The ABB A40-30-10 A40 Contactors are designed for efficient and reliable control of electric motors in industrial settings. They provide precise current control and are ideal for applications requiring frequent starting and stopping of heavy machinery.
Operating Voltage (V):AC 230V / DC 24V
Contact Rating (A):10A / 16A
Insulation Class:Class I, II
Relay Type:Single-pole
Switching Frequency:Up to 1500 ON/OFF cycles per hour
Ambient Temperature Range:-20°C to +40°C
The ABB A40-30-10 A40 Contactors are engineered with advanced materials to ensure longevity and robust performance under demanding industrial conditions. Their compact design allows for easy integration into various control systems without compromising on functionality.
Featuring an intuitive interface and user-friendly operation, these contactors enable seamless setup and maintenance, saving time and resources for technicians and engineers. They are equipped with state-of-the-art monitoring capabilities that help in predictive maintenance, reducing downtime and maintenance costs.
With their high current rating and exceptional reliability, the ABB A40-30-10 A40 Contactors are suitable for applications requiring continuous operation or frequent load changes. They are compliant with international safety standards, ensuring a safe working environment.
The contactors are designed with a low electromagnetic interference (EMI) profile, making them an excellent choice for sensitive electrical systems where interference could disrupt operations. Their compact size and lightweight construction facilitate ease of installation and transportation.
Backed by ABB’s comprehensive warranty and customer support, users can have peace of mind knowing they have access to expert advice and assistance whenever needed. These contactors are not just tools for control; they are partners in creating sustainable, efficient, and reliable industrial solutions.
The ABB A40-30-10 A40 Contactors are designed for efficient and reliable control of electric motors in industrial settings. They provide precise current control and are ideal for applications requiring frequent starting and stopping of heavy machinery.