The new model in the OmniScan® product line provides the advantage of phased array imaging for manual testing, while keeping all the benefits of a proven product.

Choosing OmniScan MX as your entry point into phased array technology allows you to keep all your options open for the future. The OmniScan MX is fully upgradable to any other model of the OmniScan series, allowing you to migrate to encoded inspection, data archiving, and automated UT inspection as your needs grow.

OmniScan

Features

Ease of Use

Live switch between conventional UT and phased array
Intuitive data interpretation
Software control of beam angle, focal distance, and spot size
Multiple-angle inspection with a single, small, electronically controlled multielement probe
Step-by-step calibration wizard eases the entry of every parameter, avoiding mistakes
Focal law calculator wizard
Automatic probe recognition
Minimum training required

Imaging

Support for up to 64-element probes
Beam forming using 16 elements
Real-time volume-corrected representation of S-scans at 40 Hz with selectable A-scans
Vertically projected A-scan is displayed alongside the S-scan
"Most relevant A-scan" tracking mode
Large 8.4 in. color display

Setup and Report

Exportable setup parameters
Thorough report setup including readings, images, and parameters
On-screen interactive HTML help
Predefined setups with preview

Detection and Sizing

Increased probability of detection and better defect sizing
Code compliance, in both PA and UT
Defect sizing tools
S-scan and image recording

Field Proven

Rugged PA connector with automatic probe recognition
Affordable
Portable, reliable, and durable
Battery-powered (up to 8 hours)
Upgradable
Modular and multitechnology

Module Specifications

General
Overall dimensions	244 mm x 182 mm x 57 mm (9.6 in. x 7.1 in. x 2.1 in.)
Weight	1.2 kg (2.6 lb)
Connectors	1 OmniScan connector for phased array probes 2 BNC connectors (1 pulser/receiver, 1 receiver for conventional UT)
Number of focal laws	256
Probe recognition	Automatic probe recognition and setup
Pulser/Receiver
Aperture (active elements)	Up to 16 elements
Number of elements	16 or 64 elements
Pulser
Voltage	80 V per element
Pulse width	Adjustable from 30 ns to 500 ns, resolution of 2.5 ns
Fall time	Less than 10 ns
Pulse shape	Negative square wave
Output impedance	Less than 25 Ω
Receiver
Gain	0-74 dB maximum input signal 1.32 V p-p
Input impedance	75 Ω
System bandwidth	0.75 MHz to 18 MHz (-3 dB)
Beam forming
Scan type	Azimuthal and linear
Delay range transmission	0-10 µs in 2.5-ns increments
Data processing
Rectifier	RF, full wave, halfwave +, halfwave -
Filtering	Low-pass (adjusted to probe frequency), digital filtering (bandwidth, frequency range)
Data visualization
A-scan refresh rate	Real-time: 60 Hz
Volume-corrected S-scan	Up to 40 Hz
Data synchronization
PRF	1 Hz to 10 kHz
Programmable time-corrected gain (TCG)
Number of points	16 (1 TCG curve per channel for focal laws)

Documents afférents

Questions ?

Joindre un spécialiste d’Olympus NDT