Fluoroptic® Technology How does Fluoroptic technology work?
What are the key advantages of Fluoroptic technology?
What temperature range can be measured?
Where are Fluoroptic probes used?
What is a phosphor? What is phosphorescence?
Do Luxtron probes contain any phosphorus?
Why does phosphor make a good sensor?
What exactly does the Luxtron instrument measure from the phosphor?
How do fiber optics work? Choosing and Using Luxtron Fluoroptic Probes How do I choose a probe?
How strong are the probes?
How hard can I pull I the probes?
Do the probes require special handling?
What type of fiber is used in Luxtron probes?
What is the material compatibility of the probes?
Do you offer LabVIEW drivers for you instruments? Electric Energy and Power Transformer Applications Why measure transformer hot spots?
Is hot spot measurement standard practice?
How long do the probes last?
What is a typical failure rate during installation?
What materials are used in the probes?
How strong are the probes?
Are there any special installation techniques?
What is the warranty?
Can the probes be repaired?
Can the probe be retrofitted into an older transformer?
What is the maximum length of the probes?
What is the temperature range for transformer probes?
Do I ever need to calibrate the probes or the monitor?
What is the measurement rate?
How many channels?
Does the module have any memory?
What is the accuracy?
What system for different sizes of transformers? Medical Research Applications What are the key advantages of Luxtron Fluoroptic probes?
What are some examples of medical research applications?
How do you sterilize Luxtron probes?
Are Luxtron probes biocompatible?
What is Luxtron’s regulatory status? Miscellaneous Questions How do I get sales and technical support?
Does Luxtron accept credit cards?
What is the minimum order accepted?
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