Sistema de Medición Avanzado RITEC RAM 5000

The RAM-5000 is a modular ultrasonic system designed to satisfy the needs of the acoustic researcher in materials science or advanced NDE. RITEC RAM5000 is a modular, computer-controlled ultrasonic system designed for high-power, precision testing. Featuring high-amplitude RF toneburst output, advanced signal processing, and multiple configurable “Marks,” the RAM5000 is ideal for both industrial and research applications requiring customizable ultrasonic capabilities. This versatile system delivers exceptional results in flaw detection, material characterization, and acoustic property analysis.

The RITEC RAM5000 Computer Controlled Ultrasonic System, distributed by Sonemat on behalf of RITEC Inc., offers an advanced solution for ultrasonic testing and material evaluation. Known for its modular design, the RAM5000 enables users to select from various configurations or “Marks,” each tailored to specific testing needs and budgets.

The system provides high-power RF tonebursts, delivering up to 5 kW at frequencies up to 7 MHz, making it suitable for driving low-efficiency transducers and testing highly attenuative materials. With configurations ranging from simple pulser/receiver systems to complete superheterodyne phase-sensitive measurement systems, the RAM5000 can adapt to nearly any ultrasonic testing environment. Its digital control and phase-sensitive signal-processing capabilities enable precise, reproducible measurements, making it valuable for industries such as aerospace, automotive, energy, and scientific research.

Key Advantages and Features:

• • Modular, Configurable System: Choose from multiple configurations (Marks I to VI) to match your testing needs, from basic toneburst pulsers to comprehensive phase-sensitive superheterodyne systems.
  • High-Power Toneburst Output: Capable of producing RF tonebursts up to 5 kW, ensuring clear signal detection even in challenging materials.
  • Phase-Sensitive Detection: Provides precise amplitude and phase measurements, enabling exceptional accuracy in ultrasonic testing.
  • Superior Signal Processing: Equipped with superheterodyne receivers for noise rejection and high-resolution timing for accurate transit time measurements.
  • Distributed by Sonemat for Local Support: With Sonemat’s expertise and customer support, integration and maintenance are straightforward, ensuring maximum performance.

The instrumentation for this sophisticated, complete ultrasonic system has been divided into functional modules. Each module performs a specific task and can be understood, tested, and modified individually. The system consists of the following elements in conjunction with the RAM-5000 power frame:

• Broadband, high-power gated amplifiers for producing RF bursts, derived from the CW source, to drive various types of transducers, including piezoelectric, air-coupled, and electromagnetic acoustic transducers (EMATs).
• Timing module to produce the gates required to turn the amplifier on and off coherently with the CW source.
• An accurate direct digital synthesizer (DDS) for high-resolution frequency control and the ability for rapid frequency sweeps.
• A broadband receiver stage to amplify ultrasonic signals, either from the transmitting transducer via a diplexer or from a separate receiving transducer.
• The broadband receiver is typically followed by superheterodyne phase-sensitive receiver stages to improve the detection of received signals in noisy environments.
• A pair of integrators that are gated on and off to process the information from the phase-sensitive receiver outputs for precise measurements of the phase and amplitude.

Configurations (Marks):

• • Mark I: Basic configuration with high-power gated amplifier and power frame; requires an external RF source.
  • Mark II: Adds timing functionality, allowing coherent gating of RF signal for more controlled pulse generation.
  • Mark III: Fully computer-controlled toneburst pulser with an integrated synthesizer.
  • Mark IV: Includes a broadband receiver module for enhanced signal detection in addition to toneburst generation.
  • Mark V: Adds superheterodyne mixer and phase-sensitive detectors, enabling digitized phase detection for detailed analysis.
  • Mark VI: Complete superheterodyne phase-sensitive measurement system with all six elements, offering full amplitude and phase measurement capabilities.

Applications:

• • Flaw detection in metals, composites, and high-density materials
  • Material characterization for research and industrial quality control
  • Acoustic property analysis and time-of-flight measurements
  • Ultrasonic testing in high-precision industries such as aerospace, automotive, and energy

Reference

• Brochure