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

York S1-6111672 3HP Programmed VFD Controller 240V/3PH

Be the first to review this product
Special Price $889.45 Regular Price $1,793.95
In stock
SKU
S1-6111672
The York S1-6111672 3HP Programmed VFD Controller is suitable for 240V/3PH power supply. As a programmed VFD controller, it controls the speed of AC motors by varying the frequency and voltage supplied to the motors. This fine control ensures that energy is consumed efficiently and performance of different HVAC system equipment including chillers, pumps and fans is improved. This results in several advantages, such as increased system performance, accurate control of air or fluid flow, considerable savings in energy costs due to optimal motor operation, and increased equipment durability due to reduced mechanical stress.
Add to Wish List
HVAC Controls & Electrical, Control Boards & Modules
Manufacturer:
https://www.partshnc.com/media/catalog/product/s/1/s1-6111672.jpg

Specifications

  • Type: Programmed VFD Controller
  • Horsepower: 3HP
  • Voltage: 240V
  • Phase: 3PH
Write Your Own Review
You're reviewing:York S1-6111672 3HP Programmed VFD Controller 240V/3PH
Your Rating
Product Questions (2)
Customer Questions
What maintenance is required for the York S1-6111672 VFD Controller?

Regularly clean dust and debris from the controller and cooling components. Inspect electrical connections and wiring for tightness and damage. Verify programming and monitor for unusual alarms or motor action to ensure accurate operation.

What are common issues with the York S1-6111672 VFD Controller?

  • Overheating due to blocked airflow.
  • Fault codes from voltage spikes.
  • Communication errors with connected systems.
  • Irregular motor speed or performance fluctuations.

Installation Steps

Step 1: Disconnect power and confirm compatibility.

Step 2: Mount the controller on a clean, dry, and vibration-free surface with proper ventilation.

Step 3: Wire input power and motor output according to the provided diagram.

Step 4: Secure all connections and reinstall protective covers.

Step 5: Turn on power and perform a test run, checking for unusual sounds or overheating.