X-PORT+ CHARGE CONTROLLER


 

The 'X-PORT + 'is a new concept in alternator battery charge controllers. This new unit incorporates an intelligent alternator charge/boost controller and a low loss split charge controller. The alternator charge controller has been adapted from the X-ALT MK5 and the split charge controller from the X-PORT. The unit can control 1 or 2 independent alternators and up to 3 separate battery banks. The independent alternator control circuit allows both positive and negative types of alternator to be used simultaneously. The split charge controller is capable of handling charging currents up to 150 Amps per channel in dual input mode or 200 Amps in single input mode. (negative earth system only). The alternator charge controller is suitable for most types of alternators including battery sensed units and alternators without an integral regulator. The alternator controller incorporates the latest intelligent charge routine selecting the float to boost ramp time, the number of boost charge cycles and the time of the boost charge cycles depending on the initial battery voltage measurements. The split charge controller can be used with normal battery chargers with or without an incorporated multi output facility, on - board auxiliary generators & chargers, towed generators etc. Due to their low loss characteristic they are ideal for use with solar cells and wind generators where virtually all the developed power is transferred from charging source into the batteries. Over 13000 of the sister split charge controller the X-SPLIT and 3150 of the stand alone alternator boost charge controller the X-ALT have been sold world wide.

Key Benefits of the Charge Controller

Only a single unit required for twin alternator charging.
Easy to install.
Low cost.
The charge controller can control and monitor (depending on the version) the alternator charge into 3 separate battery banks.
3 year warranty.
24 volt version available.
User selection of the three main battery types available; i.e. Lead Acid, Gel & A.G.M.
The split charge controller has a maximum loss of less than 400 mV @ maximum current, dropping to less than 50 mV at float current whilst in comparison diode splitters have a constant loss of 0.8V - 1.0V even at float current.
The alternator charge controller incorporates a program which will select the best charge routine based on the charge state of the batteries at initial switch on.
On dual alternator input systems each alternator has its own background alarm routine.
Solid state electronics, no moving parts.
Alternator charging characteristics can be set for lead acid, gel or agm batteries.
Complies with EN 50-082.
Suitable for all types of alternators including battery sensed versions and alternators without an integral regulator (must have a brush set).
Saves on fuel as the charging losses are minimal.
No charge back feed unlike a relay system.

All versions have additional circuit for battery sensed alternators as standard.


VERSION
VOLTAGE
RATING
INPUTS
OUTPUTS
PRICE
XPC901312 12 90 AMPS 1 3 £316-00
XPC902212 12 90 AMPS 2 2 £337-00
XPC902312 12 90 AMPS 2 3 £387-00
XPC1501212 12 150 AMPS 1 2 £326-00
XPC1501312 12 150 AMPS 1 3 £358-00
XPC1502212 12 150 AMPS 2 2 £378-00
XPC1502312 12 150 AMPS 2 3 £410-00
XPC2001212 12 200 AMPS 1 2 £333-00
XPC2001312 12 200 AMPS 1 3 £418-00
XPC901324 24 90 AMPS 1 3 £316-00
XPC902224 24 90 AMPS 2 2 £337-00
XPC902324 24 90 AMPS 2 3 £387-00
XPC1501224 24 150 AMPS 1 2 £326-00
XPC1501324 24 150 AMPS 1 3 £358-00
XPC1502224 24 150 AMPS 2 2 £378-00
XPC1502324 24 150 AMPS 2 3 £410-00
XPC2001224 24 200 AMPS 1 2 £333-00
XPC2001324 24 200 AMPS 1 3 £418-00

Prices quoted are UK list and are exclusive of carriage and VAT.
Contact sales office for carriage charges.
Payment is accepted by cleared cheque or most major credit cards (excluding Diners Int.).
Where payment is made by credit card there is an additional £2-50 admin. charge.



Notes:-

All units can be used on standard machine sensed alternators without modification.
The rating of the split charge controller is dependent on the capability of the charging source, not the size of batteries.i.e. for a 105 Amp alternator feeding a 400AHr battery bank a 150 Amp unit will be required.
When used in conjunction with battery sensed battery chargers some form of voltage feedback will be required.
We can advise the best method to split charge your battery banks if you have a non standard system.


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