TB-6076 · REV B · Technical newsheet
Industrial IoT & MonitoringDevice profile
IMI widens NEON line to scalable I-IoT monitoring for non-hazardous plants
IMI has widened its NEON I-IoT monitoring portfolio to scalable deployments in non-hazardous industrial applications, extending wireless condition monitoring beyond certified-area installations.
By Nathan Brooks2 min read445 words
Features
- IMI expanded its NEON portfolio with scalable I-IoT monitoring for non-hazardous industrial applications.
- The expansion targets plants and processes that do not require hazardous-area certification.
- The vendor presents the system as incrementally scalable, allowing staged rollout from a limited set of monitored assets.
- The announcement publishes no new accuracy, bandwidth, battery-life or test-condition figures.
IMI has expanded its NEON portfolio with scalable Industrial Internet of Things (I-IoT) monitoring aimed at non-hazardous industrial applications, the company announced in a release carried by Process and Control Today.
The move extends the NEON range beyond its established base into plants and processes where explosive-atmosphere certification is not required. IMI positions the expanded line as a scalable option: operators can start with a limited set of monitored assets and add sensors and nodes as coverage requirements grow.
What does the expansion change?
The portfolio addressable market shifts. Non-hazardous environments — general manufacturing, water treatment, conventional power and process utilities — typically carry lower certification cost and simpler installation rules than ATEX- or IECEx-rated zones. Vendors serving both segments usually sell simplified, lower-cost hardware into the non-hazardous space, since intrinsically safe barriers, flameproof enclosures and associated installation practices are not mandated there.
IMI's NEON family belongs to the wireless condition-monitoring class of I-IoT systems: battery-powered sensor nodes measure parameters such as vibration and temperature on rotating and static plant assets, transmit data over wireless links to a gateway, and feed analytics software that flags deviation from baseline behaviour. The announced expansion keeps that architecture and widens its deployment envelope, according to the company's release.
Scalability is the stated commercial lever. Rather than a fixed-geometry system sized at commissioning, the portfolio allows incremental node additions, which suits sites that triage critical assets first and extend coverage based on the returns those assets show.
Measured claims versus positioning
The announcement, as carried, is a portfolio and market-scope statement. It does not publish new measured performance figures — no accuracy class, bandwidth, battery life, sampling interval or communication-range numbers appear in the released text, and no independent test results accompany the launch claims.
Buyers evaluating the expanded line should therefore treat the deployment scope and scalability statements as vendor positioning until IMI publishes datasheet parameters for the new non-hazardous configurations. Test conditions, calibration intervals and environmental limits for each node type will determine whether the simplified installations hold the measurement quality that hazardous-area versions deliver.
The release also carries no customer reference, pilot result or named deployment, so adoption evidence at announcement is limited to the vendor's own portfolio description.
The question the expansion raises
For maintenance and reliability engineers in non-hazardous plants, the development asks one practical question: does a monitoring system originally engineered for demanding certified environments deliver meaningfully better data integrity and uptime at a non-hazardous site's price point than general-purpose competitors already serving that space — and will IMI publish the numbers that settle it?
via Google News: Sensors and industrial IoT (Source)
Filed under
- iiot
- wireless-condition-monitoring
- vibration-monitoring
- temperature-monitoring
- neon
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Staff writer covering people, launches and day-to-day practice in Instruments, test and measurement at Testbench Report.
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