Step Up Down Buck Boost Display Colour + Knob 0.6-36V 5A XYS3580 **LOCAL STOCK**

Step Up Down Buck Boost Display Colour + Knob 0.6-36V 5A XYS3580 **LOCAL STOCK**

1 available / new
Only 1 left – grab it before it’s gone!
R470.00
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The seller has indicated that they will usually have this item ready to ship within 2 business days. Shipping time depends on your delivery address. The most accurate delivery time will be calculated at checkout, but in general, the following shipping times apply:
 
Standard Delivery
Main centres:  1-3 business days
Regional areas: 3-4 business days
Remote areas: 3-5 business days
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Product details

Condition
New
Location
South Africa
Product code
STE600
Bob Shop ID
643105313

Step Up Down Converter Module XYS3580:

 

Specifications:

Input Voltage: DC 6-36V (Limit low voltage 5.5V, limit high voltage 38V)
Output Voltage: DC 0.6-36V
Output Current: 0.000A-5.000A
Output Power: 80W
Input Current Limit: 5A (Max 7A)
Current Resolution: 0.001A
Voltage Accuracy: ±0.3% + 1 byte
Current Accuracy: ±0.4% + 3 byte
Capacity: 0-999999Ah
Energy: 0-999999WH
Time: 0-1000 Hours
Software Protection: Over voltage protection(OVP), over current protection(OCP), over power protection(OPP), over temperature protection(OTP),input under voltage protection(LVP), power chip self protection(OEP).
Tips: Requirements for full load output power supply: input power supply optional 15-35V, power above 100W

Charging Steps:
1. Determine the floating charge voltage and charging current of your rechargeable battery; (if the parameter of lithium battery is 3.7V/2200mAh, the floating charge voltage is 4.2V; if it is 12V rechargeable battery, generally set the floating charge voltage to about 14V)
2. Under no-load condition, set the output voltage to floating charge voltage; (if 3.7V lithium battery is charged, adjust the output voltage to 4.2V)
3. Set the charging current (constant current value) and set the current directly.
4. Connect the battery for charging.
To drive the LED lamp:
1. Determine the working current and maximum working voltage of the led you need to drive;
2. Under no-load condition, set the voltage value and current value to make the output voltage reach the maximum working voltage and current of LED (Note: calculate the power when setting the current, charge within the power range, use over power, and the product will enter the protection state.)
3. Connect led and test the machine.

 

 

 

Please see all our listings here:
https://www.bidorbuy.co.za/seller/4397469

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