Customization: | Available |
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Usage: | Laptop, Game Player, Digital Camera, Display, Laptop Charging, Drone Charging, Mechanical Arm |
Output Type: | DC |
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Rated input voltage | 100-240Vac |
Operating range | 90-264Vac |
Rated input frequency | 50/60Hz |
Variation Frequency | 50/60Hz +/- 3Hz |
Rated input current | 3.0 A Max. |
Primary current protection | An adequate internal fuse on the AC input line is installed |
Power consumption (no loading) | 0.21W Max. (Input voltage 115V and 230V) |
Configuration | Class I Conductor |
Power Factor | 0.9Min Vin=230V/110V,Full load |
Dc output voltage | 28V |
Minimum load current | 0A |
Rating load current | 5.7A |
Rating output power | 160.0W |
Line regulation | The line regulation is less than ±3% while measuring at rated load and ±10% of input voltage changing. |
Load regulation | The load regulation for +28V is less than ±3%, at measured output load from 0% to 100% rated load . |
Ripple and noise | 150mVp-p Max. |
At 115/230Vac input and output Min and Max.Load, the ripple and noise are as follows when measure with Max. Bandwidth of 20MHz and Parallel 47uF/0.1uF, crossed connected at testing point. | |
Average Efficiency | 88.00% Min, At 115/230Vac input voltage,1/4,1/2,3/4 and full load calculation average efficiency. Adaptor meet efficiency level VI of DOE and Erp. |
10% Load Efficiency | 78.00%Min At 115/230Vac input voltage,10% load efficiency. |
Turn on delay time | 1Second Max.at 115Vac-230Vac input and output Max.load. 115Vac-230Vac,1. |
Rise time | 100 mS Max.at 115Vac input and output Max load. |
Hold up time | 10 mS Min.at 115Vac input and output Max.Load. |
Over-shoot | 10% Max.When power supply at turn off/on. |
Over voltage protection | The power supply shall be hiccup mode, when the output is over voltage, and the power supply shall not be damaged and shall be self-recovery when the fault condition is removed. |
Over current protection | The power supply will be auto recovered when over current faults remove. |
Short circuit protection | The power supply will be auto recovered when short circuit faults remove. |
Temperature | Operating/: 0 oC +40 oC |
Non-Operating/: -20 oC +80 oC | |
Humidity | Operating: 10%~90% (Non Condensing) |
Non-Operating: 10%~90% (Non Condensing) |
For short | Country | Certified Status | Standard |
GS | Europe | MEET | EN 62368-1 |
CE | Europe | MEET | EN 62368-1 |
UL | USA | MEET | UL 62368-1 |
CUL | Canada | MEET | CAN/CSA C22 2 NO.62368-1-14 |
FCC | USA | MEET | FCC PART15 |
UKCA | Britain | MEET | BS EN62368-1 |
PSE | Japan | MEET | J62368-1 |
CB | IEC member states | MEET | IEC 60601 |
No | Test item | Test condition | Standard spec | Test data | Unit | Judge | |
1 | 2 | Pass/ Fail |
|||||
1 | Output Voltage | Vin100Vac 60Hz Io=0 | ±3% | 24.10 | V | Pass | |
2 | Output Voltage | Vin100Vac 60Hz Io=Rated Current |
±3% | 23.72 | V | Pass | |
3 | Ripple&Noise mVp-p | Vin100Vac 60Hz Full load | ≤ 150mVp-p | 103 | mVp-p | Pass | |
4 | Average Efficiency | Vin 115Vac 60Hz | 88.00 % Min | 92.57 | % | Pass | |
5 | 10% Load Efficiency | Vin 115Vac 60Hz | 78.00 % Min | 87.77 | % | Pass | |
6 | Standby Power | Vin 115Vac 60Hz Io=0 | 0.21 W max | 0.10 | W | Pass | |
7 | Line Regulation | Vin=100V~240V Io=Rated Current |
±3% | OK | ±3% | Pass | |
8 | Short circuit test |
