Cirrus Research plc - Quantum Outdoor Cloud-connected Remote Outdoor Noise Monitor
The Quantum Outdoor noise monitor is a fully automated cloud-based environmental monitor ideally suited for long-term remote measurements of various environmental conditions.The Quantum Outdoor noise monitor is a fully automated cloud-based environmental monitor ideally suited for long-term remote measurements of various environmental conditions.
- Fully integrated cloud-based solution for environmental monitoring
- Class 1 noise monitor to IEC 61672-1
- View live data from multiple locations simultaneously
- Real-time SMS and Email alerts and triggers with audio capture
- 1/1 and 1/3 octave band
- LAeq, LAFmax and Ln statistical noise parameters
- Integration of environmental sensors, including weather, air quality and vibration
The Quantum Outdoor noise monitor is a powerful outdoor noise monitor with built-in cloud connectivity, ideal for long-term unattended noise monitoring applications. It offers a complete noise monitoring solution by offering all the benefits of remote 24/7 noise monitoring and seeing noise level data on the MyCirrus cloud platform anytime, anywhere. With the ability to trigger events and record audio, The Quantum Outdoor noise monitor can send alerts and notifications to users using various methods allowing you to take corrective action in real-time. Configurable in any way as standalone instruments or combinations, The Quantum Outdoor noise monitor can be powered by PoE, mains, solar or battery. The Quantum Outdoor noise monitor can work in any environment for any industry:
- Unattended environmental noise measurements
- Industrial noise monitoring
- Construction and demolition site noise monitoring
- Measurement of noise to meet standards such as BS 4142 and BS 5228
- Outdoor music, sports, and entertainment monitoring
Weather data provides the context for noise levels and other environmental impacts and can help you make effective decisions to protect the environment and residents. Cirrus Research has partnered with Gill Instruments Ltd, experts in weather stations, to offer you the best solution for weather monitoring.
Two versions of Gill’s compact weather stations are available, the GMX200 and GMX600. Both integrate directly with the Quantum Outdoor remote noise monitor and give you access to comprehensive weather monitoring data, including:
- Wind speed
- Wind direction
- Temperature
- Humidity
- Pressure
- Rainfall
Within the Quantum Portal, your weather data is displayed alongside your noise measurement information, allowing you to improve your understanding of noise impacts under varying weather conditions.
The Quantum Outdoor noise monitor offers monitoring equipment with sensors for fine dust, ultrafine particles and gaseous pollutants. Cirrus Research has partnered with South Coast Science, experts in air quality monitoring, to offer you the best out-of-the-box solution for urban air quality monitoring.
With the South Coast Praxis OPCube or Urban air quality monitor, you can detect critical environmental pollutants and particulates, including respirable particles with sizes PM 1, PM 2.5 and PM 10 (MCERTS certified for PM2.5 and PM10). These gases and particulates are found in vehicle and motor exhausts, smoke from burning oil and coal, and dust from demolition, construction, and quarrying.
Whether you work in heavy industry, transport and logistics or construction, ground vibration is a key environmental impact you need to monitor and control. Understanding the ground-bourne vibration levels you’re creating and the impact it may have on nearby residences or businesses regarding nuisance vibration or building damage is vital. Cirrus Research has partnered with Omnidots to provide you with the best vibration monitoring system for your needs – the Omnidots Swarm 2.1.
The Ground Vibration Monitor can either be integrated with our Quantum Outdoor for noise and vibration monitoring or used as a standalone monitor. The instrument’s highly accurate and sensitive seismograph measures the movement of molecular particles within the ground, measuring ground-borne vibration levels as peak particle velocity (PPV) in millimetres per second (mm/s).
