Servo Motors Toroidal Transformer Winding Machine

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Servo Motors Toroidal Transformer Winding Machine
Details
Model:KX-F50
Name:Servo Motors Toroidal Transformer Winding Machine
Shuttle Magazine Diameter:340 mm
Net Weight:470 KG
Gross Weight:510 KG
Category
Automatic Toroidal Coil Winder
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Description

 

KX-F50 Servo Motors Toroidal Transformer Winding Machine

 

Servo Motors Toroidal Transformer Winding Machine Overview 

 

The KX-F50 Servo Motors Toroidal Transformer Winding Machine is an industrial-grade, heavy-duty floor-standing manufacturing platform purpose-built for high-torque, heavy-wire winding on large-scale toroidal cores. Developed to handle demanding magnet wire gauges without structural flex or step-loss, this robust workstation combines advanced European-engineered control logic with an all-servo dual-drive architecture to maximize copper slot-fill and ensure exact layer alignment.

 

The mechanical framework is driven by two independent, synchronized servo motors: a primary servo spindle motor that guarantees absolute turn-count accuracy and an auxiliary servo motor dedicated to precise, high-density wire distribution. Capable of processing thick single-conductor profiles up to 3.55 mm or dual-parallel (bifilar) conductors up to 2.24 mm per strand, the KX-F50 easily accommodates large heavy-power toroids up to 420 mm in outer diameter. Built into a heavy, vibration-damped 470 KG floor chassis featuring a 340 mm wire magazine and the high-capacity KX110T winding head, this high-performance machine gives transformer manufacturers an accurate, repeatable, and low-maintenance cell for heavy industrial coils, utility transformers, and power chokes.

 

Specification

 

Engineering Parameter Industrial Rating / Motion Control Profile
Equipment Base Model KX-F50
Structural Architecture Heavy-Duty Floor-Standing Industrial Chassis
Processed Wire Diameter Spectrum Single Wire: 0.5 – 3.55 mm / Bifilar Parallel: Max 2.24 mm per Strand
Shuttle Magazine Diameter 340 mm
Winding Processing Head Assembly High-Capacity Model KX110T
Finished Core Outer Diameter (OD) 100 – 420 mm
Minimum Access Inner Diameter (ID) ≥50mm
Maximum Finished Component Height 150 mm
Maximum Operational Winding Velocity 100 RPM
Primary Automation Control Architecture Advanced PLC + Digital Touchscreen Interface
Main Spindle & Traverse Powertrain Fully Synchronized Dual AC Servo Motor Array
Rotational Vector Selection Automated / Manual Forward & Reverse Directional Logic
Physical Enclosure Dimensions (L * W) 1150 * 900mm
Equipment Mass Profiles Net Weight: 470 KG / Gross Weight: 510 KG

 

Advantages

 

  • Dual-Servo Synchronized Direct-Drive Powertrain

The main spindle rotation and traverse wire arrangement are governed by decoupled, high-torque AC servo motors. This full-servo architecture completely replaces traditional gear-train backlash, guaranteeing exact 100% turn-count accuracy and neat, non-overlapping wire distribution even when manipulating heavy, stiff magnet wire.

 

  • Heavy-Gauge Single & Bifilar Parallel Processing Capability

Equipped with the high-capacity KX110T head, the feed mechanism manages thick copper stock up to 3.55 mm single wire or simultaneous 2.24 mm double-parallel runs. The high-torque drive prevents conductor twisting, providing consistent tension and tight packing vectors across large core profiles up to 420 mm OD.

 

  • Next-Generation Industrial PLC & Intuitive HMI Interface

Incorporating advanced European control technology, the central PLC subsystem operates via a clear, user-friendly digital touchscreen. Floor personnel can easily preset turn parameters, adjust pitch spacing, toggle automated or manual forward/reverse rotation, and retrieve custom recipe profiles for rapid setup transitions.

 

  • Heavy-Duty Floor-Standing Vibration-Isolated Frame

Weighing a solid 470 KG within a compact 1150 * 900mm footprint, the rigid structural steel bed absorbs high mechanical torque spikes during heavy wire acceleration. This low-resonance frame keeps structural components aligned, protects precision bearings, and ensures long-term operational stability over continuous factory shifts.

 

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