CFG-BTV20.3C-NN-2T-NN-B1-2F-2C-NN-NN-NN

The Bosch Rexroth Indramat CFG-BTV20.3C-NN-2T-NN-B1-2F-2C-NN-NN-NN panel from the BTV20 Machine Operator Panels series combines robust hardware architecture with flexible configuration options to meet demanding industrial requirements. Featuring a core Product: BTV20.3 module, this unit supports the specified Function Type: MTC (export certificate is mandatory) and ensures full compliance with international trade regulations. Designed for seamless integration, the operator panel adheres to the CFG-BTV20.3C type coding rules and provides clear guidance in the Slot U3 to U10: refer to CFG-BTV20.3C Type Code Sheet for accessory and I/O expansions. With no optional alterations under Other Design: None, the base configuration delivers consistency and reliability for deployment in standardized control environments.

This operator panel’s certified Function Type: MTC architecture mandates an export certificate, ensuring traceability and legal conformity for cross-border applications. The absence of additional design variants under Other Design: None streamlines procurement and reduces complexity during installation and maintenance phases. All configuration details for slots U3 through U10 are documented in the CFG-BTV20.3C Type Code Sheet, making it straightforward to select compatible I/O modules, communication interfaces, and power supply components. As part of the BTV20 Machine Operator Panels family, this module benefits from Bosch Rexroth Indramat’s proven engineering standards and global service network.

Installation and commissioning are optimized by relying solely on the standardized Product: BTV20.3 core and the mandatory export certification process, which aligns with corporate compliance protocols. Users gain clarity through the embedded type-code documentation for Slot U3 to U10, and with Other Design: None, there is no risk of unsupported variations. The result is a dependable operator panel solution that upholds Bosch Rexroth Indramat’s reputation for quality and regulatory adherence.