Transmitter Pulse Square Wave Pulser
Transmitter Pulse Voltage: 25 ~ 400V, continuously
Test Modes Pulse echo and dual transmission
Damping 400, 80 Ohm
Frequency 0.5 ~ 20MHz. Broadband / narrowband optional
Gain 0.0~ 110.0dB. Steps as 0.1, 1.0, 2.0, 6.0 dB
Material Velocity 1000 ~ 15000m/s continuously adjustable. 30 common material velocities selectable
Range 0.0~ 10000mm longitudinal wave at steel velocity. Range continuously variable with minimum 0.1mm increments
Rectification Positive halfwave, negative halfwave, full wave, RF
Alarm Real-time alarm signal indicated by horn or LED indicator.
Display 5.7" high-brightness TFT color LCD
Pulse Shift -20 ~ 3000μs
Probe Zero Offset 0 ~ 999.9μs
Pulse Repetition Frequency (PRF) 25 ~ 1000Hz, auto and manual adjustment modes optional
Vertical Linearity Accuracy ≤3%
Horizontal Linearity Accuracy ≤0.1%
Surplus Sensitivity ≥65dB (200Ф2 flat bottom hole)
Resolutions ≥36dB
Dynamic Range ≥32dB
Reject (suppression) 0 ~ 90%
Electric Noise Level <10%
Interface C6 transducer connections, USB HOST, LAN, RF OUT, Two-dimensional encoder interface
Power Supply Large-capacity Li Battery, no memory effect; Battery Operating time: More than 6 hours
Environmental Temperature -30 ~ 50℃
Relative Humidity 20% ~ 95%RH
Weight 1.28Kg (with battery)
specifications︰ | The OND-6200 digital ultrasonic flaw detector offers state-of-the-art technology in a package that is compact and lightweight 1.28kg. It is a full-featured and reliable instrument which can be used in various industries. suitable for various detection demands of forged pieces, welding lines, airplane parts
The OND-6200 adopts an embedded computer system and a super large-scale field programmable IC design, which combine all good performance of a large ultrasound system in a very small space: at least 65dB detection sensitivity surplus will meet detection demand for large forged pieces or coarse-crystal material; LAN Ethernet port for real-time communication with a PC (Host) and remote control; Cine loop function for recording the dynamic scanning process; The new-type color TFT LCD results in optimize read & measure effect and visual comfort; The simple but convenient surface wave tracking function is good for immersion detection; Together with new techniques and new functions such as DAC, RF echo display, large memory and USB port, the OND-6200 becomes a handy ultrasonic flaw detector with excellent performance. Furthermore, the fast response time of the color TFT LCD enables display of fast scanning echoes; the touch keypad is reliable and comfortable for use; Its outstanding EMC design significantly increases field anti-interference of the system.
| Advantages︰ | Main Features:
Small dimension, lightweight, portable, fully-sealed, highly-reliable design especially suitable for working outdoors
Up to 640MHz sampling frequency, measurement resolution of 0.1mm with minimum range of 3mm
Operating Frequency: 0.5 – 20MHz, surplus sensitivity up to 65dB
Bright, high resolution (640×480) color TFT display realizing the best measurement result in similar products
High performance square wave pulser with tuning option allows the operator to tune the pulse width of the square wave pulser to optimize transducer performance. This maximizes signal-to-noise and penetration in difficult materials such as highly-attenuated materials or thin work-pieces
LAN port allows remote data transfer and management. It provides management to instrument parameters when the instrument is used as independent square wave pulser
High-speed USB interface allows data storage on USB drive and PC communication. To interface with a mouse to secure accurate analysis on report with A-scan
Internal charger, auto switch between “charge” and “work”. Power supplied by battery or AC mains. The operating time of onboard Li battery is more than 6 hours
Multi-software functions to meet all inspection needs, unique keypad organization and rotary knob operation, user-friendly design for menu, English/Chinese language menu options, English/Chinese input and edit functions make the inspection much easier
Automatically test the transducer frequency, tune the pulse width of square wave pulse to optimize transducer performance
Thickness alarm function, continuous storage function of waveform and various measurement modes of waveforms
Automatically calibrate instrument specifications and search the peak value |
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