TA150 is
the new intelligent noise level monitoring sensor. High precision, full
connectivity, and high endurance, all in one device. It combines the accuracy
of a Class 1 sound level meter with the power of a 1/3 octave band analyzer
The TA150
has the accuracy of a Class 1 sound level meter complying with the IEC 61672-1
standard, to simultaneously offer equivalent, maximum, peak and percentile
levels, applying A, C and Z frequency weighting and Fast, Slow and Impulse time
weighting.
In addition, it incorporates spectrum analysis in 1/3 octave bands (6.3 Hz – 20
kHz)*, allowing the influence of each frequency range, including low
frequencies, on the overall noise level to be identified and quantified. This
functionality provides a complete and detailed view of the acoustic reality,
making it easier to locate sources and accurately diagnose problems.
It records values per second* and operates 24/7, ensuring continuous
monitoring.
Verification is easily carried out with a calibrator (IEC 60942), ensuring that
the data is always traceable and useful for making decisions.
The TA150
is designed for simple and efficient operation, with a built-in web server that
allows it to be configured from any browser, without the need for additional
software.
Thanks to its open design, it is easily integrated into monitoring platforms
such as NoisePlatform, Sentilo or Telefónica, guaranteeing maximum
compatibility with different systems.
All data is transmitted in real time to cloud platforms, with automatic SMS
notifications when configured thresholds are exceeded, facilitating an immediate
response and reducing the risk of regulatory non-compliance. For
monitoring in the field, it incorporates an OLED display that shows real-time
sound level, system status and power.
It includes LAN over Ethernet and Wi-Fi, and allows additional options such as
4G modem*, 4–20 mA* output and RS232/RS485* ports, to adapt to different infrastructure
and connectivity needs.
The TA150
incorporates the option of audio acquisition associated with noise events, which
allows measurements to be complemented with contextual information and obtain a
more accurate analysis of the origin of each event. Thanks to this
functionality, it is possible to hear real parts of the acoustic environment,
facilitating the identification and characterization of sound sources.
Audio
acquisition can be triggered by different configurable trigger types (by level,
by time or by emergency), offering great flexibility to adapt to different
monitoring scenarios.
In addition, the user can choose the file format (mp3,
flac, or wav) that best suits their operational and storage needs. In this way,
the TA150 turns every piece of data into clear, actionable evidence, taking
acoustic analysis to a new level of accuracy and reliability.
The
TA150 easily integrates into urban environments, with easy installation on street
lights, marquees, billboards, shelters, kiosks and advertising posts. Its
design requires minimum annual maintenance.
Protected by an IP65-rated outdoor kit, the sensor maintains Class 1 accuracy
against rain, wind, dust, birds and insects, and operates uninterrupted over a
wide temperature range from -10°C to +50°C, making it suitable for all types of
weather.
In addition, it offers flexibility in its power supply as it is compatible with
mains, PoE, 12V DC or direct connection to public lighting. To maximise service
continuity, it can be equipped with the optional BA150*/BA151* battery,
designed to ensure annual cycles of uninterrupted operation.
(*)
Optional
Following
the success of our original online system – capable of displaying and analysing
real-time noise levels using a combined network of sensors and devices – we are
introducing our new acoustic monitoring platform, designed to go further. This
new version not only retains the robustness and reliability of the previous
solution, but also incorporates key improvements and a higher level of detail
in the data, integrating a new state-of-the-art measurement equipment.
More data. More control. More responsiveness.
The new version of NoisePlatform, a significant evolution in our data communication and visualization platform. This change isn't just aesthetic: we've completely redesigned the way information is organized, displayed, and contextualized, with the goal of providing a clearer, more convenient, and more effective experience for all users. With this update, it is now possible to access a much more complete view of the project, thanks to:
Easy setup
and control from the built-in web server.
The TA150 incorporates a built-in web server that allows all its functions to
be accessed from any browser, without the need to install additional software.
Through a clear and intuitive interface, the user can configure measurement,
communications and storage parameters, as well as visualize in real time the
noise levels and the status of the equipment.
The system also allows historical records to be downloaded and the correct
operation of the sensors to be verified, which speeds up on-site adjustment and
maintenance tasks. With compatibility with different browsers and devices, the
TA150's web server offers flexible, secure and accessible management from
anywhere.
Sentilo is an open source sensor and actuator platform designed to fit in the Smart City architecture of any city who looks for openness and easy interoperability. It’s built, used, and supported by an active and diverse community of cities and companies that believe that using open standards and free software is the first smart decision a Smart City should take.
A Smart City is an environment that involves many technologies and multiple agents: from sensors scattered throughout the whole city (to collect any kind of data: traffic, water, energy) to the mobile devices of the citizens; from mayors to traders. All this data must be managed by a platform that centralises and processes it.
The FIWARE platform provides a rather simple yet powerful set of APIs (Application Programming Interfaces) that ease the development of Smart Applications in multiple vertical sectors. The specifications of these APIs are public and royalty-free. Besides, an open source reference implementation of each of the FIWARE components is publicly available so that multiple FIWARE providers can emerge faster in the market with a low-cost proposition.
The JSON (JavaScript Object Notation) format provides a simple yet powerful structure for exchanging data between systems, facilitating the development of intelligent applications across multiple industries. Its specifications are open, widely adopted, and royalty-free, making it an accessible option for developers worldwide. Furthermore, numerous open-source libraries are available for working with JSON in a variety of programming languages, allowing developers to integrate and manipulate data efficiently, reducing costs and accelerating time-to-market.
6.3 Hz to 20 kHz 1/3-octave band filters analysis module, plus overall functions.
Audio acquisition module (1)
4G modem module for data transmission.
(4-20mA) current loop module
RS232 digital communication module
RS485 digital communication module.
Internal
lithium battery for day-time operation with urban lightning network
Internal
lithium battery with autonomy of 5 days
Outdoor kit
for TA150 and TA120 sensor. It includes PV120 windscreen
Windscreen for TA150 and TA120 sensor