Doorking 2600-266 High Voltage Kit

Download Specs

Upgrade your DoorKing gate operator with the versatile DoorKing 2600-266 High Voltage Kit, designed to accommodate higher voltage inputs, making it ideal for varied power setups in commercial and residential environments. Specifically compatible with DoorKing’s 6500, 6550, 6300, 9000, 9150, and 1600 series models, this kit enhances functionality by converting standard 115 VAC to 208, 230, 460, or 575 VAC.

Key Features

• Seamless Voltage Conversion
  This kit’s step-down transformer enables DoorKing operators to operate on higher AC voltages, providing flexibility for installations where 115 VAC may not be ideal or available.
• Broad Compatibility with DoorKing Models
  Optimized exclusively for DoorKing models (6500, 6550, 6300, 9000, 9150, and 1600 series), ensuring a streamlined fit and reliable integration with your gate system.
• High-Safety Compliance
  Designed with compliance in mind, the kit includes guidelines for separate high- and low-voltage conduit installation and requires an external power disconnect switch, aligning with NEC standards for safety.
• Enhanced Dual-Gate Installation Support
  For bi-parting gate installations, the kit’s design supports single-transformer setups on primary operators, reducing additional installation complexity.

Technical Specifications

• Input Voltage Options: 208, 230, 460, or 575 VAC
• Compatible Models: DoorKing 6500, 6550, 6300, 9000, 9150, and 1600 series
• Included Components: Step-down transformer, voltage-specific wiring harnesses, detailed installation manual

Why Choose the DoorKing 2600-266 High Voltage Kit?

For users requiring flexibility in voltage input, the 2600-266 High Voltage Kit stands out as a robust solution. It allows operators to handle diverse power sources without sacrificing performance, making it a preferred choice for challenging installation environments. The kit’s compliance with NEC standards and detailed wiring requirements ensures not only reliability but also safety in high-voltage applications.