Brand:Hypertherm

Model:PCI-4 AXIS MCC

Version:3.3V

Module Type:Motion Control Card

Operating Voltage:3.3V

Max Current:15A

Communication Interface:PCIe

Number of Channels:4

Operating Temperature Range:-20°C to +70°C

Storage Temperature Range:-40°C to +85°C

Dimensions (WxDxH):100mm x 30mm x 30mm

Weight:0.15kg

    Introducing the Hypertherm PCI-4 AXIS MCC 3.3V Motion Control Card, a cutting-edge component tailored for precision CNC machining tasks. This card is engineered to handle complex operations with ease, offering unmatched accuracy and speed. With its robust design and high-performance capabilities, it’s ideal for industries requiring high precision and efficiency.

    Featuring a 32-bit microcontroller, this card ensures swift and precise control over up to four axes, making it perfect for intricate manufacturing processes. It supports up to 16 digital input and output channels, enabling seamless integration with various peripherals. The PCIe interface facilitates smooth data transfer, enhancing system performance.

    Precision is at the heart of the PCI-4 AXIS MCC. Its 1 μm resolution ensures that every movement is executed with utmost accuracy, crucial for applications demanding exceptional detail. The card’s capability to operate at speeds up to 1 MHz allows for faster processing without compromising on quality.

    Designed with durability in mind, this motion control card is built to withstand harsh industrial environments. Its compact size and lightweight nature make it easy to integrate into existing systems, reducing installation time and complexity. The DC 12V power supply ensures reliable operation, backed by a sturdy construction that stands the test of time.

    For users seeking a motion control solution that delivers on both performance and reliability, the Hypertherm PCI-4 AXIS MCC 3.3V Motion Control Card is the ideal choice. Whether you’re a seasoned professional or new to the field, this card promises to enhance your CNC experience with its advanced features and user-friendly design.