Era TUD500 Ultrasonic Flaw Detector

NegotiableUpdate on 07/29

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The TUD500 ultrasonic flaw detector is a portable industrial non-destructive testing instrument that can quickly, conveniently, without damage, and accurately detect, locate, evaluate, and diagnose various defects (cracks, inclusions, pores, etc.) inside the workpiece. It can be used in both laboratories and engineering sites. This instrument can be widely used in manufacturing, steel metallurgy, metal processing industry, chemical industry and other fields that require defect detection and quality control. It is also widely used in in-service safety inspection and life assessment in aerospace, railway transportation, boiler pressure vessel and other fields.

Product Details

Era TUD500 Ultrasonic Flaw Detectorcharacteristic

5.7 "High brightness color VGA (640x480) TFT LCD display screen,Higher resolutionFine graphics, optional colors, and adjustable brightness

※ * Grayscale B-scan display, suitable for simple TOFD applications

※ Added inner and outer diameter surface correction function, AWS D1.1, DAC, AVG quantitative function

Continuous dynamic recording and massive storage

Both USB and RS232 interfaces are available for free communication

12 bit AD conversion with higher system resolution

※ CompliantEuropean standard En12668-1Requirement

Era TUD500 Ultrasonic Flaw DetectorTechnical Parameter

A-scan and B-scan simultaneously display grayscale B-scan, making defects intuitive and distinguishable

Project	Indicator
PRODUCT INFORMATION
Product weight (kg)	<2.0
Product dimensions (mm)	300 × 180 × 57 (without light shield)
Working temperature (℃)	-10 ～ +50
Storage temperature (℃)	-20 ～ +60
language	English, Chinese
Probe connection	LEMO or BNC
Battery capacity (mAh)	Polymer battery 2 × 3.7V 5000mAh
Battery working time (h)	8
Fast charging time (h)	About 4.5
The power adapter	Input 100-240~50/60Hz Output 9V DC/3 A~4A
display	Color transmission TFT, 640x480
Basic
Measurement unit	mm 、 inch 、m s
Scanning range (mm)	Zero interface incidence~10000
Speed regulation (m/s)	600 ～ 16000
Probe delay（m s ）	0.000 ～ 750.000
Display delay（m s ）	-20 ～ +3400
way of working	Single probe, dual probe, transmission
Waveform display mode	A-scan display, grayscale B-scan display, AB scan simultaneous display
pulse generator
Pulse form	Simulate square waves
Transmitting power supply (V)	200, 400, 600, 1000
Emission pulse width (ns)	75, 100-500
Probe damping (Ω)	50, 100, 200, 500
Transmitting repetition frequency (Hz)	10 ～ 1000
receiver
Gain (dB)	0 ～ 110
Total bandwidth (MHz)	0.1~15 (-3dB)
detection mode	Positive half wave, negative half wave, full wave, RF
Vertical linear error	± 2%
Amplifier accuracy (dB)	± 1
Inhibition (%)	Screen height of 0-80
Sampling rate (MHz)	80
Emission crosstalk suppression (dB)	Greater than 80
Blind zone after pulse emission (μ s)	3.3~10 (related to launch)
Dynamic range (dB)	100
Instantaneous resolution (dB)	32
Time base linearity	Not greater than ± 0.5% of the full screen width.
Sensitivity margin	≥ 62dB
Measurement and others
Measure the gate	2 independent measuring gates
detection	Edge, peak value
Gate measurement	The amplitude, sound path, depth, projection, etc. of the echo
freeze	Freezing methods include: full freezing, peak value, comparison, envelope, etc
AVG equivalent calculation	Automatically calculate defect equivalent based on defect echo and AVG curve
DAC defect quantification	Evaluate defects based on defect echoes and DAC curves
Gate logic	Off, measurement, incoming wave alarm, lost wave alarm
Gate alarm	Off, instant, hold for. 2s, hold for. 5s, hold for 1s, hold for 2s, latch
Alarm buzzer	Close, open
Data management, communication, and printing
Data Storage	50 channel records of flaw detection parameters
	1000 waveform diagrams (including 980 A-scan waveforms and 20 B-scan waveforms)
	Dynamic waveform of 4x2000 frames
data management	Implement storage, viewing, and playback operations for channels, waveforms, and dynamic records
data management	All of the above can be stored locally or on a USB drive
communication	Communicate with PC through USB interface
print	Print flaw detection report
output interface
USB OTG interface	USB 2.0 Device and PC Communication Interface USB 2.0 Host connected to USB flash drive or printer
Micro RS232 interface
Power adapter interface