UNKNOWN ALLOY IDENTIFICATION
The Prospector is best to be used as a sorter,not as an identifier or an analyzer. Measure the
unknown alloy in several places on the surface to get a range of numbers. Then compare this
reading with the table of Alloy TE Readings. If a match is found, it does not prove that the alloy
is the one in the table, it only suggests it may be. More must be known about the possibilities,
based on, for example, the alloys in use at your plant. Confirmation of the alloy type can often
be made with Koslow chemical spot tests. An alloy reading between 3 and 14 is probably a
300 series stainless steel and a confirming color spot test for molybdenum would indicate the
alloy is SS316.
Similarly, a reading of –110 could be a chrome-moly steel or CP titanium. A chemical color
spot test for iron would confirm the chrome-moly steel because there is very little if any, iron in
titanium. If the alloy is not found in the table, a chemical lab analysis must be performed. A
sample of the alloy should be kept handy, and its TE number recorded.
The TE number has been compared to hardness. Just as it is possible for two different alloys
to have the same hardness, two samples of the same alloy can have different hardness
resulting from different heat treatment. Both the TE number and the hardness are affected by
the crystal structure of the alloy.
SAFETY
•Do not touch any metal parts of the probe while in operation.
•Do not use the TEAS for any application other than its intended use.
•Let the hot probe cool to room temperature before changing tips.
•Let the probe cool to room temperature before storage.
•Never attempt to perform repairs, diagnostics, or maintenance while the unit is plugged
in.
•Mishandling or leaving TEAS unattended can result in a burn or fire.
•Do not modify the hot probe or use it with damaged parts.
•The tip temperature of your hot probe can reach more than 120°C.
•Repairs should only be performed by a factory-qualified technician.
IMPORTANT CONSIDERATIONS
It is crucial for the user to consider the possible adverse effects of using TEAS on live power,
components, or sensors. This is especially important where economic property loss or human
life is involved. It is vital that the user employs a satisfactory system design of automated
equipment. It is agreed between the Buyer and Koslow that safe system design is the buyer’s
responsibility. Do not use in a wet environment.
SELECTING A WORK LOCATION
•The workspace must have access to a properly grounded outlet whose output voltage
matches that of your plug. If using the TEAS outside the USA, power transformers may
be needed. Cord adapters may be necessary for plug configuration.
•Don’t modify the factory supplied cord.
•Workspace is preferably on an inside wall, or at least away from windows.
•The workspace should not be in the direct path of airflow from AC or furnace vent.
