Y&H 60A/80A/100A MPPT Solarladeregler 12V 24V 36V 48V LCD-Display Batterie Intelligenter Regler Max 100V Eingang Dual USB für Blei-Säure/Lithium
Y&H 60A/80A/100A MPPT Solarladeregler 12V 24V 36V 48V LCD-Display Batterie Intelligenter Regler Max 100V Eingang Dual USB für Blei-Säure/Lithium

SKU: SY6048

SKU: MPS-MAX 10.2KW-48V-M180A

Y&H 60A/80A/100A MPPT Solarladeregler 12V 24V 36V 48V LCD-Display Batterie Intelligenter Regler Max 100V Eingang Dual USB für Blei-Säure/Lithium

Y&H 60A/80A/100A MPPT Solarladeregler 12V 24V 36V 48V LCD-Display Batterie Intelligenter Regler Max 100V Eingang Dual USB für Blei-Säure/Lithium
€27,86

289 Reviews!
€27,86
Title
Title

Quantity:

Quantity:

SKU: MPS-MAX 10.2KW-48V-M180A

SKU: SY10048

Y&H 60A/80A/100A MPPT Solarladeregler 12V 24V 36V 48V LCD-Display Batterie Intelligenter Regler Max 100V Eingang Dual USB für Blei-Säure/Lithium

Y&H 60A/80A/100A MPPT Solarladeregler 12V 24V 36V 48V LCD-Display Batterie Intelligenter Regler Max 100V Eingang Dual USB für Blei-Säure/Lithium

289 Reviews!
€27,86
€27,86
Title
Title

Quantity:

Quantity:

Buy it with

Product Attachments

Product Attachments












User Manual of SY6048

(14.34MB)










 

User Manual of SY10048
(14.34MB)
Title
Title
Title

Warranty

24 Months Warranty

Warranty

24 Months Warranty
Y&H 60A/80A/100A MPPT Solarladeregler 12V 24V 36V 48V LCD-Display Batterie Intelligenter Regler Max 100V Eingang Dual USB für Blei-Säure/Lithium
Y&H 60A/80A/100A MPPT Solarladeregler 12V 24V 36V 48V LCD-Display Batterie Intelligenter Regler Max 100V Eingang Dual USB für Blei-Säure/Lithium

SKU: SY6048

Y&H 60A/80A/100A MPPT Solarladeregler 12V 24V 36V 48V LCD-Display Batterie Intelligenter Regler Max 100V Eingang Dual USB für Blei-Säure/Lithium
€27,86
Title

Quantity:

Product Attachments


























User Manual of SY6048


(14.34MB) 
























 

User Manual of MPS-MAX10.2K-48V-M180A

(14.34MB)

User Manual of MPS-MAX10.2K-48V-M180A

(14.34MB)

——   01

Main Function of the Solar Controller

The primary role of the solar controller is to manage the charging process from solar panels to batteries, preventing overcharging and deep discharging. Always connect a 12V, 24V, 36V, or 48V battery to the controller's battery terminals before attaching the solar panels. The load terminals are only suitable for DC devices (such as LEDs or surveillance cameras); never connect inverters or battery chargers to these terminals. This solar controller utilizes both MPPT and PWM charging technologies, featuring advanced MPPT algorithms for optimal power tracking, high charging efficiency, and excellent cost-performance ratio. While it may not deliver 100% true MPPT functionality, it still provides reliable performance.

 

 

——   02

Dynamic Multi-Function LCD Display

Equipped with a Multi-function LCD display, this controller provides real-time information about operational data and equipment status. It shows essential parameters, including working mode, battery voltage, PV charging current, battery discharging current, product temperature, and delay time, ensuring you stay informed about your system’s performance.

——   03

Battery Compatibility

This solar controller is versatile and compatible with various battery types, including Sealed, GEL, Flooded, and LiFePO4 batteries, making it suitable for diverse applications.
 

 




 

——   04

Comprehensive Voltage Protection

Our MPPT solar controller comes with extensive voltage protection features, safeguarding against battery over-voltage, over-current, power failures, overcharging, deep discharging, reverse connections, and overheating. This ensures a safe and reliable operation for your solar system.

 

 

 

 

 

 

 

 

 

 

——   05

Automatic Battery Voltage Recognition

The controller automatically recognizes battery voltages of 12V, 24V, 36V, or 48V, displaying the correct battery power voltage once the recognition process is complete. This feature enhances user convenience and accuracy.

