BLASI – Control TA-4 Slave without logic board

Name: BLASI - Control TA-4 Slave without logic board - MaceGulf
SKU: BLSP-7000010

BLASI Control TA-4 Slave without logic board delivers essential functionality for TA-4 door automation systems, providing a streamlined slave control option without the integrated logic board. This configuration suits technicians who handle custom configurations or need to integrate separate logic components in their BLASI TA-4 setups. The Control TA-4 Slave maintains reliable coordination with master units while supporting smooth system operation in maintenance, replacement, or specialized installations. Built for compatibility with existing TA-4 equipment, it offers practical performance for service professionals working on door control applications that require flexible control solutions.

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Product Details

BLASI Control TA-4 Slave without logic board provides a focused slave control component for TA-4 automatic door systems, designed specifically for applications where separate logic integration is preferred. This version eliminates the built-in logic board, giving technicians greater flexibility to incorporate custom control modules or third-party logic solutions while maintaining full compatibility with the TA-4 system architecture. It ensures dependable slave operation and seamless communication with master control units, supporting consistent door performance across various installation scenarios.

The absence of the logic board makes this Control TA-4 Slave ideal for advanced service work, system retrofits, or specialized automation projects where tailored control programming is essential. Installers benefit from its straightforward integration into existing TA-4 setups, while the robust construction maintains BLASI quality standards for long-term reliability. This configuration empowers maintenance teams to address complex control requirements without unnecessary built-in components, offering a clean foundation for customized door automation solutions that demand precise system coordination and optimal performance.

Article No: 7000010