Motorola MVME166014A

Product Introduction:
The MVME166-014A (also identified as MVME166014A) is a dedicated I/O control board in the MVME166 series. It primarily handles industrial field signal acquisition, logic operations, and data table management, serving as a critical bridge between the physical world and digital control systems.

Category:

Description

Motorola MVME166014A

Technical Specifications:

  • Brand: Motorola
  • Model: MVME166-014A / MVME166014A
  • Product Type: Industrial I/O Control Board
  • System Compatibility: DCS / PLC automation systems

Functional Features:

  • Advanced Array Sorting & Tracking: Supports pushing new part numbers into a part array (PLIST) and automatically sorting when the array is full.
  • Original Position Recording: After sorting, it outputs the original position index (PPOSN) of the elements, facilitating data state tracing.
  • Cyclic Read Mechanism: The TBL_RD instruction supports automatic wrap-around to the table header when the pointer reaches the end, achieving FIFO-like reading functionality.

Application Scenarios:
Widely applied in automated production lines and DCS systems requiring complex data sorting, batch tracking, and material management.

Performance Parameters:

  • Table Operation Length: Supports data table operations up to 32,767 in length.
  • Supported Data Types: Supports WORD, DWORD, INT, UINT, DINT, and other data types.

Material Composition:
Utilizes highly reliable industrial-grade PCBs and electronic components to ensure long-term continuous operation without downtime.

Structural Characteristics:
Standard industrial board size with standardized bus interfaces and I/O terminals.

Working Principle:
Upon receiving a trigger signal (e.g., %Q00014 is ON), the module pushes input data into the memory array. When sorting conditions are met, internal logic sorts the array and sequentially outputs the processed data and original position information via the TBL_RD instruction.

Installation Requirements:
Insert into the corresponding industrial chassis slot and ensure fixing screws are tightened to prevent signal interruption caused by vibration.

Precautions for Use:
When using TBL_RD and TBL_WRT functions, ensure pointer (PTR) and table length parameters are configured correctly. If simultaneous read/write operations are performed on the same data table, assign different pointer references to avoid data conflicts.