Products

The SV 973A is a professional Class 2 sound level meter designed for occupational noise and environmental assessments. Fully compliant with BS EN 61672-1:2013, it features a patented MEMS microphone with a lifetime warranty, extended operating range from 25 to 141 dB Peak, and real-time 1/1 and 1/3 octave analysis. With built-in Bluetooth® and support for the Assistant Pro mobile app, the SV 973A is ideal for HSE-compliant noise monitoring in UK workplaces.
The SV 973A stands out as the best Class 2 sound level meter thanks to its robust MEMS microphone and advanced sound exposure features. With a wide dynamic range and compliance with BS EN 61672-1:2013, this device meets UK professional expectations for industrial, environmental, and occupational noise assessments. The SV 973A also supports real-time 1/1 and 1/3 octave analysis, STIPA, and RT60 measurements—functions rarely found in Class 2 instruments. Combined with a Bluetooth® interface and Assistant Pro app, this meter provides unmatched functionality for daily use in the field.

A professional-grade sound meter for building acoustics, occupational noise, and environmental monitoring. The SV 977D combines the functions of a Class 1 sound level meter, vibration meter, and ultrasound analyser in one versatile device. Fully compliant with IEC, ISO, and British Standards (including BS 7385 and BS EN 61672), and STIPA approved for building acoustics, it’s the ideal solution for acoustic consultants, safety engineers, and environmental professionals across the UK.
From onsite sound insulation tests to workplace vibration assessments, the SV 977D is the go-to sound level meter for professionals who demand accuracy, flexibility, and compliance. Widely adopted across the UK and Europe, it supports daily use in acoustic consulting, occupational hygiene, and environmental monitoring.

SVAN 979 is a precision Class 1 sound level meter, compliant with BS EN 61672-1 and designed for demanding acoustic and vibration measurements. It offers real-time frequency analysis, including 1/1 and 1/3 octave bands, FFT, and infrasound from 3.15 Hz using a G-weighting filter. A wide dynamic range starting at 12 dBA and a reference-grade GRAS microphone ensure reliable results in low-level noise and building acoustics. With functions such as RT60, STIPA, and 48 kHz WAV recording, the instrument supports sound insulation, speech intelligibility, and environmental testing. Compatibility with mobile apps and SvanPC++ software streamlines field operation and reporting.
SVAN 979 delivers Class 1 precision with an extended range from 12 dBA and 3.15 Hz, ideal for demanding acoustic applications. Its real-time frequency analysis, GRAS reference microphone, and low noise floor ensure exceptional accuracy and repeatability. Recognised as a reference instrument by calibration and measurement laboratories, it meets the highest standards for environmental noise, building acoustics, and infrasound.

The SV 307A is the UK’s leading Class 1 noise monitoring station for long-term environmental use. Widely adopted for compliance and planning, it offers durability, precision, and autonomy. Its weatherproof housing ensures reliable operation in all conditions, protecting the advanced electronics inside. At its core is a next-gen MEMS microphone with a lifetime warranty, providing long-term accuracy. The patented dual remote check continuously validates performance, reducing maintenance. Trusted nationwide, the SV 307A delivers accurate, automated noise monitoring for construction, infrastructure, and urban environments.
In the UK, a noise monitor is a precision tool for continuous environmental sound monitoring in line with ISO 1996-2:2017 and BS 4142. It tracks A-weighted levels, frequency spectra, and key meteorological data such as wind, rain, and humidity. To meet regulations, it must deliver Class 1 accuracy, measure low frequencies, support system checks, include GPS synchronisation, and log noise events. The SV 307A meets all these criteria, making it the preferred solution for environmental noise monitoring across the UK.

The SV 803 is a wireless Class 1 vibration monitor designed for reliable long-term measurements in accordance with British and international standards. Equipped with triaxial geophones, it delivers high sensitivity and extended battery life — ideal for unattended operation in demanding environments. Using FFT analysis, the SV 803 identifies PPV dominant frequencies as required by BS and DIN regulations. It also supports 1/3 octave analysis of RMS or PEAK velocity spectra, allowing direct comparison with user-defined vibration limits.
Conforming to BS 7385-1 (ISO 4866) and DIN 45669-1, the SV 803 meets Class 1 performance requirements for accuracy and data integrity. It supports vibration assessments aligned with DIN 4150-3 and BS 7385-2, making it the preferred solution for consultants, engineers, and environmental monitoring professionals across the UK.

