BAT-Exxx power module consists of GeoSIG Power Pack as well as an external battery inside a marine housing. The module is supplied with necessary cables for inter-connection and to connect to relevant equipment.The Power Pack contains a power supply and a charger specially designed to provide constant power to the GeoSIG instruments and charge an external lead battery.
Aluminium inclinometer casing (tube) is a special grooved tubing, generally installed within a drilled hole, used in conjunction with a wheeled sensor probe system to determine sub-surface ground dynamic movements. It's internal grooves provide an orientation reference for the inclinometer probe readings. During manufacturing particular attention is paid to minimise the twisting of the casing grooves.The casing is inserted section by section in a drilled hole with a settled PVC tube of at least 100 mm inner diameter. The casing is supplied in sections of 3 meters long and a coupling element is used to assemble the whole casing at installation time. The assembly is done using "pop" rivets and each coupling is sealed with tape. At the bottom of the tube, a cover is mounted to seal the tube. Sealing is needed for the time until the sensor is placed into the casing. After complete casing insertion, it must be settled in the hole using a light concrete mixture. Then the sensor can be inserted and fixed in position after it has been tested for some time. The sensor is guided by a set of wheels mounted bellow it (see figure on the left). The wheels are guided by the grooves inside the inclinometer casing all along its length. Before inserting into the casing, the sensor orientation should be adjusted relative to the casing.
The GMS-GPS is a state of the art GPS receiver module which employs U-BLOX NEO-M8N that is a complete GPS receiver and embedded antenna designed for a broad spectrum of system application.The NEO-M8 module is concurrent GNSS receiver which can receive and track multiple GNSS systems: GPS, Galileo, GLONASS and BeiDou. Its far-reaching capability meets the sensitivity requirements of seismic applications and low power consumption.The NEO-M8N design utilizes the latest technology and high level circuit integration to achieve superior performance while minimizing space and power requirements.The GMS-GPS is housed in a water-resistant case and designed to withstand rugged operating conditions. The host system may communicate with the GMS-GPS via a dedicated, compatible, bi-directional communication channel. Internal memory backup allows the GMS-GPS to retain critical data such as satellite orbital parameters, last position, date, and time.
The sensor junction box SEN-JB-GMS for GMS increases the flexibility of GMS-based systems in terms of topology. The internal DC-DC converter provides a stabilized and insulated 15 VDC supply to the sensor(s), allowing for sensor cable lengths up to 1000 m. Furthermore, the SEN-JB-GMS can be used to combine a variety of external sensor channels, up to three for the 3-channel GMS as well as up to six for the 6-channel GMS. Full overvoltage protection and an IP65 watertight housing make it a valuable accessory for any GMS based measuring or monitoring system.
Our solar power solution provides reliable and independent power supply for remote locations. The system comprises solar panels, charger/regulator, batteries and a mounting kit. Please note that solar components are frequently changed/improved by the manufacturers, therefore the context of the product document is to provide an overview of typical characteristics. Depending on the particular system supplied, the components may differ from the ones shown.The size of the solar panel depends on the power requirements of the installed GeoSIG components.In addition we consider additional factors as the geographical location, environmental conditions, your project design and automony requirements. Based on this information we calculate the optimum system capacity and design suitable solar power solution for each site and system.