Ekologger

– Datalogger with transmission via IoT network NB-IoT, low energy consumption

– Direct connection for 6 DI-12 sensors (externaly up to16 sensors) and rain gauge

– Possibility of internal processing of measured parameters by means of polynoms and simple statistical functions

– Clear graphic data display within EnviroDATA® app., posibility to transfer data to FTP or email

– Enables simple change of SDI-12 sensor address

– Due to a large internal memory, it is possible to use the datalogger as non-transmissional

– It is also possible to download data via USB and save them into *. csv file

– Possibility of measuring period remote cofiguration, saving and sending data

– Possibility of warning emails through EnviroDATA® application when exceeding limit values

– Compact and durable casing

Waterlogger 16

– Telemetry system for data transfer from sensors with serial communication

– Compact dimensions/size – posibility of placement inside the monitored borehole with diameter from 95 mm

– Tripple data backup

– Two-way communication GSM / GPRS

– Station parameter changes applicable via Internet

– Optical communication with Levelogger sensors (Solinst Canada)

– Automatic atmospheric pressure compensation by means of inbuilt barometric sensor

– Easy parameter setting through PC and USB wireless Data transfer to email, ftp server or to internet application EnviroDATA

– Possibility of warning emails through EnviroDATA® application when exceeding limit values

– Software free of charge

– Waranty 24 months

Waterlogger EWS 2

– Telemetry system for early warning and data transfer from sensors and many other hydrologeology a met- eorology sensors

– Compact and sturdy casing

– Tripple data backup

– Two-way remote communication GSM / GPRS Directing data to email, FTP or EnviroDATA application

– Automatic atmospheric pressure compensation by means of inbuilt sensor

– Warning SMS messages when exceeding limit levels sent up to 16 telephone numbers

– Sending current measured data on demand by SMS Configuration via USB interface (RS232, RS232/485)

– Typical use : Water level measurement, temperature and electrical conductivity of surface and ground water, limnigraphic stations and anti-flooding measures, meteo stations with soil sensors, pumping tests

Watersampling GIGANT pumps for regulator GR-4

– 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

Pump Regulator GR-4 for GIGANT Pumps

– Enables connection to Sets of 1,2,3 and 4 Gigant and Booster pumps to a standard car battery
– Frequency converter, delivered simultaneously, guarantees optimal voltage even when long cables are used
– Powered by a typical 12 V car battery (or external 12 V battery if is desired)
– Safe supply voltage of 12 V
– Regulation of outflow from 0 – 100 % (low flow sampling is possible)
– For water sampling from monitoring wells at depths of up to 36 m
– Protected against pump overheating and deep battery discharge
– Technical specifications you can find in the Datasheet

LevelWatch – Water level alarm

– Instrument for remote warning of water level change above and under monitored level
– Information transfer through GSM network by SMS message to mobile phone or by calling
– Communication through miniature GSM communicator with its own SIM card
– Water level is monitored by highly reliable compact capacity sensor
– Possibility to ask questions by SMS to ascertain configuration and condition of the instrument
– Power source 12V DC
Communication parameters are programmable by user:
– Through SMS: Message text when level drops below sensor
– Message text when level rises above sensor
– Possibility to send message up to 6 mobile numbers
– Delayed message, block time for repeated message

Typical use: private wells, water tanks, rain tanks

FireFly – Electronic water level meter

– Electronic water level meter Firefly is based on measuring electric conductivity changes between its electrodes.
– When the sensor is submerged in a well or a geology borehole and reaches the water level, a light source on top of the sensor is switched on.
– The light is visible from the ground surface. Subsequently, it is possible to read the distance between water level and the ground surface on the flat tape.
– For suspension of the sensor a standard steel flat tape is used.
– The entire electronics including the battery is mounted inside the device.

Serial HD In-Place Inclinometers

– Ideal for data logging and real-time, remote monitoring for critical applications such as construction control
– Monitoring landslide areas above dams, highways, and railroads to provide early warning of slope failure
– Monitoring ground movements induced by tunnel construction and excavation
– Monitoring deformations of embankments and retaining walls
– Sensors are installed in a ABS-inclined tube with a diameter (48 mm, 70 mm and 85 mm)
– Variable length and spacing of sensors
– Possibility of remote transmission and alarm messages via data loggers

Digitilt AT System

– 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.)

GeoFlex

– A real-time alternative to the traversing probe type of inclinometer, the GeoFlex system is a string of closely spaced MEMS sensors that employs a chain of sensors and does not require an on-site operator
– It is ideal for data logging and real-time, remote monitoring for critical applications such as construction control

Typical applications include:
– Monitoring landslide areas above dams, highways, and railroads to provide early warning of slope failure
– Monitoring ground movements induced by tunnel construction and excavation
– Monitoring deformations of embankments and retaining walls
– Monitoring deformation of deep foundation elements

VW Strain Gauges

– Durham Geo’s VW embedment strain gauge is used to measure strain in reinforced concrete and mass concrete
– Strain Gauges for Steel – Weldable strain gauges measure strain in steel
– Monitoring stresses in structural members of buildings, bridges, tunnel linings and supports during and after construction
– Monitoring loads in strutting systems for deep excavations
– Measuring strain in tunnel linings and supports
– Strain Gauges for Concrete – Embedment strain gauges measure strain in concrete
– Measuring strains in reinforced concrete and mass concrete
– Monitoring for changes in load
– Types of Strain Gauges: Weldable Strain Gauge, VW Arc-Weldable Strain Gauge, Embedment Strain Gauge