ePRO Combi 3000 Inverter Charger - Enerdrive

Enerdrive ePRO Combi 3000W Inverter Charger

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The Enerdrive ePRO Combi inverter charger is designed to run high amp drawing appliances like your Caravan Air Conditioner from your battery system. The high output inverter can supply 2600w - 3200w of power which is ample to run most caravan appliances - even at the same time. The inbuilt charger will deliver up to 120amps per hour back into your batteries at the same time. It will act as an uninterruptible AC power supply (UPS) switching between 240v mains, generator or 12v battery supplied power without causing damage to delicate electronics like TV's and laptop computers. The benefit of having this unit as a combination is the convenience of easy installation and the space you will save when mounting into tight spaces like Caravans, Boats and RV's.

Features:

AC Input Power Boost – The ePRO Combi is capable of temporarily assisting weak AC input sources when more power is needed than available (i.e. from small generators). This is beneficial when larger loads than both the generator or the inverter on their own could support; so let the ePRO Combi combine both of the AC sources for maximum load support capability.

AC Input Current Limit – For those times when you have limited AC supply (i.e. portable generators), you can set the ePRO Combi to only charge at a maximum rate.

Alarm Output Relays – Providing full configuration options for the alarm contacts PLUS convert external trigger commands into a number of ePRO Combi status changes.

Also available on the larger 2000-3500w Combi’s are two fully configurable 16A 230v alarm relay outputs for controlling large AC loads like air conditioning. Along with two unique trigger inputs, it gives the end user virtually unparalleled control of their Enerdrive ePRO “Power Station”.

Universal Remote Control

The Universal Remote Control (URC) can be used to remotely readout all available parameters from your ePRO inverter/charger Combi, like charging current, output voltage, charge stage etc. It is also possible to put the Combi in standby mode or to wake it up again, besides being able to control the maximum charge current and the maximum AC input current. All information is shown on a clear white backlit graphical display. This kit comes with mounting screws and a 3 meter interface cable (standard cat5 patch cable). The URC automatically recognises to which type of equipment it is connected.

Model	EPC 2000-12	EPC 3000-12	EPC 3500-24
Output power (1) Pnom	1800W	2600W	2800W
P10minutes	2100W	3200W	3800W
Psurge	4000W	5000W	6500W
Output voltage / frequency	230 Vac ± 2% / 50 Hz ± 0.05%
Output waveform	230 Vac ± 2% / 50 Hz ± 0.05%
Input voltage (± 3% tolerance): Nominal	12V	12V	24V
Range	10.5 (2) – 16 Vdc	10.5 (2) – 16 Vdc	21 (2) – 32 Vdc
Maximum efficiency	92%	92%	93%
No load power consumption (2) [ASB]	<20 W [3.5 W]	<20 W [3.5 W]	<20 W [4.0 W]
Charger stage
AC input voltage	185 – 270 Vac / 45 – 65 Hz / PF > 0.95
Maximum continuous charging current (4)	80A	120A	70A
Standard charge voltage (bulk / float @ 25°C)	14.3V / 13.3V (programmable)	14.3V / 13.3V (programmable)	28.6V / 26.6V (programmable)
Charge algorithm	IUoUoP, intelligent 4-stage, temperature compensated (programmable)
AC Transfer Switch
Maximum continuous current	30 Ams
Transfer time (typical)	0 ms (inverter to mains) / <5 ms (mains to inverter)
General
ePROLink enabled	Yes
Protections	high/low battery voltage, high temperature, overload, short circuit, high ripple voltage and low AC input voltage
DC connections	M10 bolt terminals
AC connections	Screw terminals
Enclosure body size	370 x 431 x 132mm
Total weight	18.5 Kg
Protection class / operating temp. / storage temp.	IP21 / -20°C.. +50°C / -40°C.. +80°C (humidity max. 95% non-condensing)
Standards	Complies with IEC 60335-2-29 including Australian deviations.
Note: Specifications subject to change without notice.
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 Undervoltage limit is dynamic. This limit decreases with increasing load to compensate the voltage drop across cables and connections. Measured at nominal input voltage and 25°C. At high ambient temperatures, maximum output current shall be reduced automatically.