With ten different probe types to choose from, hard chromium plating or contact parts of the probe for Ruby, durable in use by selecting the corresponding sensor, which can measure the thickness of non-magnetic coatings on magnetic substrates and measurements of non-conductive coatings on non-magnetic metal substrate thickness
With a zero-point calibration of the probe, calibrated two-point calibration, and basic calibration of probe system error correction
With two measuring modes: single measurement mode and the continuous measurement mode
Measurement function
• EL backlit display to facilitate use in dimly lit environments
Remaining battery indicators, real-time display battery remaining capacity
Has auto sleep, energy-saving features such as automatic shutdown
With a USB1.1 interface, measured values can be transmitted to the PC machine
Optional equipped with computer software, transmission measurement, measurement of storage management, statistical analysis of measured values, rich features such as printing the measured value reports
Aluminum casing, small, portable, solid and durable, suitable for harsh operating environments, anti-vibration, shock and electromagnetic interference

This instrument used has magnetic and Eddy two species measuring thick method, can lossless to measurement magnetic metal (as steel, iron, nickel, alloy and hard magnetic steel,) matrix Shang non-magnetic cover layer of thickness (as aluminum, chrome, copper, enamel, rubber, paint,), and the non-magnetic metal matrix (as copper, aluminum, stainless steel, zinc, Tin,) Shang non-conductive cover layer of thickness (as: enamel, rubber, paint, plastic,)

Ambient temperature: operation temperature:-20 ° c ~ + 50 ° c storage temperature:-30 ℃ ~ + 70 c
Relative humidity 90%
Environment no strong vibration, does not have a strong magnetic field, no corrosion and serious dust

There are five probe types to choose from, probe contact parts using hard chrome plating or Ruby material carefully developed, durable
By selecting the corresponding sensor, which can measure the thickness of non-magnetic coatings on magnetic substrates and measurements of non-conductive coatings on non-magnetic metal substrate thickness
With a zero-point calibration of the probe, calibrated two-point calibration, and basic calibration of probe system error correction
With two measuring modes: single measurement mode and the continuous measurement mode
Measurement function
EL backlight display function, can be used in a dimly lit environment
Has a remaining battery indicator function, real-time display battery remaining capacity
Has auto sleep, energy-saving features such as automatic shutdown
USB1.1 interface, can be equipped with computer data communications option data-processing software, will measure the results transmitted to their computers, realize the value of storage management, statistical analysis, print reports and other functions
Aluminum casing, small, portable, solid and durable, suitable for harsh operating environments, anti-vibration, shock and electromagnetic interference

Operation method
State of the instrument is closed, press and hold the CAL key and then press the switch until a loud ringing, flashing on the screen calibration ID 'CAL', into the basic calibration status
Zero point first. Can be repeated several times in order to improve the accuracy of calibration
Measured at the thinnest standard, use the up and down keys fix readings, to reach the nominal value of this standard. Then press the CAL key, go to the next standard of measurement calibration
Use the other 4 criteria, by increasing order of thickness, repeat the previous step. Each thickness should be at least 1.2 times more than double its previous thickness, ideally twice times. For example: 50, 100, 200, 400, 800 µ m. Maximum value should be close to, but less than the maximum measuring range of the probe; Note: each thickness should be at least 1.2 times more than double its previous thickness, or as basic calibration failed.
After 5 calibration values entered in, the instrument automatically turns off, the new calibration values in memory that have been deposited on the probe. When you power on again, the instrument will work as new calibration value considerations has shaken the instrument and the measuring head should be avoided
Avoid equipment placed too wet environments
When you plug the probe should hold activities coat along the axis, not rotating head, so as not to damage the probe cable core
Oil, dust adhesion makes the line begins to age, fracture, cable should be cleared after use of dirt

When the battery capacity is exhausted, it should be to replace the battery, so as not to affect the accuracy of measurement. Instrument battery should be removed when not in use for a long time, so as to avoid battery leakage, corrosion instrument box with electrodes.
Pay attention to polarity when installing the battery! Polarity reversal may lead to equipment damage
Zero matrix maintenance
Zero zero substrate surface conditions for probe effect, so please pay attention to zero the matrix to prevent surface scratches, rust case clean
Alcohol, diluted liquid have a corrosive effect on chassis, especially Windows, cleaning, wipe gently with a small amount of water to