Gertech Sensors introduces the GI-D200 Series, a high-precision brushed encoder designed for industrial applications. The sensor has a measurement range of 0-15000/20000mm and can provide accurate and reliable feedback for various industrial processes. The GI-D200 series encoders offer a variety of output options, including analog (0-10v, 4 20mA), incremental (NPN/PNP open collector, push-pull, line driver) and absolute (Biss, SSI, Modbus, CANopen, Profibus-DP, Profinet, EtherCAT, parallel). This versatility makes it suitable for use in a variety of industrial automation and control systems.
The GI-D200 series wire rope encoder has a wire rope diameter of 0.6mm and a linear tolerance of ±0.1%, ensuring accurate and consistent measurements. Its aluminum housing offers durability and reliability, making it ideal for use in harsh industrial environments. Whether it is textile machinery, cranes, CNC machine tools, experimental equipment, water conservancy projects, wind power generation, or packaging and printing machinery, GI-D200 series encoders are a trustworthy solution for advanced manufacturing and automatic assembly lines.
In addition to their high accuracy and rugged construction, the GI-D200 series brushed encoders are easy to install and integrate into existing industrial systems. Its compatibility with various communication protocols and output interfaces allows seamless connectivity and data transfer. With Gertech Sensors’ commitment to quality and innovation, customers can trust the GI-D200 Series to deliver precise and reliable performance in their industrial applications.
In summary, Gertech Sensors’ GI-D200 series of wire-actuated encoders are a versatile and reliable solution for industrial measurement and control. With its wide measuring range, multiple output options and rugged construction, it meets the needs of different industrial applications. Whether in advanced manufacturing, automated assembly lines, or other industrial environments, GI-D200 Series encoders deliver the accuracy and reliability required for critical processes.
Post time: Apr-02-2024