• Advanced MPPT control algorithm

• Up to 30% more power from solar cells

• Fully User Configurable

• Ability to save configuration settings on PC

• Rapid regulator upload of saved configuration settings

• Data Storage for 400 days

• Datalogging of:

- Amp hours input

- Amp hours output

- Maximum battery voltage

- Minimum battery voltage

- Time to float

- Days to next equalisation

• Export of datalogging information to universal spreadsheet format for further analysis

• Battery regulation modes:

- Boost

- Equalisation

- Absorption

- Float

• Lightning induced transient protection

• Solar reverse polarity protection

• Battery reverse polarity protection

• PC Interface via RS232 port

• Easy to use graphic interface

• Moisture resistance PCB (conformally coated)

Absolute Maximum Ratings

• Maximum voltage across battery terminals : 60V

• Minimum voltage across battery terminals : 0V

• Maximum voltage across photovoltaic terminals : 60V

• Minimum voltage across photovoltaic terminals : -60V

• Maximum continuous input current from PV array : 20A

• Maximum continuous input power from PV array : 500W

• Maximum continuous output current to battery :20A

• Maximum continuous output power to battery :500W

• Maximum continuous load output current : 20A

• Maximum continuous load output power : 240W

• Maximum ambient operating temperature : 60°C

• Minimum ambient operating temperature: -30°C

• Maximum lightning induced spike/terminal pair :400A

• Maximum lightning induced energy across all terminals : 5.4J

Metering Range

• Maximum battery voltage :34V

• Minimum battery voltage : 9V

• Maximum solar voltage : 50V

• Minimum solar voltage : 0V

• Maximum battery current :20A

• Minimum battery current : -10A

Metering Accuracy

• Battery voltage +/- 2%

• Solar voltage +/- 2%

• Battery current +/- 2% and +/- 0.1A

• Amp hours +/- 2% and +/- 1.5Ah

• Time to float +/- 5mins

User Settings

• Boost voltage

• Equalisation voltage

• Equalisation hold time

• Equalisation frequency

• Equalisation attempts before returning to normal operation

• Absorption voltage

• Absorption hold time

• Float voltage

• Boost return voltage

• Load disconnect voltage

• Instantaneous load disconnect

• Load reconnect voltage

• Solar open-circuit connect voltage

Options

• Temperature compensation

• Discrete load disconnection mode

• Advanced diagnostics for rapid field analysis