Titan Pro 70+10 MFD 440 V Round Run Capacitor is a durable, high‑precision dual run capacitor designed for HVAC systems that rely on reliable starting torque and efficient operation. With two capacitance values in a single, tidy housing, it powers both the compressor and fan motors for smooth, consistent performance.
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Dual capacitance: 70+10 MFD — delivers the necessary start and run support for compressor and fan motors in one compact unit
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Voltage rating: 440 V — engineered for systems that require a robust 440-volt run capacitor
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Construction — round aluminum case engineered for durability and efficient heat dissipation, helping extend service life
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Compact form — fits standard capacitor housings with a diameter of 2.7 inches and a height of 5.5 inches for easy replacement in tight spaces
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UL Listed — verified safety and reliability so you can install with confidence
What the 70+10 MFD rating means
In a dual run capacitor, 70 µF powers the compressor while 10 µF supports the condenser or blower fan. This pairing reduces wiring clutter, improves motor efficiency, and helps the system start quickly and run smoothly across varying temperatures.
Ideal applications
Perfect for air conditioners, heat pumps, and other single‑phase motor installations that require a reliable dual run capacitor in a 440 V circuit. If your unit calls for a 70/10 µF dual capacitor, this Titan Pro model is designed to meet those needs with consistent performance and build quality.
Why choose Titan Pro for replacement capacitors
Compared with separate capacitors or lower‑spec replacements, the Titan Pro round run capacitor combines two critical values in a single, rugged aluminum housing. The result is simpler installation, fewer components to manage, and durable operation under heat and duty cycle demands that HVAC equipment commonly encounters.
Practical tips for installation and care
Before installation, verify the existing capacitor’s value (70/10 µF) and voltage (440 V) to ensure a perfect match. Handle with care, disconnect power, and discharge any residual charge in accordance with safety guidelines. Mount the capacitor in its original orientation to optimize heat dissipation, and securely wire to the appropriate terminals to maintain consistent electrical contact during operation.
