Product Overview

The RS60 Retention Socket from IPL group is an intelligent foundation solution specifically designed for the installation and maintenance of Ø60mm (2.3in) posts, including signs, bollards, barriers, benches, and bins. Essential to sustainable infrastructure design, it adds value through improved asset management and performance, reduced operational costs, and delivers environmental, health, and safety benefits. These sockets are designed and tested to international standards, approved and used throughout the world, and feature a high-strength, reusable design that survives vehicle impact, eliminating repeat excavation, disruption, and expense. The RS60 is product tested and load rated to EN124 B125.

Key Benefits

• Improved Asset Management: Provides an intelligent foundation solution for easy installation and maintenance of posts, leading to improved asset management and performance.
• Reduced Operational Costs: Eliminates repeat excavation, disruption, and expense associated with traditional post installation and replacement.
• Enhanced Safety & Environment: Delivers environmental, health, and safety benefits by supporting health and safety work practices and promoting environmental policies and targets.
• High-Strength & Reusable: Designed and tested to international standards , its high-strength, reusable design survives vehicle impact, allowing for reuse and reducing waste.
• Versatile Application: Suitable for knock-down and access-control locations , facilitating passive safety design to EN 12767.
• Flexible Installation: Easy to handle, adjust, and install on site , with shallow foundation options for congested sites. Can be shortened on site if depth cannot be achieved.
• Simplifies Management: Simplifies project, contractor, and site management, assisting maintenance and seasonal schedules.

Applications

The RS60 Retention Socket is designed for the installation of Ø60mm (2.3in) posts in various applications, including:

• Signs.
• Bollards.
• Barriers.
• Benches.
• Bins.
• Knock-down and access-control locations.
• Congested sites requiring shallow foundations.

Features & Construction

• Designed and tested to international standards.
• High-strength, reusable design.
• Material Specification:
  • Head, Plug, Locking Lid: Cast Steel (EN10340 GS240 Grade).
  • Body: Aluminium Pipe.
  • Flat Base & Duck Foot Bend: Cast Steel (EN10340 GS240 Grade).
  • Setscrews: M16 A2 Stainless Steel.
  • Assembly Screws: M12 A2 Stainless Steel.
  • Finish: Galvanised.
• Facilitates Passive Safety design to EN 12767.
• Foundation size and specification to EN40 & BD94/07.
• Product tested and load rated to EN124 B125.
• Facilitates electrical cabling at ground level.
• Available in common industry sizes and post installation depths.
• Base options include: standard (flat), duck-foot bend, and tee bends for cable access/shallow foundation.

Customisation Options

• Available in common industry sizes and post installation depths.
• Base options include standard (flat), duck-foot bend, and tee bends for cable access/shallow foundation.
• Can be shortened on site if depth for RS socket cannot be achieved.
• RS engineered sockets can be made to size, specification and installation requirements.

Technical Specifications

Specification	Value	Source
Post Diameter Supported	Ø60mm (2.3in)	4
Load Rating	EN124 B125	4
Material	Ductile Iron (Head, Plug, Locking Lid), Aluminium Pipe (Body), Cast Steel (Flat Base, Duck Foot Bend), A2 Stainless Steel (Setscrews, Assembly Screws), Galvanised Finish	23
Available Models & Dimensions
Ref No.	Base Type	A (mm)	B (mm)	C (Socket Depth) (mm)	D (Post Insertion Depth) (mm)	Weight (kg)
RS60x300	standard [flat]	225	116	300	290	9
RS60x450	standard [flat]	225	116	450	440	9.8
RS60x450df	duck foot bend	225	116	450	310	10
RS60x600	standard [flat]	225	116	600	590	10.7
RS60x600df	duck foot bend	225	116	600	460	10.8

Installation & Maintenance

• Installation: The RS socket should be set into concrete generally in accordance with International Standards or good Codes of Practice for post installation.
  • Prepare hole at least 75mm deeper than the overall height of the RS socket. If depth cannot be achieved, the unit can be shortened on site.
  • Compact at least 75mm of MOT type 1 granular material in base of hole for drainage.
  • Position RS socket in the centre of the hole and rotate its head to the required orientation. For cabled installations, connect ducting from a remote chamber to the swivel bend on the socket, leaving a draw cord in the base of the RS socket bend.
  • Remove locking lid, loosen the two M16 locking set-screws, and remove the pedestrian plug.
  • Install a levelling post (stump pole) in the RS socket, fasten the locking set-screws, and replace the locking chamber lid.
  • Surround with the required amount of concrete (ST4 mix or stronger), using the stump pole to achieve a vertical level.
  • Once concrete has been compacted and begun to cure, carefully remove the stump pole and lock the pedestrian plug in place.
  • Replace the locking chamber lid and secure in position. Finish footway with the required surface when concrete has cured.
  Refer to the RS socket installation guide for EN40-3-1:2000 foundation guidelines. For detailed foundation sizing on specific site conditions, contact your supplier.
• Maintenance: The high-strength, reusable design minimizes maintenance needs. Its ability to survive vehicle impact and facilitate easy removal/replacement reduces disruption and expense. Supports maintenance and seasonal schedules. Technical drawings for all sockets are available from IPL group.