Casella Measurement Ltd - Noise Measurement Equipment - Sound Level Meters

We are a renowned and experienced market leader in the design, manufacture and distribution of industrial hygiene, occupational health and environmental monitoring instrumentation such as noise measurement equipment. We manufacture real-time dust monitors, personal sampling pumps, sound level meters, noise dosimeters, indoor air quality monitors and VOC monitors.

Within our noise measurement equipment range, we supply a personally worn noise monitor, used to measure the noise exposure of an individual over the working day. They should be used for mobile workforces where it is not always practical to measure with a hand-held sound level meter.

Our extensive selection of monitoring instrumentation includes a range of sound level meters.

These sound level meters are hand-held instruments for the measurement of an employee's noise exposure. Frequency analysis within sound level meters is used to determine the correct selection of hearing protection.

Our vast experience in the development and manufacture of environmental monitoring instrumentation includes varying products from our meteorology instrumentation range.

Meteorology instrumentation we supply includes:

• Manual instrumentation - a range of traditional manually read instrumentation for the measurement of surface meteorological parameters
• Electronic sensors and systems - a range of sensors and systems for automatic measuring and data logging
• Hydrology and Rainfall - a comprehensive range of precipitation measuring instruments. From simple manual rainfall collection devices, electronic tipping bucket rain gauge sensors, through to fully autonomic stand alone data logging systems with telemetry for hydrological network applications

We provide comprehensive solutions for gas monitoring. Our gas monitoring services includes the supply of personal gas detectors.

These personal gas detectors are acquirable as single or multi gas detectors, worn on the body and used to measure a variety of toxic and flammable gases or vapours. They are used within confined spaces or other hazardous environments.

We provide solutions for both long term and short term air quality monitoring. Short term air quality monitoring is generally used for measurements of site boundaries or chemical incidents and long term is for the monitoring of NOX, SO2, CO, CO2, O3, H2S, TRS, NH3, PM10 and PM2.5.

We also have a wide range of extractive sampling systems capable of monitoring most pollutant gases and particulates from industrial process stacks. Gases include: CO, O2, NO, NO2, NOx, CO2, SO2, HCl, TOC, VOC, and H2O. Additionally, we also monitor dust emissions for PM10 and PM2.5.
 

We are specialists in data management. Our data management team provide a diverse variety of time-saving data management services. Data is collected remotely from users' air quality sites or monitoring systems, validated, rescaled and emailed directly back to the user. Calibration and rescaling functions can also be verified on a regular or contractual basis if required. Reports can be produced according to customer requirements.

A nationwide team of fully trained service engineers are available for emergency callout, fault finding and also to undertake regular service and maintenance contracts on the monitoring systems.

We are suppliers of a top of the range heat stress device. This heat stress device is for the measurement of temperature and humidity, used for the calculation of WBGT, an internationally recognised method for the assessment of heat stress. This process is generally used in areas or industries where exposure to excessive temperatures is likely.

• Manual instrumentation
• Electronic sensors and systems
• Hydrology and rainfall

We provide air sampling solutions such as ready made kits for common applications. Our air sampling solutions are used in a wide range of applications.

They include:

• General dust monitoring
• General solvent and vapour kit
• Area and personal dust sampling

 Please visit our website for extensive details.