11 best prostar charge controllers

Product description

Morningstars ProStar is the worlds leading mid-range solar controller for both professional and consumer applications. This second generation ProStar adds new features and protections using highly advanced technology. These improvements provide longer battery life and improved system performance. The ProStar line of controllers set new standards for reliability and self-diagnostics. The new ProStar is available in 15 or 30 amps, 12/24 or 48 volt, and negative or positive ground. The controller may be paralleled for a solar input rating of up to 300 amps. An optional meter provides an extensive display of self-testing and system status. Qty/ Uom 1 Each Maximum Current 30 A PV Current 30 A Temperature Compensation Yes DC Input Voltage Range 9-36 V LVD Option Yes Charge Control Type PWM type with LVD DC Input Voltage 12 V, 24 V Annunciation Indicator LED and LVD and meters Adjustable Set Points Yes

• Morningstars ProStar is the worlds leading mid-range solar controller for both professional and

User questions & answers

Question:	The photo shows the newer ps30m but after i ordered it shows an icon of the old 30m. This IS the new one pictured right??lne
Answer:	There is a cable that is included in this item. It is a telephone type about 30" long to run from the display to the controller.

Product description

Morningstar’s ProStar is the world’s leading mid-range solar controller for both professional and consumer applications. Adds new features and protections using highly advanced technology. Provides longer battery life and improved system performance.Sets new standards for reliability and self-diagnostics.

• 15A at 12/24 VDC
• Digital Meter
• Negative ground
• May be used in parallel for higher current
• 5 Year Warranty

User questions & answers

Question:	Is this a Gen 3 controller
Answer:	Thank you for your question. This is a PWM charge controller.

Product description

Mid-range solar controller 30 amps, 12/24 VDC Estimated 15 year life PWM series battery charging (not shunt) 3 position battery select: gel, sealed, or flooded Jumper to eliminate telecom noise Temperature compensation Low Voltage Disconnect Includes digital meter and display Positive Ground Is compatible with optional remote temperature sensor (not included)

User questions & answers

Question:	Where is the rotary switch for selecting battery type located? It doesn't appear to be where it shows the selection
Answer:	Looking down at the face of the instrument you will see the green light. Right next to it is a small access point where you insert a small screw driver and turn it to select one of the three options available. Good luck
Question:	What is the max input voltage? i have a panel that is 35 vdc nominal and want to charge a 12 volt battery. will this charge controller work
Answer:	Yes, I have mine on a 48vdc panel now and seems to be working fine.
Question:	Question for vendor: is this the original gen1 model (which is the one i want) or is this the later gen3 model with the newer case style
Answer:	ML SOLAR Only has the Gen 2 in stock. The older body type. Buy from ML SOLAR
Question:	Why dose this unit have 4 battery terminals? Can it charge two separate batteries
Answer:	The terminals are for the array, ground, to batts and status. Mine manages the charge to 4 6V batts in series and 1 12V batt

Product description

"Specifications Rated Battery Current :40A Rated Load Current:20A Max. PV Input Short Current:50A Max. Battery Voltage :32V Max. Solar Input Voltage :100VDC Charge circuit voltage drop:≤ 0.26V Discharge circuit voltage drop : ≤ 0.15V Working Temperature :-35°C to +45°C Max. Terminal Size :8AWG Rated Load Current :10% to 90% NC Net Weight :4.41 lb. Overall Dimension :9.37 x 6.81 x 2.85in. "

• Automatically detect 12V or 24V DC system voltages Innovative MPPT technology with high tracking efficiency up to 99% and peak Conversion efficiency of 98%
• Die-cast aluminum design for heat dissipation and The capability of measuring the battery's temperature and remote monitoring Customizable charging voltages
• Charges over-discharged lithium-ion batteries Error code detection for easy self diagnoses
• Compatible with various Deep Cycle battery options: Sealed, Gel, Flooded, and Lithium Electronic protection: Overcharging, over-discharging, overload, and short circuit Reverse protection: Any combination of solar module and battery, without causing damage to any component 4-stage charging: Bulk, Boost, Float, and Equalization and LCD screen with programmable charging parameters
• RS232 port allows the Rover to communicate with the BT-1 Bluetooth module, which can pair with the Renogy DC Home smart phone app

