Equipment

| Geophysical Equipment | Survey Equipment | Mapping and CADD | Multi-beam Sonar |

GEOPHYSICAL EQUIPMENT

Pipe and Cable Electromagnetic Inductive Locators

UMS’s geophysical toolbox includes the new Optimal Ranging SPAR 300© electromagnetic induction system which is fully integrated with the Trimble Access surveying environment and operates seamlessly with Trimble GNSS receivers or with Trimble Total Stations. When integrated with Trimble surveying equipment the SPAR 300© derives 3D alignment data (elevation tied to project control) for conductive utilities, including appropriate error metadata. UMS usage of the SPAR 300 over past 3 years has allowed development of procedures and experience required to provide highly valuable, continuous 3D profile data at a fraction of the cost of discrete vacuum excavated test holes.

SparSetup

profile test hole

UMS’s geophysical toolbox also includes conventional pipe and cable electromagnetic inductive locators such as the RD8000, RD500, Ditch Witch Subsite950, and Rycom. UMS ground penetrating radar devices include the Noggin Plus 250 MHz Smartcart GPR, the Mala GeoScience 350 MHz GPR, and the SIR 3000 with high and intermediate frequency antennas.

Equipment-1Equipment-2

 

Other Geophysical Electromagnetic Induction and Magnetic Gradiometer Survey Equipment

As projects require, UMS utilizes a variety of tools, from simple magnetic detectors to the sophisticated Geonics EM-61 and Geometrics G-858 Magnetic Gradiometer.

yellow stickworker with cartums worker

 

 

SURVEY EQUIPMENT

Trimble R8 GNSS Systems – base and rover for RTK GPS surveying, TSC3 Controller

R8 GNSS

 

Trimble 5600 robotic total station w/ ACU Trimble Geomatics Office GPS5600 station

 

DJI A2 Aerial imagery/video platform

combined UAV images

Combined images from UAV

 

MAPPING AND CADD SOFTWARE

Current software includes: Trimble Geomatics Office, Bentley : Open Roads/Power GEOpak/ SUE / SUDA, Golden SURFER, ESRI ArcGIS, EKKO_Mapper Version 3.

busy map

 

Excavation Equipment

Through subcontracting agreements with local vacuum excavation specialists; UMS utilizes various types of vacuum excavation equipment capable high-pressure air or water methods to expand and break up soils adjacent to a given utility and a powerful vacuum to remove these spoils. The use of the high-pressure air is totally non-destructive and will not damage even the most vulnerable utilities. All of this equipment is truck/trailer mounted, which allows easy and safe access to most locations. Based on project requirements and location, UMS will utilize the appropriate sized equipment to complete the project in the most efficient manner possible. When high pressure water applications are required in cold weather conditions, measures will be taken to ensure the necessary water supply remains fluid; allowing for year round vacuum excavation capabilities.

Seismic Refraction and Engineering Geophysical Surveys

In addition to utility investigations, UMS also performs a variety of engineering geophysical surveys to investigate bedrock, groundwater, and other subsurface conditions.

laptop in fielddiggingguys on hill

Multi-Beam Sonar

NORBIT iWBMSc (Compact) Multibeam Sonar Specifications

Can be rotated to provide high resolution mapping of vertical bridge or dam face.

Technical Overview

The NORBIT Wide Band Multibeam Sonar (WBMS) is the most compact high resolution wide-swath multibeam sonar available. With a sonar dry-weight of less than 4.5kg (10lbs), beam widths of only 0.9°, and low power draw the stand-alone multibeam sonar easily mounts to any sized survey platform and may be powered by a small battery (ex. laptop extension battery pack) or standard AC plug.

The WBMS emits a frequency modulated (FM) sound wave centred at 400kHz (the optimized frequency). From the returning sound energy, 256 or 512 beams are formed within a user-selectable 5° to 210° fan shaped swath using the integrated sound speed probe and curved receiver array that allows for narrow beams with significantly less beam spreading than linear arrays. Repeatable bottom detections from 0.2m to 280m (Seattle, WA USA – salinity @ 29ppt – water temperature 11°C) are determined using automatic gain compensation, adaptive gating technology, and amplitude and phase proprietary algorithms for bottom detections. All processing and export of time-stamped bottom detection occurs within the sonar head. The system requires very little user intervention to achieve clean repeatable bathymetry.

The sonar is connected via a single sonar cable that provides power and Ethernet data link between the sonar wet-end and a small Sonar Interface Unit (SIU). From the SIU, a single Ethernet cable to a laptop or Acquisition PC is required to transmit control commands to the sonar, receive the sonar records and receive the INS data for iWBMS product.

The NORBIT WBMS is unique to the industry as the first platform designed from the start to be a cylindrical array wideband system with frequency modulated (FM) transmission signals. With latest FPGA circuits, integrated sound speed probe, and fresh engineering, the system provides the resolution and capabilities of a much larger and more complicated system. Efficiency savings begin with installation: the compact (and lightweight) form-factor enables for simpler, less robust, mounting infrastructure than earlier generation multibeam sonar systems. Low power requirements allow added flexibility on very small survey vessels as well as any vessel of opportunity.

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