84-2031-00 - Xantrex LinkPRO Advanced Battery Monitor

LinkPRO Advanced Battery Monitor

Comprehensive Battery Status Monitoring

Understanding the available energy in a battery involves complex factors such as age, discharge current, and temperature. With high-performance measuring circuits and sophisticated software algorithms, the LinkPRO accurately calculates the remaining battery capacity. It includes a shunt selection feature that allows it to measure currents up to 10,000 Amps.

The LinkPRO displays essential metrics including voltage, charge and discharge current, consumed amp hours, remaining battery capacity, and estimated time remaining for your battery bank. The device features a clear, backlit LCD display and an intuitive user interface, enabling easy access to all parameters with just a button press. Additionally, it supports a second battery input for monitoring voltage on an additional battery.

Equipped with an internal programmable alarm relay, the LinkPRO can trigger a generator when necessary or turn off devices when battery voltage exceeds preset limits.

Key Performance Features

The Xantrex LinkPRO Advanced Battery Monitor, part number 84-2031-00, is designed for IT and business buyers requiring precise battery bank management. This device provides comprehensive battery status monitoring by calculating remaining capacity through high-performance measuring circuits and sophisticated software algorithms. It addresses the challenge of understanding available energy, which is influenced by factors such as battery age, discharge current, and temperature. The LinkPRO displays essential metrics including voltage, charge/discharge current, consumed amp hours, remaining capacity, and estimated time remaining. It supports two battery inputs for voltage monitoring and features a programmable alarm relay that can automate generator activation or device shutdown based on preset battery voltage limits. The included 500 Amp shunt and flexible shunt selection up to 10,000 Amps facilitate integration into various systems, making it suitable for environments where accurate battery health and energy management are critical.