Channels: 64/128 PR

Voltage (50Ω load): PA: 150Vpp (bipolar) / 75V (unipolar)

Pulse Repetition Frequency: UT: 200V ≤ 30 kHz

Focusing Laws: 2048

Acquisition: A Scan / Peak / Conditional data recording

Digitalization Range: 800%

Maximum File Size: Depends on hard disk capacity Acquisition Trigger: Time base, encoder, external
Maximum Number of Reconstructed Channels: 128

Acquisition Modes: FMC, PWI, Sparse*

Pixel Size (Real-time Processing): Up to 1 million pixels

Pixel Size (Offline Processing): Unlimited

Number of Parallel Acquisition Channels: 2

Maximum Number of Parallel TFM Groups (Real-time Processing): 2 (each up to 1M pixels) / 8 (each up to 256k pixels)

Gain: Up to 124 dB (0.1 dB per step), 76 dB analog / 48 dB digital

Input Impedance: 50Ω

Bandwidth (-3 dB): PA: 0.5 to 18 MHz, UT: 0.5 to 22.5 MHz

Data Compression: 1, 2, 4, 8, 16

Amplitude Resolution: 14-bit for A-scan data, 16-bit for phased array data

Maximum Number of Sampling Points: 16K

Maximum Number of A-scan Data Points: 65K

Number of Gates: 6+1 synchronized gates (peak, zero-crossing, auto zero-crossing, return-to-zero)

Number of Parallel Channels: Two groups

Detection Mode: Digital

Filtering: Analog / Digital (FIR)

Digitization Frequency: 100 MHz

Dynamic Range: 40 dB

Mainly used for system integration, including online inspection of pipes, bars & plates, water-jet inspection of large composite materials, automated inspection of wheels & axles, and water immersion testing among other applications.

32:128; 2x16:64 configuration (parallel excitation)

SDK support;

Excitation voltage: 100V (50Ω load);

High data storage speed: up to 30 MB/s;

Maximum single data file size: 20 GB;

10 QuartZ units parallel excitation;

IP65 waterproof rating;

Automatic probe detection and identification;

Supports delay function.

12.1-inch multi-touch screen, 1024x768 resolution

Supports dual-mode trigger scheme

Suitable for almost all ultrasonic phased array testing applications

Supports up to 1024 focusing laws

Maximum data transfer speed: 300 MB/s

Bandwidth: 0.5 to 18 MHz (-3 dB)

Single data file size: 2 GB

256 GB solid-state drive

16-bit phased array signal amplitude resolution (48 dB soft gain or 800% FSH)

Supports real-time FMC/TFM

32/128PR effectively supports pitch-catch mode

Two independent conventional ultrasonic channels

10.4-inch multi-touch screen, 1024x768 resolution

Two lithium batteries support more than 8 hours of continuous operation

External fan design, suitable for harsh field environments

Supports up to 512 focusing laws

Maximum data transfer speed: 10 MB/s

Bandwidth: 0.5 to 18 MHz (-3 dB)

Phased array pulse excitation voltage: up to 105 V

Conventional ultrasonic excitation voltage: up to 215 V

Supports single data file size up to 700 MB (120 GB solid-state drive)

16-bit phased array signal amplitude resolution (48 dB soft gain or 800% FSH)

Excitation voltage: negative square wave, -25V to -300V, 25V step;

Supports two-channel conventional ultrasonic testing, including velocity calibration, wedge delay calibration, and flaw measurement;

Number of channels: 2/4/8;

Excitation type: negative square wave excitation;

Pulse repetition frequency: 25 Hz to 10 kHz;

Bandwidth: 500 kHz to 20 MHz (-3 dB);

Gain: adjustable from 0 dB to 110 dB, step: 0.1 dB;

Number of gates: 2 hardware gates (gate start, width, and threshold are arbitrarily adjustable)

Sampling rate: 100 MHz;

A-scan display modes: full wave, half wave, positive half-wave, negative half-wave

Transmit pulse width: 30 ns to 1000 ns, 5 ns step;

Data transfer: 1000 Mbps Ethernet

Horizontal linearity error: 0.5%

Vertical linearity error: 3%

uperior performance: Industry-leading "real-time" TFM resolution, achieving 65,000 data points per frame at rates up to 110 Hz. TOPAZ64 delivers the highest TFM acquisition frequency in the industry.
Higher resolution: TOPAZ64 can generate 1 million data points per frame. No other portable instrument can achieve this resolution.
Multi-mode capability: TOPAZ64 can simultaneously support PA + TFM + TOFD, and can also perform full inspection on the same or a single pass; different probes support TFM + TFM.
Save time and cost: Save raw A-scan data to meet record-keeping requirements, or perform TFM post-processing without re-scanning.