Request for Quotation
Drives migration and lifecycle support for a dyehouse
GANI LIFECYCLE — LIFECYCLE

Drives migration and lifecycle support for a dyehouse

Obsolete drive replacement across a dyeing and finishing plant, followed by a standing spares and support agreement.

PROGRAM PROFILE
Delivery geography
Türkiye
Variants in scope
9 machines under contract
Program duration
Framework agreement, fifth year
Responsibility level
Lifecycle
Standards applied
IEC 60204-1 · IEC 61439 for replacement panels
WHAT IT DOES

What the delivered system actually does.

A dyeing and finishing plant runs on motors: dye vessels, winches, stenters, dryers, each with a variable-speed drive setting how it turns. When a drive generation goes out of production, every one of those machines becomes a spare-part problem at the same time.

GANI replaced the obsolete drives across the plant, machine by machine, keeping the machines and the process and renewing the part that had become unobtainable. Where a drive replacement changed a parameter or an interface, the machine was set up and proven again rather than left to the operator to discover.

What followed is the part that matters longer: a standing spares and support agreement. The plant now holds an agreed stock of tested exchange units and has a named route for support, so the next failure is a swap rather than a search.

THE CHALLENGE

A textile finisher ran dozens of obsolete drives across dyeing and stenter lines, cannibalizing scrapped machines for spares. A single drive failure on the stenter stopped the whole finishing sequence, and no local partner would touch the mixed installed base.

STARTING CONDITION

A mixed, partly undocumented drive population across three halls, with failures handled ad hoc from a shelf of used units.

CUSTOMER PROVIDED
  • Access for a plant-wide drives survey
  • Machine list with criticality ranking from production
  • Maintenance history and failure log
  • Annual shutdown calendar
GANI OWNED
  • Survey and register of the installed drive population
  • Migration plan by criticality, packaged into shutdown windows
  • Drive replacements with parameter sets documented per machine
  • Critical-spares stock defined and held under agreement
  • Standing support agreement with agreed response times
OUTCOME

What the program delivers.

  • Migration of the critical machines completed inside planned shutdowns
  • Documented parameter baseline established per machine
  • Critical spares held in stock under the agreement
  • Failure handling moved from cannibalization to managed exchange