Handling, inspection & finishing
Pay-off, take-up, taping, inspection, coiling, wrapping and cutting equipment. Match each unit to the cable dimensions, line interface and finished package.
Taping, handling, coiling, cutting and in-line inspection equipment.
Match the working range, material handling and controls to this operation.
Confirm before selectionTape material, width, overlap, cable size and process position.
Confirm before selectionReel dimensions, loading, tension and line interface.
Confirm before selectionCable size, target length, coil format and packaging requirements.
Confirm before selectionCable dimensions, process location and the required inspection method.
Open the operation you need, then review its configuration inputs.
Each supporting unit has a defined duty. Taping is not a complete braiding package, in-line checks do not replace final cable testing, and cable coiling or cutting does not include plug or connector assembly.
Check the differences that matter to your product. Final selection follows a technical review.
Compare these two catalogue configurations.
| Specification | PYJB1246 | PYJB1860 |
|---|---|---|
| Wire Ø (mm) | 1–6 | 2–16 |
| Max. coil OD (mm) | 400 | 600 |
| Coil ID (mm) | 140–200 | 200–300 |
| Traverse height (mm) | 40–100 | 60–180 |
Confirm cable flexibility, coil length and packaging requirements. Coiling speed and completed packages per minute are different measures.
Catalogue figures are reference values. Material, product dimensions and the agreed configuration determine operating output and the final technical specification.
Review the choices behind the equipment package.
Cable diameter alone is not enough for a coiler. Specify the coil inside and outside diameters, height, length and wrapping requirements.
A pay-off, take-up or inspection unit must work with the existing cable path, tension and control arrangement. Include the main machine details when planning a retrofit.
Spark testing and diameter measurement address defined production checks. The finished cable still needs its own validation plan for the intended application.
Input, equipment and output must work as one connected process.
Match cable dimensions, operating conditions, tension, centreline and the mechanical connection.
Confirm the control interface, signal requirements and what happens when the unit or main line stops.
Agree reel or coil dimensions, cable length, wrapping and operator access before comparing equipment.
See the role of this equipment in each cable project, then open the complete route.
Apply specified tapes at the selected LAN cable assembly stage.
Confirm firstConfirm tape layers and position. A braiding stage needs its own scope.
Prepare the agreed coil package after solar-cable processing.
Confirm firstConfirm cable flexibility, coil dimensions, length and the required finished-product checks.
Prepare coils for suitable building-wire or power-cable sizes.
Confirm firstCheck the listed coiling range and package; larger cable may need a different reel-handling arrangement.
Package bulk power-cord cable after insulation, assembly and sheathing.
Confirm firstCoiling and cutting concern the cable. Plug molding and termination are outside this scope.
Review tape application within the specified coaxial shield structure.
Confirm firstConfirm tape suitability, layer position and separate braiding responsibilities.
Review specified tapes around the data-cable core or pairs.
Confirm firstDefine each tape and shield layer; braiding, connectors and final assembly remain separate scope decisions.
Agree the main machine and supporting items together before comparing proposals.
Does the supporting unit fit the product and the machines on both sides?
| Decision | What to check | What to request |
|---|---|---|
| Defined duty | Distinguish paying off, taking up, taping, inspection, coiling and cutting. Each has a different selection basis. | A duty schedule stating what each unit accepts and delivers. |
| Mechanical fit | Confirm cable dimensions, reel geometry, load handling and the available operating space. | Reel/product drawings and the mechanical interface to the retained line. |
| Controls & quality | Agree tension, speed coordination, signals and required checks; an in-line device does not replace every finished-cable test. | An interface/responsibility list and a validation method for the unit’s specific duty. |
| Package & handover | Identify guarding, accessories, consumables, documentation and service arrangements relevant to the selected unit. | An itemised scope and the agreed installation/start-up responsibilities. |
What changes the quotationThe unit’s duty, product and reel range, control integration, measurement needs and accessories change the package. Mark tooling, supporting units, site works and services as included, optional or buyer-supplied before comparing prices.
Agree the representative product, incoming material, setup, run conditions, measurements and records before the trial. Confirm the acceptance criteria together; a catalogue maximum is not a guaranteed result for every product.
Cable or conductor dimensions, material and handling constraints.
Taping, coiling, cutting, inspection or reel handling requirements.
Existing equipment, interface details and process position.
Reel or coil dimensions, length and wrapping requirements.
Share the current equipment and the interface requirements. The supporting unit needs to fit the actual cable dimensions and operating conditions.
Diameter is only one input. Cable flexibility, coil dimensions, length, handling and packaging needs also matter.
No. In-line inspection serves a defined process purpose. Finished cable verification and applicable test requirements should be established separately for the product.
No. Coiling length, loading, wrapping and handling all affect completed packages. Define the coil length and finished package before comparing output.
Provide the main machine details, cable range, operating speed, reel dimensions, control interface and available space. Include photos or drawings of the proposed connection point.
Share the cable you want to make and the scope of your project.