PyroScience is a leading manufacturer of high-precision optical sensor technology, specializing in pH, oxygen, and temperature sensing for industrial and scientific research.
PyroScience GmbH is a premier manufacturer of state-of-the-art optical sensor technology based in Aachen, Germany. The company specializes in high-precision solutions for measuring pH, oxygen, and temperature in various industrial and scientific applications. Their product portfolio includes fiber-based and contactless sensors, as well as smart read-out devices like the FireSting and AquapHOx series, which are widely used in environmental science, life science, biotechnology, and medical technology sectors.
With a focus on innovation and quality, PyroScience provides advanced sensor systems that are compatible with a range of environments, from laboratory settings to deep-sea underwater applications. Their technology allows for simultaneous multi-analyte sensing, offering researchers and industry professionals reliable data for critical monitoring and experimental needs. The company provides dedicated software solutions like the Pyro Workbench for data logging and device management.
ຄູ່ມືຫຼ້າສຸດຈາກ manuals+ curated ສໍາລັບຍີ່ຫໍ້ນີ້.
ຄໍາຖາມທົ່ວໄປກ່ຽວກັບຄູ່ມື, ການລົງທະບຽນ, ແລະການສະຫນັບສະຫນູນສໍາລັບຍີ່ຫໍ້ນີ້.
The Sensor Code containing calibration information is located on the label attached to the cable of fiber-based sensors or on the bag of contactless sensors. This code must be entered into the Pyro Workbench software settings.
Most PyroScience devices, such as the FireSting-PRO or FireSting-O2, require the Pyro Workbench or Pyro Developer Tool software. These can be downloaded free of charge from the downloads tab of the respective device on the PyroScience webເວັບໄຊ.
Temperature compensation can be performed using an external Pt100 temperature sensor connected to the device, an optical temperature sensor connected to a channel, or by entering a fixed temperature value in the software settings.
Yes, but the salinity of the sample must be measured and entered into the sensor settings software for accurate dissolved oxygen or pH calculations, especially when using concentration units.
Optical pH sensors typically require a 1-point calibration (for re-used sensors) or a 2-point calibration for high precision. Specific buffer capsules (e.g., PHCAL2 and PHCAL11) are recommended for preparing calibration standards.