Need More Help?
If your question isn’t answered in our FAQ, please contact our technical support team.
-
1. Can these sensors detect transparent or highly reflective materials?
Yes. The SE series is specifically engineered for stable detection of complex materials, including transparent films, translucent battery separators, and high-reflectivity surfaces. This makes them ideal for the lithium battery and film processing industries where standard sensors often fail.
-
2. What are the key differences between the SE1 and SE2 series?
SE1 Series (Ultra-Precision): Designed for high-speed, high-accuracy tasks. It features a 4kHz sampling frequency and 5μm repeatability with a 10mm measurement range.
SE2 Series (Large Range & Scalable): Optimized for cost-efficiency and wide materials. It offers a 24mm measurement range, 2kHz sampling, and supports a one-to-four configuration where one module manages four sensor heads.
-
3. How does the "One-to-Four" configuration benefit production?
Available with the SE2 series, this configuration allows a single EtherCAT module to connect to four sensor heads. This architecture eliminates the need for individual AD conversion modules, significantly reducing procurement costs and simplifying wiring for large-scale production lines.
-
4. What industrial communication protocols are supported?
The SE series supports a wide range of integration options, including:
1. EtherCAT (for high-speed, real-time networking)
2. RS485 (Modbus RTU support)
3. Analog Output (4–20mA)
4. Digital I/O (PNP/NPN optional)
-
5. Are SinceVision edge sensors durable enough for harsh factory environments?
Yes. The sensor heads feature an IP67 protection level, making them resistant to dust and moisture. Additionally, they carry Class A EMC anti-interference certification, ensuring stable data output even in environments with high electromagnetic noise from motors or welders.
-
6. How to solve the sensor recognition inaccuracy when the tested item is made of highly reflective material?
Pass the anti-mirror angle mounting test to find the right angle.
-
7. How do I correct the image orientation for the Color Sensor?
Long press the [A] button and press the [B] button 3 times at the same time.
-
8. How do I choose the color sensor recognition mode?
The color sensor has four recognition modes. In general, use the automatic and [C+1] modes. The [C] mode is used when the height of the workpiece to be tested changes greatly; When identifying black and white materials, use the [1] mode.
-
9. What is the cause of the PWR red light of the controller of the correction sensor and how to eliminate it?
There are two reasons:
1. It is possible that the baud rate of the sensor head is not 937500.
2. If channel 1 or channel 2 is not connected to the sensor, you can enter the controller [channel setting] to select the corresponding channel, and then change the [baud rate to [no sensor head], so as to eliminate it.
-
10. After the correction sensor is powered off and restarted, there will be occasional communication disconnection of a certain channel (the controller has a value, the host computer has no feedback value)?
1.Check whether the wire harness connected to the sensor has problems such as broken circuit, short circuit, poor contact, damage, aging, etc.
2.Check whether there is an external interference source on the sensor signal.
3.Check that the 0V potential point in the sensor circuit is well grounded.
Compare
Clear the comparison bar
