Real-time thermal monitoring of electrical equipment

2. Electrically Non-Conductive Optical Fiber

3. Install on any Manufacturer’s Equipment

4. Secure and Solid Connection Method

5. MODBUS RS-485 Interface

6. Internal Data Logging

7. Monitor Inaccessible Locations*UL/CSA APPROVAL PENDING

8. System Overview 4. MODBUS Real-time data is streamed to a supervisory system for decisions based on temperature data. Data can also be stored in internally memory and retrieved at a later date 3. BriteSpotTM An ultra-robust Conversion Module resides in any instrumentation compartment. Designed for ease of use and longevity, simply provide power and insert the three sensors. 5. SCADA / HMI With communication to the BriteSpotTM Conversion Module a plethora of information becomes available from which to make operational and maintenance-related decisions, all of which resulting in: DECREASED DOWNTIME + INCREASED RELAIBILITY Alarms: Set to trigger at predefined temperatures Trending: Recognize problems BEFORE they occur Maintenance: Base service decisions on equipment health 2. Optical Fiber Made of advanced polymers, the specialty optical fiber boasts many features making it electrically invisible and therefore ideally suited for applications up to 38 kV: High dielectric strength Impervious to corrosion Resistant to tracking 1. Connection Point The tip of the fiber sensor is quickly mounted at any critical bolted connection with an approved industry standard lug (included). Some common locations: a) Line finger stabs b) Load finger stabs c) Cable connections