Non-Ferrous Coating Thickness Gauge — Eddy Current, Integrated Printer - no longer in production
The LH200 measured insulating coatings on aluminum, copper, brass, and other non-ferrous metals, with on-board statistics and a built-in thermal printer. It has been replaced by the L500 dual-mode coating thickness gauge.
Non-ferrous substrates: Insulating coatings on non-magnetic metals
Eddy current method: Instant, non-destructive readings
Integrated thermal printer: Statistics printed on the spot
Measures very low moisture and moisture in products with other volatiles by a unique "gain on drying" technology.
An integrated micro balance weighs the sample to 0.00001g. The sample is then loaded into a sealed chamber where all volatiles are evaporated. A special carbon filter strips the non-aqueous volatiles from the gas stream. The carrier gas (generally dry nitrogen) then carries the moisture molecules to another cell where the moisture is absorbed by molecular sieve. As the moisture is absorbed, the sieve cell gains weight. This weight is measured and compared with the original mass for a moisture measurement.
Tests are accurate up to two parts per million.
Benchtop Wood Moisture Meter — No Longer Manufactured
The Turku was a benchtop resistance moisture meter notable for its two interchangeable probes: a non-penetrating contact probe for finished or delicate surfaces, and a 4-pin needle probe for internal measurement. One instrument covered both marking-sensitive and standard lumber work.
Two probes, one meter: Non-marking contact probe and penetrating 4-pin needle probe, interchangeable
Benchtop stability: Fixed-station measurement for repeatable shop and QC use
Automatic temperature compensation: Thermistor-based correction for consistent readings
Obsolete - please use FD185100. These are replacement Lamps. Check your current lamp for the proper wattage and voltage. If needed, please see FD185220.