Facebook Pixel
Sign-Up Bonus
Get 500 Reward Points instantly when you join.
Redeem Instantly
50 points = $1 off at checkout.
Earn as You Shop
$1 spent = 1 point every time you order.
Member Perks
Unlock exclusive member-only savings and offers.

Register and Earn 500 Reward Points
Toggle Nav
Search
Toggle Nav
Join Our Loyalty Program
main product photo

Copeland LACA-032E-TAC-800 Compressor R404A 14600 BTU, 230V/3PH

Be the first to review this product
Special Price $5,034.09 Regular Price $5,587.85
In stock
SKU
LACA-032E-TAC-800
The Copeland LACA-032E-TAC-800 Compressor is a durable refrigeration unit that is specifically for R404A refrigerant in HVAC systems. It has cooling capacity of 14,600 BTU and requires a three-phase 230V power supply. This type of compressor is used to run efficiently by compressing the refrigerant that removes heat from the system as well as getting rid of heat from the refrigerated surroundings to keep temperatures in systems optimal. It improves on the use of R404A, which cools better and uses minimal energy hence cutting on electricity maintenance.
Add to Wish List
Refrigeration & Cooling, Compressors
Manufacturer:
https://www.partshnc.com/media/catalog/product/l/a/laca-032e-tac-800-1.jpg

Specifications

  • Type: Compressor
  • Phase: 3 PH
  • Voltage: 230V
  • Capacity: 14,600 BTU
  • Refrigerant: R404A
Write Your Own Review
You're reviewing:Copeland LACA-032E-TAC-800 Compressor R404A 14600 BTU, 230V/3PH
Your Rating
Product Questions (2)
Customer Questions
What maintenance is required for the Copeland LACA-032E-TAC-800 Compressor?

Regularly inspect the compressor for leaks, clean filters and coils, and check refrigerant levels. Proper lubrication and secure electrical connections are essential. Maintenance ensures optimal efficiency, prevents overheating, and reduces the risk of system failures.

What are common issues with the Copeland LACA-032E-TAC-800 Compressor?

  • Refrigerant leaks or pressure drops.
  • Excessive noise or vibration.
  • Electrical or wiring failures.
  • Reduced cooling capacity or uneven performance.

Installation Steps

Step 1: Turn off all power to the refrigeration system.

Step 2: Secure the compressor on a stable, vibration-free base.

Step 3: Connect suction and discharge lines using proper fittings; check for leaks.

Step 4: Wire the compressor according to the electrical diagram; ensure grounding.

Step 5: Evacuate the system, then charge with refrigerant.

Step 6: Test operation and monitor pressure/temperature; observe for abnormal noise.