In many industrial processes, it is not only important that an object is present, but also that it is in a specific position or on the conveyor belt at a specific distance from the machine. Even checking whether an object is separate or lying on top of another object on the conveyor belt can be crucial for the subsequent (packaging) process steps. To perform these tasks with a single sensor, the sensor must supply both switching and measuring information to the machine control. We have achieved this with the development of the new ODT 3C.
The ODT 3C is both a switching and a measuring sensor. This makes it ideal for applications that involve both detection and measurement tasks. As a result, our customers can now perform these tasks easily and effectively with a single sensor.
Advantages for you
- 2-in-1 sensor: Detection and measurement tasks solved by a single sensor
- Measurement value transmission in the process data with IO-Link
- Range adjustment via the teach button, cable or IO-Link
- Excellent black-and-white behaviour (< ± 3 mm at 150 mm)
- The advantage of a sensor with IO-Link: Extensive diagnostic data from the device, e.g. temperature value, signal quality and warning
- Remote setting: Range adjustment with numerical entry via IO-Link (e.g. 100 mm)
- The devices have two independent switching outputs (OUT1 and OUT2)
- Active ambient light suppression: No faulty switching despite direct light from LED hall lighting
- Models available with warning output (as OUT2)
- IO-Link models with Smart Sensor Profile acc. to Ed. 2 V1.1 (2021)
- Protection against tampering thanks to lock for the operational controls
- Status LEDs visible from all sides
- Device-specific IO-Link function modules available for Siemens, Beckhoff, Rockwell, etc.
In the food industry, a machine rolls out dough that is later processed into baked goods. This machine rolls out the dough precisely to the required thickness. While being transferred to the conveyor belt, the dough must retain its shape. Sensors are needed to monitor this. The measured variable is the distance between the dough and the sensor, which must always be between 100 and 120 mm.
The new sensor ODT 3C is positioned at the outlet of the rolling machine above the dough loop and points from above at the surface of the dough, which has been pressed by the machine, to supply a distance value to the superior PLC. The goal is to regulate the dough within an optimum distance range of 100–120 mm. If the sensor detects a measurement value outside this target range, the conveyor belt motors adjust the speed of the conveyor accordingly.
The measurement value is evaluated in the process data via IO-Link. In addition, diagnostic data is transmitted to the controller via IO-Link for Industry 4.0 purposes.
In the beverage industry, the filled bottles are often provided with secondary packaging in a carton packaging machine, where they are grouped together and combined into a unit pack ready for sale. The pre-cut cartons prepared on a pile must be automatically removed from the pile, separated and then provided for the gluing and folding process. To ensure optimum performance of the downstream process steps, the carton pile must be positioned at a specific point on the conveyor belt and then adjusted to be a defined distance from the laterally positioned sensor.
Using the new ODT 3C, the carton pile can be scanned along its long side for purposes of presence monitoring (switching sensor function) and then continuously positioned to a defined distance (e.g. 120 mm) at the edge of the pile flap by means of a measurement value (measuring sensor function).
In the food industry, the manufactured products (e.g. chocolate bars) are conveyed separately on the conveyor belt. During this process it is important to monitor whether any objects are lying on top of each other, meaning that they cannot be used for further processing (e.g. packaging).
The new sensor ODT 3C is installed just above the conveyor belt so that it looks down on the products from above. It detects the objects (switching sensor function) and measures their height (measuring sensor function). In this way, the sensor ensures that the products are conveyed separately on the conveyor belt, are not lying on top of each other and can therefore be used for the packaging process.
Detection and measurement tasks solved by a single sensor – this saves time and money during procurement, installation and commissioning, as well as during operation.
Extensive diagnostic data from the device, e.g. temperature value, signal quality, object counter and warning. Measurement value transmission in IO-Link for monitoring a specific window area.
The operating range can be adjusted numerically (e.g. 100 mm) via IO-Link (Remote Set Distance). The device calibration also enables a high level of accuracy when adjusting via remote. As a result, the switching points in the device are adjusted almost entirely independently of reflections when adjustments are made via IO-Link and when the device is exchanged for a replacement part. The high accuracy and the device calibration are also extremely beneficial when it comes to changing the device, because the pre-setting can be transferred to the new device loss-free via IO-Link without having to repeat the teach.
The new sensors in the ODT 3C series have active ambient light suppression (FW1.5). The sensor is not affected by direct light from LED hall lighting, which this does not cause faulty switching. This significantly increases the functional reliability of the sensor.
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