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York S1-6109896 3HP VFD Controller Programmed 240V/3PH

Special Price $892.52 Regular Price $990.69
In stock
SKU
S1-6109896
The York S1-6109896 is a 3 HP Controller Programmed Variable Frequency Drive that enhances the HVAC systems. This controller has been used to modulate the speed of motors common in HVAC equipment like air handlers, pumps, and fans, and is powered by 240V 3-phase electric current. The VFD helps to reduce the wearing out of the equipment and energy consumption since it controls the speed of the motor to suit a system. However, there are some significant benefits of this type of programmed VFD. It enhances energy use productivity which reduces expenditure on energy in a big way. It also leads to smoother running and starting of motors, reduced mechanical stress, and thus increased product life of HVAC components.
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Specifications

  • Type: Controller
  • Horsepower: 3 HP
  • Voltage: 240V
  • Phase: 3-PH
Manufacturer Name: York
Product Number: S1-6109896
OEM Part Number: S1-6109896
Product Description: 3Hp 240V 3Ph Programmed Vfd
Weight:3.55lbs/1610.25g

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Customer Questions
What maintenance is required for the York S1-6109896 VFD Controller?

Regularly inspect the controller for dust, debris, or signs of overheating. Ensure all electrical connections are tight and the enclosure is properly sealed. Proper maintenance helps prevent operational errors, ensures reliable motor control, and maintains safe performance.

What are common issues with the York S1-6109896 VFD Controller?

  • Unexpected shutdowns or trip faults.
  • Erratic motor speed or performance.
  • Intermittent power supply or wiring issues.
  • Overheating or component failure.

Installation Steps

Step 1: Turn off power to the system before installation.

Step 2: Mount the VFD controller in a dry, ventilated area following orientation guidelines.

Step 3: Connect the power supply according to wiring diagrams.

Step 4: Wire the motor and control signals as specified by the manufacturer.

Step 5: Secure all connections and ensure proper grounding.

Step 6: Double-check settings and program parameters before powering on.

Step 7: Restore power and test operation, monitoring motor response and controller function.