ASCO 099216-001-D Coil

The ASCO 099216-001-D is a high-performance solenoid valve coil designed specifically for integration with ASCO RedHat series valves. This 120Vac 60Hz replacement coil features a Class FT insulation rating, ensuring reliable thermal endurance in demanding mechanical environments. Operating at 6/8.1/8.4 Watts, it provides the precise electromagnetic force required for consistent plunger actuation. For contractors performing field service, this coil is a standard ASCO replacement part for managing medium-pressure fluid control systems. Its compact epoxy-molded construction offers superior resistance to moisture and vibration, making it a dependable choice for industrial HVACR valve maintenance. Ensure the voltage and wattage specifications match your existing ASCO coil housing to maintain the pressure rating and flow characteristics of the valve body.

• Optimized Power Consumption: Rated at 6/8.1/8.4 Watts for efficient 120V AC solenoid operation.
• Class FT Insulation: Built to withstand elevated operating temperatures common in continuous-duty applications.
• Precise Compatibility: Direct OEM fit for ASCO 099216 series valve assemblies, reducing troubleshooting time.
• Durable Construction: Epoxy-encapsulated design protects the internal copper windings from environmental contaminants.

How do I verify if the ASCO 099216-001-D is compatible with my current valve?
Cross-reference the catalog number on your valve nameplate with the ASCO coil specifications. This coil is typically found in 8210, 8262, and 8263 series valves; however, checking the specific voltage and wattage requirements is essential for safe operation.

Can this coil be used on 50Hz electrical systems?
This specific model is optimized for 120V 60Hz. Using it on 50Hz systems may lead to overheating or insufficient magnetic force, potentially causing the valve to hum or fail to open.

What does the Class FT rating signify for an HVACR technician?
The FT rating indicates the thermal class of the insulation system, confirming it can handle the internal heat rise generated during long-duration cycles without degradation of the dielectric strength.

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.