ADN
ADN is a fully mobile and wireless touch pad dedicated to recording drilling parameters and pressure meter tests.
Its size and weigh make it a particularly practical and space-saving device. It makes it possible to synchronize data efficiently between users permanently or intermittently connected to a corporate network. In the context of geotechnics, the ADN connected to the PREVO executes the procedure of carrying out the pressure meter test: amplitude of the stresses, bearings, duration. The ADN is equipped with an internal GPS which provides location, it can also be configured for the monitoring of machine parameters.
• Supply voltage: 12 - 36 V DC or 24 V AC
• Weight: 2.5 kg
• Operating temperature: -20 ° C / 60 ° C
• Waterproof: IP65
• Internal GPS accuracy: 30 m
• Color touch screen: 8 "
• Data Recovery: USB - BLUETOOTH - GPRS – WIFI
Dialog mx2
The DIALOG MX2 is a device for measuring and controlling special foundation processes. Equipped with a touch screen combining robustness and good ergonomics, it is easy to use.
DIALOG MX2 makes it easy to synchronize data between users who are permanently or intermittently connected to a corporate network.
The recording of the measurements can be carried out simultaneously in time and in depth, with the transmission of the measurements in real time (Bluetooth, Internet / GPRS, USB). The configuration and the update can be carried out remotely, as well as the transmission of the instructions. DIALOG MX2 is equipped with an internal GPS which provides the location, it can also be configured for the monitoring of machine parameters.
• Supply voltage: 12 - 36 V DC or 24 V AC
• Weight: 5 kg
• Operating temperature: -20 ° C / 60 ° C
• Waterproof: IP65
• Internal GPS accuracy: 30 m
• Color touch screen: 10.4 "
• Data Recovery: USB - BLUETOOTH - GPRS
Cintac
CINTAC 15 is a device for measuring, controlling and recording injection parameters. Equipped with a large touch screen with a graphical and intuitive interface, its use ranges from measurement and recording of pressure, flow, volume, pump control, pressure and flow control, control / monitoring of complex instructions.
The CINTAC 15 can control and manage up to 12 pumps.
• Supply voltage: 12 - 36 V DC or 24 V AC
• Weight: 10 kg
• Operating temperature: -20 ° C / 60 ° C
• Waterproof: IP65
• Color touch screen: 15 "
• Data recovery: USB - BLUETOOTH - 3G MODEM
Defi
Designed to facilitate the work of the operator, the DEFI is equipped with a color screen with an intuitive and user-friendly interface. Robust, simple but powerful, it can control, measure and record several parameters in a reliable and precise manner.
The recording of drilling parameters (or instant logs) consists of measuring and recording one or more physical quantities during the drilling.
• Supply voltage: 12 - 36 V DC or 24 V AC
• Weight: 2,3 kg
• Operating temperature: -20 ° C / 60 ° C
• Waterproof: IP65
• Color screen: 5.7 "
• Data Recovery: USB
DPV
Ongoing monitoring and real-time display of key injection parameters is essential to ensure quality and smooth operation during critical phases. Robust, legible, and with the latest generation user-friendly interface, the DPV is an efficient and easy-to-use solution for displaying and controlling the pressure / flow and volume of a pump.
The operator can follow the operations by displaying the values with manometers or graphical curves, the change taking place with a single click.
• Supply voltage: 12 - 36 V DC or 24 V AC
• Weight: 2.3 kg
• Operating temperature: -20 ° C / 60 ° C
• Waterproof: IP65
• Color screen: 5.7 "
• Data Recovery: USB
LT3
The LT3 is a device for measuring and recording the parameters of various special foundation processes.
The data is saved and can be transferred directly via MEMOBLOC memory cards.
• Supply voltage: 12 - 36 V DC or 24 V AC
• Weight: 4 kg
• Operating temperature: -20 ° C / 60 ° C
• Waterproof: IP65
• Black and white monochrome display with excellent sun readability
• Data Recovery: MEMOBLOC SC
BAP 160
The BAP 160 is housed in a sturdy, weatherproof stainless-steel metal case; it is equipped with an LCD screen for reading parameters that are simultaneously stored in the internal memory of the BAP 160 for PC processing. It is a measurement, recording and control device according to the method for which it is used.
In the context of geotechnics, the BAP connected to the PREVO executes the procedure of carrying out the test: amplitude of the stresses, bearings, duration.
