NoiseTutor Environmental Noise Monitoring System
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NoiseTutor system including 831-FF with 831-OB3, 831-ELA and 831-LOG firmware, EPS041, SWW-DNA-NT and EPS2116. Customer supply SIM with data and messaging plan
NoiseTutor system including 831 with 831-OB3, 831-ELA and 831-LOG firmware, PRM2103-FF, EPS041, SWW-DNA-NT and EPS2116. Customer supply SIM with data & messaging plan.
NoiseTutor system w/modem for outside US & TRP019/020 mounting. Includes 831, 831-OB3, 831-ELA, 831-LOG, PRM2103-FF, EPS043, COM-RV50-DC-U, SWW-DNA-NT & EPS2116
NMS043 Wall Mount
NoiseTutor w/modem for outside US & mounting to wall or wooden pole. Includes 831, 831-OB3, 831-ELA, 831-LOG, PRM2103-FF, EPS043, COM-RV50-DC-U, SWW-DNA-NT & EPS2116
Integrated Internet Solution for Remote Noise Monitoring
Continuous monitoring of environmental data in remote areas has always presented a unique set of challenges. Typical solutions involve complex installations, frequent visits to remote locations to keep the system fully operational and require expert level attention to retrieve and share data amongst customers, consultants and project leads.
Additional economic challenges can also present themselves on projects that are shorter in duration (e.g. construction sites, wind farm commissioning, concert venues, etc.). In these instances, customers often incur the expense of a permanent installation when a simple, easily deployed, “temporary” solution is all that is required.
The Larson Davis NoiseTutor is an integrated solution, ideally suited to address the challenges of remote noise monitoring in an efficient and cost effective package. Designed for rapid deployment in a network environment, NoiseTutor provides Internet based remote control, a high speed network connection for the rapid transfer of large files, event alerts and real-time reports published directly to the end user’s website.
NoiseTutor allows for easy management of any configuration from a single system to a network of systems, each of which can be individually controlled. A sophisticated power optimization scheme provides individual system power management during low power battery operation, to avoid the loss of critical data in the event of AC power interruption