Facebook Pixel

Hartland Controls CAP-70/10/440R Round Run Capacitor 70/10 MFD 370/440V

Special Price $26.82 Regular Price $34.87
Out of stock
SKU
CAP-70/10/440R
The Hartland Controls CAP-70/10/440R Round Run Capacitor is used to enable the motors to operate continuously by supplying the electrical power in phase-shifted form to stabilize the current and torque of multi-speed and dual-circuit motors. It has a capacitance of 70/10 microfarads at 370/440 voltage ratings, such that it can be used in both high- and low-capacitance applications in one part. This run capacitor is mounted in the electrical compartment of the motor and connected to the run circuit to give operation in air handlers, rooftop units, and other equipment.
https://www.partshnc.com/media/catalog/product/c/a/cap-70-10-440r_1.jpg
Manufacturer Name: Hartland Controls
Product Number: CAP-70/10/440R
OEM Part Number: CAP-70/10/440R
Product Description: 70/10Mfd 370/440V Rnd Run Cap
Weight:0.79lbs/358.34g

Choose the best HVAC equipment parts and supplies from PartsHnC!

  • Same Day Shipping

  • Best Quality And Best Price

  • Wide Range of Inventory

  • Best Customer Service

Have More Questions or Need Help to Place The Order?
Reach us at (866)773-0907 or [email protected]

Write Your Own Review
You're reviewing:Hartland Controls CAP-70/10/440R Round Run Capacitor 70/10 MFD 370/440V
Your Rating
Customer Questions
What maintenance is required for the Hartland Controls CAP-70/10/440R Run Capacitor?

Regularly inspect the capacitor for leakage, or swelling. Ensure terminals are clean and connections are tight. Turn off power before handling. Proper maintenance prevents electrical faults and ensures accurate motor operation.

What are common issues with the Hartland Controls CAP-70/10/440R Run Capacitor?

  • Reduced capacitance leading to weak performance.
  • Overheating or bulging casing.
  • Leakage of dielectric fluid.
  • Intermittent motor starting or stalling.

Installation Steps

Step 1: Turn off power to the motor or HVAC system for safety.

Step 2: Discharge the old capacitor completely to avoid electric shock.

Step 3: Disconnect the wiring from the old capacitor, noting connections.

Step 4: Mount the new capacitor securely in place.

Step 5: Reconnect wiring exactly as before, matching terminals.

Step 6: Restore power and test the motor or system for proper operation.