The cDAQ-9185-785064-01 is a CompactDAQ chassis model designed for small or distributed sensor measurement systems. It is based on Ethernet over TSN (Time Sensitive Network) and provides precise, synchronized timing, ideal for long distance, highly distributed measurements.
This case has an integrated network switch for easy daisy-chain connectivity. In addition, it can control timing, synchronization, and data transfer between the C Series I/O module and the external host. By combining multiple CSeries I/O modules, users can create a combination of analog I/O, digital I/O, and counter/timer measurements to meet a variety of application needs.
The cDAQ-9185-785064-01 is a bus-powered CompactDAQ Ethernet chassis designed for small or distributed sensor measurement systems with a wide range of applications.
First, because of its precise, synchronous timing characteristics, it is particularly suitable for measurement scenarios requiring long distances and high distribution. This means that in industrial automation, remote monitoring, environmental monitoring and other fields, cDAQ-9185-785064-01 can play an important role.
Second, due to its ability to control timing, synchronization, and data transfer between the CSeries I/O module and the external host, it has an advantage in systems where complex data acquisition, analysis, and processing are required. As a result, it can be used in scientific research, laboratory testing, and in industries that require accurate data collection.
In addition, the cDAQ-9185-785064-01 also has four 32-bit universal counters/timers, these hardware features make it excellent in applications involving orthogonal encoders, PWM, pulse train generation, and further broaden its range of applications in industrial automation, robotics, motor control and other fields.
In general, the application fields of cDAQ-9185-785064-01 cover industrial automation, environmental monitoring, scientific research, laboratory testing and other aspects, and its accurate, synchronous timing characteristics and powerful data processing capabilities make it an indispensable measurement and control system in these fields.
