Static Pay-Offs
Simple low-maintenance coil or package feeding for suitable low-tension applications.
Pay-offs, take-ups, accumulators, coilers, spoolers, tension-control systems and plant-level utility packages engineered to make the production line operate as one integrated system.
Reel, coil and carrier handling is selected from package mass, wire speed, product tension and required changeover philosophy.
Simple low-maintenance coil or package feeding for suitable low-tension applications.
AC-drive controlled pay-offs for stable tension at high speed or with heavy reels.
Rotating and flyer-type systems for applications requiring twist control or continuous high-speed feeding.
Vertical coil handling concepts for compact layouts and selected wire-drawing applications.
Driven reel take-ups with torque or closed-loop tension control for medium and heavy packages.
Heavy-duty shaftless take-ups with hydraulic or electromechanical reel clamping and lifting.
Electronic traverse and speed synchronization for precise layer winding.
Flexible winding systems for packages where precision layering is not required.
Continuous coiling and accumulation for drawing, coating and general wire applications.
High-capacity coiling systems for large wire packages and robust industrial handling.
Coiling systems for galvanized and process wire where free-standing rosette packages are preferred.
No-twist or controlled-twist drum packaging for welding wire and selected specialty products.
Compact storage where floor area is limited and continuous-process separation is required.
Long-stroke accumulation for galvanizing, coating, respooling and continuous-process lines.
Closed-loop speed synchronization and tension stabilization for drawing and winding equipment.
| Tension sensing | Load cell / dancer / torque estimation / project-specific |
|---|---|
| Control | Closed-loop PLC / drive coordination |
| Accumulation length | Project-specific from process interruption time and line speed |
| Emergency behavior | Controlled deceleration and stored-wire management integrated with line safety logic |
| Measurement | Speed, length and position feedback available |
Wironex can extend the supply beyond production machinery to the plant-level utility systems required for operation.
Open or closed-circuit cooling systems sized from total process heat rejection.
Pumps, heat exchangers, tanks, filtration and temperature-control loops for furnaces, drawing machines and coating lines.
Compressor, receiver, dryer, filtration and plant-air distribution packages for pneumatic and process consumers.
PSA nitrogen generation packages for zinc wiping, protective atmosphere and other process requirements.
Softening, filtration, demineralization and project-specific water preparation systems.
Neutralization, precipitation, filtration and sludge handling for applicable chemical-process lines.
Storage and transfer systems for pickling chemistry.
Storage, conditioning and circulation packages for galvanizing and coating lines.
Acid-fume capture and scrubbing systems for pickling areas.
Localized extraction for furnaces, zinc baths, flux systems and other process zones.
Process and equipment ventilation designed around heat, fumes and maintenance access.
Gas, water, air, nitrogen and process-fluid distribution within the agreed turnkey boundary.
Line-level automation can include machine control, utility sequencing, energy monitoring, alarms and production data under one coordinated platform.
| PLC / HMI | Siemens, Schneider Electric, Mitsubishi or customer-specified platform |
|---|---|
| MCC | Centralized or distributed motor-control architecture |
| Drives | Individual VFD / regenerative drive systems according to machine function |
| Instrumentation | Pressure, flow, temperature, level, tension, speed and process measurement |
| Energy monitoring | Electrical and utility consumption can be logged per line or process area |
| Remote support | Secure remote diagnostics and service access according to customer IT policy |
Send us the line configuration and site utility data. We will define the complete auxiliary-equipment and plant-utility scope.