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Senceive Ltd products
Tilt Sensors / Nano Triaxial Tilt Sensor Node Range
Senceive FlatMesh Nano - Model PDS-FM3NT-10 - Triaxial Tilt Sensor Node
The FlatMesh Nano is an extremely high precision and exceptionally stable three axis tilt sensor which reports its measurements through Senceive’s FlatMesh wireless communications network to a FlatMesh Gateway.
Senceive FlatMesh NanoPlus - Model PDS-FM3NT-30 - Triaxial Tilt Sensor Node
The FlatMesh NanoPlus is an extremely high precision and exceptionally stable three axis tilt sensor which reports its measurements through Senceive’s FlatMesh wireless communications network to a FlatMesh Gateway.
Senceive FlatMesh NanoMacro - Model PDS-FM3NT-50 - Triaxial Tilt Sensor Node
The FlatMesh NanoMacro is an extremely high precision and exceptionally stable three axis tilt sensor which reports its measurements through Senceive’s FlatMesh wireless communications network to a FlatMesh Gateway. The FlatMesh NanoMacro is highly robust, has a long battery life, and comes with Near Field Communication (NFC) ™ capability, enabling on the spot interactions with the node.
Optical Displacement Sensor Node
Senceive FlatMesh - Model PDS-FM3N-LDS-IX - Optical Displacement Sensor Node
The FlatMesh Optical Displacement Sensor Node is an instrument which uses optical means to take high precision displacement measurements and pass these through Senceive’s FlatMesh wireless communications network to a FlatMesh Gateway. It can also be combined with Senceive’s world-leading triaxial tilt sensor to obtain high precision tilt measurements that are linked to an external reference.
Senceive GeoWAN - Model PDS-LR3N-LDS - Optical Displacement Sensor Node
The GeoWAN Optical Displacement Sensor Node is an instrument which uses optical means to take high precision displacement measurements and pass these through Senceive’s GeoWAN wireless communications network to a GeoWAN Gateway. It can also be combined with Senceive’s worldleading triaxial tilt sensor to obtain high precision tilt measurements that are linked to an external reference.
