Phocos MPS Manual De Instrucciones página 34

High voltage protection (HVD):
To protect the diversion load from high voltage, MPS will disconnect the diversion load if battery
voltage is higher than HVD level.
Nominal voltage
HVD-levels:
Diversion load funcionality:
MPS can control a wind/hydro generator input, which must always been directly connected to the
battery. This is done by switching a diversion load in parallel to the battery if the battery voltage
rises over the diversion load connect voltage. If 2 level control is selected (DIP switch 6 OFF), the
diversion load will be switched off after the battery voltage drops below the diversion load disconnect
level and pauses one minute to prevent the system from oscillation.
When PWM function is selected, the MPS approximates the PWM range to the actual running charge
cycle target voltage ( e.g. in a 12V system and float cycle is running -> target voltage is 13.8V. For
further information see the table in chapter 2.1)
Nominal voltage
Diversion load connect
/disconnect levels
3.2 2.2 Setting up your MPS as wind/hydro charge controller (stand-alone mode)
Please be sure to always follow this procedure in the following sequence:
Set the DIP switches according to the wind/hydro charge controller function
Mount MPS on DIN rail or wall
Connect the battery to the unit
Connect the diversion load to the unit
When disassembling, perform the installation sequence in reverse order.
Note: Changes to DIP switches after connecting the unit to the battery do not affect the function
of the unit.
3.2.1 Setup DIP switches
The MPS comes with an 8 pole DIP-switch, which can be used to set up your MPS.
ON
OFF
1
Adjust the DIP switch settings according your requirements:
12 V-system
15.5V
12 V-system
14.4V/13.1V
2 3 4 5
24V-system
31V
24V-system
28.8V/26.2V
SAB
6 7 8
32
48V-system
62V
48V-system
57.6V/52.4V
ON
OFF