SvanNET AI is a proprietary functionality developed by Svantek for their SvanNET AMS (Automatic Monitoring Services). This online solution supports multi-point connections with Svantek’s noise and vibration monitoring stations. The AI module within SvanNET AMS enables automatic noise source recognition and classification using artificial intelligence and machine learning. It employs machine learning algorithms to analyze recorded audio data, accurately categorizing sound sources into 28 distinct classes, such as industrial noise, traffic, and natural sounds. By automating the noise source identification process, SvanNET AI provides precise and real-time noise monitoring, enabling cities to manage urban noise pollution more effectively.
In the UK, noise source identification is used for various applications: Urban Noise Management: Large cities like London, Manchester, and Birmingham monitor and manage urban noise pollution. By accurately identifying and classifying noise sources, local authorities can implement targeted noise control measures, such as traffic management or construction regulations, to improve residents’ quality of life. Environmental Monitoring: Environmental agencies monitor noise pollution in sensitive areas, such as near wildlife reserves or residential zones. Noise source identification helps in maintaining acceptable noise levels and protecting both human and wildlife habitats. Industrial Noise Control: Factories and industrial sites across the UK monitor noise emissions and ensure compliance with noise regulations. Noise source identification helps in reducing the impact of industrial noise on surrounding communities. Transportation Noise Monitoring: Airports, railways, and highways monitor noise levels and identify specific sources of noise, such as different types of vehicles or aircraft. Noise source identification data can be used to develop strategies to mitigate noise pollution from transportation. Public Health and Safety: By providing real-time data on noise pollution, public health officials can understand the impact of noise on community health and develop policies to reduce noise-related health issues.

The Svantek Building Acoustics PRO is a smartphone application designed for sound insulation measurements using SVANTEK sound level meters in the UK. Through Bluetooth, it sets up the sound level meter according to ISO 16283 standards. The app provides a step-by-step guide to sound insulation measurements and can handle two sound level meters at once, making the process quicker. During the measurement, if the data seems off or incorrect, the app sends out an alert to prevent mistakes. Once the measurement is complete, the app allows you to create a report with the sound insulation results.
SITMA users value the ability to directly upload building acoustics measurement files from their phones immediately after a test. The Building Acoustics PRO app presents sound insulation results in tables, plots, and spectrum views. Additionally, the app facilitates ISO 16283 report generation with just a single click. It saves these measurement results as a project, capturing data from both the source and receiving rooms across different sound source positions. If further processing is required, this project can be downloaded to the SvanPC++ Building Acoustic Software.

The SV 102A+ Class 1 Dual-Channel Noise Dosimeter represents a groundbreaking advancement in occupational noise monitoring, specifically designed to meet the complex demands of the UK workplace environment. This Class 1 dual-channel noise dosimeter sets itself apart with its ability to perform detailed noise exposure assessments on both sides of the head, a feature crucial in environments where noise sources are directionally dominant or asymmetric. In the UK, where diverse work settings range from bustling urban construction sites to precision-demanding military and aerospace sectors, the SV 102A+’s dual-channel technology offers an unparalleled advantage. By utilizing two microphones, the dosimeter can simultaneously measure noise exposure at both ears, providing a more accurate representation of the auditory challenges workers face.
The SV 102A+ goes a step further with its MIRE (Microphone In Real Ear) technology, compliant with ISO 11904 standards. This innovative approach is crucial for settings where noise sources are near the ear, such as in call centers or under pilot helmets in military aircraft and tanks. MIRE technology is also instrumental in assessing the real-world effectiveness of hearing protection devices, making the SV 102A+ an essential tool for industries focused on auditory safety, including those adhering to stringent aerospace standards set by organizations like NASA and ESA. In line with the UK’s Control of Noise at Work Regulations 2005, the SV 102A+ not only ensures compliance with legal requirements but also advances the standard of workplace noise monitoring. Its sophisticated features cater to the nuanced needs of UK industries, offering a robust solution for accurately assessing and managing noise exposure risks.

The SV 104A is an advanced personal noise dosimeter compliant with UK regulations like the Control of Noise at Work Regulations 2005 and British Standard BS EN 9612. It features Bluetooth connectivity and is supported by the Assistant smartphone app. Users can customize settings via PC software, which are then saved in the device’s memory for quick access. The dosimeter comes with a durable MEMS microphone with a lifetime warranty and includes a tri-axial vibration accelerometer to filter out anomalies in noise measurements. Its voice comment feature and broad measurement range of 43 dB to 141 dB make it versatile for various UK work environments. The device stands out for its auto-calibration function, user-friendly OLED display, and ample 8 GB storage. It’s designed for ease of use, making it a reliable and comprehensive choice for noise monitoring in the UK.
In the UK, a noise dosimeter is primarily used for monitoring and assessing occupational noise exposure in compliance with the Control of Noise at Work Regulations 2005. It helps employers identify areas or tasks where workers are exposed to hazardous noise levels and need protective measures. The device is often used in various industries such as manufacturing, construction, and entertainment to ensure that noise levels remain within legal limits, thereby safeguarding workers’ hearing health. It can also be used in legal proceedings as evidence of compliance or non-compliance with noise regulations.

