H1 Datalogger
The H1 Datalogger is a rugged DCP designed for remote data collection and SDI-12 sensor applications.
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The H1 Datalogger is a rugged DCP designed for remote data collection and SDI-12 sensor applications.
FTS uses a starved electrolyte heavy-duty battery. This 6 Cell, 12 Volt valve-regulated lead-acid battery powers all our fixed RAWS, and was chosen for its tolerance of extreme environmental conditions.
The LT1 Cell / IRID is an IoT-connected, compact logging transceiver which provides real-time data and alerts based on the measured environmental parameters.
This all-in-one micro weather sensor (MWS®) is not only compact, but is robust with the ability to report more than 20 environmental parameters.
The FTS Quick Deploy Portable Weather Station is the fire community’s most widely used weather station for prescribed burns and temporary monitoring applications.
Fitted specifically for the FTS Radar Stage Sensor, the enclosure ensures that your equipment is safe from external debris and environmental hazards.
The FTS Radar Stage Sensor (SDI-RADAR-LX80) incorporates a light weight, IP68 sensor with high accuracy, narrow beam width, and built-in detection algorithms.
The rugged, all-metal Rain Gauge (RG-T) is FTS’ take on a simple, proven, mature technology.
Select from a variety of high quality, robust, and accurate rain gauges. Choose the one that is right for your situation.
The Raine Gauge (SDI-RAINE-HYDRO) is the leader in rain sensor technology.
The KW1 Enclosure provides secure and simple housing of equipment at Fixed RAWS (Remote Automated Weather Station) sites.
The FTS fixed Remote Automated Weather Station (RAWS) is the standard for remote automated weather stations used in North America for fire weather monitoring.
This RWIS One can be fitted with the required sensors to collect crucial information to support prompt, intelligent decision making.
The FTS SDI soil sensor is the Stevens Hydra Probe II, which offers a unique advantage over other soil probes by providing an all-in-one, in-situ system that can measure many different parameters simultaneously.