Sick Contrast Sensor: Contrast Sensors KTX, KT5

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Sick Contrast Sensor: KTS Series

RGB Technology: For optimal detection performance.
Switching Frequency: Up to 70 kHz.
Jitter: Minimal at 3 µs.
Color Mode: Integrated for complex color detection.
IO-Link: For diagnostics, visualization, and format changes.
Compact Design: Space-saving and efficient.

Sick Contrast Sensor KTX

TwinEye-Technology: Enhanced performance on glossy or fluttery materials.
Switching Frequency: 50 kHz with a jitter of 5 μs.
Dynamic Range: Large, for reliable detection on glossy materials.
Display: 7-segment display.
Color Mode: Integrated for stable detection of complex color differences.
Response Time: 10 µs for accurate contrast detection at high speeds.

Sick Contrast Sensors: OLS Series

Luminescence Technology: For optical line guidance.
Reading Field: 180 mm, capable of reading up to 3 lanes.
Curve Radii: Handles small curve radii up to 0.5 m.
Bar Code Reading: Ability to read 1D codes for route information.
Interfaces: CANopen, RS-485, or IO-Link; Measurement Accuracy: ± 1 mm.
Signal-to-Noise Ratio: Very high (~1:1,000).

Sick Contrast Sensor KT8

Laser Technology: Precise laser for detecting small contrast marks and objects.
Sensing Range: From 30 mm to 800 mm.
Light Spot Size: Very small and precise, suitable for detecting tiny elements.
Switching Frequency: High, at 17 kHz.
Display: Includes a control panel for detection reliability.
Laser Class: Class 2 laser for precision.

Sick Contrast Sensor KT5

RGB LED Technology: Ensures best contrast resolution.
Sensing Distances: Options of 10 mm, 20 mm, 40 mm, 50 mm, and 200 mm.
Switching Frequency: 10 kHz.
Display: 10-segment bar for detection reliability.
Connection Type: M12 connector, rotatable by 90°.
Light Spot Directions: Various options for flexible integration.

Product List:

Model No	Dimensions (W x H x D)	Sensing distance	Light source	Light spot size	Switching output
KTX-WB9124225AZZZZ	30 mm x 53 mm x 78.5 mm	≤ 25 mm	LED, RGB	1.2 mm x 5.3 mm	Push-pull: PNP/NPN
KTM-MP31182P	12 mm x 31.5 mm x 21 mm	≤ 12.5 mm	LED, white	Ø 2 mm (12.5 mm)	PNP
KT5W-2P1116	30.4 mm x 53 mm x 80 mm	≤ 10 mm	LED, RGB	1.2 mm x 4.2 mm	PNP
KT8L-N3756	30.4 mm x 53 mm x 80 mm	≤ 150 mm	Laser, red	Ø 3 mm	NPN

Frequently Asked Questions

What Does a Contrast Sensor Do?

A contrast sensor detects and differentiates between varying shades of light and dark colors on materials. It works by emitting light onto a surface and measuring the reflected light intensity.

This capability is crucial in applications like packaging, where it ensures accurate alignment and positioning of materials with contrasting colors, enhancing precision in automation processes.

What is the Difference Between a Color Sensor and a Contrast Sensor?

The difference between a color sensor and a contrast sensor lies in their detection capabilities. A color sensor identifies and differentiates specific colors by analyzing the light reflected from an object.

In contrast, a contrast sensor detects the intensity of light reflected, distinguishing between varying shades and contrasts, rather than specific colors, to identify marks or features.

What Does Contrast Show in Imaging?

In imaging, contrast shows the difference in luminance or color, making objects distinguishable. High contrast means a greater difference between light and dark areas, enhancing visibility of details. Low contrast results in a flatter, less defined image.

Contrast is crucial for clarity, depth perception, and defining shapes and textures in an image.

Contrast Sensor Working Principle

A contrast sensor works by emitting light onto a surface and measuring the reflected light’s intensity. It compares this intensity with the background to detect differences in contrast. When the sensor detects a contrast difference exceeding a set threshold, it sends an output signal.

These sensors are ideal for identifying marks, labels, or color differences on objects. They’re widely used in packaging and printing, where detecting registration marks or print quality is crucial. The sensor’s sensitivity can be adjusted for accurate detection based on the application.

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