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Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board
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Product Details
  • TypeDc/Ac Inverters
  • Output TypeSingle
  • Size23X11X8Cm
  • Model NumberPower Frequency Inverter
  • Output PowerW
  • Is_CustomizedYes
Product Description
DHL EMS Fedex IP Fedex IE fee introduction: Dear buyer, if you choose: DHL EMS Fedex IP Fedex IE fast logistics, please contact the shopkeeper to modify the shipping cost after the order is placed, fast logistics freight is generally not so expensive. I wish you a happy shopping, thank you!
Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

If you buy this motherboard, you must have certain electronic technology and experience. If you don't understand anything, please raise your hands and do not shoot! ! !

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Main board size: length and width 23x11x8cm. The mainline of the power supply should be connected to a good quality 100A air switch main board. Powerful pure sine wave circuit efficient and stable No-load current is small Battery undervoltage / overload / overheat protection This motherboard is a power frequency inverter motherboard that needs to be used with a power frequency transformer (large iron bull) Recommended matching transformer power: 3KVA transformer is about 20 kg, 5.5KVA is about 30 kg (the copper bag is heavier, the ring is 40% lighter) 12V power supply 6.5V change 220V transformer 24V power supply 13V change 220V transformer 48V power supply 26V change 220V transformer 36V power supply 19V change 220V transformer 60V power supply 32V change 220V transformer The transformer used should have no load current and small leakage. The no-load current of the ring transformer should be below 0.1A, less than EI 0.3A, and 0.5A below the mouth. No load current or excessive leakage will burn tube, such as electric welding machine and line lamp transformer can not be used (electric welding machine no-load current and leakage sense is big, the light transformer empty load current). Ring transformer must be connected in series with iron silicon aluminum magnetic ring inductance. EI is also best added.
Power frequency sine wave inverter main board function description:
1. battery low voltage protection:
When the battery voltage is less than 11V, the inverter will turn off the inverter (there is no AC voltage output), and the inverter is in standby mode.
2. battery overvoltage protection:
When the battery voltage is higher than 14.5V, the inverter will turn off the inverter and enter the standby mode.
3. the battery normally starts automatically:
When the battery is low voltage protection, when the solar energy or the wind energy recharges the battery to 12.5V, the inverter automatically starts the output AC voltage to supply the load. After overvoltage protection, overvoltage protection and back to 14.5V, the inverter automatically starts.
4. temperature control fan and over temperature protection:
When the inverter operates normally, the fan does not turn. When the temperature is too high (45 degrees), the fan operates automatically, and when the temperature drops, the fan stops automatically. When the fan is damaged and the temperature is too high, the inverter will turn off the inverter and enter the standby mode.
When the temperature drops, the inverter is automatically activated and the alternating current is output.
5. shock and short circuit protection:
The inverter has time and real hardware by wave current limiting protection, and software delay (400mS) short-circuit protection plus power frequency isolation transformer. It improves the impact resistance of products and the reliability of products. The characteristics of the power frequency sine wave inverter are: instantaneous load carrying capacity is strong, it is not easy to damage, the temperature rise is low, and there is no interference. The main board uses large power and low resistance TO247 to encapsulate large MOS pipes with high power loss and low loss of high frequency and low loss of electrolytic capacitor (total capacity 10000uf) to ensure constant power supply stability in order to ensure that MOS tube is not easy to damage the original imported operational amplifier integrated chip to ensure the accuracy and stability of the protection circuits. The measured 48V power output reaches 4500W 60V to 5000W.
Motherboard default hard start
If the machine is equipped with a large no-load current, it needs to be at the low voltage end of the transformer.
Connect an inductor in series "The toroidal transformer must be added".
DHL EMS Fedex IP Fedex IE fee introduction: Dear buyer, if you choose: DHL EMS Fedex IP Fedex IE fast logistics, please contact the shopkeeper to modify the shipping cost after the order is placed, fast logistics freight is generally not so expensive. I wish you a happy shopping, thank you!
Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

If you buy this motherboard, you must have certain electronic technology and experience. If you don't understand anything, please raise your hands and do not shoot! ! !