• Operating voltage: 12 - 36 V DC or 24 V AC
• Weight: 3 kg
• Operating temperature: -20 ° C / 60 ° C
• Waterproof: IP65
• Internal GPS accuracy: 30 m
• Black and white monochrome display with excellent sun readability
• Data Recovery: USB - GPRS
PREVO 100
The PREVO 100 is a Volume Pressure Controller (CPV) for the measurement of the geo-mechanical characteristics of soils according to the principle of the expansion of a cylindrical cavity.
Powered by a nitrogen cylinder and the driller's battery, the servo valves of the PREVO 100 automatically regulate the pressure levels of the test and the injection of the volume of water into the probe: the applied stress (on the areas or between the areas) is perfectly controlled by the regulation of the PREVO 100 operating in closed loop. Maintaining the stress is perfectly controlled, regardless of the reaction of the soil under stress. The stressing procedure (bearing, duration) is automatically controlled by the ADN + BASALT (or the BAP 160) connected to the PREVO 100 according to the instructions entered by the operator (for example according to standard NF P 94-110 / EN ISO 22476-4).
• Operating voltage: 12 - 36 V DC or 24 V AC
• Weight: 25 kg
• Operating temperature: -20 ° C / 60 ° C
• Waterproof: IP65
• Black and white monochrome display with excellent sun readability
• Data Recovery: Via ADN + BASALT or BAP 160
• Maximum pressure: 100 bar
• Max volume: 820 mL
 |  |  |  |  |  |  |  | |
|---|---|---|---|---|---|---|---|---|
ADN | DIALOG MX2 | CINTAC | DEFI | DPV | LT3 | BAP 160 | PREVO | |
Vertical drains   When a project is planned on water saturated soil, it is necessary to evacuate the interstitial water to the surface to accelerate the consolidation of these soils. | ||||||||
Drilling  Drilling parameters recording (or instant logging) consists in measuring and recording one or more physical magnitudes depending on depth and during the drilling operation. Variations depend on the ground encountered: rate at penetration, torque, water pressure etc. | ||||||||
Auger cast piles  The principle consists in screwing a hollow shaft auger into the ground to a depth at least equal to the length of the pile to be used; the auger is then extracted from the ground without being unscrewed while, at the same time, concrete is injected through the auger's hollow shaft. | ||||||||
Injection  Consolidation, sealing and backfilling injection... slurry is injected into the ground according to precise technical specifications. | ||||||||
Vibrodriving  The use of vibration to drive vertical elements into the ground (sections, tubes, sheet piles) has become widely deployed in public works. Vibratory pile driving of a rigid element into the ground requires a vibrator and a guidance system. | ||||||||
Jet grouting  Jet grouting is a foundation process that consists in injecting cement slurry at very high pressures into the ground through nozzles that create a jet effect. The jet effect is used to break up the ground and to mix the injected slurry with the soil in situ. | ||||||||
Driven piles  A hammered pile is installed by hammering a prefabricated element (concrete or steel) down to a preset depth or to set. The pile is driven in through repeated hammering by a pile driving hammer (metal mass). | ||||||||
Vibrocompaction  Using vibrators to compact the ground is known as Vibrofloatation or Vibrocompacting. This is a technique used for stabilising granular soils such as loose sand, gravel and backfill material. The method consists in using vibration to create a suspension with the particles so that they can be rearranged to form more dense material. | ||||||||
Diaphragm wall  Diaphragm walls are underground structure elements primarily used as permanent foundation walls and also as support walls and aquifer cut-off walls, with or without the presence of adjacent buildings. The wall is constructed in units excavated using tools such as (hydraulic or mechanical) grabs or a shearer. | ||||||||
Soil mixing  SoilMixing is a method for changing ground characteristics by combining cement slurry with the soil in situ. The aim consists in producing soil/cement mixture elements, panels or columns. | ||||||||
Kelly piles  With Kelly piles, soil excavation is processed using a drilling tool (short auger, drill bucket...) mounted at the tip of a telescopic bar. Concrete mix is poured through a tremie pipe lowered into the casing to the final depth reached, the extraction of the casing pipe will be done afterwards. | ||||||||
Soil analysis  Before constructing any civil engineering structure and foundations, a survey of the soil's physical and geological properties must be carried out. This is the purpose of geotechnics which, through various in situ or laboratory processes, are used to examine soil mechanics. |