Enerdrive ePRO Plus Battery Monitor

Features

ePRO PLUS High Precision Battery Monitor

The ePRO PLUS is Enerdrive's latest generation, highly advanced battery monitor. It consists of an intelligent shunt and a remote control display unit. The shunt has a Grid Optimized footprint for perfect integration with Enerdrive's DC Modular products.

This advanced battery monitor not only shows the true state of charge of your battery system. It also offers a large amount of additional features to optimally supervise your battery system and control external equipment. The ePRO PLUS is compatible with lead based and Lithium batteries (LiFePO4).

The ePRO PLUS can monitor up to three battery banks. The inputs for battery bank 2 and 3 can also be configured for other purposes, like mid-point voltage measurement, keyswitch input, setup lock or backlight control. The ePRO PLUS battery monitor can measure DC currents up to 600Amps (500Amp continuous) and voltages up to 70Vdc. So any lead- or lithium based battery from 12V up to 48V can be monitored.

The installation time is minimal, requiring only one supply wire to the intelligent shunt base and a single QuickLink' cable between the shunt base and the control/display unit (CDU). Additionally, the battery minus cable must be interrupted in order to insert the shunt into the high current circuit. The fused supply wire and the QuickLink cable are both included in the package, avoiding the need for a separate connection kit.

ePRO PLUS Alarm Output Expander (EN5093120 Optional)

The ePRO Plus 2-Channel Alarm Expander Kit adds two additional alarm relays to your ePRO Plus device via the Quicklink port. This kit can be used in case the application requires each alarm type to be assigned to a different relay contact.

The Alarm Expander also has the capability to be used as a relay contact. The Alarm Expander relays A and B are combined in order to control the open (reset)' and close (set)' coils from a dual coil magnetically latching contactor. Which relay contact to use for controlling the contactor coils, depends on whether the contactor needs to operate in a Normally Open (NO) or Normally Closed (NC) configuration.