Preparing your secure checkout page...
Warranty
Wake Industrial Warranty
To Speak to a sales representative for pricing and lead time:
Product Description
The B&R Automation range of CPU modules includes the M2NTCP33-0 module in their M2N series. This unit is designed to provide robust processing power in a wide range of automation tasks. The module features an efficient MOTOROLA 6303 microprocessor and an application program memory of 16 KByte, equivalent to 4.7 K instructions. This ensures efficient processing power that supports multi-tasking in demanding automation applications and ample memory for reliable performance. The unit is designed to handle real-time processes and comes with a processing time of 4 ms per K instructions. This speed ensures that the module can efficiently handle multiple instructions simultaneously for efficient and fast operations.
The M2NTCP33-0 features 264 digital I/O points and 80 analog I/O points. This provides users with versatile options for connecting to other devices and systems to suit their application requirements. The comprehensive range of input and output points offers flexibility in monitoring and regulation of various parameters ensuring that the module can be customized and expanded to meet a wide range of application needs. This unit is also equipped to support 62.5 kBaud TTY serial interfaces, allowing high-speed communication with peripheral devices in the automation system. The efficiency in data transfer enables real-time control and monitoring for efficiency and reliable performance.
For reliable performance, the M2NTCP33-0 comes equipped with extended diagnostics functions for troubleshooting. The user can use this feature to monitor the system performance in real-time minimizing downtimes. This unit is designed to be compatible with M264 module racks which makes it easy to integrate even in setups with space limitations. The module comes in a compact design that facilitates straightforward installation into M264 racks, making the setup process easy and seamless.