TECHNICAL SPECIFICATIONS

FANUC A06B-6079-H305

The servo amplifier module A06B-6079-H305 is a multi-use piece of equipment, delivering wide compatibility and high levels of versatility to suit any application. This series module offers a powerful combination of signal amplification and servo motor output, facilitating rapid motion control with enhanced accuracy. Ideal for applications requiring detailed movement in minimal time.

Technical Description of A06B-6079-H305:

This A06B-6079-H305 servo amplifier is essential to motion control applications, such as those found in industrial automation. With higher current capacity than traditional systems, this innovative device can ensure greater accuracy and performance across multiple processes.

This A06B-6079-H305 model boasts a remarkable operating power of 3.1 kW, providing an impressive voltage range from 283 V to 325 V while delivering up to 230 output. The module can offer blazing-fast switching speeds and unprecedented power conversions with an IGBT bridge, ultimately decreasing excess energy losses. It amplifies system efficacy as a whole.

The module A06B-6079-H305 is equipped with a sophisticated Sine€“wave PWM control method, which guarantees precise and efficient management of the output current. This innovative technology ensures consistent performance even in extreme industrial scenarios.

The A06B-6079-H305 servo amplifier module offers a cutting-edge design, boasting exceptional resilience even under the most arduous conditions. Plus, thanks to innovative software features that enable effortless setup and tracking of system performance, People widely seek this device for good reason.

The A06B-6079-H305 model incorporates three robust protective features to ensure safety: current limiting reduces the risk of overload, voltage regulation improves energy transfer efficiency, and temperature control keeps the system running cool.

This robust servo amplifier module boasts an impressive output current of up to 3 A (L-axis), 12.5 A (N-axis), and 3 A (M-axis), making it the ideal choice for any application with varying demands. Its robust design ensures high-quality performance due to its meticulous attention to detail and carefully selected components used in production.

Standard Ambient Conditions:

Operating the A06B-6079-H305 model at temperatures beyond 0 - 55°C causes a significant strain on its performance, resulting in overheating. To achieve optimal results, modify the output power accordingly. This model is designed for efficient operation in elevations up to 1,000 meters without additional safety requirements.

Proper storage is key to maintaining the device's longevity. To ensure long-lasting performance, keep it safe and dry indoors at temperatures ranging from -20°C to +60°C while avoiding direct exposure to sunlight, as this can cause physical wear over time. To preserve the module in optimal working order, you must protect it from moisture and foreign particles. Even slight exposure can decrease its performance levels substantially.

General Usage Instructions:

Failure to use the appropriate power supply and secure it in a grounded system may result in devastating damage to the module or other machine components. Avoid this catastrophic outcome by ensuring that you source and properly install the correct power supply for optimal safety.

To ensure proper functioning, module A06B-6079-H305 must be secured from electromagnetic interference sources such as welding machines or other electrical devices. Neglecting to do this may lead to a malfunction of the module, which can put both machine and operator in danger.

Regularly check the servo amplifier and replace any faulty components that can prevent potential malfunctions. Ensure cables are secure and connections tight, and watch for signs of wear or tear to keep your system running smoothly.