Contrast sensors
KTX Prime

Contrast detection with TwinEye-Technology in tried-and-tested housing. Innovation in familiar housing for the very best sensor performance

Your Benefits

  • 1:1 replacement for existing KT series - assembly compatibility
  • TwinEye-Technology for better performance on glossy or jittering materials - less machine downtime and more process stability
  • Multi-functional sensor adjustment for individual sensor adjustment
  • Excellent contrast resolution and a large dynamic range for good performance on complex materials
  • High flexibility thanks to a range of teach-in processes
  • Integrated color mode - stable detection even with complex color differences
  • Job storage in sensor - flexible process design and format change
  • Diagnostics and visualization as well as easy format change via IO-Link

KTX Prime

Overview

Contrast detection with TwinEye-Technology in tried-and-tested housing. Innovation in familiar housing for the very best sensor performance

Outstanding performance for a variety of applications, even with difficult framework conditions: The new KTX Prime with familiar hole pattern, high-precision RGB LED and VISTAL® housing impresses with TwinEye-Technology, color mode, high switching frequency, excellent gray line resolution, 7-segment display and IO-Link. The response time of 10 µs and a jitter of 5 µs ensure accurate detection of contrast differences, even at high machine speeds. Thanks to various teach-in processes, integrated color mode and variable sensor adjustment, commissioning is more flexible and the processes more stable. The KTX Prime provides additional diagnosis and analysis data via IO-Link. The new KTX Prime - it can easily do more.

At a glance
  • TwinEye-Technology for increased depth of field and sensing distance tolerance
  • 50 kHz switching frequency and 5 μs jitter
  • Large dynamic range means reliable detection of contrasts on glossy materials
  • 7-segment display
  • Color mode
  • Assembly feedback
  • IO-Link and automation functions
  • Flexible sensor setting thanks to various sensor parameters

Applications

Technical overview

 
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  • Technical data overview

    Technical data overview

    Dimensions (W x H x D)30 mm x 53 mm x 78.5 mm
    Sensing distance

    13 mm

    40 mm

    25 mm

    150 mm

    70 mm

    200 mm

    Type of lightLED, RGB 1)
    Light spot size

    0.9 mm x 3.8 mm

    3.8 mm x 0.9 mm

    0.9 mm x 3.9 mm

    Ø 0.9 mm

    1.2 mm x 5.3 mm

    3.9 mm x 0.9 mm

    5.3 mm x 1.2 mm

    Ø 3.3 mm

    Ø 10 mm

    Ø 12 mm

    30 mm x 35 mm

    Switching frequency

    11.5 kHz 2) 3)

    50 kHz 2) 4)

    70 kHz 2) 5)

    6.25 kHz 2) 6)

    25 kHz 2) 7)

    Response time

    42 µs 8) 9)

    10 µs 10) 8)

    3 µs 11) 8)

    80 µs 12) 8)

    20 µs 13) 8)

    Switching output

    Push-pull: PNP/NPN

    NPN

    PNP

    PNP, NPN

    Adjustment

    N-point teach-in, 2-point teach-in, teach-in dynamic, auto mode

    1-point teach-in, 2-point teach-in, teach-in dynamic, auto mode

    2-point teach-in

    Connection typeMale connector M12, 5-pin / male connector M12, 4-pin
    Communication interface

    IO-Link

    -

    Analog

    • 1) Average service life: 100,000 h at TU = +25 °C.
    • 2) With light/dark ratio 1:1.
    • 3) Contrast mode: 35 kHz.
    • 4) 1-point teach-in (color mode): 16 kHz.
    • 5) 1-point teach-in (color mode): 23 kHz.
    • 6) 1-point teach-in (color mode): 2 kHz.
    • 7) 1-point teach-in (color mode): 8 kHz.
    • 8) Signal transit time with resistive load.
    • 9) Contrast mode: 14 µs.
    • 10) 1-point teach-in (color mode): 30 µs.
    • 11) 1-point teach-in (color mode): 9 µs.
    • 12) 1-point teach-in (color mode): 240 µs.
    • 13) 1-point teach-in (color mode): 60 µs.
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All technical data can be found accompanying the individual product

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