About SICK SENSOR , GTB6-N1212
Explore the exceptional SICK SENSOR GTB6-N1212, a rare gem in industrial sensing! This top-rated sensor features a measurement range from 10mm to 140mm, ensuring accurate detection and measurement in proximity applications. Its lustrous compact design boasts reliable sensing capabilities, operating efficiently across temperatures from -25C to +55C. With a valiant function and unmatchable performance powered by a voltage range of 10V - 30V DC, this photoelectric sensor meets demanding industrial requirements. Perfect for suppliers, traders, and wholesalers in China.
Unmatchable Durability and Sensing Precision
The SICK SENSOR GTB6-N1212 features high-grade materials that ensure its long-lasting durability and robust performance. Its ideal for proximity sensing applications across industrial surfaces, showcasing precision in various challenging environments.
Convenient Shipping and Payment Flexibility
Payment for the SICK SENSOR GTB6-N1212 is designed to accommodate diverse terms, supported by reliable transport services. Dispatched from major domestic markets, the sensor is ready for delivery via designated FOB ports with efficiency and care.
FAQs of SICK SENSOR , GTB6-N1212:
Q: What is the primary function of the SICK SENSOR GTB6-N1212?
A: The SICK SENSOR GTB6-N1212 is primarily used for detection and measurement in proximity sensing applications.
Q: How does the SICK SENSOR GTB6-N1212 operate temperature-wise?
A: The sensor operates efficiently across a temperature range of -25C to +55C.
Q: Where can I use the SICK SENSOR GTB6-N1212?
A: It is well-suited for industrial applications, including proximity sensing tasks.
Q: What are the key technical specifications of the device?
A: The GTB6-N1212 features a measurement range of 10mm to 140mm, voltage input from 10V to 30V DC, and supports a compact design for industrial applications.
Q: What benefits does the SICK SENSOR GTB6-N1212 offer?
A: It offers reliable and precise sensing capabilities along with robust durability in industrial environments.