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Main board size: length and width 23x11x8cm. The mainline of the power supply should be connected to a good quality 100A air switch main board. Powerful pure sine wave circuit efficient and stable No-load current is small Battery undervoltage / overload / overheat protection This motherboard is a power frequency inverter motherboard that needs to be used with a power frequency transformer (large iron bull) Recommended matching transformer power: 3KVA transformer is about 20 kg, 5.5KVA is about 30 kg (the copper bag is heavier, the ring is 40% lighter) 12V power supply 6.5V change 220V transformer 24V power supply 13V change 220V transformer 48V power supply 26V change 220V transformer 36V power supply 19V change 220V transformer 60V power supply 32V change 220V transformer The transformer used should have no load current and small leakage. The no-load current of the ring transformer should be below 0.1A, less than EI 0.3A, and 0.5A below the mouth. No load current or excessive leakage will burn tube, such as electric welding machine and line lamp transformer can not be used (electric welding machine no-load current and leakage sense is big, the light transformer empty load current). Ring transformer must be connected in series with iron silicon aluminum magnetic ring inductance. EI is also best added.
Power frequency sine wave inverter main board function description:
1. battery low voltage protection:
When the battery voltage is less than 11V, the inverter will turn off the inverter (there is no AC voltage output), and the inverter is in standby mode.
2. battery overvoltage protection:
When the battery voltage is higher than 14.5V, the inverter will turn off the inverter and enter the standby mode.
3. the battery normally starts automatically:
When the battery is low voltage protection, when the solar energy or the wind energy recharges the battery to 12.5V, the inverter automatically starts the output AC voltage to supply the load. After overvoltage protection, overvoltage protection and back to 14.5V, the inverter automatically starts.
4. temperature control fan and over temperature protection:
When the inverter operates normally, the fan does not turn. When the temperature is too high (45 degrees), the fan operates automatically, and when the temperature drops, the fan stops automatically. When the fan is damaged and the temperature is too high, the inverter will turn off the inverter and enter the standby mode.
When the temperature drops, the inverter is automatically activated and the alternating current is output.
5. shock and short circuit protection:
The inverter has time and real hardware by wave current limiting protection, and software delay (400mS) short-circuit protection plus power frequency isolation transformer. It improves the impact resistance of products and the reliability of products. The characteristics of the power frequency sine wave inverter are: instantaneous load carrying capacity is strong, it is not easy to damage, the temperature rise is low, and there is no interference. The main board uses large power and low resistance TO247 to encapsulate large MOS pipes with high power loss and low loss of high frequency and low loss of electrolytic capacitor (total capacity 10000uf) to ensure constant power supply stability in order to ensure that MOS tube is not easy to damage the original imported operational amplifier integrated chip to ensure the accuracy and stability of the protection circuits. The measured 48V power output reaches 4500W 60V to 5000W.
Motherboard default hard start
If the machine is equipped with a large no-load current, it needs to be at the low voltage end of the transformer.
Connect an inductor in series "The toroidal transformer must be added".
DHL EMS Fedex IP Fedex IE fee introduction: Dear buyer, if you choose: DHL EMS Fedex IP Fedex IE fast logistics, please contact the shopkeeper to modify the shipping cost after the order is placed, fast logistics freight is generally not so expensive. I wish you a happy shopping, thank you!
Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

If you buy this motherboard, you must have certain electronic technology and experience. If you don't understand anything, please raise your hands and do not shoot! ! !

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Pure Sine Wave Power Frequency Inverter Drive Motherboard 1500W 3000W 5500W Inverter Circuit Board

Powerful pure sine wave circuit efficient and stable No-load current is small Battery undervoltage / overload / overheat protection This motherboard is a power frequency inverter motherboard that needs to be used with a power frequency transformer (large iron bull) Recommended matching transformer power: 3KVA transformer is about 20 kg, 5.5KVA is about 30 kg (the copper bag is heavier, the ring is 40% lighter) 12V power supply 6.5V change 220V transformer 24V power supply 13V change 220V transformer 48V power supply 26V change 220V transformer 36V power supply 19V change 220V transformer 60V power supply 32V change 220V transformer The transformer used should have no load current and small leakage. The no-load current of the ring transformer should be below 0.1A, less than EI 0.3A, and 0.5A below the mouth. No load current or excessive leakage will burn tube, such as electric welding machine and line lamp transformer can not be used (electric welding machine no-load current and leakage sense is big, the light transformer empty load current). Ring transformer must be connected in series with iron silicon aluminum magnetic ring inductance. EI is also best added.
The main board uses large power and low resistance TO247 to encapsulate large MOS pipes with high power loss and low loss of high frequency and low loss of electrolytic capacitor (total capacity 10000uf) to ensure constant power supply stability in order to ensure that MOS tube is not easy to damage the original imported operational amplifier integrated chip to ensure the accuracy and stability of the protection circuits. The measured 48V power output reaches 4500W 60V to 5000W.
Motherboard default hard start
If the machine is equipped with a large no-load current, it needs to be at the low voltage end of the transformer.
Connect an inductor in series "The toroidal transformer must be added".
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