Facebook Pixel

Schneider Electric (Square D) QO200TR 2-Pole Disconnect 60A 240 VAC

Special Price $38.84 Regular Price $50.49
In stock
SKU
QO200TR
The Schneider Electric (Square D) QO200TR 2-pole Disconnect Switch operates as a dependable part for controlling electrical power in HVAC systems. This switch operates at 60AMP while using 240 VAC to offer manual power purposes. This part finds application in residential and light commercial air conditioning and heat pump systems to provide technicians with a safety mechanism for equipment isolation before maintenance activities. This product features both a simple installation process because of its compact dimension and durability which supports extended operational capability. It enhances safety features and operation simplicity and meets electrical code requirements.
https://www.partshnc.com/media/catalog/product/q/o/qo200tr.jpg

Specifications

  • Type: Disconnect Switch
  • Number of Poles: 2
  • Current Rating: 60AMP
  • Voltage: 240 VAC
Manufacturer Name: Schneider Electric (Square D)
Product Number: QO200TR
OEM Part Number: QO200TR
Product Description: 60Amp 240Vac 2Pole Disconnect
Weight:2.98lbs/1351.7g

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:Schneider Electric (Square D) QO200TR 2-Pole Disconnect 60A 240 VAC
Your Rating
Customer Questions
What maintenance is required for the Schneider Electric (Square D) QO200TR Disconnect Switch?

Regularly inspect the disconnect for loose terminals and overheating signs. Keep the enclosure clean and dry to prevent dust and moisture damage. Test switching operation and verify tight connections for safe isolation.

What are common issues with the Schneider Electric (Square D) QO200TR Disconnect Switch?

  • Overheating at terminals due to loose connections.
  • Contact wear causing intermittent power loss.
  • Mechanical switch failure or sticking mechanism.
  • Enclosure damage leading to exposure risks.
  • Incorrect tripping or failure to disconnect.

Installation Steps

Step 1: Turn off main power at breaker and check absence of voltage using a multimeter.

Step 2: Mount the enclosure securely on a suitable surface per guidelines.

Step 3: Connect line and load conductors to the correct terminals, tightening to manufacturer's torque specs.

Step 4: Close cover, restore power, and test operation; ensure proper grounding and wear PPE throughout.

Step 5: Confirm no overheating or loose connections after initial load test, and label the disconnect clearly.