GEORGII KOBOLD KSY-464.80 R6XFWS113SB-1

Product Name:​ GEORGII KOBOLD KSY-464.80 R6XFWS113SB-1 brushless servo motor
Product Overview:​
GEORGII KOBOLD KSY-464.80 R6XFWS113SB-1 is a brushless permanent-magnet synchronous servo motor designed for high-dynamic industrial motion. The designation indicates the KSY 464.80 frame, R6 winding or configuration group, XF/W construction options, S113 high-resolution feedback, and SB-1 integrated holding brake. It is intended for servo drives requiring precise position, speed and torque control.
Category:
Description
Technical Specifications:​
Motor type: brushless permanent-magnet synchronous servo motor
Frame/class: KSY 464.80 series
Feedback: S113 high-resolution encoder or resolver feedback according to drive configuration
Holding brake: SB-1 integrated holding brake
Protection: IP65 according to servo-motor listing
Construction options: R6 winding/group, XF and W variants according to order code
Operating environment: suitable for industrial dust and water-jet-protected installations under IP65 conditions
Thermal class and exact voltage, current, torque, speed, inertia and rotor constants must be taken from the nameplate or Kobold project sheet
Functional Features:​
High torque at low speed, fast acceleration and deceleration, smooth dynamic response, accurate closed-loop feedback, integrated brake for vertical-axis safety, and rigid construction for machine-tool and automation accuracy.
Application Scenarios:​
CNC milling, turning, grinding and laser cutting axes, robotic joints and handling arms, packaging machines, printing presses, textile machinery, semiconductor equipment, rotary indexing and special-purpose automation requiring repeatable positioning.
Performance Parameters:​
Performance is defined by continuous torque, peak torque, rated speed, rated power, rotor inertia and feedback resolution. These values vary by winding code R6 and drive settings; obtain the Kobold rating plate or type sheet before sizing the amplifier, gearbox, brake power supply and cooling method.
Material Composition:​
Aluminum or cast alloy motor housing, laminated stator stack, rare-earth or high-energy permanent magnets in the rotor, insulated windings, stainless/shaft steel output shaft, integrated encoder/resolver housing, and electromechanical spring-applied holding brake.
Structural Characteristics:​
Compact cylindrical servo frame with flange mounting, keyed or smooth shaft according to order, rear feedback compartment, side or rear brake connector, and sealed cable glands or connectors. Cooling is primarily convective; forced air or special cooling depends on the ordered frame option.
Working Principle:​
The servo drive supplies controlled three-phase current to the stator windings. The permanent-magnet rotor follows the rotating magnetic field. The S113 feedback device measures position and speed and returns the signal to the drive, which adjusts current to minimize error. The SB-1 brake remains released during powered operation and engages when power is removed or an emergency stop occurs.
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