NWBM85S485 Real-time monitoring and control

The NW-BM85C002 is a controller with 546 I/O points, an LD instruction processor, an operating voltage of 783V,

a processing speed of 783μs, an output frequency of 853Hz, a data capacity of 568, and a program capacity of 473.

In addition, it has adaptability in the ambient temperature range of -55 ° C to +70 ° C and the ambient humidity range of 5% to 95%.
The I/O control function of the NW-BM85C002 has the following features:High-speed data transmission: The controller

can quickly read the input signal and convert it into digital data, but also can convert the digital data into output signal

output to the device. This ensures that the controller can monitor and control the equipment state in high real-time.
A variety of input and output interfaces: The controller provides a variety of input and output interfaces, such as analog

input and output, digital input and output, serial communication interfaces, etc. This allows the controller to

connect with different types of devices and meet the signal processing requirements of different devices.

CML40.2-SP-330-NA-NNNN-NWPowerful data processing capability: The controller adopts high-speed processor and large-capacity memory,

which can perform fast data processing and analysis on the input signal, such as signal filtering, data compression,

anomaly detection, etc. This helps to improve the control accuracy and stability of the controller.
Multiple communication protocols: The controller supports a variety of communication protocols, such as Modbus,

Profinet, EtherNet/IP, etc. This enables the controller to seamlessly integrate and interconnect with other smart

devices and systems for more flexible and reliable system control and management.
High reliability and stability: The controller adopts a number of advanced technologies and designs,

such as heat dissipation design, lightning protection design, electromagnetic compatibility design,

etc., to ensure that the controller can still operate stably under high loads and harsh environments.