Used in the fields of Exercise science, Biology, Physiology, Psychology, etc.
The sensor is based on a metal rod connected at both sides to the force sensor hooks in a special shape called ‘S’ shape. A strain gauge is attached to the metal rod and connected to a very sensitive operational amplifier.
Includes a Hand dynamometer plastic grip attachment.
Used in the fields of Exercise Science, Biology, Physiology, Human Health, etc.
The transducer is based on silicon between metal foils that changes its resistance according to pressure. One side of it is at complete vacuum that enables to measure the absolute pressure on its other side.
Includes a respiration monitor belt attached directly to the sensor by flexible rubber tubing and a hand pump with pressure release valve attached directly to the respiration monitor belt.
Used in the fields of Physics, Chemistry, Biology, Environmental Science, etc.
Uses a thermocoupler to accurately measure temperatures from very cold (-200°C) to very hot (1200°C). Two wires of different compositions and thermal conductance properties are connected at the ends.
Includes a temperature sensor flexible probe attached by a durable rubber-coated wire to the sensor’s body.
Used in the fields of Physics, Chemistry, Biology, Environmental Science, etc.
Uses a 10KΩ NTC thermistor (Negative Temperature Coefficient variable resistor), which is a variable resistor that varies significantly with temperature.
Includes a flexible temperature probe attached by a durable rubber-coated wire to the sensor’s body.
Used in the fields of Environmental Science, Biology, Physiology, Chemistry, Weather Science, etc.
Uses a special photodiode which reacts with electromagnetic radiation in the UV spectrum. An internal selective filter limits the range down to specifically the UVA range (315 to 400 nm) so only the UVA rays may pass through.