 

 

 

 

 

 

 

 

 

 

——   06

Solar Panel Specifications
  • For 12V Battery Systems: Maximum panel capacity of 720W; open-circuit voltage (Voc) should be between 15V-24V (maximum Voc < 49V).
  • For 24V Battery Systems: Maximum panel capacity of 1440W; Voc should be between 30V-55V (maximum Voc < 90V).
  • For 36V Battery Systems: Maximum panel capacity of 2160W; Voc should be between 45V-69V (maximum Voc < 90V).
  • For 48V Battery Systems: Maximum panel capacity of 2888W; Voc should be between 60V-90V (maximum Voc < 90V).

 

 

 

 

 

 

 

 

 

 

——   07

Load Functionality Overview

This solar controller supports seven operating modes: charging mode, light control mode, light control with time delay, universal control mode, manual control mode, and timing control mode. This versatility allows you to customize your system to meet specific needs.

 

 

 

 

 

 

 

 

 

——   08

System Connection Guidelines

Initial Installation Sequence:

  1. Connect the fully charged battery.
  2. Connect the solar panel.
  3. Connect the DC load.

Disconnection Sequence:

  1. Disconnect the DC load.
  2. Disconnect the solar panel.
  3. Disconnect the battery.

Important: Always follow this sequence strictly to avoid damaging the controller.

 

 

 

 

 

 

 

 

 

——   01

Primary Function of the Controller

The main role of the solar controller is to regulate the charging process from solar panels to batteries, preventing overcharging and deep discharging. Always connect a 12V, 24V, 36V, or 48V battery to the controller's battery terminals before connecting the solar panels. Note that the load terminals are designed exclusively for DC devices (like LEDs or surveillance systems) and should never be connected to inverters or battery chargers.

 

 

 

——   02

Multi-Function LCD Display

The controller is equipped with a Multi-function LCD screen that dynamically presents operational data and equipment status. It displays essential parameters such as working mode, battery voltage, PV charging current, battery discharging current, product temperature, and delay time.

——   03

Compatible Battery Types

This controller is compatible with various battery types, including Sealed, GEL, Flooded, and LiFePO4 batteries, ensuring versatile charging solutions.

 

 

 

——   04

Comprehensive Voltage Protection

Featuring advanced MPPT technology, this solar controller offers multiple layers of voltage protection. It safeguards against battery over-voltage, over-current, power failure, overcharging, deep discharge, reverse connection, and overheating.

 

 

 

 

 

 

——   05

Automatic Battery Voltage Recognition

The controller automatically identifies battery voltages of 12V, 24V, 36V, or 48V, displaying the appropriate battery power voltage once recognition is complete.

 

 

 

 

 

 

 

——   06

Solar Panel Specifications
  • For 12V Battery Systems: Maximum panel capacity of 720W; open-circuit voltage (Voc) should be between 15V-24V (maximum Voc < 49V).
  • For 24V Battery Systems: Maximum panel capacity of 1440W; Voc should be between 30V-55V (maximum Voc < 90V).
  • For 36V Battery Systems: Maximum panel capacity of 2160W; Voc should be between 45V-69V (maximum Voc < 90V).
  • For 48V Battery Systems: Maximum panel capacity of 2888W; Voc should be between 60V-90V (maximum Voc < 90V).

 

 

 

 

 

 

 

——   07

Load Functionality Overview

The controller supports seven operating modes: charging mode, light control mode, light control with time delay, universal control mode, manual control mode, and timing control mode, providing flexibility for various applications.

 

 

 

 

 

 

——   08

System Connection Guidelines

Initial Installation Sequence:

  1. Connect the fully charged battery.
  2. Connect the solar panel.
  3. Connect the DC load.

Disconnection Sequence:

  1. Disconnect the DC load.
  2. Disconnect the solar panel.
  3. Disconnect the battery.

Note: It is crucial to follow this sequence strictly to avoid damaging the controller.

 

 

 

 

 

 
Title

Warranty

2 Months Warranty

Warranty

12 Months Warranty

Warranty

12 Months Warranty
Title
Title

一一   01

Primary Function of the Solar Controller

The primary role of the solar controller is to manage the charging process from solar panels to batteries, preventing overcharging and deep discharging. Always connect a 12V, 24V, 36V, or 48V battery to the controller's battery terminals before attaching the solar panels. The load terminals are only suitable for DC devices (such as LEDs or surveillance cameras); never connect inverters or battery chargers to these terminals. This solar controller utilizes both MPPT and PWM charging technologies, featuring advanced MPPT algorithms for optimal power tracking, high charging efficiency, and excellent cost-performance ratio. While it may not deliver 100% true MPPT functionality, it still provides reliable performance.