User questions & answers

Question:	If a conect my panels and my batteries to 24 v what will be the voltage that I¨ll recibe in the in load terminals
Answer:	Let say solar panel produce 36Vdc And battery voltage is 27Vdc The load terminal is about 27Vdc
Question:	What version of the 20amp model is being sold here from amazon? per the manufacturer website, renogy bt, is optimized for rover charge controllers f
Answer:	This is last year's model and currently sold out here the Renogy website and eBay. New models coming. Rich solar still has them at $89.00 for the 20amp..but offers no bt module
Question:	Can I disconnect the battery while the solar collector is still connected
Answer:	No, I dont think that's a good idea since they say connect batteries first the solor panels. If you was to shut ur system down, the go in reverse. Panels discount then battery.
Question:	Is anyone having problems with hf / vhf radio interference (rfi
Answer:	On MPPT and PMI controllers of different brands, RFI particularly in the VHF & UHF bands can be extreme. The solar panels do act as large antennas transmitting the interference. Some fairly simple decoupling circuitry can help. Right at the PV input, i've used a large forward diode into a large, CPU-grade electrolytic along with common-mode chokes on wiring before the diode. On the controller outputs, a "Corcom" type pi-filter helps a lot, but components in series with the output must accept full output current without much voltage drop. This can get rid of about 99% of RFI without too much problem. I do use solar and wind turbines for power at my off-grid property and run amateur radio equipment from 70 cm to 160 meter bands.

Product features

Renogy Rover

20A/30A/40A MPPT Solar Charge Controller w/ LCD Display.

LCD Screen & Multiple LEDs

Displaying system operating information and error codes.

Die-cast Aluminum Design

For efficient heat dissipation.

RS232 Communication Port

Allows communication with optional BT-1 Bluetooth Module and usage of Renogy DC Home App.

Temperature Sensor

Wide Temperature Compensation Range up to 176 F, non-polarized wires are insulated and protected from harsh environments.

Product description

Meet the Renogy Adventurer-Li, newly improved with two advanced features. Thanks to its programmable Lithium charging voltage, the 30A PWM solar charge controller is now capable of charging most Lithium batteries available on the market. The second addition to the controller is the RS232 port, used to connect and communicate with the Renogy BT-1 Bluetooth module. By adding the BT-1 to the Adventurer-Li, you can now use the smartphone app, Renogy DC Home, to monitor and adjust your solar system remotely. Unique in its form, the Adventurer-Li is a negative-ground, flush mount controller, designed for an aesthetically clean and integrated look on RV and camper walls. However, if flush mounting does not appeal to you, an included Surface Mount Attachment allows you to forgo it. Capable of charging both 12V and 24V photovoltaic systems, the Adventurer-Li integrates highly efficient PWM charging to increase battery longevity by regulating the charge flowing from the solar panels to the battery bank. This charge controller comes equipped with a fully comprehensive self-diagnostic system and electronic protection functions to prevent damage from installation mistakes or system faults. Specifications: Nominal Voltage: 12 VDC/ 24 VDCRated Charge Current: 30AEqualization Voltage: Sealed: 14. 6 V; Gel: None; Flooded: 14. 8 VFloat Voltage: 13. 8 VSelf-consumption: ≤ 13mAOperating Temperature: -13° F to 131° FEnclosure: IP20Terminals: Up to 8 AWGUSB Output: 5V, 2. 4A MaxMax. PV Input Voltage: 50 VDCBoost Voltage: Sealed: 14. 4 V; Gel: 14. 2 V; Flooded: 14. 6 V; Lithium: 14. 2 VUnder Voltage Warning: 12VTemperature Compensation Coefficient: -3mV/° C/2VStorage Temperature: -31° F to 176° FDimensions: 6. 56 x 4. 50 x 1. 90 inchesWeight: 0. 6 lbs

