Sensors Industrial
Reliable measurements
for industrial applications.
When to rely on
dedicated industrial sensors
Recommended choice when
measurement is a critical point
for process and quality.
- Environments with vibration, shocks and contaminants
- Need for measurement repeatability and accuracy
- Electromagnetic disturbances and low-amplitude signals
- Need for integrated diagnostics and downtime reduction
When there is no need
to over-engineer
Avoid “raising class and features”
if the context does not require it.
- Clean, controlled environments, few stresses
- Simple on/off measurements with wide tolerances
- Very tight space/cost constraints
- Clear requirements already met by standard solutions
Typical mistake #1:
wrong technology
Inductive, capacitive, optical or ultrasonic: each principle has specific limits. Choosing wrong
generates false detections.
Typical mistake #2:
underestimated
working distance
Nominal range ≠ operating range:
material, temperature and disturbances reduce the usable distance.
Typical mistake #3:
incompatible output
PNP/NPN, NO/NC, 4-20 mA analog or IO-Link: choosing without checking the PLC leads to rewiring and delays.
Required
selection parameters
To propose the right choice, we need just a few key data.
Quantity to be measured
Presence, position, distance, pressure, temperature, flow
Range and resolution
Minimum and maximum values, required accuracy, repeatability
Output / signal
Digital (PNP/NPN, NO/NC), analog (0-10 V, 4-20 mA), IO-Link, fieldbus
Environment
Temperature, dust, oils, moisture, washdown, EMI
Mechanical constraints
Form factor, mounting, working distance, service accessibility
Power supply
Voltage, consumption, reverse-polarity and overvoltage protections
Volumes & life cycle
Volumes, availability and replacements
Compliance / documents
Certifications, datasheets, safety data sheets, declarations
Sensor
types
Presence
& proximity
1
Inductive, capacitive, optical, magnetic: on/off detection of objects, parts and materials.
Measurement &
position
2
Distance, displacement, encoder sensors: continuous analog measurement for process control.
Physical
quantities
3
Pressure, temperature, flow, level: continuous monitoring of fluids, processes and plants.
Sectors where
they are commonly used
Industrial Machinery
Harsh environments, vibrations, and continuous duty cycles.
Automation & Robotics
High dynamics, precision, and high-speed duty cycles.
Automotive & E-Mobility
Vibrations, extreme temperatures, and electrified systems.
Packaging and Food Processing
Frequent washdowns, high-speed production, and hygienic requirements.
Related
solutions
Sensors and HMI
Controllo, visualizzazione e interazione affidabile tra sistema e operatore.
Custom solutions
Integrazione e personalizzazione di componenti per esigenze applicative specifiche.
FAQ
Typical questions
It depends on the material to be detected and on environmental conditions. Inductive for metals, capacitive for liquids and non-metallic materials, optical for longer distances and generic objects.
Technology suited to the material + operating distance with margin + shielded cabling + correct handling of grounds and insulation.
When diagnostics, remote parameterisation, value traceability and reduced setup and replacement times are needed: useful in complex lines and flexible production.
Datasheets, technical sheets, declarations of conformity and, where required, test certificates and batch traceability.
We help you
choose the
right sensor
Tell us the quantity to be measured, environment, required output and mechanical constraints: we’ll propose consistent and scalable options.