In the engineering industry, the chances of producing successful outputs rely on two factors: your skills and equipment. As an engineer, it's not enough to have the necessary skills; it's also vital to possess the right tools. For that reason, we encouraged our company to invest in new industrial sensors.
We bought three types of industrial sensors. First, let's start with the magnetic field sensor.
Magnetic Field Sensor
The magnetic field sensor comes in an M12 housing style used for traditional methods of detection. Its reliable piston magnet detection is easily mountable, which makes it more convenient for us to set up the magnetic field sensors.
We bought three separate versions of magnetic sensors. First, its switching function is open with an output type of PNP. It's also reverse-polarity protected!
The same goes for our second magnetic field sensor but is only designed with an output type of NAMUR. Its rated operating distance is listed at 60 mm. Apart from that, its installation can apply to non-magnetic metal properties.
As for the third sensor, it's almost the same. The output type is listed as a 2-wire. The standard conformity complies with all the standards and directives.
Overall, these magnetic sensors do what they're designed to do, and that's to detect magnetic fields. These sensors are adept at what they do, and I highly recommend these to anyone who needs reliable magnetic field sensors.
Inductive Sensors
Some applications need sturdy sensors. In that case, our new inductive sensor will do just the trick! For instance, we bought an inductive sensor that's a proximity switch that will expose the sensor to target key areas. It's also dubbed as the "Metal Face" since the sensor will reduce downtime and make production more successful.
Another inductive sensor we use for the workplace is called "analogue output sensor". Their purpose is to detect metal objects within a limited range. It's reliable and accurate, being one of the most dependable tools at our disposal.
Lastly, we have a bus-enabled proximity switch that we use for multiple sensor applications, including supply line monitoring, diagnostics, and network communication. They're also equipped with a failsafe warning, in case it detects anything dangerous.
There's no doubt that our equipment is much better thanks to these inductive sensors.
Positioning Systems
We use many positioning systems, mainly distance sensors and inductive positioning systems.
First, the distance sensor measures the range between one object to another. It's fairly accurate, and it's even better than our previous distance sensors.
Second, the inductive positioning sensor also measures range, but the data is used for analogue current or voltage output. It's programmable with a recommended object distance of 1.5 mm.
Overall
These sensors are efficient at what they're designed to do, thanks to quality manufacturing from Pepperl+Fuchs. They offer the most advanced sensor technology worldwide. I highly recommend factories to use their technology for various applications. So far, all we received were accurate results, thanks to these sensors!
