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Operating Voltage:AC 220V / 380V

Current Consumption:≤ 3A

Response Time:≤ 0.1ms

Load Capacity:Up to 500kgf.cm

Control Protocol:MODBUS RTU

Temperature Range:-10°C to +50°C

    Introducing the NSK NE147-400 ASTRO-E400z Spindle Controller, a cutting-edge precision control module engineered for exceptional performance in high-speed machining environments. This controller boasts a wide operating voltage range of 220V AC, ensuring compatibility across diverse industrial setups. With an impressive input current of 10A and a power output capacity of 5kW, it guarantees robust operation under heavy load conditions.

    Equipped with a frequency range of up to 400Hz, this controller is ideal for applications requiring rapid acceleration and deceleration. Its operational temperature range from -10°C to +50°C ensures reliable performance in various environmental conditions, while the IP65 protection class safeguards against dust and water ingress, ensuring longevity and maintenance-free operation.

    The inclusion of a RS-485 communication interface facilitates seamless integration with other industrial automation systems, allowing for enhanced monitoring and control capabilities. Whether you’re working on precision grinding, metal cutting, or any application demanding precision and speed, the NSK NE147-400 ASTRO-E400z Spindle Controller delivers unparalleled results.

    Designed with ergonomics in mind, the compact yet robust design ensures easy installation and integration into existing machinery. Its intuitive interface simplifies setup and configuration processes, enabling operators to quickly adapt and optimize their operations for peak efficiency.

    Backed by NSK’s commitment to quality and innovation, the NE147-400 ASTRO-E400z Spindle Controller comes with comprehensive technical support and warranties, ensuring peace of mind for both new and experienced users alike. Upgrade your industrial machinery today with the NSK NE147-400 ASTRO-E400z Spindle Controller, and experience unmatched precision control and reliability.