Lightworks iSentient Smart Emergency Lighting
iSentient Flame Detector Series
iSentient Flame Detector Series Provides Quick Emergency Response
The iSentient Flame Detector Series adds another capability on top of the emergency lighting. This series includes a flame detector with a wide viewing angle that enables simple coverage of fire hazard areas across many fire hazard applications. The device detects wide range of hydrocarbon & non-hydrocarbon fires. Set-up and operation are simple. Wide area coverage and fast speed of response optimize safety.
Self-Diagnostic Testing and Remote Monitor Performance
The iSentient Series devices are designed for long headlamp illumination times in industrial or other harsh environments in the event of an unplanned loss of AC power. The smart emergency portable lighting devices will automatically illuminate critical areas, equipment, and egress pathways in the event of a power failure, giving visibility for workers to safely maintain operations in critical areas and to exit safely.
With advanced capabilities including LED lighting, self-diagnostic testing, remote performance monitoring, and communication notification, Lightworks devices can be used across a variety of challenging applications. Lithium Iron Phosphate batteries power the iSentient Series products and deliver longer illumination durations than your average emergency lighting device. The Lightworks system operates on an internal DC battery for approximately 24 hours in a two-headlamp configuration.
Lithium Iron Phosphate batteries power the iSentient Series and deliver longer illumination durations than your average emergency lighting device that uses older, maintenance-intensive Lead Acid batteries. The Lightworks system operates on an internal DC battery for approximately 24 hours in a two-headlamp configuration, about 3X longer than typical competitors.
In addition to a longer illumination duration, Lightworks features self-diagnostic predictive software. The iSentient Series offers remote monitoring of the health and life of the battery. The predictive software combined with the excellent battery life provides the ability to remotely manage and maintain your smart emergency lighting across your facility, minimizing maintenance and lifecycle costs while improving reliability.
The iSentient Series can be tailored to your needs including the number of local and remote headlamps, a mounting shelf, a solid-state drive (SSD), and LTE network connectivity.
Lithium Iron Phosphate Batteries: Better and Safer Than Your Typical Industry Batteries
Lithium Iron Phosphate batteries are safe, reliable, and more environmentally friendly than lead acid batteries. While the battery management system (BMS) performs advanced self diagnostics to protect the battery, the chemical make-up allows the battery to maintain a longer expected lifecycle of 15 years. This means fewer battery replacements, less downtime, and increased reliability.
The internal BMS optimizes functionality and safety. The system monitors battery health including cell voltage, maximum charge and discharge current, overvoltage, overcurrent, temperature, cell balancing, short circuit, and more. The BMS takes protective actions to improve reliability and safety using notification alarms through data communications or by automatically disconnecting the battery. Temperature monitoring self-diagnostics eliminate the possibility of extreme temperatures from battery operation, thereby preventing thermal runaway.
Standard emergency lighting devices often use lead acid batteries which need to be replaced every 3 to 5 years. Additionally, they often require weekly and monthly manual validation checks, experience frequent failures, and can incur expensive repairs. As for the iSentient Series, they rely on Lithium Iron Phosphate batteries, providing significant maintenance cost savings due to the lifespan and little to no maintenance required as they can be monitored remotely. It’s estimated that a customer could save up to $150,000 in annual materials and maintenance costs when switching to the iSentient Series.
Features & Benefits
|Remote performance monitoring software and predictive diagnostics with self-testing features||Monitor the health of all battery and emergency lighting devices from your smartphone or computer and receive communications about critical parameter alarm notifications. This dramatically reduces your maintenance costs in terms of both people and materials.|
|Monitor the health of all battery and emergency lighting devices from your smartphone or computer and receive communications about critical parameter alarm notifications. This dramatically reduces your maintenance costs in terms of both people and materials.||More environmentally friendly than older Lead Acid batteries. LiFePO4 batteries have 15-year expected battery lifespans, which means increased reliability and fewer replacements.|
|Wi-Fi enabled, with optional LTE connectivity||Enables you to communicate easily with your lighting devices, and add critical applications leveraging LTE networks with IoT capability|
|Bluetooth hardware is standard||Facilitates manual performance monitoring of Lightworks devices in areas without Wi-Fi access using the Lightworks Bluetooth App|
|24-hour LED emergency lighting (based on a two-headlamp configuration)||3X longer lasting than products from other vendors|
|Battery rechargeable up to 15,000 cycles||Triple the amount of usage for the user compared to average emergency lighting|
|Light weight (the unit weighs 20 pounds in a typical configuration without infrared flame detectors)||Primarily designed for permanent installation, but can be easily transported and can operate solely on the internal DC battery|
|Hermetically sealed and weather-resistant||Increased durability|
|LEDs are 6x brighter than incandescent from other vendors and 3x brighter than competing LED bulbs||Enhanced facility safety|
|Standard 8GB micro secure digital (SD) boot card||Provides storage space to hold your information|
Lightworks iSentient Flame Detector Series
The flame detector offers wide viewing angles that enable simple coverage of fire hazard areas across many fire hazard applications.