Provide excellent accuracy, stability, and repeatability Use our RTD probes to measure temperature when accuracy is important. All probes include a 5-ft PVC coiled cord with strain relief that protects from repeated flexing and tugging.
Provide excellent accuracy, stability, and repeatability Use our RTD probes to measure temperature when accuracy is important. All probes include a 5-ft PVC coiled cord with strain relief that protects from repeated flexing and tugging.
Thermocouple probes operate on the principle that an electromagnetic force (emf) is generated when heat is applied to the junction of two dissimilar metals (sending junctions). At the other end of the wires, usually as part of the input instrument,
Thermocouple probes operate on the principle that an electromagnetic force (emf) is generated when heat is applied to the junction of two dissimilar metals (sending junctions). At the other end of the wires, usually as part of the input instrument,
Thermocouple probes operate on the principle that an electromagnetic force (emf) is generated when heat is applied to the junction of two dissimilar metals (sending junctions). At the other end of the wires, usually as part of the input instrument,
Thermocouple probes operate on the principle that an electromagnetic force (emf) is generated when heat is applied to the junction of two dissimilar metals (sending junctions). At the other end of the wires, usually as part of the input instrument,
The Boekel Scientific line of Open Source, User Programmable pH, Conductivity, Dissolved Oxygen and Temperature measurment devices work just like conventional probes and transmitters but allow for additional functionality because the equipment is
The Boekel Scientific line of Open Source, User Programmable pH, Conductivity, Dissolved Oxygen and Temperature measurment devices work just like conventional probes and transmitters but allow for additional functionality because the equipment is
Foam Level Probes are used in fermentation bioreactors to detect the presence of foam or the liquid level within the bioreactor vessel. When the foam level or liquid level reaches the tip of the probe, a conductance path is created for the probe to
Foam Level Probes are used in fermentation bioreactors to detect the presence of foam or the liquid level within the bioreactor vessel. When the foam level or liquid level reaches the tip of the probe, a conductance path is created for the probe to
Foam Level Probes are used in fermentation bioreactors to detect the presence of foam or the liquid level within the bioreactor vessel. When the foam level or liquid level reaches the tip of the probe, a conductance path is created for the probe to
Foam Level Probes are used in fermentation bioreactors to detect the presence of foam or the liquid level within the bioreactor vessel. When the foam level or liquid level reaches the tip of the probe, a conductance path is created for the probe to