Manufacturer:ABB

Model:81Q03006G A03

Series:KRAFT-G

Type:Inverter Board

Operating Voltage:380 V AC

Output Frequency:Up to 600 Hz

Input Current:≤25 A

Power Handling Capacity:Up to 18 kW

Protection Class:IP20

Control Interface:Digital & Analog Inputs/Outputs

Communication Protocol:MODBUS RTU, CANopen

Dimensions:200 mm x 100 mm x 60 mm

Weight:2.5 kg

Certifications:CE, UL, CSA, ISO 9001

    Introducing the ABB Robotics 81Q03006G A03 KRAFT-G Inverter Board, engineered for unparalleled performance in industrial automation. This cutting-edge inverter board is specifically tailored for robotics applications, delivering unmatched precision and efficiency in power conversion. With its robust design and high reliability, it ensures smooth operation across various industries.

    Featuring a DC 24V operating voltage and a 3.5kW output power, this inverter board is capable of handling demanding loads. Its ability to maintain stable performance at an input frequency of 400Hz and output current of 14.8A makes it suitable for complex automation tasks.

    Equipped with a RS-485 Modbus control interface, the ABB Robotics inverter board offers seamless integration with existing automation systems, facilitating easy communication and control. Additionally, it boasts an IP20 protection class, safeguarding against dust and light splashes, ensuring durability in industrial environments.

    Operated within a temperature range of -20°C to +50°C, this inverter board is designed to withstand varying environmental conditions, making it ideal for diverse applications. Whether in harsh factory floors or in climate-controlled labs, you can rely on the ABB Robotics 81Q03006G A03 KRAFT-G Inverter Board to deliver consistent and reliable performance.

    Choose the ABB Robotics 81Q03006G A03 KRAFT-G Inverter Board for your next industrial automation project. With its combination of advanced features, high-quality materials, and exceptional reliability, it is the trusted choice for professionals seeking superior performance and efficiency in their robotic systems.