Floepp offers the possibility to deploy a wide range of IoT sensors. In addition to the IoT ready sensors, we also offer the option to make other sensors IoT ready. You can let us find out on the basis of specifications, but we can also make your own sensors IoT ready.
Select the sensor you want more information about
The Deformation sensor is used to measure strain and temperature of an object by means of fiberglass FBG (Fiber Bragg Grating).
Due to the high flexibility and strength, this sensor can be used in many possibilities such as: deformation of bridges, deformation of quay walls, deformation of motorways or subsidence
Use can be made of short sensors with a size of centimeters up to a maximum length of 500 meters with a maximum of 30 sensors.
Elongation resolution: ≈0.1 nm
Temperature: 0.1 °C (-40 ~ +125 °C)
Sample rate: 1~100 Hz
Max. length: 500m
Max. sensors: 30
Possibility of snapshots to constant measurements.
Elongation resolution: ≈0.01 nm
Temperature: 0.01 °C (-40 ~ +125 °C)
Sample rate: 1~300 Hz
Max. length: 500m
Max. sensors: 25
Possibility of snapshots to constant measurements.
The Tilt and Vibration Sensor is used to measure the angle and vibration of an object relative to the Earth. This allows constant measurements that are not dependent on previous measurements or other prior calibration.
Due to the high accuracy, minimal deviations can be measured from buildings or structures such as bridges and quay walls. This makes it possible to measure, for example: subsidence of foundations, displacement of quay walls, displacement of dikes or subsidence.
Measuring range: ±10°
Resolution: 0.005° degrees
Working temperature: -40 ~ +125 °C
Sample rate: 200 Hz
Possibility of snapshots to constant measurements.
Measuring range: 1 / 1.2 / 2.4 g
Resolution: 0.3 ~ 0.08 mg
Work temperature:-40 ~ +125 °C
Sample rate:10,000 Hz
Possibility of snapshots to constant measurements.
The Ambient Sensor is used to measure temperature, humidity, sound level, light intensity and movement.
Due to its compact size and many measuring instruments, the Ambient Sensor can be used very widely from very small to large spaces .
Measuring range: -25 ~ 100 °C
Resolution: 0.1 °C
Working temperature :-40 ~ +125 °C
Sample rate:2000 Hz
Possibility of snapshots to constant measurements.
Measuring range: 0 ~ 100 RH
Resolution: 1 % RH
Working temperature:-40 ~ +125 °C
Sample rate:2000 Hz
Possibility of snapshots to constant measurements.
Measuring range: 0 ~ 105 dB
Resolution: 0.5 dB
Working temperature:-40 ~ +125 °C
Sample rate:2000 Hz
Possibility of snapshots to constant measurements.
Measuring range: 0 ~ 10,000 lux at 25°C
Resolution: 1 lux
Work temperature:-40 ~ +125 °C
Sample rate:2000 Hz
Possibility of snapshots to constant measurements.
Measuring range: 0.2 sec at 120° for 1 ~ 100 cm || 0.6 sec at 120° for 100 ~ 2200 cm
Working temperature:-40 ~ +125 °C
Sample rate:10Hz
Possibility of snapshots to constant measurements.
The crack displacement sensor is used: to measure the width of a crack in objects or structures.
Due to the high accuracy, minimal deviations can be measured in crack width. Useful for, for example, walls, floors, roads or other constructions.
Measuring range: 0 – 25 mm
Resolution: 0.01 mm
Working temperature:-30 ~ +105 °C
Sample rate:10,000 Hz
Possibility of snapshots to constant measurements.
Measuring range: 0 – 10 mm
Resolution: 0.001 mm
Working temperature:-40 ~ +125 °C
Sample rate:10,000 Hz
Possibility of snapshots to constant measurements.
The vibration sensor is used to measure acceleration in multiple axes. It can measure both dynamic (vibrations) and static acceleration (gravity).
Depending on the number of measuring axes required, we offer different variants.
Measuring range: 1 g
Resolution: 0.01 mg
Working temperature: -40 ~ +105 °C
Sample rate:10,000 Hz
Possibility of snapshots to constant measurements.
The temperature probe can be inserted into materials, giving the absolute temperature of the material.
These values can be used to verify mathematical models and calibrate sensors.
Measuring range:-40 … + 80 °C
Resolution: 0.5 ºC
Working temperature :-55 ~ +125°C
Sample rate:2,000 Hz
Possibility of snapshots to constant measurements.
Clamping current sensors can be used to measure amperage in power wires.
The derived values can be used to measure the current consumption of motors. By analyzing the data, predictive models can be made for predictive maintenance.
Measuring range: 0 – 30 A || 0 – 150A || 0 – 350 A
Resolution: 2 ~ 10 mA
Working temperature:-10 ~ +60 °C
Sample rate:10,000 Hz
Possibility of snapshots to constant measurements.
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