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Carrier HC95DE040 Round Start Capacitor 216°F-259°F 330V

Special Price $157.86 Regular Price $181.54
In stock
SKU
HC95DE040
The Carrier HC95DE040 is a Round Start Capacitor and is meant for use in HVAC applications only. Start capacitors are used in HVAC systems to give the motor a boost to help it start running against the starting load. The start capacitor is used only until the motor attains its operating speed when it is discharged from the circuit. As a Carrier capacitor, this product has a capacitance of 216 µF – 259 µF and a voltage of 330 VAC, which is ideal for HVAC use. This makes it possible to package it within the HVAC unit due to its round shape.
Manufacturer:
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Specifications

  • Size: 2.7 x 2.7 x 3.9 "
  • Capacitance: 216-259 µF
  • Capacitor Type: Start
  • Frequency: 50/60 Hz
  • Prop 65: No
  • Shape: Round
  • Voltage: 330 VAC
  • Weight: 0.96lb
Manufacturer Name: Carrier
Product Number: HC95DE040
OEM Part Number: HC95DE040
Product Description: 216-259Mfd 330V Rnd Start Cap.
Weight:0.96lbs/435.45g

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Customer Questions
What maintenance is required for the Carrier HC95DE040 Capacitor?

Inspect capacitor for bulging, leakage, or overheating signs. Ensure terminals are tight and free of corrosion. Replace if capacitance drifts or start performance weakens. Keep unit clean and ensure proper voltage supply.

What are common issues with the Carrier HC95DE040 Capacitor?

  • Capacitor failure to start motor.
  • Loss of capacitance causing weak starting torque.
  • Overheating or thermal damage.
  • Bulging or leaking dielectric fluid.
  • Intermittent startup or humming motor.
  • Short cycling or failure under load.

Installation Steps

Step 1: Turn off power supply and check the system is fully isolated before handling the capacitor.

Step 2: Discharge the capacitor using an proper resistor tool to avoid electric shock risk.

Step 3: Remove the old capacitor and note wiring connections carefully for accurate reassembly.

Step 4: Connect wires to the new capacitor terminals exactly as marked.

Step 5: Secure the capacitor in place and ensure firm mounting to avoid vibration.

Step 6: Restore power and test system start-up for proper operation.