BTA20.4-NA-SP-VE-BS

The Bosch Rexroth Indramat BTA20.4-NA-SP-VE-BS is part of the BTA20 Machine Control Boards series, engineered to deliver reliable automation management in industrial motion systems. This board belongs to Product Line 20 and features a Design 4 layout with a specialized Configuration NA-SP-VE setup. It employs an advanced Communication Bus interface, supporting both INTERBUS-S and BT-BUS protocols for seamless data exchange between modules. Designed to manage precise control signals, the primary function of this control board is to coordinate machine operations, enabling real-time monitoring and adjustment of drive parameters to optimize system performance.

In-depth technical specifications highlight the flexibility of this module. The board’s Line 20 architecture ensures compatibility with existing BTA20 framework components, while the Design 4 format provides a standardized footprint for easy integration into cabinet assemblies. The NA-SP-VE configuration denotes a combination of input/output channels and protective functions tailored for versatile machine control tasks. Communication is handled via the dual-mode INTERBUS-S/BT-BUS interface, which enables high-speed cyclic data transmission and diagnostic messaging. As a BTA product, this board adheres to stringent manufacturing tolerances, ensuring consistent performance under varying load conditions.

Beyond its core specifications, the BTA20.4-NA-SP-VE-BS offers enhanced compatibility with a wide range of servo drives and I/O modules within the Bosch Rexroth ecosystem. Its robust design supports extended operational lifetimes and minimizes downtime through reliable bus communication and fault-tolerant signal handling. Although no external certifications are listed, the board’s native adherence to INTERBUS-S and BT-BUS standards guarantees interoperability with certified peripherals and controllers. In industrial applications, deploying this control board translates into streamlined machine workflows, improved diagnostic capabilities, and lower maintenance overhead, ultimately boosting productivity and system efficiency.