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ST1500
￭ 1500W continuous and 1600W peak power
￭ 100% modular cables with cable bag
￭ Efficiency 85%~88% at 20%~100% loading with 80 PLUS Silver certification
￭ Class-leading eight +12V rails with 110A (Peak up to 120A)
￭ 1500W continuous power output with 40°C operating temperature
￭ Strict ±3% voltage regulation
￭ Silent running 135mm fan with 19dBA minimum
￭ Japanese main capacitors
￭ Four PCI-E 8pin, eight PCI-E 6pin, and twelve SATA connectors support
￭ Supports ATX 12V 2.3 & EPS 12V
￭ Active PFC
เสนอข้อคิดเห็น
ข้อมูลเฉพาะ
| หมายเลขรุ่น |
SST-ST1500
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| เอาต์พุต DC สูงสุด |
1500W (สูงสุด 1600W)
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| ความหนาแน่นด้านพลังงาน |
529W ต่อลิตร
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| สี |
Black （Lead-Free Paint）
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| รวมกัน +3.3V & +5V |
280W
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| รวมกัน +12V |
1320W/110A (Peak 120A)
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| แรงดันไฟฟ้าขาเข้า |
90V~264V
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| ช่วงความถี่ขา้เข้า |
47Hz ~ 63Hz
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| PFC |
Active PFC（PF>0.95 at Full Load）
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| ประสิทธิภาพ |
85%~88% at 20%~100% loading
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| MTBF |
100,000 hours at 25℃（at Full Load）
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| อุณหภูมิขณะทำงาน |
0°C ~ 40°C
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| การป้องกัน |
การป้องกันกระแสไฟฟ้าเกิน
การป้องกันพลังงานเกิน การป้องกันแรงดันไฟฟ้าเกิน การป้องกันการลัดวงจร การป้องกันแรงดันไฟฟ้าต่ำเกินไป การทำงานเมื่อไม่มีโหลด |
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| ขั้วต่อ |
1 x 24 / 20-Pin Motherboard connector （550mm）
1 x 8 / 4-Pin EPS / ATX 12V connector （750mm） 1 x 8-Pin EPS 12V connector （750mm） 4 x 8/6-Pin PCIE connector （550mm） 4 x 6-Pin PCIE connector （550mm / 150mm） 12 x SATA connector （500mm / 250mm / 250mm） 12 x 4-Pin Peripheral connector （500mm / 250mm / 250mm） 4 x 4-Pin Floppy connector （500mm / 250mm / 250mm / 150mm） |
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| ระบบทำความเย็น |
Silent 135mm fan
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| ฟอร์มแฟคเตอร์ | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| ระดับเสียงรบกวน |
19dBA-34dBA
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| ขนาด |
150 mm (W) × 86 mm (H) × 220 mm (D)
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| น้ำหนัก |
4.2Kg
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| ใบรับรอง |
80 PLUS Silver
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| อื่นๆ |
รายการ GPU ที่สนับสนุน
Compatible with ATX12V v2.4 |
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| ● Specifications presented on this page contains most recent revisions and may differ from those printed on retail boxes or manuals. |
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PICTURES
- ข้อเสนอแนะ
- รีวิวสินค้า
- ดาวน์โหลด
- คำถามและคำตอบ
อธิบาย |
Ver |
ขนาด |
Download |
 ST1500 Manual |
v1.0 | 157 KB |  |
| ST1500 rail distribution guide |
v1.0 | 188 KB | |
2. My computer will trip the circuit breaker in my house, how do I prevent this?
If your computer is tripping the circuit breaker that means it is drawing too much power from one outlet. Please do the following：
- Please make sure the computer is plugged directly into the wall outlet and do not use extension socket or other multiple outlet extension cords with the computer.
- If the use of extension socket is necessary, avoid combined usage with other higher powered household appliances such as TV, audio amplifier, etc…
- Contact your local electrician for information on how you can upgrade your house to accommodate higher electrical draw.
3. วีธีการต่อตรงพาวเวอร์ซัพพลายเพื่อทดสอบ (โดยใช้คลิปหนีบกระดาษ)
Please refer to the following PDF.
4. วีธีการต่อตรงพาวเวอร์ซัพพลายเพื่อทดสอบ (ทดสอบด้วยเมนบอร์ดตัวสำรองใช้งาน)
Please refer to the following PDF.
5. ST1500 will turn on without any problems on a cold boot, but during warm boots (powering the system on again shortly after turning it off), it will trip the circuit breaker.
The power supply has a thermistor inside designed to limit inrush current. After the power supply starts up successfully, the thermistor will automatically lower its resistance to improve working efficiency. The amount of resistance is closely related to internal power supply temperature so once the power supply heats up, the resistance will decrease dramatically.
When the power supply is turned off, the thermistor will still detect high temperature and therefore provide less resistance to inrush current compared to cold boot. Since ST1500 has very higher capacity, its inrush current difference between cold and hot boot is much greater than most power supplies.
The only solution to this limitation is to consult a local electrician and install a new breaker with higher and suitable inrush current tolerance for the ST1500.
The power supply has a thermistor inside designed to limit inrush current. After the power supply starts up successfully, the thermistor will automatically lower its resistance to improve working efficiency. The amount of resistance is closely related to internal power supply temperature so once the power supply heats up, the resistance will decrease dramatically.
When the power supply is turned off, the thermistor will still detect high temperature and therefore provide less resistance to inrush current compared to cold boot. Since ST1500 has very higher capacity, its inrush current difference between cold and hot boot is much greater than most power supplies.
The only solution to this limitation is to consult a local electrician and install a new breaker with higher and suitable inrush current tolerance for the ST1500.