Description
The SICK KT10W-N1115 is a contrast sensor designed for reliable detection of contrast differences on printed materials and surfaces in industrial automation systems. It features an NPN switching output with a fixed 12.5 mm focus distance for accurate sensing. This sensor is intended for applications such as mark detection, label positioning, and print registration.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
SICK |
| Category |
Industrial Automation |
| Part Number |
KT10W-N1115 |
| Subcategory |
Contrast Sensors |
| Sensor Type |
Contrast Sensor |
| Switching Output |
NPN |
| Focus Distance |
12.5 mm |
| Off-Delay Time |
20 ms (Adjustable) |
| Connection Type |
M12 Connector, 5-Pin |
| Detection Method |
Optical Contrast Detection |
| Application Use |
Mark Detection / Registration |
| Operating Environment |
Industrial |
| Weight |
0.4 kg |
Information About KT10W-N1115
The KT10W-N1115 is part of SICK’s KT10 contrast sensor family, developed for precise contrast recognition in high-speed production environments. It uses an integrated light source and optical system to detect differences between marks and background surfaces. The sensor connects via a 5-pin M12 connector and includes an adjustable off-delay function for signal stability. This model has been phased out by the manufacturer, with replacement part number 1028233 designated as the successor.
Key Features:
- Contrast Detection Technology: Designed to detect contrast differences on printed or marked surfaces
- Fixed Optical Focus: 12.5 mm sensing distance ensures consistent detection accuracy
- NPN Switching Output: Compatible with standard industrial control and PLC inputs
- Adjustable Off-Delay: 20 ms deactivation delay supports stable signal processing
- Compact Sensor Design: Suitable for installation in space-limited machinery
- Standard M12 Connectivity: 5-pin connector enables secure electrical connection
- Legacy Model Status: Phased out with an identified replacement option
The KT10W-N1115 delivers the reliability and precision required for contrast detection and registration tasks in industrial automation applications.
