Why Choose the Partex PO09BNW White Oval Marker Profile?
The Partex PO09BNW is a professional white oval cable marker profile designed for identifying electrical wires, cables and circuits in industrial control panels, machinery and automation systems. Part of the Partex PO cable identification range, this continuous marker profile provides a practical solution for producing customised identification markers in professional electrical installations.
Supplied as a 50 m bulk reel, the PO09BNW provides a continuous supply of marking material for electrical panel manufacturing, cable harness assembly and repeated identification tasks. Its white colour offers a clear identification background, while the PO09 oval profile is intended for use in compatible cable and wire marking applications.
The Partex PO09BNW is supplied as one bulk reel containing 50 m of continuous white oval marker profile. Individual identification markers can be prepared to the required lengths using suitable marking and cutting equipment. The bulk reel format is particularly useful for electrical contractors, panel builders, OEM manufacturers and maintenance engineers requiring consistent cable identification across multiple electrical circuits and wiring assemblies.
Key Advantages
- 50 m bulk reel provides a practical supply of marker profile for repeated cable identification tasks.
- White oval marker profile offers a clear background for cable numbers and circuit references.
- Continuous profile format allows individual marker lengths to be prepared according to application requirements.
- PO09 profile designation supports selection within the Partex PO identification range.
- Suitable for identifying electrical wires, cables and equipment connections.
- Bulk reel packaging supports convenient material storage, handling and dispensing.
- Helps improve cable traceability and wiring organisation in electrical installations.
- Useful for industrial control panel assembly, machinery wiring and cable harness manufacturing.
Key Features
- Partex PO oval marker profile range.
- Product reference: PO09BNW.
- PO09 profile designation.
- White identification profile.
- Oval profile format for compatible cable marking applications.
- 50 m continuous profile length.
- Bulk reel supply format.
- Suitable for preparing individual cable and wire identification markers.
- Supports customised marker lengths using appropriate processing equipment.
- Designed for use within compatible electrical identification systems.
- Suitable for repeated marking tasks in industrial wiring and cable assembly.
- Supplied as 1 × 50 m bulk reel.
Reliable Cable Identification for Industrial Automation
Clear and consistent cable identification helps electrical engineers and maintenance teams locate conductors, trace circuits and verify connections against wiring diagrams. Industrial control panels, motor control systems and automation equipment often contain numerous wires and cables requiring unique identification references. The Partex PO09BNW provides continuous white oval marker material for preparing identification markers suitable for compatible electrical cable marking applications.
The Partex PO marker profile range supports structured identification workflows alongside suitable marking and processing equipment. The PO09BNW is particularly useful for panel builders, electrical contractors and cable harness manufacturers producing multiple identification markers, where its 50 m bulk reel provides a convenient supply of material. The correct profile size, cable compatibility and marking method should be confirmed before installation.
Typical Applications
- Industrial control panel cable and wire identification.
- Electrical distribution boards and switchgear wiring.
- PLC and industrial automation circuit marking.
- Motor control centres and machinery wiring identification.
- Wire harness manufacturing and cable assembly.
- OEM electrical equipment production.
- Electrical maintenance, inspection and circuit tracing.
- Repeated production of customised cable identification markers.
