Dual Mode (Ferrous and Non-Ferrous) Substrate Coating Thickness Gauge - Wireless - no longer in production
The best of the best, these test systems include the features of the 200 Series with the added benefit of radio frequency (RF) data transmission.
Test probes can be carried in a shirt pocket for the ultimate in portability and data can be transmitted up to 1500 feet in an industrial setting, allowing the operator to test in any plant location and transmit the signal to the central storage/control unit.
Ferrous and non-ferrous substrates can be measured.
Ferrous Substrate Coating Thickness Gauge - Wireless - no longer in production
The best of the best, these test systems include the features of the 200 Series with the added benefit of radio frequency (RF) data transmission.
Test probes can be carried in a shirt pocket for the ultimate in portability. Data can be transmitted up to 1500 feet in an industrial setting, allowing the operator to test in any plant location and transmit the signal to the central storage/control unit.
Ferrous substrates can be measured.
Ferrous Coating Thickness Gauge — Magnetic Induction, Integrated Printer - no longer in production
The LE200C measured non-magnetic coatings on iron and steel substrates, with on-board statistics and a built-in thermal printer. It has been replaced by the L500 dual-mode coating thickness gauge.
Ferrous substrates: Non-magnetic coatings on iron and steel
Magnetic induction method: Instant, non-destructive readings
Integrated thermal printer: Statistics printed on the spot
Ferrous Coating Thickness Gauge — Magnetic Induction, Integrated Printer - no longer in production
The LE200 measured non-magnetic coatings on iron and steel substrates, with on-board statistics and a built-in thermal printer. It has been replaced by the L500 dual-mode coating thickness gauge.
Ferrous substrates: Non-magnetic coatings on iron and steel
Magnetic induction method: Instant, non-destructive readings
Integrated thermal printer: Statistics printed on the spot
Dual-Mode Coating Thickness Gauge — Ferrous and Non-Ferrous, Integrated Printer - no longer in production
The LZ200C measured coatings on both ferrous and non-ferrous substrates in one instrument, with double calibration memory and a built-in thermal printer. It has been replaced by the L500 dual-mode coating thickness gauge.
Dual mode: Ferrous and non-ferrous substrates in one unit
Two methods: Magnetic induction and eddy current
Double calibration memory: Four parameter sets per mode
Integrated thermal printer: Statistics printed on the spot
Dual-Mode Coating Thickness Gauge — Ferrous and Non-Ferrous, RS-232C, Integrated Printer - no longer in production
The LZ200J measured coatings on both ferrous and non-ferrous substrates in one instrument, with double calibration memory, RS-232C data output, and a built-in thermal printer. It has been replaced by the L500 dual-mode coating thickness gauge.
Dual mode: Ferrous and non-ferrous substrates in one unit
Two methods: Magnetic induction and eddy current
RS-232C output: Data transfer to computer
Double calibration memory: Four parameter sets per mode