The intrinsically safe noise dosimeter is a specialized sound level meter compliant with ATEX and IECEx standards, designed for use in hazardous environments like mines and petrochemical plants. It ensures intrinsic safety by adhering to rigorous performance specifications, making it ideal for occupational noise measurements in areas where safety is paramount. The device comes with a 3-year warranty, along with a lifetime warranty for its patented MEMS microphone. Additionally, it features a modern docking station that facilitates rapid data transfer and quick battery recharging.  
A noise dosimeter is used for measuring and monitoring noise exposure levels in work environments, and when designed to be intrinsically safe, it adheres to UK regulations such as the Control of Noise at Work Regulations 2005, as well as international standards like ATEX and IECEx. Specifically tailored for hazardous settings like mines and petrochemical plants, the device ensures compliance with these stringent safety regulations. It continuously records noise levels over a designated period, providing an accurate assessment of an individual’s exposure to potentially harmful noise. This data is crucial for implementing safety measures that protect workers’ hearing and overall well-being.

The SV 106 Hand Arm and Whole Body Vibration Meter is designed to assess the impact of mechanical vibrations transmitted from machinery on the human body, known as “human vibrations.” This type of vibration is prevalent in industries such as construction, transportation, agriculture, and the military, as well as in any work environment where hand tools or heavy vehicles are utilized. The SV-106 accurately measures human vibrations in accordance with British Standards ISO 2631 and ISO 5349.
The hand-arm and whole-body vibration meter, the SV 106, is developed to meet the strict requirements of the BS EN ISO 8041 standard. This standard sets guidelines for the performance specifications of vibration measurement devices, including the measurement range, accuracy, frequency response, linearity, and temperature operating range. With its superior parameters, the SV 106 has become a trusted device for laboratories and professionals across the United Kingdom for measuring human vibrations.    

The SV 103 Hand Arm Vibration Meter measures hand-arm vibration, following BS EN ISO 8041-2:2021 and BS EN ISO 5349. Its attachment to the user’s arm and small size minimize measurement uncertainty and allow daily use without disruption.
The SV 103 Hand Arm Vibration Meter features the latest triaxial accelerometer, the SV 107, with a unique contact force sensor that measures grip and push force during use. This measurement is recommended by new standards and displayed on the device. The SV 107 accelerometer utilizes MEMS technology, offering benefits such as shock resistance, low power consumption, and DC frequency response. The use of MEMS also reduces the overall system weight, size, and cost.  

The SV100A Best Whole-Body Vibration Meter is a UK-optimized wireless device designed to measure whole-body vibration exposure in compliance with the Control of Vibration at Work Regulations 2005 and ISO 2631-1 standards. The device is user-friendly, featuring four push buttons and a small OLED display for in-field basic configuration. Equipped with both RMS and RMQ detectors, the SV100A calculates the Daily Vibration Exposure A(8) based on both RMS and VDV, aligning with UK-specific daily exposure limit and action values. It has an 8 GB internal memory for extended data recording and a standard 2.0 USB interface for quick data transfer and battery recharging. For specialized applications, the device offers frequency analysis in 1/1 or 1/3 octaves and time-domain signal recording. It is fully configurable via Supervisor software, allowing for quick setup of all ISO-required weighting filters, making it a comprehensive solution for whole-body vibration measurement in the UK.
In the UK, the measurement of whole-body vibration is governed by the Control of Vibration at Work Regulations 2005, which primarily uses the Daily Vibration Exposure A(8) as the key metric. This is calculated using a specific formula that incorporates the vibration magnitude and the duration of exposure. A specialized vibration meter, such as the SV100A, is typically placed on the seat and seat-back of the vehicle or machinery being operated. The device records vibration levels in three orthogonal directions (x, y, z) and calculates the A(8) value based on RMS and VDV measurements. These calculations align with the UK-specific daily exposure limit and action values, which are 1.15 m/s² A(8) and 0.5 m/s² A(8) respectively.

A vibration calibrator, like the SV 111 Vibration Calibrator, is a sophisticated instrument tailored for conducting on-site calibration checks. This type of calibrator is specifically designed to align with the BS EN ISO 8041 standard. Key components include a built-in triaxial reference accelerometer and a microprocessor-controlled shaker. These elements work in tandem to both generate and monitor vibration signals, ensuring accuracy and precision in the calibration process. The device detects any interference in the calibration signal, with any errors promptly indicated by three LEDs on the calibrator’s panel. This setup guarantees exceptional stability in both the calibration level and frequency, regardless of the mass of the object being tested. Such stability is crucial for accurate calibration, making the device an essential tool in various technical and industrial settings in the UK.
The primary use of a vibration calibrator is the verification of both uniaxial and triaxial vibration sensors. These include a range of accelerometers used in different contexts: hand-arm, whole-body, and industrial applications. The calibrator allows for checking these sensors at a variety of frequencies (from 16 Hz to 640 Hz) and vibration amplitudes (from 1 m/s² to 10 m/s²). This range ensures versatility for different sensor types and application requirements in the UK. The calibrator’s shaker can handle substantial weights, up to 1 kilogram at 16 Hz, making it particularly suitable for calibrating seatpad accelerometers for whole-body vibration assessments. Triaxial accelerometers are tested using various optional adapters, enabling orientation changes, while uniaxial sensors can be directly mounted on the calibrator’s plate. Additionally, industrial sensors equipped with magnets can be attached to the plate using a special disc.