September 10, 2021
How to test high temperature coating thickness by 300 degree celsius probe
TG-6102 is a Bluetooth portable coating thickness gauge which is designed for non-destructive, fast and precise coating thickness measurement. The principal applications lie in the field of corrosion protection. It is ideal for manufactures and their customers, for offices and specialist advisers, for paint shops and electroplaters, for the chemical, automobile, shipbuilding and aircraft industries and for light and heavy engineering.
TG-6102 can test test high temperature coating thickness by 300 degree celsius probe FH.
Features:
Main Functions:
Technical Parameters
Probe Type | F (Magnetic) | N (Non-magnetic) |
Usage | Non-magnetic coating on magnetic metal substrate | Non-conductive coating on non-magnetic metal substrate |
Resolution | 0.1 um(0 ~ 99.9 um),1um(100 ~ 1500 um) | |
Measuring Period | 3 times per second | |
Calibration Mode | Zero, One-Point, Two-Point and Basic Calibration | |
Measuring Mode | Single point, scan mode, differential mode, average mode, alarm mode | |
Display | English, FSTN LCD Display with backlight | |
Display Content | Coating Thickness Value, Time, Stability, Battery, Measuring Mode, etc. | |
Storage | 500 measurements, including time, probe type, etc. | |
Communication | Bluetooth & Mini-USB interface, virtual serial port protocol, support online measurement with PC or Smart Phones, host software upgradable | |
Optional portable Bluetooth thermal printers | ||
Power Supply | 3 * AAA alkaline batteries for 100 hours usage (close backlight) | |
Power off | Timeout power off, and low battery power off | |
Temperature | Usage: -10 ~ 50 °C, Store: -30 ~ 60 °C | |
Size | 150mm * 70mm * 30mm | |
Material | ABS and PC alloy | |
Weight | 180g |
Probe option guide
Probe type | F (Magnetic) | N (Non-magnetic) | |||||||
Usage | Non-magnetic coating on magnetic metal substrate | Non-conductive coating on non-magnetic metal substrate | |||||||
Probe model | FM | FL | FX | FT-500 | FS | FH | NM | NL | |
Measuring range(μm) | 0 ~ 1500 | 0 ~ 3000 | 0~10000 | 0 ~ 500 | 0 ~ 500 | 0 ~ 3000 | 0 ~ 1500 | 0 ~ 3000 | |
Measuring accuracy(μm) | Basic calibration | ±(0.5+1% H) | ±(1+2% H) | ±(1+3% H) | ±(0.5+1% H) | ±(0.5+1% H) | ±(1+2% H) | ±(0.5+1% H) | ±(1+2% H) |
Zero calibration | ±(1+2% H) | ±(1+3% H) | ±(2+5% H) | ±(1+2% H) | ±(1+2% H) | ±(1+3% H) | ±(1+2% H) | ±(1+3% H) | |
Min. Radius of Curvature | Convex 1.5mm | Convex 1.5mm | Convex 10mm | Convex 1.5mm | Convex 1mm | Convex 1.5mm | Convex 3mm | Convex 6mm | |
Min. Radius of Area | Φ7mm | Φ7mm | Φ40mm | Φ3mm | Φ3mm | Φ7mm | Φ5mm | Φ7mm | |
Critical Thickness of Plate | 0.5mm | 0.5mm | 2mm | 0.3 mm | 0.2 mm | 0.5 mm | 0.3 mm | 1 mm | |
Contact surface temp.(°C) | 0 ~ 50 | 0 ~ 50 | 0 ~ 50 | 0 ~ 50 | 0 ~ 50 | 0 ~ 300 | 0 ~ 50 | 0 ~ 50 | |
Measuring direction | |||||||||
Main testing material | Paint layer, spray layer | Paint layer, spray layer |
Anti-corrosion layer, Fire protection layer |
A narrow area inside the pipe | Small parts, fasteners,Spray layer, paint layer | 300℃ Spray layer, paint layer | Oxide layer, spray layer,Copper tin plating, chrome plating | Spray layer, paint layer | |
Probe description | Standard probe | Thicker probe | Thicker probe | Right angle probe | Mini probe | High temp. probe | Normal probe | Thicker probe |