TECHNICAL SPECIFICATIONS

FANUC A06B-6079-H208

The servo amplifier module A06B-6079-H208 offers extended compatibility and versatility to meet the needs of various applications. The model is equipped with advanced safety measures to ensure system security, such as current limiting, voltage regulation, and temperature control. By providing these protective features, the model maintains maximum reliability of operation at all times.

Technical Description of A06B-6079-H208:

The A06B-6079-H208 servo amplifier delivers industry-leading accuracy and performance for motion control applications, including industrial automation and exact processes. Its increased current capacity enables users to achieve more precise, reliable results than ever before.

The A06B-6079-H208 servo amplifier module offers a robust construction for hostile environments and sophisticated software functionality to streamline setup and monitoring processes. This model provides a full voltage range of 283V to 325 V and an impressive 9.5 kW operating power with up to 230V output, making it renowned for its strength and capability.

This series module leverages signal amplification to maximize speed and accuracy when combined with the power of a servo motor. It is essential for motion control systems, providing an enhanced capacity for accurate movement at higher speeds.

This A06B-6079-H208 module uses a state-of-the-art sine wave PWM control technique to guarantee accurate and efficient management of the output current. Thanks to this cutting-edge technology, you can count on steady results even in challenging industrial applications.

Incorporating an IGBT bridge into the amplifier module A06B-6079-H208 significantly increases switching speeds and boosts power efficiency. These gains translate to less energy loss during conversion, increasing the total system output in terms of both performance and cost efficiency.

With an impressive output current of up to 18.7 A (L-axis) and 18.7 A (M-axis), the servo amplifier module A06B-6079-H208 is a reliable choice for many projects due to its high-grade components, crafted with precision engineering for maximum performance.

Standard Ambient Conditions:

To safeguard its functionality, house the model in a dry indoor environment and avoid extreme temperatures below -20°C or over +60°C. Prolonged exposure to direct sunlight may cause degradation of components and eventual destruction.

Operating the A06B-6079-H208 model at temperatures outside its optimal range (0 - 55°C) can cause increased stress and potential overheating issues. It is necessary to adjust output power as needed.

Keeping the A06B-6079-H208 module in a clean and dry environment is key to preserving its efficiency. Moisture or foreign particles can do extensive damage, so guarding against possible contamination is vital. The model demonstrates impressive efficiency, operating seamlessly in areas up to 1,000 meters above sea level without burdensome additional protections.

General Usage Instructions:

Keeping the servo amplifier module A06B-6079-H208 in top condition is critical. Be sure to inspect it frequently for any evidence of damage, such as frayed cables or loose connections - and remember to promptly switch out any faulty components to prevent malfunctions down the line.

To guarantee the health and performance of the module, it's essential to use an appropriate power supply that is effectively grounded. Without this precaution, you risk damaging the module and additional machine components.

Shielding the A06B-6079-H208 module from sources of electromagnetic interference, such as welding machines or electrical devices, is critical for safe machine operation. Interference can disrupt module function and put both operator and machine at risk.