• Compatible with 12V and 24V system; Deep cycle Sealed, Gel, Flooded and Lithium battery option ready.
• The Adventurer is a negative ground controller. This ensure compatibility with any negative ground system, which is the standard and most conventional way of grounding. Any negative connection on the solar module, battery and load can be safely earth grounded as required.
• Smart 4 Stage PWM charging (Bulk, Boost, Float and Equalization) and temperature compensation increases battery life and improves system performance. Intelligent protection against: reverse polarity, overcharging, short-circuit and reverse current.
• Backlit LCD screen for displaying operating information and error codes. 5V 2. 4A USB port on the front display can be used to charge mobile phones, tablets, speakers, etc. RS232 port allows communication with BT-1 Bluetooth module and usage of Renogy DC Home smartphone app.
• Designed to cleanly flush mount on walls, providing a sleek, integrated look. An included Surface Mount Attachment allows for versatility in mounting.

User questions & answers

Question:	Is the maximum charge voltage adjustable? AGM batteries take a higher voltage
Answer:	Dear customer, Thanks for your question. 1.This 1200w solar inverter our recommend the use of PV modules Power 4*300W (4 pieces 300W/36V solar panel connect in parallel) 2.If you have any question,you can contact us ,we will be glad to help you. Best regards PKASOLA Inc
Question:	Do all Renogy Adventurer 30A modells come with battery temperature sensor
Answer:	Dear customer, Thanks for your message. 1.Our product according UL-1741standerd to producing. 2.Now this product have new stype,if you need new type,you can check "B07V67FLDJ" Best regards PIKASOLA Inc
Question:	does this unit allow you to see charging info for the day? max amps, ect
Answer:	Yes, of course.
Question:	What is the length of the remote temperature sensor & remote battery voltage sensor that are included
Answer:	Dear customer, Thanks for your question. 1.If you install three of the micro inverter,you just need one with the wifi and the rest just standard. 2.This wifi can manage up to 46 inverters. Best regards PIKASOLA Inc

Product features

Renogy Adventurer

The Renogy Adventurer-Li is a negative-ground, flush mount controller, designed for an aesthetically clean and integrated look on RV and camper walls. However, if flush mounting does not appeal to you, an included Surface Mount Attachment allows you to forgo it. Capable of charging both 12V and 24V photovoltaic systems, the Adventurer-Li integrates highly efficient PWM charging to increase battery longevity by regulating the charge flowing from the solar panels to the battery bank.

Backlit LCD

Displaying system operating information and error codes

The Surface Mount Attachment

Allows for versatility in mounting.

RS232 Communication Port

Allows communication with optional BT-1 Bluetooth Module and usage of Renogy DC Home App.

Compatible with Temperature Sensor & Battery Voltage Sensor

Wide Temperature Compensation Range up to 176 F, non-polarized wires are insulated and protected from harsh environments

Product description

The Renogy Wanderer 10A solar charge controller integrates efficient PWM charging to increase battery life and improve system performance. Designed with a simple interface for ease of use the controller uses an LCD to notify users of battery information. This advanced charge controller is designed for off-grid solar applications and can be used with a 12V/24V battery or battery bank. The compact size of the controller makes installation a breeze. The controller comes equipped with fully comprehensive self-diagnostics and electronic protection functions to prevent damage from installation mistakes or system faults.

• Optimized for a 12V/24V system; Deep Cycle Sealed (AGM), Gel, Flooded and Lithium battery option ready.
• Smart 4-Stage PWM charging (Bulk, Boost, Float, and Equalization) increases battery life and improves system performance. Intelligent protection against reverse polarity, overcharging, short-circuit, and reverse current.
• Backlit LCD screen displays system operation, diverse load control, and error codes.
• Integrated 5V 2A USB ports to charge USB devices. Compact in size makes it easy to install virtually anywhere.
• Capable of charging over-discharged lithium batteries. Integrated RS232 port allows communication with BT-1 Bluetooth module and usage of Renogy DC Home smartphone app.
• Power Source Type: Solar-Powered
• Wanderer10A|30A Installation Notes: The default starting position of the Wanderer controller terminal hatches are closed (in the UP position) that could mistakenly look like an open wire hatch. Make sure to FIRST lower each terminal hatch by screwing the terminals counterclockwise (CCW) to expose the wire terminal hatch to the open position. THEN secure each cable by rotating the screws clockwise (CW) to the closed position.
• Simple Install: Fully open the hatch (CCW), insert the appropriate wires, and completely close the hatch (CW).

