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York S1-6109899 3HP Controller Programmed VFD 460V/3PH

Special Price $950.59 Regular Price $1,916.95
In stock
SKU
S1-6109899
The York S1-6109899 is a 3HP Controller Programmed VFD that provides the control of three-phase motors for HVAC system. This VFD, which is meant to get the out of motors and has a standard voltage of 460V, is one of the most essentialcomponents of modern HVAC systems. Its primary function is to alter the voltage and frequency that is supplied to the electric motor allowing control of motor speed and increasing overall energy utilization. It assists in the reduction of energy use, results in reduced operating costs, and by doing so it helps in increasing the life of the equipment by changing the speed of the motors according to the needs of the system.
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Specifications

  • Type: Controller
  • Horsepower: 3 HP
  • Voltage: 460V
  • Phase: 3-PH
Manufacturer Name: York
Product Number: S1-6109899
OEM Part Number: S1-6109899
Product Description: 460V3ph 3Hp Programmed Vfd
Weight:3.7lbs/1678.29g

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Customer Questions
What maintenance is required for the York S1-6109899 Programmed VFD Controller?

Regularly inspect wiring connections and ensure terminals are secure to prevent faults. Keep the controller clean and free from dust or moisture buildup. Monitor for unusual noises or overheating during operation. Always disconnect power before servicing to ensure safety.

What are common issues with the York S1-6109899 Programmed VFD Controller?

  • Controller not powering on.
  • Inconsistent motor speed control.
  • Fault or error code displays.
  • Overheating during operation.
  • Communication failures with connected systems.

Installation Steps

Step 1: Turn off all power and verify supply matches requirements before installation.

Step 2: Mount the VFD securely in a ventilated panel, ensuring adequate clearance for heat dissipation.

Step 3: Connect input and motor output wiring according to diagram, and ensure proper grounding.

Step 4: Program parameters based on motor nameplate and required speed control settings carefully.

Step 5: Restore power, test operation at low speed, monitor for faults, and follow safety precautions.