Why Choose the Partex PO05DNY Yellow Oval Marker Profile?
The Partex PO05DNY is a professional yellow oval cable marker profile designed for customised wire and conductor identification in electrical installations, industrial control panels and automation systems. Supplied as one 40 m DN reel, this continuous marker profile provides a practical solution for preparing individual identification sleeves for electrical cables and conductors.
As part of the Partex PO oval marker profile range, the PO05DNY provides a dedicated marking surface for clear, consistent electrical identification. Its oval profile is intended for conductor marking applications, while the yellow colour offers a highly visible background for cable numbers, circuit references, terminal designations and other essential wiring information.
The 40 m continuous profile is particularly useful for electrical contractors, panel builders and OEM manufacturers who regularly produce cable identification markers. Supplied in a convenient DN reel format, the Partex PO05DNY supports efficient preparation of customised marker lengths for industrial electrical installations, machine wiring and maintenance applications.
Key Advantages
- Yellow oval marker profile provides a highly visible identification surface for electrical conductors.
- 40 m continuous length supports repeated cable marking and larger identification projects.
- DN reel format allows convenient handling and dispensing during marking operations.
- PO05 profile designation helps users select the appropriate profile within the Partex PO range.
- Customisable marker lengths accommodate different cable numbers, circuit references and identification requirements.
- Continuous material supply supports efficient preparation of multiple identification sleeves.
- Suitable for industrial control panels, automation systems, electrical installations and maintenance work.
Key Features
- Partex PO05DNY oval marker profile.
- PO05 profile designation.
- Yellow colour for highly visible conductor identification.
- 40 m supplied length.
- DN reel packaging.
- One reel per pack.
- Continuous oval profile for preparing individual cable identification sleeves.
- Suitable for customised conductor numbers, circuit references and wiring identification codes.
- Designed for use with compatible Partex marking methods and equipment.
- Practical for electrical panel manufacturing, industrial wiring and maintenance applications.
Efficient Cable Identification with a 40 m Continuous PO05 Oval Profile
The Partex PO05DNY offers a flexible method of preparing customised identification sleeves for electrical wiring systems. Its continuous oval profile can be cut into suitable lengths for individual conductors, allowing users to create identification markers containing cable numbers, circuit references and other relevant information. The yellow marking surface provides a highly visible background for identification produced using a compatible marking process.
The 40 m DN reel is particularly practical for electrical panel production, machine building and industrial automation projects where numerous conductors require consistent identification. The continuous supply helps reduce interruptions associated with frequent material changes and allows marker lengths to be prepared according to individual requirements.
The PO05 profile designation identifies this product within the Partex oval marker range. Before installation, users should confirm the profile's dimensional suitability for the intended conductor, together with the appropriate marking equipment and application method, using the manufacturer's technical guidance.
Typical Applications
- Electrical control panel wire and conductor identification.
- Industrial automation and PLC wiring systems.
- Switchgear and electrical distribution installations.
- Machine building and OEM electrical equipment production.
- High-volume cable numbering and circuit reference marking.
- Industrial maintenance, cable tracing and wiring documentation.
- Electrical installation projects requiring consistent conductor identification.
