Phocos CIS-MPPT 50/10
Maximum Power Point Tracker, 12/24V, 10/10A, IP68, timer, max. panel 50V
MPPT waterproof solar charge controller, for 12/24V solar systems
Compatible within CIS-series (IP68) and CIS-CU, MXI-IR, CISCOM
For industrial application
highest efficiency, up to 98% in charging process
ready for extreme conditions (IP68) waterproof
max DC input 50V and 10A
integrated 2-years datalogger
With innovative maximum power point tracking technology, this Phocos MPP tracker ensures maximum performance and yield from a variety of solar systems.
The use of MPPT technology can contribute to a considerable boost in power output from PV modules (up to 30% more). Especially in moderate/colder climate areas where PV module voltages tend to be higher. At the same time, the temperature-compensated, three-stage I-U curve charge control algorithm significantly extends battery lifespan.
The integrated datalogger (2 years period) provides an insight into system performance, displaying important information such as system status, voltage, current, SOC, etc..
Perfect for all PV solar outdoor commercial applications, withstands hardest outdoor conditions in: PV solar street lights and park lights, in commercial measuring and control systems.
Key advantages
waterproof (IP68) 1.5m for 72h
industrial MPPT solar charge controller
suitable for big PV panels (up to 50V/10A)
Max. panel voltage: 50V (Voc)
Max. panel current: 10A (Isc)
connectible with up to 150/300Wp (PV generator) in 12/24V systems
outstanding system efficiency, up to 98%
integrated 2-years data-logger (requires MXI-IR interface)
full encapsulated housing provides waterproof protection (IP68 protection class)
intelligent timer and dimming functions
smallest size in its power class, fits everywhere
positive-grounded
programmable with: CIS-CU and MXI-IR (available optionally)
Optional available
CISCOM Software
CISCOM configuration software for CIS-controllers, quick and easy configuration of individual load-time and system components. The CISCOM requires the MXI-IR interface for communication between PC and the CIS-controller.
CISCOM Software download ZIP-file (3MB) + MXI-IR drivers
CISCOM Manual download PDF-file (2MB)
Downloads
Phocos CIS-MPPT 50/10 - Datasheet
Phocos CIS-MPPT 50/10 - User manual
Phocos CIS-MPPT 50/10 - CE declaration of conformity
Product matrix of the Phocos-CIS series
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CIS |
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CIS-2L |
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CIS-N |
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CIS-N-2L |
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CIS-LED |
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CIS-MPPT |
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| Available versions |
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CIS 05
CIS 10
CIS 20 |
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CIS-2L 05
CIS-2L 10
CIS-2L 20 |
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CIS-N 05
CIS-N 10
CIS-N 20 |
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CIS-N-2L 05
CIS-N-2L 10
CIS-N-2L 20 |
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CIS-LED 05 |
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CIS-MPPT 75/20 |
| Controller type |
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PWM |
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PWM |
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PWM |
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PWM |
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PWM |
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MPPT |
| Waterproof (IP68) |
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X |
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X |
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X |
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X |
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X |
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X |
| System voltage |
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12/24V |
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12/24V |
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12/24V |
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12/24V |
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12V |
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12/24V |
| Battery type |
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GEL, Acid |
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GEL, Acid |
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GEL, Acid |
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GEL, Acid |
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GEL, Acid |
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GEL, Acid |
| Max current (A)* |
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5/10/20A |
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5/10/20A |
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5/10/20A |
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5/10/20A |
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5A |
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20A |
| Max panel voltage (V)** |
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42/52V |
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42/52V |
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42/52V |
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42/52V |
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42V |
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75V |
| Overcharge protection |
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X |
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X |
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X |
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X |
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X |
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X |
| Deep discharge protection |
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X |
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X |
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X |
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X |
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X |
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X |
| Compatible with CIS-CU |
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X |
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X |
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X |
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X |
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X |
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X |
| Compatible with MXI-IR |
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X |
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X |
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X |
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X |
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X |
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X |
| Compatible with CISCOM |
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X |
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X |
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X |
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X |
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X |
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X |
| Grounding possible (on line) |
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(+) |
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(+) |
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(-) |
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(-) |
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(+) |
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(-) |
| Loads controlled |
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single load |
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dual loads |
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single load |
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dual loads |
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single load |
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single load |
| Dimmable |
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X |
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X |
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X |
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X |
| Datalogger (2 years data) |
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X |
| LED driver |
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X |
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| Size (mm) |
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82x58x20 |
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82x58x20 |
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82x58x20 |
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82x58x20 |
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82x93x20 |
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130x150x45 |
| Weight |
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150g |
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150g |
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150g |
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150g |
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210g |
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1050g |
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* Depends on version. The max current appears as panel/generator (Isc).
** In 12/24V battery systems. The max voltage appears as panel/generator (Voc).
Infrared remote controller CIS-CU available optionally.
Infrared PC/CIS communication interface MXI-IR available optionally.
Setting software CISCOM + MXI-IR driver free available.
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Why to use MPPT charge controller ?
They are two fundamental reasons: system efficiency and applicable for big PV panels.
Because they allow PV modules to operate at their higher optimum voltage in varying light conditions: summer, winter, morning, noon, cloudy etc. The MPPT charge controller takes the voltage output of the solar panels and compares it to the battery voltage. It figures out what is the best voltage to get maximum current (A) into the battery. Or said in another way, the MPPT controller tracks the best voltage level and then down converts it to the voltage of batteries. MPPT (Maximum Power Point Tracking) charge controller calculates in real-time the optimal charging parameters, continuously by its internal algorithm. MPPT tracking of the optimal power point, improves performance by as much as 30% (annual energy production), compared with the PWN charge controller. PWM (Pulse Wide Modulation) charge controller, works based on 1/2/3 or 4-stage charging method (switching between constant stages according to the occurring PV voltage and current).
The MPPT charge controller are most effective in following conditions:
in cold weather, cloudy or hazy days (fall/winter/spring) and in low temperature conditions. PV module works better at cold temperatures and MPPT is utilized to extract the maximum power available from the module
when battery is deeply discharged: MPPT can extract more current (A) and charge the battery, if the state of charge in the battery is lower.
Basket
