ABB A16-04-00-81 Contactor Non-Reversing 24VAC Coil 30A 4-Pole DIN Rail A16 Series

# AC General Purpose Contactor The **ABB A16-04-00-81 Contactor** is a high-performance, non-reversing contactor designed for reliable AC control applications. With a strong focus on efficiency and durability, this 4-pole contactor is an essential component for industrial automation and electrical management systems, particularly where space and design flexibility is paramount. ## Key Features • **Coil Voltage:** Operates at 24VAC for versatility in various applications. • **Current Rating:** Handles up to 30A, accommodating a wide range of load requirements. • **Poles:** Features a 4-pole configuration, ideal for controlling three-phase motors or other multi-pole devices. • **Compact Design:** DIN rail mountable, facilitating easy installation and space optimization in control panels. • **Robust Construction:** Built to withstand operational stresses and enhance longevity, ensuring optimal performance in demanding environments. ## Applications • **Motor Control:** Perfect for starting and stopping three-phase motors in industrial applications. • **Automation Systems:** Integrates seamlessly into PLC and relay systems, enhancing overall automation efficiency. • **HVAC Systems:** Utilized in heating, ventilation, and air conditioning applications to control motor functions. • **Compatibility:** Suitable for various industrial and commercial setups requiring reliable power switching. ## Benefits • **Enhanced Efficiency:** Optimizes power distribution and control, lowering operational costs over time. • **High Reliability:** Engineered to perform consistently under various conditions, reducing maintenance frequency. • **User-Friendly Installation:** The DIN rail mounting system simplifies installation and retrofitting in existing systems. • **Versatile Usage:** Its adaptability allows for use in multiple applications, making it a valuable addition to any electrical setup. --- *Product information compiled with AI assistance for reference purposes.*