R Pillars Range – Lift-off Door Feeder Pillars
Key Features
- IP24 rating for all feeder pillars.
- IK10 rating for protection against strong impacts and vandalism.
- Lift-off door for easy access.
- Multiple lock options, including Tri Key Cam Lock, Pin Hex Cam Lock and Tamper Resistant Cam Lock for added security.
- 12 mm External-grade plywood backboard supplied with each mini pillar for mounting electrical equipment.
- Integral Root – Simple design allows for easy installation without need for a separate plinth.
- Access for cable ducting is provided through the lower front section of the feeder pillar or the root.
- Watertight door seal protects internal electric equipment.
- Earthing studs fitted to both body and door with earthing wire.
- Prewiring Service – We are able to supply and assemble any internal electrical equipment that may be required.
- Available in three grades of stainless steel. See Options tab.
- Smooth polyester powder coated finish.
The Ritherdon R Pillar is a feeder pillar typically used to house electrical supplies to external equipment in transport infrastructure such as traffic light and street lighting. The R Pillar range features a lift-off door flush with the body of the cabinet. The R Pillar range of mini pillars is capable of resisting moderate forced entry and is supplied with a 12 mm plywood backboard for fitting electrical equipment.
The height above ground is 716 mm. See Data Tab for dimensions of all feeder pillars in the R Pillar Range.
Typical applications include, but are not limited to: Street lighting, Traffic lights, CCTV operation, ANPR Car park management, Power supply feeder pillars, Residential supplies and other LV power distribution and control.
Alternative sizes
As we manufacture our stainless steel enclosures ourselves, we can adapt our cabinet designs to whatever dimensions you need. Please get in touch if you want to discuss custom sizes. Non-standard and custom sizes may be subject to minimum order quantities and longer lead times.

















































































