TT2130 Ultrasonic Wall Thickness; Material Thickness Gauge (previously TT300)
The new TT2130 Ultrasonic Wall Thickness; Material Thickness Gauge (previously TT300) is a handheld microprocessor-controlled thickness gauge, specifically designed for measuring the thickness of metallic and non-metallic materials eg. aluminium, titanium, plastics, ceramics, glass, cast iron and other good ultrasonic wave-conducting materials, as long as the material has parallel top and bottom surfaces. The TT2130 can perform precise measurements on various types of raw materials, component parts, and assembled machinery. It can also be used to monitor all types of pipes and pressure vessels for loss of thickness due to corrosion. With the TT2130 you can record up to 500 readings and download them to a computer. Standard Package:
The Ultrasonic Thickness Gauges can be programmed by the user to the appropriate Material in two ways :
Product Description
Optional Accessories:Specifications
Description Specification Measuring Range : 1.2mm – 225.0mm with 5MHz transducer 5.0mm – 300.0mm with 2MHz transducer Operating Temperature : -10 deg C to 60 deg C Lower Limit Steel Pipes : Dia 20mm x 3.0mm Display Resolution : 0.1mm / 0.01mm Data Output : RS232 Output for Printer or PC Measuring Accuracy : ±1% thickness + 0.1mm Sound Velocity : 1000m/s – 999 m/s Power Supply : 2 pcs AA batteries 1.5V Battery Life : 100 hours without backlight Dimensions : 152mm x 74mm x 35mm Weight : 370g Data Sheet
Sound Velocities
Metals m/s m/s A Aluminium 6 320 – 6 400 M Molybdenum 6 250 – 6 300 Aluminium (2024-T4) 6 380 Mercury 1 450 Asbestos Cement 2 200 N Nickel 5 480 – 6 040 B Beryllium 12 880 P Platinum 3 690 Boron Carbide 10 920 S Silver 3 600 – 3 700 Brass 4 390 Steel, Mild 5 900 – 6 100 C Cast Iron 3 500 – 5 600 Steel, Casting (4340) 5 850 Cast Iron (Modular Graphite) 5 600 Steel, 303 Stainless (Austenitic) 5 660 – 6 120 Cast Grey Middle 4 600 Stellite 7 050 Copper 4 650 – 4 720 T Tin 3 300 – 3 330 Cadmium 2 770 – 2 800 Titanium 5 900 – 6 100 Chromium 6 200 Tungsten Carbon 6 650 G Gold 3 200 – 3 250 Tungsten 5 180 – 5 400 I Inconel 5 820 U Uranium 3380 Iron 5 890 – 5 930 W Wolfram 5 460 L Lead 1 960 – 2 400 Z Zinc 4 170 – 4 320 M Manganese 4 660 – 4 700 Zircaloy 2 4 700 Magnesium 5 770 – 5 840 Zirconium 4 650 Non-Metal m/s m/s A Acrylic 2 870 N Nylon 2 600 – 2 690 Acrylic Resin 2 730 – 2 870 O Oil (SAE 30) 1 740 Air 330 P Paraffin Wax 2 200 Aluminium Oxide 8 700 Perspex 2 860 C Ceramic (Macor) 5 631 Phenolic 1 400 Diamond 17 500 Plexi Glass 2 690 Diesel Oil 1 250 Polyamide 2 380 Epoxy Resin 2 650 Polyethylene 1 900 – 2 400 G Glass (Flint) 4 260 Polyurethane 1 780 – 1 900 Glass (Crown) 5 260 – 6 120 Polystyrene 2 340 – 2 400 Glass (Quartz) 5 570 Porcelain 5 600 – 5 900 Glass (Window) 6 800 PVC 2 400 Glycerine 1 930 Q Quartz X Cut 5 740 I Ice 3 980 Quartz Fused 5 980 H Hi-Density Polyethelene 2 220 – 2 300 Rubber (Butyl) 1 900 (Grey & White, Not Black) R Rubber (Soft) 1 480 M Methylene-Oxide 9 980 Rubber (Vulc.) 2 300 Monel 5 360 – 5 400 S Silicone Rubber 948 Motor Oil (SAE 30) 1 750 T Teflon 1 350 – 1 520 N Neoprene 1 600 W Water 1470 Please Note : This Schedule is only a Guide Instruction Manual
