York 025-18411-002 Actuator Motor

The York 025-18411-002 Actuator Motor is a critical HVAC replacement part designed for high-torque applications in York YK centrifugal chillers, including F, G, and H style compressors. This electric actuator serves as a primary damper control motor, converting electrical signals into precise mechanical motion to regulate airflow and fluid dynamics within commercial HVAC systems. Built to withstand the rigorous demands of industrial cooling, the 025-18411-002 features a robust 150-degree stroke and 800 in-lb torque rating, ensuring reliable positioning of chiller components for optimal efficiency. As a genuine OEM actuator motor, it provides a seamless fit and electrical compatibility with existing York control circuits. This model is the direct technical successor to legacy part numbers, restoring system performance in water-cooled and air-cooled facilities such as medical centers and manufacturing plants where downtime is not an option.

Key Benefits:

• Direct OEM Compatibility: Engineered as a drop-in replacement for part numbers 025-18411-001, MP-9710-103, and MP-9710-703-0-2.
• Industrial-Grade Torque: Delivers 800 in-lb of output, capable of driving heavy-duty dampers and valves in large-scale centrifugal units.
• Precision Positioning: Designed for precise 150-degree rotation to ensure accurate airflow regulation and system balancing.
• Enhanced Durability: Robust internal gearing and motor housing are built to survive the high-vibration environment of a compressor room.

Common Questions:

What equipment uses the York 025-18411-002 actuator?
This motor is specifically utilized in York YK series centrifugal compressors (Style F, G, and H) typically found in large commercial and industrial chillers.

Can I use this to replace an MP-9710-103 motor?
Yes, this unit is the official replacement for the MP-9710 series, offering the same footprint and 24V synchronous operation with feedback potentiometer integration.

How do I troubleshoot a failing actuator motor?
Symptoms often include erratic damper movement or 'hunting' for position. Verify terminal voltage and inspect the feedback potentiometer for resistance dead spots before replacing the assembly.

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.