The iFrezer Motor Capacitor is a commercial-grade, high-performance AC motor run capacitor engineered to provide the essential electrical start and runtime efficiency needed for industrial fans, refrigeration compressors, and heavy-duty HVAC/R motors.

Product Introduction

Designed for exceptional reliability and continuous duty, the iFrezer Motor Capacitor plays a critical role in stabilizing motor voltage inputs and boosting overall operational efficiency. Featuring a rugged, flame-retardant box casing with heavy-duty quick-connect terminals, this compact unit ensures smooth, vibration-free electrical delivery under high thermal workloads. It serves as an ideal replacement part for commercial air conditioning systems, cold room ventilation fans, and industrial equipment requiring high-precision capacitance stability.

Key Technical Specifications

• Product Classification: AC Motor Run Capacitor / Film Capacitor
• Model / Series: ADM Series (Model 3081)
• Capacitance Value: 8µF (Microfarads) with a high-precision ±5% tolerance
• Voltage Rating: 250V AC (50/60 Hz frequency compatible)
• Temperature Operational Range: -25°C to +70°C for extreme commercial environments
• Safety Certification: Industrial file reference E142130(N)

Core Features

• High-Precision Capacitance: Engineered with a tight ±5% tolerance rating to guarantee consistent electrical output, reducing torque ripples and optimizing overall motor performance.
• Excellent Thermal Resilience: Built to withstand severe temperature fluctuations ranging from -25°C up to +70°C, making it highly reliable for installation inside hot electrical panels and cold refrigeration housings alike.
• Flame-Retardant Casing: Encased in a heavy-duty, impact-resistant insulated box layout that delivers maximum protection against moisture, mechanical shocks, and electrical leaks.
• Premium Quick-Connect Terminals: Equipped with top-mounted male spade terminals for secure, low-resistance wiring connections and rapid, hassle-free field replacements.
• Compact & Low-Vibration Layout: Streamlined structural footprint allows for seamless integration into tight component arrays while minimizing systemic mechanical vibration to extend service life.