NTA’s valve terminal range represents the next step in pneumatic innovation. Designed for compactness, flexibility, and lasting reliability, they empower industries to achieve better performance, lower maintenance costs, and smarter automation outcomes.
For manufacturers seeking dependable and efficient pneumatic solutions, NTA provides advanced integrated air control valve terminal solutions — built for the factories of tomorrow.
NTA valve terminals combine multiple solenoid valves into a modular and compact design, enabling efficient centralized control. Each valve manifold supports fast response time, optimized air pathways, and reliable switching performance.
Their space-saving structure minimizes piping and wiring, reducing both installation time and maintenance complexity. Built with corrosion-resistant aluminum alloy and precision-engineered sealing materials, these terminals ensure long-term stability and energy-efficient operation under demanding industrial conditions.

Compact modular layout for flexible configuration and quick assembly
Enhanced airflow channels for consistent, high-speed performance
Optional electrical interfaces for diverse automation systems
Energy-saving valve design reduces air loss and operating costs
Long service life with minimal maintenance requirements
With these features, NTA systems deliver precise control and stable actuation, making them ideal for industrial pneumatic valve automation systems that demand speed, accuracy, and efficiency.

NTA valve terminals provide connectivity via 25-pin, IO-Link, and Fieldbus interfaces, enabling smooth system integration, dependable communication, and optimized performance throughout automated production processes.

NTA valve terminals are equipped with 10 mm solenoid valves in a compact arrangement, delivering efficient flow performance while reducing required installation space. This intelligent design ensures rapid actuation and dependable operation in challenging automation environments.

NTA valve terminals integrate 14 mm solenoid valves engineered for superior flow capacity and consistent switching. Designed for intensive industrial automation, they provide precise control, long-term reliability, and high-efficiency performance throughout complex manufacturing systems.

Installing a screw in the pilot port sets the valve to external pilot mode, directing pilot air through the M5 threaded connection on the base plate. Replacing the screw with an M5 plug switches the valve to internal pilot mode, drawing pilot air directly from the main inlet.




Equipped with IO-Link modules, NTA valve terminals enable continuous system monitoring and straightforward parameter configuration. Leveraging standard cabling, they simplify installation, facilitate predictive maintenance, and maintain reliable operation within advanced automation networks.

NTA valve terminals are widely applied across industries where reliability and precision are essential:
Automotive assembly lines requiring synchronized pneumatic movement
Food and beverage packaging for hygienic, high-speed processes
Material handling and warehouse logistics with dynamic automation systems
Robotic integration platforms demanding compact, centralized air control
Electronics and semiconductor manufacturing requiring consistent, low-vibration actuation
Engineered to meet the needs of evolving automation systems, they are also an excellent choice for adaptive pneumatic control systems for manufacturing plants.
By consolidating multiple pneumatic functions into a single terminal block, NTA valve terminals reduce air consumption and optimize response time. The internal air channels are precision-machined for smooth flow and minimal pressure drop, ensuring continuous high performance even in multi-axis automation lines.
This integrated approach boosts overall plant productivity and enables real-time system monitoring, aligning perfectly with the goals of smart modular pneumatic distribution systems that support Industry 4.0 connectivity and flexibility.
At NTA, every valve terminal is manufactured under a strict quality control framework. From raw material selection to final testing, each component meets global standards to ensure durability and long-term reliability.
ISO-compliant production and assembly processes
100% performance and leakage testing before delivery
Consistent batch control for traceable quality assurance
Continuous product improvement for enhanced lifecycle performance
This commitment guarantees reliable and repeatable operation, meeting the demands of precision-engineered pneumatic valve manifold systems used in advanced industrial environments.
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