The Amana-Goodman CONT2P040024VS Contactor is a heavy-duty, 2-pole electrical switch engineered for demanding HVAC compressor replacement and industrial control applications. This 40 amp definite purpose contactor is designed to handle high inductive loads, providing a reliable interface between your 24V control circuit and high-voltage components like condenser fan motors and compressors. Built with a 24V coil, it ensures clean, stable switching to prevent arcing and premature wear. Its double pole design offers complete circuit interruption, making it a standard fix for sticking or pitted contacts in Goodman and Amana condensers. As an OEM HVAC part, it guarantees correct fitment and electrical ratings for 40-amp systems. This replacement magnetic contactor features a compact footprint for easy integration into existing control panels, ensuring your service calls are efficient and the equipment returns to the factory-spec performance. Field-tested for long-term cycling, it is the professional choice for maintaining system reliability in harsh environments. Key Benefits: High Current Rating: Rated for 40 Full Load Amps (FLA), making it suitable for larger residential and light commercial condensers. 2-Pole Disconnect: Provides simultaneous switching of both power legs for enhanced safety and equipment protection. Versatile Compatibility: Fits a wide range of Goodman, Amana, and Daikin packaged units and split systems. Industrial-Grade Build: Engineered to withstand frequent cycling without significant contact degradation or coil failure. Common Questions: Will this work if I have a 30 amp contactor currently installed? Yes, you can typically upgrade from a 30 amp to a 40 amp definite purpose contactor, provided the coil voltage and pole count match, as the higher amp rating offers more overhead. How do I check if my 24V coil is burnt out? Use a multimeter to check for resistance (ohms) across the coil terminals; an "OL" reading indicates a failed, open coil that requires replacement. Can this be used on a 120V or 240V control circuit? No, this model is specifically designed for 24V control voltage. Using higher voltage will destroy the coil instantly. Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
