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          Laser ProfilerLJ-X8000 series

          LJ-X8060

          Sensor head

          SPECIFICATIONS

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          Model

          LJ-X8060

          Reference distance

          64 mm 2.52"

          Measurement range

          Z-axis (height)

          ±7.3 mm 0.29" (F.S. = 14.6 mm 0.57")

          X-axis (width)

          NEAR side

          15 mm 0.59"

          Reference distance

          16 mm 0.63"

          FAR side

          Light source

          Blue semiconductor laser

          Light source

          Wavelength

          405 nm (visible light)

          Laser class

          Class 2M laser product(IEC60825-1, FDA (CDRH) Part 1040.10*1)*2

          Output

          10 mW

          Spot size

          Approx. 25 mm × 49 µm
          0.98" × 0.0019" (reference distance)

          Repeatability

          Z-axis (height)

          0.4 µm 0.000016"*3*4

          X-axis (width)

          0.5 µm 0.000020"*3*5

          Linearity

          Z-axis (height)

          ±0.04% of F.S. (±0.008%)*6

          Profile data interval

          X-axis (width)

          5 µm 0.000197"

          Profile data count

          3200 points

          HDR (high dynamic range)

          Single-shot HDR*7

          Temperature characteristic

          0.01% of F.S./°C

          Environmental resistance

          Enclosure rating

          IP67 (IEC60529)*8

          Ambient light

          Incandescent lamp: 10,000 lux or less*9

          Ambient temperature

          0–45°C 32–113°F*10

          Relative humidity

          20 to 85% RH (no condensation)

          Vibration resistance

          10 to 57 Hz, double amplitude 1.5 mm 0.06"; 3 hours each for X, Y, and Z axes

          Shock resistance

          15 G / 6 msec

          Material

          Aluminum

          Weight

          Approx. 1000 g

          *1 Classification performed based on IEC60825-1 in accordance with FDA (CDRH) Laser Notice No. 56.
          *2 Do not view the beam directly using optical instruments (such as eye loupes, magnifiers, microscopes, telescopes, or binoculars).Observing the laser output using optical instruments is dangerous and may damage the eyes.
          *3 Values measured by averaging 4096 times at the reference distance.
          *4 The measured target is a KEYENCE standard target. Value when the average height of the default setting area is measured with height and position tools. All other settings are default values.
          *5 The measured target is a pin gauge. Value when the point of intersection for the pin gauge rounded surface and edge level is measured using height and position tools. All other settings are default values.
          *6 The measured target is a KEYENCE standard target. Profile data when measured by smoothing 64 times and averaging 8 times. All other settings are default values. Values inside parentheses are representative examples of averages for all profile data.
          *7 A characteristic that allows for stable, high-accuracy measurement with a single capture (exposure) at all levels of reflectance,from black (low) to glossy surfaces (high).
          *8 The value when a head cable (CB-B*) or extension cable (CB-B*E) is connected.
          *9 When measuring white paper, illuminance on the sensor head receiving surface when light is applied to white paper.
          *10 The head needs to be mounted to a metal plate to be used.

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