OPUS BOLLARD

The Opus Bollard has been developed from the ground up to allow us to offer a unique pathway and open area lighting solution. With a simple internal switch the distribution of the luminaire can be selected between either an asymmetric pathway or 360° open area distribution, simplifying product specification and ordering whilst ensuring that your application can be lit effectively with a minimum of energy. Our custom lens design ensures that spacings of up to 9M in open area and 8M in pathway applications can be achieved, whilst maintaining a ULOR below 2.5% for dark sky compliance. Installation is achieved either by bolting the base directly to the ground or through a ground anchor kit and after installation the bollard can be rotated by up to 30° to ensure accurate alignment with pathways. The installation of the Opus Bollard is further simplified with an internal IP66 control gear housing with plug and socket connectors. These installation features combine with a range of control gear options including DALI and integral emergency with lithium batteries for extended warranty and lifetime. The Opus bollard is also available with a selection of sensor and wireless options including microwave presence detection, integral photocell and compatibility with our wireless control systems, these features ensure that  energy savings can be maximised, light pollution is minimised and maintenance can be simplified with automated emergency testing and reporting.

This versatility combines with a robust design to ensure the Opus Bollard can withstand the challenges of an external environment with both an IP66 ingress protection rating and IK10 impact rating with an exterior grade paint finish in either black RAL9005 or grey RAL9006. The housing consists of an extruded aluminium base, injection moulded polycarbonate diffuser and die cast aluminium top cap to ensure a high quality and resilient finish.

The Opus Bollard has been designed to use components sourced from the UK and Europe wherever possible to minimise transportation miles whilst the aluminium extrusion is manufactured from 80% recycled content to reduce embodied carbon.