Prosoft MVI69L-MBTCP Modbus Serial Enhanced Communication Module, for Industrial Control Solutions

I/O Size:120/240 – 16 bit integers

Communication Parameters:Baud Rate: 110 to 115K baud, Stop Bits: 1 or 2, Data size: 7 or 8 Bits, Parity: None, Even, Odd, RTS Timing delays: 0 to 65535 milliseconds

Floating Point Data Support:Yes, configurable for Enron, Daniel® and other implementations

Module Compatibility:CompactLogix processors with 1769 I/O bus capability version 16 and greater (MicroLogix 1500 not supported)

Data Transfer Speed:High-speed between MVI69L module and CompactLogix / MicroLogix processor

    The Prosoft MVI69L-MBTCP is a highly reliable and efficient communication module designed specifically for industrial automation environments. Its robust design ensures smooth operation across a wide range of industrial applications, from manufacturing lines to complex control systems.

    Featuring advanced Modbus serial protocol compatibility, this module enables seamless data exchange between Prosoft devices and other systems, significantly enhancing operational efficiency and reducing integration complexities.

    Engineered with precision, the MVI69L-MBTCP supports up to 120/240 16-bit integers, ensuring it caters to the most demanding industrial communication needs. It offers flexible communication parameters, including baud rates, stop bits, data sizes, and parity options, catering to diverse system requirements.

    A standout feature is its floating point data support, offering configurable support for various industry standards like Enron and Daniel®, which allows for more sophisticated data processing capabilities. This feature is particularly advantageous in scenarios requiring precise calculations and data manipulation.

    For users seeking a versatile and high-performance communication solution, the Prosoft MVI69L-MBTCP stands out. It seamlessly integrates with CompactLogix processors and is compatible with versions 16 and above, making it an excellent choice for upgrading or expanding existing industrial control systems. With its high-speed data transfer capability, users can expect enhanced responsiveness and reliability in their automation setups.