User questions & answers

Question:	Is there a way to adjust the float voltage on this unit
Answer:	No, the float voltage on mine is 13.8V no matter the battery type setting. There is a manual on the Renogy website that lists float at 13.2V when set for Flooded batteries. However that is not the case on my unit, which I bought in 2016.
Question:	Can anyone explain the middle led's lighting sequence? What are the possible states of display, blinking, on, what do they mean
Answer:	The middle LED's lighting sequence is as follows: Green ON when battery level is in the right range. Green slowly flashing when battery level is full. Yellow ON when battery level is low. Red ON when loads cut off. Hope this helps.
Question:	max number of 100w panels for this controller
Answer:	This will depend on 2 things: 1 - what is the amp rating of your controller. &. 2 - what is the nominal voltage output of the panels. A 30 amp controller can handle a maximum of 3.6 100 watt panels of 12 volts (100 watts / 12 volts = 8.33 amps, 30 amp controller / 8.33 amp panel = 3.6 panels per controller). Of course, you can't have .6 panels so the safest load would be 3 panels. Yes, math is VERY IMPORTANT when being safe with electronics.
Question:	The description says "These are Positive Ground Controllers." How do you ground a system on the positive side
Answer:	Please ignore this if you're not interested in a dissertation on grounding. First, THIS is a NEGATIVE "ground" controller, so that's GOOD. Why? "Ground" is a misleading term. I've designed stuff for NASA spacecraft that had connections called "ground". Whaaat? We're going to run an extension cord to the spacecraft, so we can keep it tied to a metal pipe stuck in the dirt? Nope. "Ground" is just what electronics folks usually call a COMMON POINT the circuitry is referenced to. It doesn't necessarily have anything to do with the ground we walk on. Electrical stuff works by having two sides, positive and negative, with a voltage difference between them, the "pressure" that makes current flow. Electrical power folks tie one side to the dirt your house sits on, for safety. Your house has water pipes and stuff that's pretty well connected to the dirt. If you grab a water pipe and the 110V ground at the same time there's no voltage difference, so current doesn't flow through you and hurt you. 110V is 10x higher than a solar panel voltage so it's a lot more dangerous. Tying one side to the dirt was a very good idea. Long, long ago, and far, far away, electrical power folks chose the negative side to connect to the dirt, and most stuff made since has pretty much matched that. Then some folks decided to make "positive ground" devices, because for their designs it was easier and cheaper. Some of us think they should have been spanked. It caused all this "positive ground" and "negative ground" malarkey. On to solar power systems. Think of it like this: A controller has electronically controlled switches in it. One switch connects the solar panel to the battery to charge it and disconnects when the battery is full. Another switch connects the load to the battery when you want the load turned on. In a "negative ground" system, the terminals of the panel, battery and load called "minus" or "negative" are all tied together, and the controller switches the positive side connections. Since many loads are connected together on the minus side to ground (dirt) this is a GOOD THING. In a "positive ground" system it's the opposite. The positive side of everything is tied together, and the controller switches the negative side connections. Imagine this: If you connect the battery negative terminal and the load negative terminal both to ground (shorted together) and the controller switch is between them, what happens when the switch opens? That's right, NOTHING. The switch is shorted out by your ground connections so it can't disconnect the load. So that's what's wrong with a positive ground controller. Everyone is used to tying negative together and to ground and they do that and it screws up the controller. But a positive ground controller can be used as long as you don't connect the battery and panel to *anything* except the controller. For example, your van's battery negative is connected to the chassis of your van, and so are the negative sides of all the lights and devices in your van. JUST DON'T TIE THE SOLAR PANEL OR SOLAR BATTERY NEGATIVES TO YOUR VAN CHASSIS TOO. You CAN tie the controller's load output negative to your van chassis, as long as you don't connect any. other. point. in the solar charging system to chassis too. With a "negative ground" controller you don't have to worry about any of this malarkey. You can tie the battery, panel, load negatives all to chassis without any problems. This is why NEGATIVE GROUND CONTROLLERS ARE BETTER. Sorry for the lengthy explanation. I hope folks can follow this and it helps them understand this "ground" stuff.

