1500W Upgrade 1800W DC-DC Boost Constant Voltage Constant Current Adjustable Power Supply Module 12-60V L 12-90V

 
 
DC-DC DC Constant Voltage Constant Current Boost Power Module Electric Vehicle Booster 1500W

(Description in Chinese and English for Details)

 

Description in Chinese:

 
1800W A 20 One Specification Box: 530*230 * 290mm 10kg 


1500W a 24 One Specification Box: 530*230 * 290mm 11.2kg

 

 


Main Parameters:

Module Parameters:

Module Model: SZ-BT07CCCV-S

Module Name: 1500W Boost Constant Current Module

Module Properties: Non-Isolated Boost Module (Boost)

Input Voltage: DC10-60V

Input Current: 10-30V Input Voltage, Current 30A

31-60V Input Voltage, Current 2

Static Work Current: 15Ma (12V to 20V, the Higher the Output Voltage, the Higher the Static Current Will Increase)

Output Voltage: 12-90V Continuously Adjustable (the Default Output Is Adjusted to 19V for Shipment. If You Need to Adjust to Other Voltage Values, Please Explain. If There Is a Multimeter, Buyers Can Adjust It by Themselves)

12-90V Fixed Output (for Batch Customers)

Output Current: 20A Max Exceeds 1, Please Strengthen Heat Dissipation (Related to Input and Output Differential Pressure, the Larger the Differential Pressure, the Smaller the Output Current)

Constant Current Range: 0.8-20A( /-0.3A)

Input Anti-Reverse Connection: Yes (150a Power MOS Anti-Reverse)

Low Battery Protection: with (8-50V Adjustable) Self-Recovery Type

Operating Temperature:-40~85 Degrees (Please Strengthen Heat Dissipation When the Ambient Temperature Is Too High)

Operating Frequency: 150KHz

Conversion Efficiency: 92%-97%(Efficiency Is Related to Input, Output Voltage, Current and Differential Pressure. the Differential Pressure Is Small and the Efficiency Is High)

Input Overcurrent Protection: Yes (Input over 3, Automatic Protection, Power Supply Does Not Boost)

Short Circuit Protection: with (Input 30A Fuse) Double Short Circuit Protection, Use.

Input Reverse Connection Protection: Yes (150a Power MOS Tube Anti-Reverse. Can Be Reversed for a Long Time)

Installation Method: 4 Pieces 3mm Copper Cylinder

Wiring Method: Wiring Terminal (Please Use High Current Cooper Wires)

Module Size: Length 130mm Width 52mm Height 84mm (Height Including Copper Cylinder Chinese Folding Fan), Length 130mm Width 52mm Height 67mm (Height Excluding Copper Cylinder Chinese Folding Fan

Module Piece Weight: 490G

 

 

Output Power: = Input Voltage * 30A, for Example: Input 12V * 30A = 360W Input 12V Power Is 360W

Input Voltage * 30A for Example: Input 24V * 30A = 720W, That Is, the Power Is 720W When Input 24V

Power Description:

Since the Input Current of This Power Supply Is 30A at 10-30V and 2 at 31-60V, the Output Power Is Related to the Input Voltage. The Higher the Input Voltage, the Higher the High Power,

(Input Voltage * Input Current Equals the Power of the Whole Machine) for Example, Input 12V * 30A Power Is 360W. Input 24V * 30A Is 720W. Input Current Is 2 When Input Voltage Is 36V Power Is 900W.

 
Product Features:
 
