Plug & Log Instruments for Reliable Data.

“We are using Dracal sensors for process control to determine
how (if at all) the process is influenced by ambient conditions
in a prototype system. As I surveyed options, your sensors
stood out because of their cross-platform compatibility,
software interface, and high specified accuracy.

Your sensors allow for very easy integration into other software,
which has allowed us to add this capability to our system
very quickly.
So far, I have been impressed with the sensors. They do
exactly what you claim and ‘just work’!”

“I just wanted to let you know that we really like your
USB RTD sensor. It works very well on our IoT platform. […]

We′ve been working with Dracal′s product for a while, and
we really appreciate its easiness to setup and its reliability. […]

So far the experience with the Dracal sensor has been
very positive. We have deployed them to several customers,
both on the west coast and on the east coast [of the United States].”

“We produce devices for quality assurance for medical
devices. The Dracal RTD is part of our device. The data
is used for calibration. We chose Dracal because it was
in the range of our requirements for precision, temperature
range, its robustness. It is quite a good product. The
measurements are robust.
We use it as a reference point to calibrate other thermometers.
This is a crucial point for us because we use temperature
to test the quality of medical instrument. […]

Reliability, for us, it is a crucial point.”

ANV Laser

“A while ago you′ve asked me if the PTH200s I ordered
were up to the task, and I would say yes! In fact, we are
so satisfied with them that I′d like to order more.
We are using them to monitor environmental conditions
during the laboratory and test beam measurements.
In the attached photo [omitted] you can see the PTH sensor
in the measurement setup we use to measure silicon pixel
sensor detection efficiency and spatial resolution using
minimum ionising particle beams!”

CERN

“Currently, I am working on measuring acoustic sound
pressure levels for a hearing aid test system. Since the
pressure, temperature, and humidity can impact the
sound waves of the stimulus, we want to monitor those
conditions and re-calibrate our system if the conditions
change too much from the previous calibration.
In the past, I worked at a respiratory ventilator company
where we used pressure, temperature, and humidity
sensors to compensate our stimulus and measurements
of air flow/pressure/volume. In our test systems, we needed
to use two separate sensors (one with temperature and
humidity and one with barometric pressure) to get the
conditions of the air. It would have been helpful if we had
a single device that could measure all three conditions
with high accuracy like the PTH200.” L. G.