A rugged vibrating wire data logger that is an economically viable and battery-powered instrument intended for dependable and unsupervised scrutiny of vibrating wire sensors and thermistors. Ontoto uses frequency domain processing (FFT) to minimise noise, improving data accuracy. With NB-IoT technology, the device transmits data efficiently and uses minimal power consumption for long battery life in demanding remote or isolated areas.
A rugged vibrating wire data logger that is an economically viable and battery-powered instrument intended for dependable and unsupervised scrutiny of vibrating wire sensors and thermistors. Ontoto uses frequency domain processing (FFT) to minimise noise, improving data accuracy. With satellite technology, the device transmits data efficiently and uses minimal power consumption for long battery life in demanding remote or isolated areas.
This Ontoto data logger is highly accurate using frequency processing (FFT) to measure vibrating wire signals. Its low power consumption allows for long-term data collection, ideal for research and exploration projects within enclosures. The device uses NB-IoT technology for efficient data transmission.
This Ontoto data logger is highly accurate using frequency processing (FFT) to measure vibrating wire signals. Its low power consumption allows for long-term data collection, ideal for research and exploration projects within enclosures. The device uses satellite technology for efficient data transmission.
Cricket
The Ontoto Cricket data logger has been designed to operate in high-density environments that have limited space for equipment. This is Ontoto’s most robust logger that will cope with a considerable portion of the surroundings being underground. The data logger facilitates data collection through the utilisation of a single vibrating wire sensor with high accuracy.
A rugged vibrating wire data logger that is an economically viable and battery-powered instrument intended for dependable and unsupervised scrutiny of vibrating wire sensors and thermistors. Ontoto uses frequency domain processing (FFT) to minimise noise, improving data accuracy. With NB-IoT technology, the device transmits data efficiently and uses minimal power consumption for long battery life in demanding remote or isolated areas.
A rugged vibrating wire data logger that is an economically viable and battery-powered instrument intended for dependable and unsupervised scrutiny of vibrating wire sensors and thermistors. Ontoto uses frequency domain processing (FFT) to minimise noise, improving data accuracy. With satellite technology, the device transmits data efficiently and uses minimal power consumption for long battery life in demanding remote or isolated areas.
This Ontoto data logger is highly accurate using frequency processing (FFT) to measure vibrating wire signals. Its low power consumption allows for long-term data collection, ideal for research and exploration projects within enclosures. The device uses NB-IoT technology for efficient data transmission.
This Ontoto data logger is highly accurate using frequency processing (FFT) to measure vibrating wire signals. Its low power consumption allows for long-term data collection, ideal for research and exploration projects within enclosures. The device uses satellite technology for efficient data transmission.
Cricket
The Ontoto Cricket data logger has been designed to operate in high-density environments that have limited space for equipment. This is Ontoto’s most robust logger that will cope with a considerable portion of the surroundings being underground. The data logger facilitates data collection through the utilisation of a single vibrating wire sensor with high accuracy.