Phase 2 UTG-1500 0.04"-8" / 0-200MM Economy Ultrasonic Thickness Gauge
You're Viewing
Phase Ii Machine & Tech Inc. Phase 2 UTG-1500 0.04"-8" / 0-200MM Economy U...
Customers Also Viewed
No related products found.
Product Details
| Brand | Phase Ii Machine & Tech Inc. |
| Mfr. Model # | UTG-1500 |
| Global Industrial Part # | B684270 |
| Weight | 3 lb |
| Length | 10.5 in |
| Width | 9 in |
| Height | 3.5 in |
| Unit of Measure | EA |
| Country of Origin | CN |
| Ships Via | Parcel |
| Freight Class | 70 |
| Lead Time | 2 business days |
| Returnable | Yes |
| UNSPSC | 41111600 |
Description
Phase II UTG-1500 economy ultrasonic thickness gauge
The new phase II UTG-1500 is a hand held microprocessor controlled ultrasonic thickness gauge specifically designed for measuring the thickness of metallic and non-metallic materials such as aluminum titanium plastics ceramics glass and any other good ultrasonic wave-conductor as long as it has parallel top and bottom surfaces. With uses in many areas of industry the UTG-1500 ultrasonic thickness gauge can perform precise thickness 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 or erosion.
The UTG-1500 ultrasonic thickness gauge is extremely easy to use. After a simple calibration to a known thickness or sound velocity the gauge will give accurate readings in inches or millimeters.
Ultrasonic wall thickness gauge measurement
The use of ultrasonic non-destructive testing (ndt) to check material properties such as thickness measurement is now extensively used in all facets of industry. The ability to gauge thickness measurement without requiring access to both sides of the test piece offers this technology a multitude of possible applications. Metals plastics ceramics glass and other materials can easily be measured by portable ultrasonic thickness gauges with a common accuracy OF.001".
Ultrasonic thickness gauges measure the thickness of a part by measuring the time sound travels from the transducer through the material to the back end of a part and then measures the time of reflection back to the transducer. The gauge then calculates the thickness based on the velocity of sound through the material being tested.
A broad variety of piezoelectric transducers operating at given frequencies are utilized to generate sound when excited. Typically a 5MHZ frequency is standard on all phase II ultrasonic thickness gauges. Optional transducers are always available f