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Unit 2, 110 Station Road, Seven Hills ,NSW,  2147, Australia

1700W Solar Battery Charger 

Maximum Power Point Tracker

Operating Instructions

Please read these instructions before use

Model:

MPPT30-2

BASIC WIRING OPTIONS:

Permanent Load Connection
(Figure 1):

Simplest wiring option where the 
load is permanently connected 
and the batteries are not 
protected from overdischarge.

Wiring With Low Voltage 
Disconnect (Figure 2) :

This option protects the 
battery from overdischarge by 
disconnecting the load. The 
LVD option disconnects the 
load when the battery voltage 
drops below 0.85 of nominal 
voltage to protect the battery 
from damage. The load 
reconnects when the battery 
voltage exceeds 0.95 of 
nominal voltage. This feature 
will not trigger during short 
transients. LVD load is 30A 
continuous or 50A transient.

MPPT30-2-R8

Figure 1.

Figure 2.

Figure 3.

Panel +
Panel -

Battery -

B

Panel +
Panel -

Battery -

B

Load -

Panel +
Panel -

Battery -
B

Load -

Summary of Contents for MPPT30-2

Page 1: ...08 and 09 and the Greentech Consensus Awards 09 A simple compact and low cost alternative Ideal for charging batteries with the new low cost and high efficiency grid type panels The MPPT 30 2 is designed to automatically charge 12V 24V and 48V sealed and vented lead acid batteries from silicon based PV panels such as monocrystalline polycrystalline and thin film It has a built in Load Low Voltage ...

Page 2: ...DC fuse would do The lowest Maximum Power Point system voltages are 18V for 12V batteries 36V for 24V batteries and 72V for 48V batteries to ensure full power MPPT30 2 Specifications Efficiency typical 96 Input voltage 16V to 95V Output voltage Float 13 5V 27V 54V Absorption Vented LA Batteries 14 5V 29V 58V Sealed LA Batteries 14 2V 28 4V 56 8V Output power 1700W 30A MAX Quiescent current 0 05A T...

Page 3: ... protected from overdischarge Wiring With Low Voltage Disconnect Figure 2 This option protects the battery from overdischarge by disconnecting the load The LVD option disconnects the load when the battery voltage drops below 0 85 of nominal voltage to protect the battery from damage The load reconnects when the battery voltage exceeds 0 95 of nominal voltage This feature will not trigger during sh...

Page 4: ...ritical loads are loads which can be disconnected to ensure maximum on time for critical loads as well as to extend the life expectancy and reliability of the system The non critical load can be set up as LVD or Dawn to Dusk loads Wiring with MCM option Connecting the optional MCM to the MPPT will allow various system parameter display output voltage and alarm settings and enable the programmable ...

Page 5: ...42 32 63 48 84 64 42 32 84 64 Grid Connect Panel size no cells in grid 1x18 Cell Grid 10 8 1x48 Cell Grid 28 23 2x48 Cell Grid 56 46 3x48 Cell Grid 84 69 1x52 Cell Grid 31 25 2x52 Cell Grid 62 50 3x52 Cell Grid 93 75 1x54 Cell Grid 32 26 2x54 Cell Grid 64 52 3x54 Cell Grid 96 78 1x60 Cell Grid 36 29 2x60 Cell Grid 72 58 1x72 Cell Grid 44 36 2x72 Cell Grid 88 72 1x96cgsp 65 55 For optimal performan...

Page 6: ...e 1 Ensure all the MPPT wires are disconnected 2 Remove 7 front panel screws and the front panel and slide out cover see Figure 4 3 Locate connector J4 see Figure 4 4 Shift link on J4 to vented position see Figure 5 5 Slide back cover and fit in front panel carefully insuring led fits properly into housing and screw back the 7 mounting screws The above procedure can be repeated to turn back to sea...

Page 7: ...to standard solar regulators 1 Suitable for new lower cost high efficiency grid type panels since the GSL MPPT can efficiently charge the batteries from relatively high voltage say 12V batteries from 36V MPP panels 2 Less interference and more accurate voltages during absorption and float Q What happens at low PV currents The MPPT will outperform the conventional regulator above 3 of nominal panel...

Page 8: ...600W panel the MPPT30 will supply a daily load of 400W for about 10 hours MPPT30 2 R8 Q Is interference possible and If so what do I do GSL s MPPTs produce far less interference than conventional solar regulator during the absorption and float stages that is during most of its operating time and its designed to comply with local and international EMI standards however some interference is still po...

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