Information presented in this brochure is for informational purposes only. Link Engineering Company reserves the right to make changes, alterations and substitutions to the machines, components or other information presented in this brochure without prior notice. For the latest information contact Link Engineering Company. Equipment pictured in this brochure may be shown with safety equipment removed or disabled for purposes of illustration. Equipment must never be operated with safety equipment removed or disabled.
For more information on this product and how it can be configured to meet your requirements contact LINK at +1 (734) 453-0800 or sales@linkeng.com
Information presented in this brochure is for informational purposes only. Link Engineering Company reserves the right to make changes, alterations and substitutions to the machines, components or other information presented in this brochure without prior notice. For the latest information contact Link Engineering Company. Equipment pictured in this brochure may be shown with safety equipment removed or disabled for purposes of illustration. Equipment must never be operated with safety equipment removed or disabled.

Servo Motor Stator Lacing Machine
Model 952

LINK Model 952 Servo Motor Stator Lacer
System Features
  • Knot preparation
  • High mounted electronic cord tension
  • Recirculating lubrication
  • Eight servo motors & drives
  • Hot wire cord melting
  • Cord cut & clamp centerpost fits all stators with 45mm or larger bore diameter
  • Quick release latches on tooling plate, release ring and stator lift/lower pad
  • Electric eye cycle interrupt
  • Metric fasteners
  • Lacer mounted controls

The Model 952 Servo Motor Stator Lacer simultaneously laces both ends of fractional and small integral horsepower electric motor stators. This unit supports applications with small lot sizes and require minimal setup and changeover time.

This Lacer offer the unique diamond stitch pattern for tight lacing, maximum wire coverage and bore clearance. High-mounted electronic tension heads make cord threading easy and enable precise programmable control of cord tension for each end.

The heart of this machine is a set of eight rugged, industrial servo motors controlled by a Windows based computer. Custom software coordinates the servo motors, two lacing cord tension devices, two gear motor actuators, several air cylinders and input sensors. The software also provides online operator help and machine diagnostics. Programs for lacing specific stators may be created and edited either at the lacing machine or at a separate computer. The program uses stator characteristics such as ID, OD, Coil Height and Stack Height, with variable data such as speed, cord tension, and stitch pattern.


Servo Motor Stator Lacing Machine
Model 952

Typical Specifications
Stator O.D. Max. 8.0 in (203 mm)
Stator I.D. Min. 1.75 in (44.5 mm)
Stack Height Min. 0.8 in (20 mm)
Coil Height Max. 2.25 in (57 mm)
Stitch Rate 120 per minute
Air Supply 80 psi (5.5 bar)
Weight 1500 lb (680 Kg) Lacer
800 lb (364 Kg) Control Cabinet
Dimensions 53 in (1346 mm) long
32 in (813 mm) wide
63 in (1600 mm) high
Control Cabinet 45 in (1143 mm) wide
25 in (635 mm) deep
89 in (2261 mm) high

Options
  • Knot tightening, cord melting and vacuum removal
  • Pneumatic stator lift and lower
  • Hanger loop forming
  • Safety light curtain
  • Oil level sight gage
  • Automatic load/unload
  • Automatic Broken cord, end-of-cord, stator sensing

For more information on the this product and how it can be configured to meet your requirements contact LINK at +1 (734) 453-0800 or sales@linkeng.com
Information presented in this brochure is for informational purposes only. Link Engineering Company reserves the right to make changes, alterations and substitutions to the machines, components or other information presented in this brochure without prior notice. For the latest information contact Link Engineering Company. Equipment pictured in this brochure may be shown with safety equipment removed or disabled for purposes of illustration. Equipment must never be operated with safety equipment removed or disabled.