LANDTEK ND9B Sound Level Calibrator | Najoom Al Falah KSA
Professional Acoustic Reference Standard for Sound Meter Verification The LANDTEK ND9B is a high-precision acoustic calibrator designed for the rapid and accurate verification of sound level meters and noise measurement systems. This professional-grade instrument generates a stable and consistent sound pressure level, serving as a reliable reference standard for technicians and environmental engineers. Engineered to meet the technical standards of the Saudi Arabian industrial and environmental sectors, the ND9B is an essential tool for ensuring that acoustic measurement equipment maintains its calibration integrity in various field and laboratory settings. Built for portability and ease of use, the ND9B allows for the immediate adjustment and performance check of sound meters before and after noise surveys. Its robust construction ensures dependable operation in diverse environments, from quiet laboratory research to loud industrial construction sites. Whether utilized for occupational health and safety monitoring, environmental noise assessments, or architectural acoustics, this sound level calibrator provides the technical reliability required by Najoom Al Falah KSA's professional clientele to ensure compliance with international acoustic measurement standards.
Please add this item to your quote request to receive pricing information.
Specifications
Technical Specifications
Feature | Specification Details |
Manufacturer / Brand | LANDTEK |
Model Number | ND9B |
SKU | LND-ND9B-SND |
Function | Sound Level Calibration & Verification |
Sound Pressure Levels | Standardized Decibel (dB) Outputs |
Compatibility | Standard Sound Level Meters |
Portability | Compact Handheld Design |
Application | Acoustic Metrology & Noise Monitoring |
Additional Details
Key Features & Advantages
The primary advantage of the LANDTEK ND9B is its ability to provide a consistent and stable acoustic signal, which is critical for the precise calibration of various sound level meters. The device is designed for ultimate simplicity, featuring a user-friendly interface that allows technicians to perform accurate verification cycles with minimal setup time. Its robust and compact industrial design is specifically engineered for longevity and portability, ensuring dependable performance during frequent transport across different job sites in the Kingdom. Furthermore, the system is compatible with standard microphone sizes, making it a versatile accessory for a wide range of acoustic measurement instruments. By providing a controlled sound pressure level, it minimizes measurement uncertainty and enhances the overall reliability of noise data collection, ultimately supporting accurate reporting and regulatory compliance in professional acoustic metrology.
Related Products
Industrial-Grade Portable Metrology for Multi-Parameter Surface Finish Auditing The Landtek SRT-6200 is a highly reliable, field-ready portable surface roughness tester engineered for rapid and precise texture analysis directly on production sites. This digital metrology instrument is specifically designed to evaluate the surface profile of various machinery-processed parts, ensuring they conform to precise engineering tolerances, mechanical safety mandates, and manufacturing specifications. Utilizing an advanced built-in diamond stylus sensor, the SRT-6200 translates microscopic surface variations into actionable engineering data, eliminating the need to transport heavy components to a dedicated metrology lab. Its durable construction and streamlined operational interface make it a critical tool for workshop floors, machining centers, and third-party inspection teams seeking to verify material compliance and machining consistency.
Professional Thru-Coating Metrology for Efficient Non-Destructive Testing The Mikrosize iThick-200 is a specialized, high-precision digital ultrasonic thickness gauge engineered for advanced industrial inspections where coatings are present. A major challenge in traditional non-destructive testing (NDT) is measuring the underlying metal thickness without stripping away expensive protective paint or anti-corrosion layers. The iThick-200 solves this by utilizing dual measurement methods, allowing inspectors to accurately determine the true wall thickness of pipes, tanks, and structural elements right through their surface coatings. Compact, portable, and built for durability, this gauge streamlines maintenance workflows and reduces operational downtime by eliminating the need for surface stripping and re-coating during routine structural integrity audits.
User-Friendly Graphical Metrology for Verifiable Material Thickness Testing The Mikrosize iThick-4000 is an advanced yet highly accessible ultrasonic thickness gauge designed to balance complex analytical features with simple operational workflows. Engineered for technicians who require absolute data verification, this non-destructive testing (NDT) instrument features a dedicated A-scan waveform display. The real-time waveform visualization allows operators to physically verify echoes and signal integrity, eliminating false readings caused by surface anomalies or material boundaries. Ideal for routine maintenance checks and structural inspections across fabrication plants, manufacturing facilities, and pipeline networks, the iThick-4000 delivers reliable performance without the steep learning curve often associated with graphical metrology tools.
Professional Large-Range Metrology with Advanced Graphical Mapping The Mikrosize iThick-7000 is an advanced, industrial-grade ultrasonic thickness gauge engineered for comprehensive non-destructive material evaluation. Designed for large-range testing applications, this high-performance instrument goes beyond basic numerical readouts by integrating real-time graphical analysis. It provides operators with full control over material inspection by delivering precise structural data across varying depths. Built to withstand demanding industrial environments, the iThick-7000 serves as a critical diagnostic asset for verifying structural wall profiles, tracking material degradation, and conducting high-integrity safety audits on large-scale infrastructure, piping networks, and heavy machinery components.