TECHNICAL Specification
MK floor boxes are manufactured from high quality steel or brass providing strong mechanical strength and durability for floor installations
Designed according to relevant IEC and BS standards for electrical accessories and installation safety
Available in single double and multi compartment configurations to accommodate power data and communication outlets
Load bearing capacity is designed to withstand foot traffic and light trolley loads depending on model
Standard finishes include galvanized steel stainless steel or brass with options for carpet tile or screed floor applications
Degree of protection varies depending on cover type typically suitable for dry indoor environments
Equipped with removable covers and cable entry points for easy installation and maintenance
Compatible with a wide range of wiring accessories such as sockets data modules and multimedia outlets
Operating temperature range suitable for standard indoor conditions
Available in various sizes and depths to suit different floor constructions and installation requirements
Overview & Usage
MK floor boxes are used to provide convenient access to electrical power and data connections in floor mounted installations
They are commonly installed in offices commercial buildings conference rooms and open spaces where wall outlets are not practical
Used to supply power data and communication services to workstations desks and meeting areas
Allow flexible layout of furniture and equipment without dependence on wall mounted outlets
Suitable for raised floors screed floors and concrete floor installations depending on design
Provide organized and concealed cable management improving safety and aesthetics
Help reduce cable clutter and minimize trip hazards in busy environments
Support multiple services such as power sockets data ports and multimedia connections in one unit
Allow easy access for maintenance and future expansion of wiring systems
Overall they are essential for modern workspace design offering flexibility safety and efficient distribution of services




