POH7-White Partex Writable length 27mm / 100, white, pack 100

Why Choose the Partex POH7-White Writable Cable Markers?

The Partex POH7-White is a white writable cable identification product designed for marking wires, cables and electrical connections in control panels, machinery and industrial installations. Featuring a 27 mm writable length, the POH7-White provides a dedicated area for adding identification information, helping electricians and maintenance engineers organise wiring and recognise individual circuits.

Supplied in a pack of 100, these white writable markers offer a practical identification solution for electrical installation, panel assembly and maintenance work. The writable area allows users to prepare customised cable references, making the product useful where individual identification details need to be added during installation or servicing.

The Partex POH7-White is particularly suitable for applications requiring straightforward cable identification without relying exclusively on pre-printed references. Its 27 mm writable length provides space for application-specific marking, while the white identification surface offers a clear background for suitable marking media. The appropriate marking method and installation compatibility should be checked before use.

Key Advantages

• 27 mm writable length provides a dedicated area for customised cable identification.
• White marking surface offers a clear background for written circuit and cable references.
• Pack of 100 provides a convenient quantity for electrical installation and maintenance projects.
• Writable identification format allows individual references to be prepared as required.
• Helps distinguish wires and cables within electrical control panels and wiring assemblies.
• Supports clearer circuit tracing, maintenance and fault-finding activities.
• Useful for electrical contractors, panel builders and industrial maintenance teams.
• Provides a practical option for customised identification during installation and equipment servicing.

Key Features

• Partex cable and wire identification product.
• Product reference: POH7-White.
• POH7 designation.
• White identification colour.
• Writable length: 27 mm.
• Writable identification area for customised references.
• Pack quantity: 100.
• Suitable for preparing individual wire and cable identification references.
• Supports identification of electrical circuits and equipment connections.
• Useful for electrical control panel and machinery wiring applications.
• Can assist with wiring documentation, inspection and maintenance activities.
• Supplied as 100 white writable identification markers.

Clear Cable Identification for Industrial Automation

Accurate cable identification is important in electrical control systems, where multiple conductors may connect motor starters, contactors, relays, PLCs and other automation equipment. Clearly labelled wiring helps engineers identify connections, compare installations against electrical drawings and complete maintenance work more efficiently. The Partex POH7-White provides a 27 mm writable identification area for preparing individual cable references.

For panel builders, electrical contractors and maintenance engineers, writable identification products can be useful when references need to be prepared during installation or updated as part of planned modifications. The 100-piece pack supports repeated identification tasks across wiring assemblies and control equipment. Users should select a suitable marking medium and confirm the marker's compatibility with the intended cable identification arrangement.

Typical Applications

• Electrical control panel wire and cable identification.
• Industrial machinery wiring and connection marking.
• PLC input and output wiring identification.
• Motor control circuits and equipment connections.
• Electrical distribution and switchgear wiring.
• Cable harness assembly and identification.
• Maintenance, fault-finding and circuit tracing.
• Customised cable references during installation and equipment modifications.