To Order Call Toll Free: iPQMS Battery Monitoring System Product Description Battery Monitoring Systems The iPQMS Battery Monitoring System is designed to measure the aging status of up to 448 jars (or 448 cells) by measuring and recording: string voltage, DC current, jar/cell voltage, internal resistance (I.R.), connection resistance, and temperature. The iPQMS is designed for use on vented lead acid, valve regulated lead acid, and nickel-cadmium battery systems. The included Centroid 2 Battery Management Software records measured data for comprehensive trending analysis, ensuring backup power systems are optimally maintained. The iPQMS system measures up to 448 jars (or 448 cells) through clamps connected directly to the battery connections. The iPQMS can be used on a private network via TCP/IP or locally with direct RS-232 connection. Networked systems can utilize SMS/Email alerts during alarm outbreak. Modbus protocol can be utilized for third-party software integration. Main Processing Unit (MPU) Product Advantages • • • • • • • • • 24/7/365 Battery Monitoring Comprehensive Battery Management Software Installation while systems are online Meets IEEE and NERC standard recommendations for battery monitoring Patented ripple-removing algorithm Injects minimal current for measurement Simple to install with custom, preassembled installation materials Alarms alert in real-time during outbreak Can be powered by AC or DC iPQMS Installation on 125VDC Battery System Battery Management Software • Displays and records string voltage, string DC current, cell voltage, cell I.R., & cell temperature for all battery systems Trending analysis of measured parameters on a string or jar/cell level Report generation & ability to export measured data to Excel Send commands to iPQMS systems Detailed log of alarm outbreaks with Email/SMS alerts Automatically record, save, & playback discharge & recharge events Centroid 2 Battery Management Software

System Composition The BDS-Pro connects directly to the battery system’s inter-cell connections. Measured data is processed by the MPU, the MPU can be configured for either TCP/IP to Centroid 2 software OR Modbus protocol. Option 1 - TCP/IP to Centroid: Data is sent from the MPU via TCP/IP to a PC which acts as a Server for all connected BMS systems. Client software installations can be installed on the same network for viewing on multiple PC’s. Option 2 - Modbus (TCP/IP or Serial): Data is sent from the MPU via Modbus protocol to a building management or SCADA system. iPQMS System Composition...