Matrix+ the wireless and battery vibration monitoring system FAQ
Shock and vibration
Matrix+ the wireless and battery vibration monitoring system FAQ
What does the Matrix+ Vibration system do? The sensors monitor for vibration levels at high speed and will count the amount of ‘vibration events’ over a given period. When the sensor reports into the CDLSmartHub™ , alerts can be generated via sms/email to configured recipients. Each sensor can be named in the platform which will…
Read MoreVibration monitoring and IoT
Vibration monitoring and IoT CDL has a long heritage of monitoring for vibration events, applications have been wide and varied to say the least. From monitoring the effects of waves on a Lighthouse in Cornwall, to monitoring for potentially damaging vibration levels on a 4.6 billion Year old meteorite at the Natural History museum. More regular applications include mainly monitoring construction…
Read MoreReacting to Customer Feedback – a new solution for connecting the RDL//Vibe sensors
The RDL//Vibe continues to be one our leading products, and the type of applications it is purchased for continues to expand. Thus, the client’s requirements may vary from traditional installations. Recently, one of our clients in Canada needed to leave the Geophone sensors permanently connected to a critical pipeline for vibration monitoring, but during the…
Read MoreRDL VIBE Remote Vibration Monitoring – it’s easy to set up!
We wanted to show you how easy it is to connect the RDL VIBE remote vibration monitoring system to the CDL SmartHub, and have your data monitored and visible, on-line and in record time. What is the RDL Vibe remote vibration monitoring system? The RDL Vibe offers up to 2 triaxial low frequency Geophones…
Read MoreRDL//Vibe 1: Bulldozer 0 – it was no contest!
When Caption Data say their products are rugged, people generally just take it at face value. Our customer UA Antia took that approach as well when they bought one of their latest instruments from us. No discussion on what rugged really meant. A few months later they contacted us to say this particular unit had been…
Read MoreTop 3 Benefits of Remote Vibration Monitoring
As residential neighbourhoods continue to flourish construction companies, developers and project managers are under increasing pressure to minimise the risks of damage to nearby properties and structures, reduce nuisance complaints and adopt the most ethical working methods. Activities such as Demolition, piling and other construction works generate vibrations that if not managed can cause structural…
Read MoreWe’re picking up good vibrations from Building Engineer
Thank you to the team behind the Building Engineer, the journal of the Chartered Association of Building Engineers (CABE) for accepting our contribution covering the story of how continuous vibration monitoring of a demolition site in central is helping to protect a church and glass house. And a special thanks to Carol Langham for all of…
Read MoreWe’ve got live data….. Who the hell cares?
To showcase our leading position in the industrial IoT and M2M arena, we’ve made publically available live data from a number of types of sensors located within our offices and other premises. To answer the question we care about Live Data. We care about data in general because data is such an integral part of…
Read MoreCan Traffic Induced Vibration Damage Buildings?
While traffic noise is undoubtedly a nuisance to many people, can ground-borne vibrations caused by traffic actually damage buildings? We discuss traffic induced vibration damage. Much work has been carried out where effects of intermittent disturbances causing ground-borne vibration have been studied. The result of work in institutions around the world over decades is that…
Read MoreThe RDL//Vibe for low frequency vibration monitoring applications
Many applications of vibration monitoring equipment require low frequencies to fully understand the effects of vibration on properties and structures, from nearby disturbances. Typical Geophones and vibration monitoring systems measure Peak Particle Velocity with a frequency range from 4.5 Hz to 100 Hz. This can result in underestimated and inaccurate low frequency vibration recordings of…
Read More