Description
The SICK DT200-111A01 is a distance measuring sensor designed for precise proximity-based measurement in industrial automation systems. It uses a red laser diode to accurately detect objects within a defined sensing range. This sensor is commonly applied in material handling, positioning, and dimensional monitoring applications.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
SICK |
| Category |
Industrial Sensors |
| Part Number |
DT200-111A01 |
| Subcategory |
Distance Measuring Sensors |
| Sensing Method |
Laser triangulation |
| Light Source |
Red laser diode |
| Sensing Range |
100 to 2000 mm |
| Detection Type |
Proximity / distance measurement |
| Supply Voltage |
10–30 VDC |
| Electrical Connection |
M12 male connector |
| Connector Pins |
4-pin |
| Housing Type |
Industrial sensor housing |
| Application |
Position and distance measurement |
| Weight |
Approx. 0.2 kg |
Information About DT200-111A01
The DT200-111A01 is part of SICK’s DT200 series of distance measuring sensors engineered for reliable non-contact measurement. It operates on a wide DC voltage range and is designed to deliver consistent performance in industrial environments. The sensor utilizes laser-based triangulation technology to provide accurate distance readings across its specified range. Its compact design and standardized M12 connector enable straightforward integration into automated systems and control networks.
Key Features:
- Laser Distance Measurement: Uses a red laser diode for accurate non-contact sensing.
- Wide Sensing Range: Measures distances from 100 mm to 2000 mm.
- Proximity Detection Capability: Suitable for object presence and position monitoring.
- Industrial DC Power Input: Operates on 10–30 VDC for flexible system compatibility.
- M12 Connector Interface: Equipped with a 4-pin male connector for secure electrical connection.
- Compact Sensor Design: Enables installation in space-constrained applications.
The DT200-111A01 delivers the reliability and precision required for laser-based distance measurement in industrial automation environments.
