Aaon R59850 Overload Socket

The Aaon R59850 Overload Socket is a critical electrical component designed for precise integration within Aaon HVAC units and motor control centers. Engineered for high-duty cycle industrial environments, this DIN rail mountable socket provides a secure interface for thermal overload relays, ensuring reliable motor protection against phase loss and overcurrent conditions. The screw terminal design accommodates standard wire gauges, facilitating high-torque connections that resist vibration-induced loosening common in packaged rooftop units (RTUs) and air handling systems. This HVAC motor protection accessory is essential for field replacements or control panel upgrades where maintaining OEM specifications is necessary for system integrity. By utilizing heavy-duty thermoplastic housing and silver-plated contact points, the R59850 minimizes voltage drop and heat generation. Accurate installation within commercial HVAC control circuits ensures proper signal transmission to the contactor coil, preventing premature compressor failure and optimizing total system uptime in demanding mechanical applications.

Key Benefits:

• Direct OEM Compatibility: Specifically engineered for seamless integration into Aaon electrical control panels.
• Industrial-Grade Durability: Constructed with reinforced housing to withstand high-ambient temperatures and HVAC vibration.
• Simplified Field Service: Features clear terminal markings and standard mounting for rapid overload relay replacement.
• Enhanced Electrical Conductivity: High-quality contact surfaces prevent arcing and ensure stable resistance values across the circuit.

Common Questions:

Which Aaon units are compatible with the R59850 socket?
This socket is standard in various Aaon RN and RQ Series units; always verify the electrical schematic or call for HVAC part cross-reference assistance.

Does this socket include the thermal overload relay?
No, the Aaon R59850 is the base socket only. The matching overload relay must be sized and ordered separately based on the motor's Full Load Amps (FLA).

What is the primary cause of socket failure in commercial units?
Most overload socket failures result from loose terminal connections leading to localized overheating or carbon tracking between pins.

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.