Vin100Vac 60Hz | No odor smoke fire plastic deformation and excessive heat happen. | OK | Pass | ||
9 | OCP | Vin100Vac 60Hz | A | 12.50 | A | Pass | |
10 | Output Voltage | Vin240Vac 50Hz Io=0 | ±3% | 24.08 | V | Pass | |
11 | Output Voltage | Vin240Vac 50Hz Io=Rated Current |
±3% | 23.71 | V | Pass | |
12 | Ripple & Noise mVp-p | Vin240Vac 50Hz Full load | ≤ 150mVp-p | 101 | mVp-p | Pass | |
13 | Average Efficiency | Vin230Vac 50Hz | 88.00 % Min | 93.90 | % | Pass | |
14 | 10% Load Efficiency | Vin230Vac 50Hz | 78.00 % Min | 88.19 | % | Pass | |
15 | Standby Power | Vin230Vac 50Hz Io=0 | 0.21 W max | 0.14 | W | Pass | |
16 | Line Regulation | Vin=100V~240V Io=Rated Current | ±3% | OK | ±3% | Pass | |
17 | Short circuit test |
Vin240Vac 50Hz | No odor smoke fire plastic deformation and excessive heat happen. | OK | Pass | ||
18 | OCP | Vin230Vac 50Hz | A | 12.50 | A | Pass | |
19 | Hi-pot test | /DIELECTRIC STRENGTH Hi-Pot:/Primary to secondary: 1500Vac/5mA/60S or 2121Vdc/5mA/60S for type test |
OK | Pass | |||
20 | Burn in | Input:220Vac/50Hz Full Load 4hrs | OK | Pass |
Die-cut partition A size | 470x76x2mm (Length, height, thickness) |
Die-cut partiton B size | 437x76x2mm (Length, hight, thickness) |
Paper panel size | 470x440mm (Length, width) |
Carton size | 490x455x188mm (Length, width, height) |
Output voltage VDC | Output current Amp | Max ouput power Wattage |
12.0-15.0 | 0.01-16.00 | 200W |
19.0-21.0 | 0.01-12.63 | 240W |
24.0-26.0 | 0.01-10.00 | 240W |
27.0-30.0 | 0.01-8.88 | 240W |
34.0-36.0 | 0.01-7.05 | 240W |
47.0-50.0 | 0.01-5.10 | 240W |
Factory, philosophy
We actively attend diverse expo, exihibition, fair, to show people what we actually can do, and to spread our true value.
We were in ShangHai new international expo center, our high wattage power adapters won warm praise from the audience, and the 240W GaN power supply were nominate as "The best robot charger"
We were in HK exhibition, to get closer to international clients, to listen to their demands, to develop more mutually beneficial partnerships.
A clean, tidy, and well-organized production workshop is the lifeline we depend on for survival, as well as a crucial guarantee for fulfilling customer deliveries. We strictly adhere to ISO9001 standards to establish, manage, and develop our production lines.
Our well-trained employees are working on the production line.
We would like to ask you:
Has your company encountered or is being troubled by any of the following issues caused by external power adapters directly or indirectly?
1. Insufficient power output, leading to device malfunctions.
2. Overheating adapters, posing fire hazards.
3. Inadequate protection mechanisms, risking explosions or electric shock accidents.
4. Short product lifespan, requiring frequent replacements.
5. High cost of OEM (original) power supply, necessitating cost efficient alternatives.
6. Non-compliance with safety regulations, hindering market entry for your devices.
7. Excessive ripple noise, degrading audio equipment sound quality unplesantly.
8. Electromagnetic interference, reducing touchscreen responsiveness.
9. Overwhelming options, struggling to identify reliable suppliers.
If any of these resonate with your situation, we're here to help. A single telephone-communication or email or message can resolve your issues with our tailored solutions.
Together, we can forge a bright future! Thank you for browsing, And we're waiting to answer your questions.