Descriptions
Both ends of the beam are fixed and when multiple beams are placed end to end, a differential displacement profile of the structure from anchor point to anchor point can be derived.
The design of the beam and end fixings means the beam can easily be cut to any length on site to accommodate any unexpected changes or constraints.
Each unit is individually calibrated to provide the ultimate in system accuracy and repeatability. It can be used in conjunction with a hand-held readout, automatic data acquisition systems such as the GeoLogger G8-Plus or the Wi-SOS 480 Digital Node to provide a wireless monitoring solution.
Case Studies
Royal Albert Hall
The Great Excavation is the grand name for plans for the Royal Albert Hall which will add an additional 1000m² of space. The project will result in the installation of a two-storey, double height basement on the south-west quadrant of the building.
The increased back-of-house space will make possible the creation of a new multi-purpose space for artists, schools and community groups, the installation of a new café area for visitors, and a new space to share rare material from the archives.
Due to the works at the Royal Albert Hall, it was necessary for adjoining buildings to be monitored.
A local university Students Union cellar was monitored to ensure the excavations were not affecting it.
Royal Albert Hall Case Study
