iPQMS Battery Monitoring System

Manufacturer
Eagle Eye
Product Type
Monitoring

PRODUCT DESCRIPTION

Eagle Eye’s iPQMS Real-Time Battery Monitoring System is designed to measure the aging status of up to 448 jars (or 448 cells) by measuring and recording: string voltage, string current, cell voltage, cell/connection resistance, and cell temperature. The iPQMS is a robust battery monitoring system designed specifically for utility environments. It ensures backup power systems are optimally maintained in large-scale environments by eliminating the need for regular on-site battery testing. The iPQMS is designed to be used on a network with Eagle Eye's proprietary battery management software. The software allows external email alerts during alarms, as well as in-depth trending and reporting. Through the software, the iPQMS can utilize Modbus protocol for integration to a distributed control system (DCS) or SCADA (some limitations apply). Flexible expanding solutions allow multiple iPQMS units to monitor all your systems in real-time.

    • Measurement Range Battery Capacity: 5 – 6,000 Ah
    • System Voltage: 0 – 999 VDC
    • Unit Voltage: 1.2, 2, 4, 6, 8, 12 VDC
    • Load Current: ±1,000 A
    • Temperature: 0 – 80°C (32 – 176°F)
    • Accuracy/Resolution System Voltage: ±0.5% / 0.1 V
    • Load Current: ±2% / 0.1 A
    • Unit Voltage: ±0.5% / 0.01 V
    • Internal Resistance: ±2% / 0.001 mΩ
    • Unit Temperature: ±2% / 0.01°
    • Resistance Test Load Less than 2A AC per cell
    • Measurement Interval String voltage/current: Real-time
    • Cell voltage & Resistance: 10 min to 24 hours (adjustable)
    • Communication Protocols TCP/IP to proprietary software
    • Alarming Email/SMS alerts
    • Operating Environment Temperature: 0 – 65 °C (32 – 150°F)
    • Relative Humidity: Under 80%
    • Power Requirements 43 – 250 VDC, 480VDC options available
    • 110 – 220 VAC
    • Dimensions MPU: 290 x 280 x 90 mm (11.4 x 11 x 3.5 in.)
    • RU: 310 x 178 x 85 mm (12.2 x 5.9 x 3.3 in.)
    • True 24/7/365 Battery Monitoring
    • Installation and maintenance can be done while battery systems are online
    • Meets IEEE and NERC standard recommendations for battery monitoring solutions
    • Utilizes a patented ripple-removing algorithm for the most precise and repeated results in any environment
    • Injects a minimal current, allowing the user to test their battery multiple times a day without adverse effects on your battery or battery monitoring system
    • Simple to install with custom (to your batteries and site), pre-assembled installation materials
    • Can monitor all your systems in real time with flexible expanding solutions
    • Can be powered by AC or connected DC
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