1. Heat Dissipation with Airfoils Is Very Good and the Output Power Is Larger (the Power Can Reach about 1800W When 48V Input and Fan Are Added).
2. Temperature Control Fan, Combined with Liquid Bearing Fan, Has a Very Good Balance in Noise and Heat Dissipation. When the Load Is Light, the Fan Does Not Rotate. after the Load Temperature Is about 60 Degrees, the Fan Automatically Turns on. It Can Effectively Reduce Noise and Prolong Service Life.
3. The Main Power Tube Insulation Board Adopts Alumina, and the Thermal Conductivity Is 10 Times That of Ordinary Insulation Pad.
4. 100V 210A to-247 Large Package Power Tube, Large Power Margin, Good Dynamic Response.
5. Double Large Size Iron Silicon Aluminum Magnetic Ring, Using 4 1.2 Pure Copper Enamelled Wire and Rave, Low Heating and High Efficiency.
6. With a New Design, the Conversion Efficiency Is as High as (for More Information, See The Efficiency Conversion Curve in the Data Manual below).
7. Brand 3296W Multi-Ring Potentiometer with High Adjustment Precision and Small Drift.
8. The Output Current of Constantan Wire Is Sampled, and the Constant Current Stability Temperature Is Small.
9. Undervoltage Protection Is Adjustable, Which Can Effectively Protect Various Batteries and Can Also Be Used in Solar Cells.
10. with Constant Current Function, It Can Be Used for Boosting Battery Cars and Charging Batteries, Etc.
11. Input 3 One 20A Fuse Is Connected in Parallel, Which Can Protect the Output from Accidental Short Circuit.
12. Three Indicator Lights: Undervoltage, Overcurrent, Power Indication, Working Status Is Clear at a Glance.
13. the Input and Output Adopt High Frequency Capacitors, with Low Output Ripple, Small Heating and Long Service Life.
14. MLCC Ceramic Capacitors Are Added to the Input and Output, and the Output Ripple Is Obviously Reduced, Which Is about 100 MV When 48V Is Converted to 72V 4A.
 
Default Delivery: the Output Voltage Is about 19V, the Current Is about 30, and The Undervoltage Protection Is about 10.5V. If You Need to Factory Adjust to Other Voltage, Please Place an Order Note and Contact
 
We Aim at Boosting Lead-Acid Batteries, Lithium Batteries, Solar Batteries Or Power Supplies to Boost Electric Vehicles,The Battery Is Designed for Charging and Has Very Powerful Functions.

1. for Example, the Original Battery of an Electric Vehicle Is 48V, Which Can Boost to 60V to Power the Electric Vehicle, and Can Provide the Speed and Acceleration of the Electric Vehicle.

2. Charge Your Electric Bicycle. (1: for Example, If You Have a One 12V Or 24 Idle Battery on Your Hand, You Can Charge the Original Battery through This Boost Power Supply, Which Is Equivalent to Power Bank of That of an Electric Vehicle. 2: At the Same Time, the Input Can Also Be Connected to Solar Cells, Wind Energy, Generators and Other Power Supplies to Boost the Primary Battery and Increase the Endurance of Electric Vehicles.)

3 the Battery Voltage Can Be Raised to Make the Electric Car Run Faster, and the Instrument Construction Should Not Exceed 10V.

4 Solar Panel Boost Voltage Regulator.

 

Voltage Regulation:

When the Power Supply Is Turned on without Load, Use a Screwdriver to Adjust the Output "V-ADJ" Potentiometer (Marked in the following Figure) Clockwise and Counterclockwise). Due to the Large Capacity of the Output Capacitor, when the Output Voltage Is Transferred from High Voltage to Low Voltage, the Response Will Be Relatively Slow. the Adjustment Range of Instrument Building Is Smaller. (the Default Output Voltage Is Adjusted to 19V for Shipment. If You Need Us to Adjust Other Voltage Values, Please Explain Or Leave a Message)

Current Regulation:

Adjust the "CC A- Adj" Potentiometer for about 30 Turns Counterclockwise, Set the Output Current to, Connect to Loads Such as LED Batteries, and Adjust the "CC A- Adj" Potentiometer Clockwise to the Current You Need. If the Battery Is Used for Charging, after the Battery Is Discharged, It Will Be Connected to the Output, and the CC A- Adj Will Be Adjusted to the Current You Need. When Charging, You Must Use the Battery That Is Discharged to Adjust It Accurately, because the More Power the Battery Has Left, the Smaller the Charging Current. The Default Output Power Is Transferred to 3A for Shipment. If You Need to Adjust the Current Value Or Leave a Message, Do Not Adjust the Current by Short Circuit Output. the Circuit Structure of Boost Module Cannot Be Adjusted by Short Circuit,

Input Low Battery Protection Adjustment:

Low Battery Protection Is Mainly Aimed at over-Discharge of the Battery When the Input Power Supply Is Battery. If the Battery Voltage Is Too Low to Damage the Power Supply Module and the Battery Input Is Switching Power Supply, Low Voltage Protection Should Also Be Set.

