The IFM UGT512 ultrasonic sensor is designed for non-contact object detection and distance monitoring across demanding industrial automation applications. Its long-range ultrasonic technology provides reliable detection of different objects without depending strongly on colour, transparency or surface characteristics. IO-Link communication supports convenient parameterisation and diagnostics, while the industrial sensor design enables integration into machinery, conveyors, material handling systems and automated production equipment.
Explore performance details, construction highlights, applications, and technical information in one clear overview.
UGT512 is a long-range ultrasonic sensor intended for reliable industrial object detection and distance sensing. The ultrasonic principle allows the sensor to detect objects without physical contact and provides a practical solution for materials that can be difficult to detect using conventional optical technologies. Its IO-Link interface supports modern automation requirements and allows convenient configuration, monitoring and diagnostic communication between the sensor and controller.
The sensor is designed for long-range ultrasonic detection and can be used for monitoring object position, distance and presence. Ultrasonic measurement is useful when the detected object's colour or optical appearance changes during production. The technology can provide dependable detection across different materials and surfaces. This makes the UGT512 suitable for conveyor applications, material handling and automated processes where consistent object detection is required.
IO-Link provides digital communication for parameterisation, diagnostics and integration with automation controllers. This helps simplify commissioning and allows sensor settings to be managed from the control system. The sensor is designed for practical industrial operation with clear status indication. Its configurable functionality makes it suitable for automation applications requiring repeatable switching and reliable distance-related detection.
UGT512 can be applied in manufacturing machinery, packaging lines, conveyors, material handling equipment and process automation. Its non-contact measurement principle reduces mechanical interaction with moving products. The sensor is particularly useful where objects vary in colour, transparency or surface appearance. Its industrial construction supports dependable operation in automated production environments.
Long-range ultrasonic detection
Non-contact object sensing
IO-Link communication
Industrial automation compatibility
Reliable distance monitoring
Detection independent of object colour
Detection independent of object transparency
Detection of different surface characteristics
LED status indication
Suitable for machine and conveyor applications
Conveyor object detection
Distance monitoring
Packaging automation
Material handling
Machine automation
Object positioning
Production line monitoring
Presence detection
Industrial process control
Automated sorting systems
| Specification | Details |
|---|---|
| Product Code | UGT512 |
| Model | UGA02200GOKG/IO-LINK/US |
| Product Type | Ultrasonic sensor |
| Sensing Range | Long-range model; model-specific |
| Target | Model-specific |
| Blind Zone | Model-specific |
| Electrical Design | PNP |
| Output Function | Digital switching outputs |
| Analogue Output | Not applicable / model-specific |
| Communication | IO-Link |
| Operating Voltage | 10...30 V DC |
| Current Consumption | Model-specific |
| Housing Material | Model-specific |
| Housing Design | Cylindrical industrial sensor |
| Connection | Connector |
| Connector | Model-specific |
| Protection Rating | Model-specific |
| Protection Class | III |
| Switching Frequency | Model-specific |
| Response Time | Model-specific |
| Ambient Temperature | Model-specific |
| Installation | Industrial installation |
| Mounting | Threaded mounting |
| LED Indicator | Switching and echo indication |
| Short-Circuit Protection | Model-specific |
| Overload Protection | Model-specific |