Ultrasonic detectors

Approx. Rs 8,000 / DayGet Latest Price

Supported by experienced professionals, we are engaged in offering Ultrasonic Testing Services. The ultrasonic testing service we are offering is based on the pulse-echo method in which sound pulse coming from the transmitter is radiated in a beam through a given medium at a specific speed or velocity. Radiated in a predictable direction and after encountering with boundary these sound pulses reflect back.

Frequency:

• Sound waves oscillate at a specific frequency or number of vibrations or cycles per second as pitch in the familiar range of audible sound
• Human ears can respond to sound vibrations in the range of 20 Hz to 20 KHz
• Majority of ultrasonic flaw detection applications utilize frequencies between 500 KHz to 10 MHz
• Sound energy does not travel efficiently through air or other gases at frequencies in the megahertz range but travels freely through most liquids and common engineering material

Velocity:

• Speed of sound wave varies depending on the medium of traveling
• Sound waves are affected by the medium's density and elastic properties
• In steel, the velocity of sound wave is 6 * 1000000 mm/sec

Wavelength:

• All waves have an associated wavelength, which is the distance between any two corresponding points in the cycle
• Wavelength is related to frequency and velocity
• wavelength = v/f (where, v = sound velocity, f = frequency)

Approx. Rs 3 Lakh / PieceGet Latest Price

• Video signal output for TV connection
• Peak freeze to detect maximum echo height
• Selection of metric or British unit
• Smooth parabolic DAC curves
• Note/label can be attached with each of A-scan data
• Option of flank and peak trigger

• Temperature range: -29°C - +355°C (could extend +650°C)
• Accuracy: 12%
• Array size/format: 165x123 mm
• Operating voltage: DC 15V