Packard A63106 Capacitor Resistor with Female Terminals (Package of 10)

The Packard A63106 Capacitor Resistor with Female Terminals (Package of 10) is a Packard capacitor for HVAC repair and replacement work. Use it when the part number A63106 and the listed specifications match the equipment being serviced.

With 1/4 Female Terminals. 10 per package.

Key Specs

• Type: Accessory
• Product Type: Capacitor

Replacement Notes

Captured replacement references include 93106. Confirm supersession details against the manufacturer parts list.

Expert Verdict

Reviewed by the SuperArbor Pro Desk: choose this part when the existing component label and unit documentation match A63106 and the spec set above. It is best suited for targeted HVAC service repairs where exact fitment matters more than broad universal compatibility.

FAQs

What is the Packard A63106 used for?

It is a capacitor for compatible Packard HVAC equipment. Match the part number A63106 and the equipment service literature before ordering or installing.

Which specs should I verify before purchase?

Verify the spec set shown for this part: Type: Accessory; Product Type: Capacitor. The replacement should match the existing component and the unit documentation.

How do I confirm this is the right replacement?

Compare the part number A63106, the capacitor description, and any unit model references with the original component and the service manual.

Are replacement or superseded references available?

Captured cross-reference data includes 93106. Verify any supersession directly against the manufacturer parts list before installation.

Who should install this HVAC component?

A qualified HVAC technician should install and test the capacitor. Disconnect power first, follow lockout procedures, and confirm safe operation after replacement.

Safety and Installation Notes

Disconnect power before service. HVAC electrical and combustion-related components should be installed and tested by a qualified technician. After installation, confirm wiring, mounting, airflow or fluid routing as applicable, and normal system operation.