Method 1: for Example, Set 12V Battery Low Battery Protection. Connect a 10V Voltage to the Input Terminal of the Power Module and Use a Screwdriver to Adjust RV1 (Raise the Clockwise Protection Voltage and Lower the Counterclockwise Protection Voltage) until the UVLO Light Is on. at This Time, the Low Battery Protection Voltage Is 10V, when the Battery Voltage Drops to 10V, the Power Supply Module Does Not Rise (the Input Voltage Is Equal to the Output Voltage). Only after the Input Voltage Is Higher than 10V, the Power Supply Starts to Boost from Recovery.

 

Method 2: Connect the Input Battery Or Switch Power Supply. If the UVLO Lamp on the Board Is off, Adjust the RV1 Potentiometer Counterclockwise to Turn on the UVLO Lamp, turn It Clockwise for Two Turns after It Is Turned on. If the UVLO Light Is on, Turn the RV1 Potentiometer Clockwise to Turn off the UVLO Light, Turn It off and Then Turn It Twice. (Applicable to 8v-45v Voltage)

Note:

1. Output Positive and Negative Cannot Be Connected in Reverse, Nor Short Circuit.

2 If It Is Used for Electric Vehicle Boost Drive Power Supply, the Input Voltage Is above 24V. Electric Vehicle Power Is Less than 500W. Because the Electric Vehicle Motor Is Inductive Load, the Current Will Be Very Large When Starting and Going Uphill. Sufficient Power Margin Is Left.

3 When Using Batteries, Switching Power Supply, Solar Panels, Generators, Etc. as Input Sources, the Battery Protection Must Be Lowered, Otherwise the Battery and Power Supply Will Be Damaged.

4. Pay Attention to Ventilation and Heat Dissipation When Working with Large Current and High Power for a Long Time, So as to Prolong the Service Life of This Power Supply.

4,The Power Supply Can Only Boost, Not Buck,Do Not Supply Power to Electrical Equipment below the Input Voltage, Such as Using 24V Rechargeable Battery 12V Batteries Or Charging Capacitors. Supply Power to LEDs below the Input Voltage

5. Please Do Not Work at Full Load for a Long Time. Please Leave a Margin of 20% When Working Continuously. Pay Attention to Ventilation and Heat Dissipation.

6 Express Delivery to Zto Express. by Default, No Receipt Is Issued. Please Keep the Receipt

Faq:

1. Why Is My Module Designed in This Shape?

A: Our Module Is Designed for Your Convenience to Be Fixed Directly on the Machine. You Can Fix the Module on Your Machine through 4 One Copper Cylinder.

2. What Is the Efficiency of Module Work? Can I Am Be Used on Batteries with High Efficiency?

a: the Working Efficiency of This Module Is Very High, and Our Real Test Rate Can Be 98.1%.

3. Does This Power Module Have Short Circuit Protection? Will I Burn out If I Accidentally Output a Short Circuit When Using It?

Answer: Our Module Is Equipped with Short Circuit Protection. When You Output a Short Circuit, the Fuse Will Blow out. You Need to Change the Fuse to Recover. When Using It, You Need to Pay Attention to It and Try Not to Short Circuit.

4. Does This Power Module Have Input Reverse Connection Protection? When I Use It, I Accidentally Input the Power Supply and Connect It to the Reverse, Will It Burn out?

 

A: It Will Not Burn out. Our Modules Are Protected by Reverse Connection.

5. the Working Voltage of the Module Is 10-60V, Then Can I Input 12V and Output 48V?

A: Yes. This Module Is Boost Module.

6. Can This Module Current Run at 72V 10A for a Long Time?

Answer: the Design Power of This Module Is 1800W, Which Can Run at 1500W Power for a Long Time (the Fan Needs Forced Heat Dissipation),72V * 10a = 720W, So It Can Run for a Long Time.

7. I Need a Current of about 20a. Can This Module Work in Parallel?

Answer: When the Input Power Supply Is Separated, the Output Can Be Directly Connected in Parallel, and the Power Is Doubled. When the Input Is Connected to the Same Power Supply, It Cannot Be Used.

8. What Is the Working Environment Temperature of This Module, Can It Be Industrial?

A: Yes, but When the Ambient Temperature Exceeds 40 Degrees, Please Reduce the Power Usage Or Strengthen Heat Dissipation.

