Proven high quality Gigant and Booster pumps used in the sets
4 sets of pumps avaible for depths of water from 8 to 36 m
Watertight coupling between the pumps and cables
Diameter of pumps only 37 mm.
Supply voltage of 12 VDC via connection to your car battery (external battery is also possible)
Special 4 wire cable.
Splash-water tested connection for the GR-4 pump regulator
Inexpensive PE tubing dia. 10/12 mm connectable
For water sampling and well purging it is necessary to use the following equipment which is not included in the Gigant sets: Pump regulator GR-4, 12 V battery, Tubing, mostly inexpensive PE, diameter 10/12 mm
Technical specifications you can find in the Datasheet
Technical diagram in borehole you can also find here
Mobile inclinometer for monitoring landslides, deformation of underground walls, embankments etc.
Digital probe for very precise measurement
Bluetooth reel provides forty hours of operation on one charge and is available with 30, 50, 75, or 100 m of cable
Easy to carry and easy to handle, the lightweight control cable is also easy to read
Sensors are installed in a ABS-inclined tube with a diameter (48 mm, 70 mm and 85 mm)
The modern Android OS supports high-resolution screens, touch-screen interfaces, and full internet connectivity
Expanded Trade-In Program - DGSI has now expanded the program to replace your old inclinometer systems (DGSI "Classic" Inclinometer System, MEMS Digital Inclinometer Systems from Geokon, Inc., RST Instruments Ltd., and Sisgeo Srl.).
We will give you up to a $3,500 trade-in credit towards a new Digitilt "AT" system.
Technology for pulsed testing of rocks in natural conditions
An equipment to produce hydraulic shocks in an environment filled with pressurized water
Simple hydraulic powered equipment
Purpose and goal is to create a water hammer in a closedI waterBfilled environment for the purpose of
disrupting the surrounding geological environment
VK133- 3D automated system for testing the strength characteristics of brittle materials
Automated system for testing and evaluating the strength characteristics of brittle materials in simple tension
Treated sample of material is closed in a pressure chamber
Simulation of external pressure on the exterior of the sample allows specially designed pressure
chamber which is provided independently of the cleaving pressure
Cleaving pressure is brought into the center of the test sample separately from the pressure in the sample
exterior
The impact on the tested sample can be achieved by both linear and pulsed cleaving pressure