Enclosures & Accessories
Industrial Control
Electromechanical
Process & Instrumentation
Interconnect Wire & Cable
Lighting
Motors Drives & Accessories
Lamps Indicators & Displays
Passive Components
Power & Electrical
Safety & Signaling
Semiconductors
Tools Hardware & Supplies
Test and Measurement
Drives, Motors & Accessories
Industrial Control
Power & Electrical
Test & Measurement
Case Study
KASPER VCNC 1000 UPGRADE
Two Spindle, Four Axis Vertical Lathe Machine Retrofit
|
OVERVIEW
Ford Motor Companys Livonia Transmission Plant wanted to update some of
the CNC controls on their production machinery. The existing controls were Allen Bradley
8200 series - popular in the 1980s. Ford had experienced electrical failures at an
increasing rate and realized that the control was no longer supported in the field. After
years of 24/7 service, the machines mechanical condition was questionable. The
specialized computer, graphics screen and computer graphics software for viewing the part
offsets were no longer supported by its manufacturer and the controls were obsolete. |
|
||
|
After analyzing the system, Galco recommended rebuilding the machine mechanically in addition to updating its electrical system. The machine was totally reconditioned. Slides were ground and ball screws were reground and certified. The spindles were rebuilt and balanced for vibration and noise tolerances to Fords specifications. In addition, the air system was replaced with ISO spec valves and regulators and the lube system was thoroughly checked and repaired. The control system was replaced with a GE Fanuc series 18I-TA CNC control - quickly becoming recognized as an industry standard. A completely new electrical enclosure and new operator control panels were supplied to complete the system built to Ford Motor Companys specifications. The final touch was designing and adding dry floor guarding to the retrofit. |
|
||
|
Because of our past successes in supplying systems and service to Ford Motor Company, Galco was asked to supply a turnkey solution for the Kasper. The new system was completely programmed, tested and run-off for both endurance and capability at Galcos facility before being shipped to the customer. The new system was designed to minimize operator retraining. The result was more increased uptime, easier troubleshooting and maintenance. |
|



