Analog Data Logger

Connect piezometers and multi-point piezometers from all the major geotechnical sensor manufacturers. Use 1-channel or 5-channel Vibrating Wire data loggers to transmit data from any number of sensor configurations. Water level sensors can be connected through Analog or Digital data loggers.

Assess soil water tension and moisture with a tensiometer and a granular matrix sensor both connected to an Analog data logger. Additionally, measure volumetric water content with a soil moisture sensor connected to a Piconode. You can also connect the Digital date logger to one or a chain of digital tensiometers.

Monitor settlement, heave and building response to tunneling and excavation with a liquid level settlement system connected to the Analog or the Digital data logger. Alternatively, you can use the Tiltmeter attached to a rigid beam and installed in a chain.

Read specific weather parameters like temperature, relative humidity, pressure or radiation through specific analog output sensors with the Analog data logger or the Piconode.

For a connect-and-collect experience, the Piconode Weather Kit offers a compact alternative. Multiple configurations are readily available, including temperature, relative humidity and rain gauge, to stream the right data to your information systems.

Different sensors compatible with Worldsensing data loggers can monitor flow in open channels and seepage collection ditches. For instance, non-contact level sensors using radar or ultrasonic technology can connect to the Analog data logger. Additionally, a vibrating wire weir monitor and a V-notch can measure flow in an open channel using a Vibrating Wire 1-channel data logger. Some of these sensors are also suitable for monitoring tailings pond levels.

Monitor diesel fuel levels with a fuel tank level sensor connected to an Analog data logger.

Detect slope movements by monitoring tension cracks across landslides using a displacement sensor compatible with Worldsensing’s Analog or Vibrating Wire data logger. For situations with large movements anticipated, wireline extensometers, draw wire sensors, or the Laser Tiltmeter can be suitable alternatives.

Monitor the pot bearing pressure and displacement through pressure sensors, extensometers or crackmeters. Control the joint expansions and contractions wirelessly connecting these sensors to Analog, Digital or Vibrating Wire data loggers.