Under the Bonnet

Enerdrive Offers A New Innovative Trigger-Action Feature For The ePRO Combi Inverter / Charger Series

Add virtually unlimited control to your power system. The Trigger-action feature enables you to assign certain events (triggers) to user defined actions. You can for example configure the ePRO Combi to perform an action when a certain voltage, current or temperature level is reached, or perform an action when an external switch is closed or opened. This offers great flexibility and may in some cases avoid the need to invest in additional external hardware.

A few practical examples are :

• Disable inverter mode using an external switch
• Activate a relay when the charger enters float mode
• Stop charging using an external switch (i.e. from external BMS)
• Turn off an AC load when the inverter is overloaded
• Only activate the transfer relay when the battery is almost empty
• Turn the AC Input boost function on or off depending on generator or mains supply 

Dashboard

• Configure and readout your ePROLink enabled devices
• Supports multiple Enerdrive ePRO devices
• Check all settings, status and history data with just the click of a button
• Use the advanced data recording wizard to log all available parameters
• Output logged data to Microsoft Excel for further analysis
• Open individual readout/control panels for each device with real time parameter info
• Create custom charge programs
• Rename your device (i.e. “Starter battery”, “Accessory bank charger”)
• Many new features will be added periodically
• Will be supplied along with each communication kit (USB or RS232)
• Windows XP, Vista and Windows 7 compatible

Applications

• Tool for installation and service engineers
• Large screen real-time monitoring
• Battery analysis

Note:

1. Measured with resistive load at 25°C ambient. Power ratings are subject to a tolerance of 10% and are decreasing as temperature rises with a rate of approx. 1.2%/°C starting from 25°C. Pnom is a typical value, measured using battery capacities of 200 Ah @ 12 V and 100 Ah @ 24V
2. Undervoltage limit is dynamic. This limit decreases with increasing load to compensate the voltage drop across cables and connections.
3. At high ambient temperatures, maximum output current shall be reduced automatically