Product features

Renogy Wanderer

The Renogy Wanderer 10A solar charge controller integrates efficient PWM charging to increase battery life and improve system performance. Designed with a simple interface for ease of use the controller uses an LCD to notify users of battery information. This advanced charge controller is designed for off-grid solar applications and can be used with a 12V/24V battery or battery bank. The compact size of the controller makes installation a breeze.

Specification

Layout

1. LCD Screen
2. Select Button
3. Enter Button
4. USB Ports
5. Load Terminal
6. Battery Terminal
7. PV Terminal
8. RS232 Communication Port

RS232 Communication Port

Integrated RS232 port allows communication with BT-1 Bluetooth module (Not Included) and usage of Renogy DC Home App.

Compatible Battery Types

1. Sealed
2. Gel
3. Flooded
4. Lithium

USB Port

5V 2A USB Ports

Product description

Morningstar’s TriStar MPPT solar controller with TrakStar Technology is an advanced maximum power point tracking (MPPT) battery charger for off-grid photovoltaic (PV) systems up to 3kW. The controller provides the industry’s highest peak efficiency of 99% and significantly less power loss compared to other MPPT controllers.



The TriStar MPPT features a smart tracking algorithm that maximizes the energy harvest from the PV by rapidly finding the solar array peak power point with extremely fast sweeping of the entire I-V curve. This product is the first PV controller to include on-board Ethernet for a fully web-enabled interface and includes up to 200 days of data logging.

• Maximizes Energy Harvest Our TrakStar MPPT Technology features: Better peak power point tracking than other MPPT controllers Very fast sweeping of the entire I-V curve Recognition of multiple power points during shading or mixed PV arrays Excellent performance at sunrise and low solar insolation levels
• Extremely High Reliability Robust thermal design and no cooling fans Parallel circuit design provides less stress and longer life for electronic components No mechanical relays Extensive electronic protections including PV short circuit protection Epoxy encapsulated inductors and conformally coated printed circuit boards
• Very High Efficiency Peak efficiency of 99% Proprietary tracking algorithm minimizes power losses Low self-consumption Continuous operation at full power to 45°C without need to de-rate Selected electronic devices with higher ratings to minimize losses from heating
• Extensive Networking and Communications Capabilities Enables system monitoring, data logging and adjustability. Uses open standard MODBUS protocol and Morningstar’s MS View software. Meterbus: communications between compatible Morningstar products Serial RS-232: connection to a personal computer EIA-485: communications between multiple devices on a bus Ethernet: fully web-enabled interface to a local network or internet; view from a web browser or send email/text messages
• Metering and Data Logging Optional TriStar meter and remote meter provides detailed operating data, alarms and faults Three LED’s display system status Up to 200 days of data logging via meters or communications ports

User questions & answers

Question:	Can this be used to charge lipo battery bank . I need to set the bulk and float at 14 volts
Answer:	Morningstar controllers are manufactured in a fully automated world-class ISO 9001 facility in Taiwan.
Question:	Can this be program battery type without a meter/screen
Answer:	I am using a 100watt panel made by Global ICP. Is your panel 12volt output? It must be for this charger. The actual output will be higher but not over 24, which is the next stage up. My panel puts out 19.5 volts directly. If you have a muilti meter, check the output voltage if you do not know.Best to look around and get a book on solar. Plenty available. Learning first will help prevent mishaps or damage to your expensive equipment.
Question:	Will this control work with reliable 4000w solar power inverter 12vdc to 120v ac off grid pure sine wave inverter with 5-160 watt panels (800w total
Answer:	Well its a 10 amp controller at 12 volts so if you use ohms law, Volts Times Amps, says about 120 Watts. I have got 2 60 watt panels connected to mine and it works fine.
Question:	What is the difference beween this controller and the $541 morningstar ts-mppt
Answer:	I'm afraid several have misunderstood the question. Without a low-voltage disconnect, the load connections on the controller are provided merely for connection convenience. It should be the same as connecting your load directly to the battery. There is no low-voltage protection either way. Unless you purchase the unit that contains the LVD

• ❶【Solar Battery】MOHOO 30A Solar controller is can automatically manage the working of solar panel and battery in solar system. It is easy to set up and operate. For protecting the lifespan of your battery, once the voltage of the battery drop below 8V, the solar charge controller will turn off automatically (LCD will be unavailable at the same time).It's an very Intelligent unit for solar panel!
• ❷【Dual USB Port】MOHOO 30A solar charge controller with dual USB ports for 12V/24V, with rated charge & discharge current 30A. Please make sure the battery has sufficient voltage so that the solar charge controller can recognize the normal battery type.
• ❸【Multiple Electric Protection】NOTE: If the solar charge controller is set to 12V, when the battery voltage reaches 14.4V or 14.5V, the solar charge controller will stop charging and play a protective role. If it does not enter the floating state, please don't worry, the solar charge controller has a voltage limit value, will be not charge if the battery voltage reaches to 14.4V or 14.5V.
• ❹【Easy to install and Operate】Solar controller can clearly indicate the status and data, it can be conveniently switched modes and parameter configuration. Install the solar charge controller to the battery as close as possible to avoid voltage dropping caused by over long wires and affect normal voltage judgment.
• ❺【Good Heat Dissipation】Dual reverse current protection, low heat production. ALL electronic components generate heat when they are running, it is better to shelter them for better heat dissipation, avoid direct sunlight exposure or damp place.

User questions & answers

Question:	where can you find an electronic copy of the user's manual for this unit? bls-30a
Answer:	Yes you can use this item for that Hope this info helps you Joe
Question:	I bought a newer larger battery. How do i reset the controller for the new battery
Answer:	the c40 can only handle 24 or 48 volts depending on the setting, a c40 is not what you want for your application, unless you want to toast marshmellows over a burning charge controller.
Question:	Can this be wired in to a truck/RV's starter battery or does it have to have it's own 12V battery apart from the battery under the hood
Answer:	Yes, you can use it for Hydro- or Windpower-Generators wich need a Dump-Load to an resistor, when the Battery-System is fully loaded.
Question:	how do i know what size regulator i need
Answer:	Mine says Schneider Electric on the side.....so.....yes.

Product features

Specification of Solar Charge Controller 】

Rated charging current:30A Rated load current:30A Working voltage:12V/24V auto Float charging voltage:13.8V/27.6V（Adjustable） Undervoltage protection:10.7V/21.4V (Adjustable)

Specification of Solar Charge Controller 】

Over voltage protection:16.5V/33V Low voltage recovery:12.6V/25.2V (Adjustable) Solar panel charge controller voltage:≤50V Boost voltage:14.4V/28.8V (10)USB Output:5V/1.5A each

Specification of Solar Charge Controller 】

(11)No-load loss≤10mA (12)Waterproof：IP32 (13)Short circuit or overload (1.25 times rated current in 60 second or short circuit): battery icon flashes, regularly try to restore automatically

Specification of Solar Charge Controller 】

(14)Charge Mode: 3 kinds of charge control (directly charge, boost charge, floating charge) (15)Temperature Compensation: -4mV/Cell/°C (16)Installation line number: ≤5# AWG(6mm2) (17)Operating temperature -35 ℃ -60 ℃ (18)Storage temperature -40 ℃ -70 ℃

Charge Regulator Function】

1.Large LCD display

2.Support light control and time control

3.Dual USB 5V 3A output（5V/1.5A each）

4.System voltage 12V/24V automatic identification

5.Intelligent PWM charging mode

6.Battery reverse discharge protection

7.Battery overvoltage protection

8.Battery undervoltage protection

9.Dual bottom design, easy to setup

Product description

The Sunkeeper 6 can be mounted in any 1/2" knockout, such as in the junction box on the back of the solar panel, or in a standard breaker or disconnect electrical box. It may also be mounted to any surface with the included bracket and two screws. The LED light indicates that the unit is charging the battery. Simple lug connections or they may be cut and stripped for connection with wire nuts or barrel connectors. Instructions included. 5 year manufacturer warranty.

