
    where only a single. illuminating flash is desired, the second and third flashes of the Viewstar light source are disabled and the color filter. pack is removed. Triggering is by light or electrical pickups, or by a microphone placed in the test section. A Fresnel. relay lens of 24 cm focal length
  • General Information about Borescopes
    Bore scope is a rigid (industrial endoscope) or flexible (fibrescope, flexible borescope) tube with an eyepiece on one end, an objective lens on the other linked together by a relay optical system in between. Borescopes are used for inspection work (borescope inspection) where the area
  • Active Hair-Bundle Motility by the Vertebrate Hair Cell
    and an osmotic strength of ~230 mmol·kg-1. The experimental chamber was secured to the stage of an upright microscope. (BX51WI, Olympus). The preparation was viewed using bright-field illumination. through a ×60 water-immersion objective lens and a ×1.25 relay lens. The tip of a hair. bundle
  • High Speed Fiber Optic Infrared Transmitter (.pdf)
    ALARM. FIBER OPTIC. LED INDICATOR. OS4000 SERIES. HIGH. LOW. GAIN ADJUST. ALARM. ALARM. GAIN. LASER POWER. POWER. -. -. LED INDICATOR. 9. 5. POWER. +. +. LASER. LED. MODE. INDICATOR. SET. EMISSIVITY. HIGH ALARM. LOW ALARM. RELAY 10 A@24 VDC. RELAY 10 A@24 VDC. RELAY. Ma. CONTACT. de I. CLOSURE. n US
  • Displacement Sensing the Baumer Electric Way
    In the beginning, non-contact sensors were largely an on-off affair. They, like their switch predecessors either "saw" something or didn't. They passed this information on to a transistor or relay output, that is, an on or off signal. That worked pretty well. And, in most cases, it still works
  • Choosing the Correct Eyepiece
    The eyepiece is an integral part of any compound visual system. Its purpose is to magnify the real image formed by an objective or intermediate relay system. For this reason, the eyepiece design affects the magnification, image brightness, field flatness, and aberrations of these systems. As in all

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