9. I See That Your Module Is Equipped with Potentiometer. Will the Output Voltage Suddenly Rise Due to Potentiometer Damage?

a: No, the Multi-Ring Potentiometer Is Used on the Module. Its Adjustment Accuracy and Reliability Are Very High, and the Output Voltage Will Not Rise Suddenly. You Can Use It with Confidence. We Still Recommend That Batch Customers Find Us to Customize the Fixed Output Voltage.

10. I See That the Power of Your Module Is 1800W. If I Output 60V Voltage, What Should the Current Be?

Answer: This Can Be Calculated by the Formula P = U * I,I = P/U, the Output Voltage 60V Current Is 30A, Because the Module Output Current Is about 22A, therefore, the Output Current Is 22A.

5. the Working Voltage of the Module Is 10-60V, Then Can I Input 12V to Output 97V 1800W?

 

Answer: No. Input 12V Can Output 97V, but If You Want to Output 1800W Power Input Voltage above 48V.

 

Description in English:

 

Product Description

 

Features:

• 
  

  The power supply module uses double sendust magnets winded with 1.2mm copper wires.

  
  
• 
  

  100V/210A low resistance MOS with big power and current input, suitable for big power LED, motors.

  
  
• 
  

  Support reverse input protection with MOS so there is no worry about wrong input wire and burn out power supply.

  
  
• 
  

  Low voltage protection will protect module and battery against damage from over-discharge when use a storage battery as input.

  
  
• 
  

  Thickened heatsink and intelligent temperature control cooling fan dissipate heat better.

  
  

 

Specifications:
Type: Non-isolated step-up module (BOOST)
Input Voltage: DC10V to 60V
Max. Input Current: 30A(input voltage 10V to 30V)
                            2(input voltage 31V to 60V)
Quiescent Current: 15mA(will increase when convert 12V to 20V)
Output Voltage: 12V to 90V (adjustable, default is 19V)
Max. Output Current: 20A (related to the input and output voltage difference, the greater voltage difference is, the smaller output current will be. please enhance heat dissipation when current is over 1)
Constant Current Range: 0.8A to 20A( /-0.3A)
Reverse Input Protection: Yes (150A MOS)
Lower Voltage Protection: Yes (V8 to 50V adjustable, self-recovery)
Operating Temperature: - 40℃ to 85 ℃(if temperature is too high, please enhance heat dissipation)
Frequency: 150KHz
Conversion Efficiency: 92% to 97% (Efficiency is related to input/output voltage, current and voltage difference. The smaller difference is, the higher efficiency will be)
Input Over-current Protection: Yes (automatically protect when input is more than 3, and power supply voltage will not increase)
Short Circuit Protection: Yes(input 30A fuse)
Wiring Method: Terminals(please use large current copper wire)
Max. Output Power = Input Voltage*Max Current (If input 12V, the max output power=12V*30A = 360W)
Size:130x84x52mm/5.11x3.3x2.04

 

 

Instruction:

Voltage Adjustment:
Power on module while not connect to load, then adjust "V-ADJ" potentiometer clockwise to increase, counterclockwise to decrease. Due to large output capacitance capacity, response will be slow when adjust high voltage to low voltage.
Current Adjustment:
Adjust "CC A-ADJ" potentiometer counterclockwise about 30 circles to minimize the output current before connecting to load. Then adjust "CC A-ADJ" clockwise to the current value you need.If you use the module for battery charging, connect to output after battery is fully discharged. Because if the more energy is left in battery, the less charging current will be.
Low Input Voltage Protection Adjustment:
If we set a low input voltage protection for a 12V battery, connect input to a 10V voltage, then adjust RV1(clockwise to increase, counterclockwise to decrease) till UVLO light up. Now the protection voltage is 10V, that is to say, when battery voltage drops to 10V, module won't step up voltage and the output voltage will be same as input voltage.

Note:
1. Output wiring can not be reversed or short circuit.
2, If the module is connected to inductive load, the minimum input voltage should be higher(e.g. 24V) and maximum output power should be lower(e.g. 500W).
3, If a storage battery, switch power supply, solar panel or electric generator is used as input power source, the low voltage protection value should be adjusted lower, otherwise it might cause damage.

 

Package Includes:

1 x Modules

 

Image Display: