In the world of industry, sensors are an indispensable tool to ensure the correct functioning of machines, equipment and systems. In novaut we are official distributors of OMRON and CARLO GAVAZZI, but we also offer a wide variety of sensors from other brands of top-tier manufacturers. Here's what some of the most common types of sensors are for:
Signal amplifiers: These are used to amplify and stabilize the signal of sensors, improving accuracy and reducing noise.
Fiber optic amplifiers: These are used to amplify the signal of fiber optic sensors, which are used in applications where fast and accurate data transmission is required.
Laser amplifiers: they are used to amplify the signal of laser sensors, which are used to measure distances and positions with great precision.
Signal converters: used to convert a signal from one type to another, for example, from analog to digital, or from one measurement scale to another.
Limit switches: used to detect the end of a route or movement in a system or equipment, and activate a stop or change of direction mechanism.
Photocells: are used to detect the presence or absence of objects by emitting and receiving light.
Capacitive sensors: These are used to detect the presence or absence of objects by measuring changes in electrical capacitance.
Flow sensors: used to measure the flow of liquids or gases in pipes and ducts.
Air space sensors: used to measure the distance between two objects or surfaces without the need for physical contact.
Horseshoe sensors: These are used to detect the angular position of a shaft or part in a piece of equipment or system.
Level sensors: used to measure the level of liquids or solids in tanks, silos or tanks.
Position sensors: These are used to detect the exact position of a part or element in a piece of equipment or system.
Pressure and vacuum sensors: used to measure pressure or vacuum in hydraulic, pneumatic or refrigeration systems.
Proximity sensors: used to detect the presence or absence of nearby objects.
Temperature sensors: used to measure the temperature of equipment and systems.
Inductive sensors: they are used to detect the presence or absence of metal objects by emitting and receiving magnetic fields.
Laser sensors: they are used to measure distances and positions with great precision by emitting laser light.
Magnetic sensors: they are used to detect the presence or absence of ferrous or magnetic objects, such as in the position control of metal components on an assembly line.
Optical sensors: they are used for the detection of objects by emitting a beam of light and measuring the intensity of reflected light, allowing to detect the presence or absence of objects, as well as their size or shape.
Tactile sensors: they are used in applications that require the detection of the presence of an object, such as in the quality control of parts in a production line.
Ultrasonic sensors: used to measure distance, position and level in applications that require accurate, non-contact measurements.
In industry, choosing the right sensor is key to ensuring the proper functioning and efficiency of production processes and the equipment that is part of them. An inadequate sensor can result in a waste of time, money and effort. That's why it's important to have a reliable supplier that offers a wide variety of options and solutions for every industrial application. The right choice of a sensor can make a difference in the productivity and competitiveness of your company.