• Small solar charge controller in a weather-resistant package.

Product description

The TriStar MPPT (Maximum Power Point Tracking, increases 10% ~ 30% Charging capability) Charge Controller is a three-function controller that provides reliable solar battery charging or load control or diversion regulation. The controller operates in one of these modes at a time and two or more controllers may be used to provide multiple functions. The optional TriStar meter provides system and controller information. The controller is designed for both solar home systems and professional applications. Simple mechanical interface - knockouts provided, #2 AWG wire lugs, Compatible with sealed and flooded batteries, Constant voltage series PWM algorithm, Accessory digital meter connection via, J-11 phone jack, NEMA 1 indoor closure. Digital meter for this item see ASIN B0052P2AA6 & ASIN B0052P3G3G

• Optional Full function tri-color LCD system status display
• Operational temperature range: -40?C, +60?C
• Rated to 60A at 48 Vdc, will handle solar arrays up to 4kW
• Optional RS-232 communication connection
• Fully Adjustable - switch selectable setpoints

User questions & answers

Question:	What is the highest input DC voltage it will take
Answer:	Hi, very recommended product, great monitoring capabilities,The Max. Solar Open Circuit Voltage 150 volts DCThese are the reccommended voltage arrays for panels12 Volt 800 Watts24 Volt 1600 Watts48 Volt 3200 WattsThe Best Eduardo
Question:	Is this charge controller able to handle a 3 or 4 kW solar system? There Rae two different descriptions in the text
Answer:	It can handle 4.3 kw at a battery voltage of 72 vdc, 2.88 at 48 vdc and 1.4kw at 24 vdc, handling 60 Amp
Question:	I have 6- 250w panels connected to this 60a controller. Can I connect 6 more panels to another controller to charge my 12 155a hr. Battery bank? 24 v
Answer:	If your batteries are connected to make a 48V system then yes you can connect the panels in 4 strings of 3 panels. But if you are charging a 12v battery bank then you are already at the limit of controller. Thanks, ML SOLAR
Question:	Can you connect a 24v solar panel array and charge just a 12v battery bank with this controller
Answer:	As long as you have MPPT charge controller such as TS-MPPT-60 or TS-MPPT-45 maximum input voltage for above controllers is 150 volts and minimum out charging voltage is 11v - Yes you may charge a 12v battery bank with a high voltage Solar array.

Product description

The AIMS 30 amp solar charge controller is ideal for smaller solar arrays and DIY projects. This charge controller is capable of handling 400 watts worth of solar panels for a 12V battery bank and 800 watts at 24V dc. The Charge Controller comes with a digital display with selectable Amperage or Voltage monitoring. Its small size means mounting options are limitless. At just under 7 1/2 inches by 5 inches, this solar charge controller can fit in the tightest of confines, making it easy to mount in a vehicle, on a boat, in a cabin or wherever you deem fit. The Charge Controller is equipped with Solar Over-Current protection, limiting the amount of voltage delivered to the batteries to their respective voltage limits. It also comes with reverse polarity protection, short circuit protection and high temperature protection.

• Selectable for both 12 volts and 24 volts
• 2 State Charging
• LCD Display - Voltage and current
• LED Display - Power, Charging, Float, Reverse polarity, protection
• Gel or lead acid batteries

User questions & answers

Question:	Can this product be mounted outside, or is it not waterproof
Answer:	This must be mounted indoor.
Question:	Is the charge controller suitable for agm batteries
Answer:	Yes