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12V/24V 50A Solar Controller with Max PV Input 36V Cm5024

12V/24V 50A Solar Controller with Max PV Input 36V Cm5024

$19.69 /piece price excl.VAT

Negotiable
Order

Minimal order
100 pieces

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Product Specifications

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Product Description

24V 50A 1200W Solar Battery Controller for solar system with LCD display and max PV input 36V CM5024

50A 24V

CM series controller is a kind of intelligent, multi-purpose solar charge and discharge controller. The family use the fixed LCD display, with a very friendly interface; various control parameters can be flexibly set, fully meet your various application requirements. 

Specification 

ModelCM5024
Rated Current50A
Rated Voltage12V/24V
Max input voltage≤50V
Float voltage13.7V/27.4V
Low Voltage Disconnection(LVD)10.7V/21.4V
Low Voltage Reconnection12.6V/25.2V
No load loss<30mA
Loop Voltage Drop≤200mV
Charging ModePWM mode
Temperature Compensation-4mV&sol;Cell&sol;'C
Installation cable area>3&num; AWG &lpar;<25mm2&rpar;
Operating Temperature-20ºC~50ºC
Storage temperature-30'C--70'C
Humidity requirements≤90&percnt;
Size130mm×188mm×62mm
Mounting hole98 mm×178 mm --Φ5
weight590g

Main Features

1&period;Image of LCD graphic symbol   

2&period;Automatic Identification System Voltage level

3&period;Automatic Temperature Compensation

4&period;Settable Operating mode of Load

5&period;Remote monitoring and control function &lpar;custom&rpar;

6&period;Battery Low Voltage Disconnection &lpar;LVD&rpar;

7&period;Accumulated function of charge and discharge Ampere hours

8&period;Simple button operation

9&period;Intelligent PWM charge mode

10&period;Adjustable charge-discharge control parameters

11&period;Overload&comma; Short Circuit Protection

12&period;Battery reverse-discharge protection

13&period;Battery reverse connection protection

Application Method

System12V24V
Max PV Input Power600W1200W
Max PV Input Voltage18V36V
Battery Voltage12V24V
Load Output Current50A50A

Attention

Connection Order&colon;

Connect the battery with the controller&period;

Connect the solar panel with the controller&period;

Connect the load with the controller or inverter&period;

Disconnection order&colon;

Disconnect the solar panel&period;

Disconnect the battery&period;

Disconnect the load&period;

Precautions&colon;

please make sure connect your inverter with your battery

Please avoid to install in the following environments wet&comma;dusty places or places with flammable and explosive gases&period;

Install the controller at the vertical plane&period;

Instructions

 Package including&colon;

 1&period; 1pcs 50a solar controller 

  2&period; 1pcs temp sensor

  3&period; 1pcs user manual   

  

We recommand &colon;60A with 20mm&Hat;2 cable&period; 

    

According to the voltage of battery&comma; controller will adjust the charging current and decide if to supply power to the loads&period;

FAQs&colon;

1&period;LVD Protection and Treatment

Screen display as shown in the figure that the battery drops below the LVD  protection voltage&period; The controller has entered the LCD protection state&comma; load circuit  has been disconnected&period; Use the solar panels recharge the battery or charger when the battery voltage reaches LVR voltage&comma; the controller will resume on the load    power supply&comma; into the normal working state&period;

  

2&period;Solar Panel Fault and Treatment

Symbol flashing represent the controller was not detected solar panels within 24hours&period; Check if     there is a connection from solar panel&comma; check if there is an open circuit between solar panels with  controller&period;

Install

1&rpar; Ready tools and cables&period; Encourage you to matching the right cables&period; Ensure that the current density 4mm2 that is conductive to reducing the line voltage drop&period; Recommended&colon; 50A with 16mm2 cable&period; Check weather the installation sites compliance with the relevant safety requirements&period; Please avoid the damp&comma; dusty&comma; there is a place flammable&comma; explosive and corrosive gases use the controller to install&period;

 

2&rpar; Install the controller into a fixed vertical plane&period; See section 5 of the pore size and pore spacing&period; In order to ensure a good thermal control conditions&comma; please set aside each 10cm below the controller space&period;

 

3&rpar; As shown on the right&comma; connect the &lpar;1&rpar; Load&comma;&lpar;2&rpar; Battery and &lpar;3&rpar; Solar Panel to the controller according to the order of &lpar;1&rpar; &lpar;2&rpar; &lpar;3&rpar;&period; Pay attention to the load&comma; battery&comma; solar panel and controller of same polarity&period;

 

4&rpar; Put into the external temperature sensor on the left of the controller &lpar;probe port&rpar;&period; The temperature sensor should be similar space with battery&period; &lpar;Otherwise&comma; the controller will control the parameters of all wrong temperature compensation&period;&rpar;

 

5&rpar; If you have remote monitoring and control function&comma; please insert one end of the included communication wire on the right of the controller &lpar;communication port&rpar;&comma; the other end to connect to The host computer&period;

Demolition&colon; To prevent accidents&comma; please order the demolition of solar panels&comma; battery and load disconnect with controller&period;

 

Note&colon; Battery polarity will not damage the controller&comma; but you will have a load equipment security risks&period;

 

 

Supply Ability

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Packaging and Shipping

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Packaging details

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