一一   02

Dynamic Multi-Function LCD Display

Equipped with a Multi-function LCD display, this controller provides real-time information about operational data and equipment status. It shows essential parameters, including working mode, battery voltage, PV charging current, battery discharging current, product temperature, and delay time, ensuring you stay informed about your system’s performance.

一一   03

Battery Compatibility

This solar controller is versatile and compatible with various battery types, including Sealed, GEL, Flooded, and LiFePO4 batteries, making it suitable for diverse applications.
 

一一   04

Comprehensive Voltage Protection

Our MPPT solar controller comes with extensive voltage protection features, safeguarding against battery over-voltage, over-current, power failures, overcharging, deep discharging, reverse connections, and overheating. This ensures a safe and reliable operation for your solar system.

一一   05

Automatic Battery Voltage Recognition

The controller automatically recognizes battery voltages of 12V, 24V, 36V, or 48V, displaying the correct battery power voltage once the recognition process is complete. This feature enhances user convenience and accuracy.

 

一一   06

Solar Panel Specifications
  • For 12V Battery Systems: Maximum panel capacity of 720W; open-circuit voltage (Voc) should be between 15V-24V (maximum Voc < 49V).
  • For 24V Battery Systems: Maximum panel capacity of 1440W; Voc should be between 30V-55V (maximum Voc < 90V).
  • For 36V Battery Systems: Maximum panel capacity of 2160W; Voc should be between 45V-69V (maximum Voc < 90V).
  • For 48V Battery Systems: Maximum panel capacity of 2888W; Voc should be between 60V-90V (maximum Voc < 90V).

一一   07

Load Functionality Overview

This solar controller supports seven operating modes: charging mode, light control mode, light control with time delay, universal control mode, manual control mode, and timing control mode. This versatility allows you to customize your system to meet specific needs.

一一   08

System Connection Guidelines

Initial Installation Sequence:

  1. Connect the fully charged battery.
  2. Connect the solar panel.
  3. Connect the DC load.

Disconnection Sequence:

  1. Disconnect the DC load.
  2. Disconnect the solar panel.
  3. Disconnect the battery.

Important: Always follow this sequence strictly to avoid damaging the controller.

Y&H Inverter Specifications

Important Notice:
Please Read Product Manual Before Buying. Detailed specifications and features provided. Contact our support team for assistance. Thank you for choosing us.

Model

SY6048

Current (A)

60A

System Battery Voltage

12V, 24V, 36V, 48V (automatic)

PWM or MPPT

MPPT + PWM

Battery Types

Compatible with Sealed, GEL, Flooded, and LiFePO4 battery charging

Power

Current (A) × Battery Voltage

Voltage
  • For 12V battery systems: PV input voltage 15-24V (Voc)
  • For 36V/48V battery systems: PV input voltage 30-55V (Voc)
  • For 36V/48V battery systems: PV input voltage 45-69V (Voc)
  • For 36V/48V battery systems: PV input voltage 60-90V (Voc)

Load Modes

There are 7 operating modes: charging mode, light control mode, light control with delay, universal control mode, manual control mode, timing control mode, and testing mode. Note that the testing mode is only for factory testing purposes.

Remote Communication

No

Y&H Inverter Specifications

Important Notice:

Please Read Product Manual Before Buying. Detailed specifications and features provided. Contact our support team for assistance. Thank you for choosing us.

Model

SY6048

Current (A)

60A

System Battery Voltage

12V, 24V, 36V, 48V (automatic)

PWM or MPPT

MPPT + PWM

Battery Types

Compatible with Sealed, GEL, Flooded, and LiFePO4 battery charging

Power

Current (A) × Battery Voltage

Voltage
  • For 12V battery systems: PV input voltage 15-24V (Voc)
  • For 36V/48V battery systems: PV input voltage 30-55V (Voc)
  • For 36V/48V battery systems: PV input voltage 45-69V (Voc)
  • For 36V/48V battery systems: PV input voltage 60-90V (Voc)

Load Modes

There are 7 operating modes: charging mode, light control mode, light control with delay, universal control mode, manual control mode, timing control mode, and testing mode. Note that the testing mode is only for factory testing purposes.

Remote Communication

No