Product Instruction & Features:

This new generation of MARSROCK series controller is used for off-grid solar power systems (independent system), especially suitable for small off-grid solar power control system, automatically adjust the charging and discharging. According to the latest technology development, the controller represents the latest photovoltaic technology development level of products, this product has many excellent performance.

 

Features: 

• Excellent thermal design and air cooling control.
• High efficient PWM charging ways.
• Variety of load control method, enhanced the flexibility of the system
• Battery charging parameters can be set up.
• Any combination of photovoltaic module and storage battery reverse automatic protection function, no damage to any device.
• Adopt traditional LCD liquid crystal display and keyboard design, convenient to view the running parameters of the controller.
• Provide industrial generic RS232 communication interface, the user can design PC communication software, also can buy the company developed the upper machine communication accessories.

Perfect Protect function:

1.  PV array short circuit:

PV array input short circuit, when it solved, the controller will continue to charge the battery automatic.

2.  Reverse connection of PV modules:

When reverse connection of PV modules, the controller will not damaged. After you modify the wrong connection, the controller will continues to work safety.

3.  Reverse connection of battery:

When reverse connection of battery, the controller will not damaged. After you modify the wrong connection, the controller will continues to work safety.

4.  Sensor off: 

When the current-sensor-wire off, it will affect the current display, but it does not affect the normal charging and discharging of the system.

5.  High voltage surges:

This controller have great protection for smaller energy with high voltage surges. At lighting frequently areas, we suggest to install external arrester for the controller.

Parameter:

Model	150A120V	150A110V	150A96V	150A48V	150A24V
rated system voltage(DC)	120V	110V	96V	48V	24V
Rated charge current	150A	150A	150A	150A	150A
The maximum allowable voltage(DC)	160V	147V	128V	64V	32V
Max input voltage(DC)	250V	230V	200V	100V	50V
Min input voltage(DC)	150V	138V	120V	60V	30V
Max input power	18000W	16500W	14400W	7200W	3600W
DC output function	optional	optional	optional	optional	optional
Communication interface	RS232	RS232	RS232	RS232	RS232
Static loss	<0.2A
Charge loop drop	<0.5V
Discharge circuit of pressure drop	<0.3V
Battery voltage parameters (Temperature:25°C)
Over voltage switching off	160V	147V	128V	64V	32V
limited charge voltage	150V	138V	120V	60V	30V
Over voltage Recover	147V	135V	118V	59V	29.5V
Average voltage	145V	133V	116V	58V	29V
Boost voltage	138V	127V	110V	55.2V	27.6V
Float voltage	125V	115V	100V	50V	25V
undervoltage recovery	108V	99V	87V	43.2V	21.8V
Under voltage disconnect	——
Duration of equilibrium	2 hours
Environmental parameter
Work Temperture	-35°C- +55°C
Store Temperature	-35°C- +80°C
Temperture Range	10%-90% No condensation
Protection level	IP30
Using altitude	≤3000m
Dimension	355*273*142(mm)
Hole size	Φ7
Terminal	24mm2
Net weight	7.1kg

Product Photos:

 

Customize Your Own Controller: 

 

Operating

I. LCD Display

1- LCD Display: Display system operation parameter

2- Charge indicator: Indicate the charging status

3- Battery indicator light: Indicate the battery voltage and discharge state

4- Set the button: Press this button to enter setup interface or change the Settings.

5- "↑"button:  Click this button add a page up or figures

6- "↓" button: Press the page up or number minus one

7- Exit button:  Under the set interface to browse interface, press this key to exit the setup interface does not save the Settings data when power supply drop

II.  LCD initial interface introduced (default during the day)

1.  Two ">>>" represent the charging and discharging, for charging, have the current will show effect, when there is no current or current is very small, the label will disappear;For discharge, when the battery is in a state of undervoltage, flashing the overall effect, when the battery is in good state, according to static effect, marking can pick up the load, after loading,if there are current,will display effect.

2. Click " ↓ "to view the charging current, the page is shown in figure 2,“Charge”on behalf of the displayed charging current,behind the numbers is the charging current readings.

3. Cick " ↑ " will return to the interface of figure 1,click " ↓ "to view the discharge current, the page is shown in figure 3,“Discharge”on behalf of the discharge current, behind the Numbers is the discharge current readings.

4.  Press Enter to controller with parameter is set into the interface, as shown in figure 4,“Float” represent this time can be set to float charging voltage value, the user can press " ↑ "or "  ↓ "key numerical,each time you press the increase or decrease 1v,set up finished,the user can press the ESC key to exit to browse the first page, also can continue to press the Enter key to Enter 5 as shown in the page.

5.  As shown in figure 5, “LVD”represent this time can be set up under-voltage protection voltage numerical, the user can press " ↑ "or "  ↓ " numerical, each time you press the increase or decrease 1v,set up finished, the user can press the ESC key to exit to browse the first page, also can continue to press the Enter key to Enter 6 is shown in the page.

6.  As shown in figure 6, "OVD" represent can be set up at this time of over-voltage protection numerical, the user can press the " ↑ " key or "  ↓ " key numerical, each time you press the increase or decrease 1 v, set up finished,, the user can press the ESC key to exit to scan the first page.

III.  Battery Charging Status

·Fast Charging Gradation:

In fast charging gradation, solar controller will come into direct charge mode if voltage of battery cannot reach re-made full charge values.

·Boost Charging Gradation:

Solar controller will adjust battery voltage continuously to maintain boost charge setting point when battery voltage reached setting values.

It prevents battery from product gas and become too hot.

Battery boost charging time keeps about 120 minutes, and then solar controller will enter into float charge statues.

Solar controller will come into boost charge status while it identify battery isn’t in over-discharge and over-load status every time.

·Float Charging Gradation:

Solar controller will enter into float charging status after battery finished boost charge gradation.

All charging current will transform into heat and gas after battery is fully charged without more electrochemical reaction.

Solar controller with more little voltage and current to charging battery during float charge gradation.

Thus decrease temperature of battery and give out gas, then charging battery with little current.

Installation

I. Size

II.  Terminal Description

III. Installation Environment

1. Should be in a clean dry ventilated environment. 
2. Avoid direct sunlight and the sun, rain, humid mist of the environment. 
3. To avoid dust in a soil, dust in the environment. 
4. The battery should be placed away from 0.5m or more. 
5. Strictly prohibited in flamable, explosive gas environments, to guard against flames and sparks! 
6. Ambient temperature -10 °C - +50 °C. 
7. The air relative humidity less than 85% (25 °C ± 5 °C). 

Factory View

Whole System

 

Certificates