ENERMAX PLATIMAX EPM1500EGT - Computer power supply

PLATIMAX EPM1500EGT - Computer power supply ENERMAX - Free user manual and instructions

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Download the instructions for your Computer power supply in PDF format for free! Find your manual PLATIMAX EPM1500EGT - ENERMAX and take your electronic device back in hand. On this page are published all the documents necessary for the use of your device. PLATIMAX EPM1500EGT by ENERMAX.

USER MANUAL PLATIMAX EPM1500EGT ENERMAX

Only a technician, authorized by ENERMAX, is allowed to perform maintenance service! Warranty is subject to void under unauthorized attempt to open the power case or modification of any kinds, even attempted only, of the power supply or its components!

ENERMAX will not be responsible for damages caused by following situations:

  • Opening of the PSU case and/or modification of any component or cable without ENERMAX's written authorization.
  • Ignoring connector's wrong insertion prevention design by attaching a connector to a device in wrong orientation.
  • Connecting too many devices to one cable unit by using additional adaptor (Y cables).
    Usage of non-genuine ENERMAX modular cables.
    The serial number label or warranty seal is defaced, modified, or removed.
  • Damage caused by natural phenomena or uncontrollable forces, such as lightning, flooding, fire, earthquake, etc.

This ENERMAX Technology Corporation product is warranted to be free from defects in material and workmanship for a period of five (5) years from the date of purchase. ENERMAX Technology Corporation agrees to repair or replace the product, at its own option and at no charge, if, during the warranty period, it is returned to nearest ENERMAX Technology Corporation subsidiary/agent with all shipping charges prepaid and bearing a return merchandise authorization (RMA) number, and if inspection reveals that the product is defective. Charges for removing or installing the product are excluded under the terms of this warranty agreement. This warranty shall not apply to any product, which has been subject to connection to a faulty power source, alteration, negligence, or accident, or to any product, which has been installed other than in accordance with these instructions. In no event shall ENERMAX Technology Corporation, or its subsidiaries, or agents be liable for damages for a breach of warranty in an amount exceeding the purchase price of this product!

If you are uncertain whether or not your ENERMAX PSU is defective, please contact your dealer/reseller for support!

Web Site: http://www.enermax.com

E-mail: enermax@enermax.com.tw

Forum: forum.enermax.com

ENERMAX Technology Corporation, 15F-2, No. 888, Jing-Guo Road, Taoyuan City (330), Taiwan (R.O.C.), Tel. +886-3-316-1675, Fax. +886-3-346-6640

©2012 ENERMAX Technology Corporation. All rights reserved. Specifications are subject to change without prior notice. Actual product and accessories may differ from illustrations. Omissions and printing errors excepted. Content of delivery might differ in different countries or areas. Some trademarks may be claimed as the property of others. Reproduction in any manner without the written permission of ENERMAX is strictly forbidden.

ENERMAX Platimax Series Power Supply Specification

EPM1500EGTEPM1350EWTEPM1200EWT
AC Input Voltage220-240VAC, 50-60Hz110-240VAC, 50-60Hz(Maximum range:100-264VAC, 47-63Hz)100-240VAC, 50-60Hz(Maximum range:90-264VAC, 47-63Hz)
AC Input Current8-7A14-6.5A14-5.5A
DC Output
RatedCombinedRatedCombinedRatedCombined
3.3V0-24A120W0-24A120W0-24A120W
5V0-24A0-24A0-24A
12V10-30A1500W(125A)0-20A1350W(112.5A)0-30A1200W(100A)
12V20-30A0-20A0-30A
12V30-30A0-30A0-30A
12V40-30A0-30A0-30A
12V50-30A0-30A0-30A
12V60-30A0-30A0-30A
-12V0-0.5A6W0-0.5A6W0-0.5A6W
5Vsb0-3A15W0-3A15W0-3A15W
Total Power1500W1350W1200W
Peak Power*1650W1600W1440W
Protection Circuit
Over Current ProtectionDC RailOCP trigger range
3.3V30 - 45A
5V30 - 45A
12V1/2/3/4/5/640 - 50A
(DC)Under Voltage /Over VoltageProtectionDC RailUVP trigger rangeOVP trigger range
3.3V2.0 - 2.4V3.9 - 4.5V
5V3.3 - 3.7V5.7 - 6.5V
12V1/2/3/4/5/68.5 - 9.5V13.3 - 14.5V
-12V-9.5 - -10.5V
+5Vsb5.7-6.5V
(AC)Under Voltage ProtectionActivated when AC input voltage < 70VAC.
Over PowerProtectionActivated when output power > 110 ~160% of rated max load.
Over TemperatureProtectionActivated when PSU heat sink > 90 ~ 110°C.
Short CircuitProtectionActivated when any DC rails short-circuited.
Surge & InrushProtectionSustain 2KV surge stroke.Sustain up to 70A inrush current @ 240VAC at cold start.
ENVIRONMENT
TemperatureOperation ambient: 0~40°CStorage ambient: -40~70°C
HumidityOperation: to 85% relative humidity, non-condensing at 25°CStorage: to 95% relative humidity, non-condensing at 50°C
OTHERS
MTBF> 100,000 hours at 70% of full rated load, 230VAC/50Hz, 25°C(MIL-HDBK-217F standard)
Dimension150 (w) x 86 (h) x 180 (d) mm
Weight2.25kg (without modular cables) ±50g
SafetyUL/cUL(Level 6), TUV, GOST, CB, BSMI(EPM1350&1200EWT)
EMCCE, FCC, KCC
  • Peak power may last up to 60 seconds.

User's Manual

Dear customer,

Thank you for choosing this ENERMAX power supply unit (PSU)! Please read this manual carefully and follow its instructions before installing the PSU.

We would like to draw your attention that a computer required very specific conditions to work best for you without failing. To avoid failures and to increase lifetime of the system, we suggest that:

  • Your system is NOT located near a radiator or any other heat producing device
  • Your system is NOT located near a magnetic device
  • Your system is NOT located in a moist and/or dusty and/or vibrating environment
  • Your system is NOT exposed to direct sunshine
  • Your system is sufficiently cooled by additional fans
  • If you use AC extension cables, please make sure it can support all connected appliances' potential peak power draw. Or redistribute other high power consumption equipment, such as laser printers or monitors to other AC wall outlets. Exceeding the extension cable's loading capacity could trigger its circuit breaker and cut off the power.
  • If you want to add the UPS (Uninterruptible Power Supply) for your system, please choose adequate Watts/VA capacity UPS. Ex.
PSU ModelSuggested minimum UPS output power capacity (Based on efficiency & PFC at respective load)
EPM1500EGT1700W / 2400VA
EPM1350EWT1500W / 2100VA
EPM1200EWT1400W / 2000VA
  • If you intend to add other appliance powered by the same UPS, such as monitor or printer, please use higher capacity UPS according to all connected devices' rated power draw.
  • Please do not mistake VA capacity as Watts, or use insufficient power UPS. This would result in less UPS battery runtime or the inability to power the system in battery mode.

NAME OF PARTS

ENERMAX PLATIMAX EPM1500EGT - NAME OF PARTS - 1

① Output cable: Please check “Cables & Connectors” section.
② Fan. #1
③ Honeycomb air vent.
④ ON/OFF switch (I=ON, O=OFF). #2
⑤ AC Inlet. #2
⑥ CordGuard. #3

1 To ensure best system cooling, do not block PSU fan's air in-take and air vent area. This PSU offers a special HeatGuard function. When the system is turned off, or goes into ACPI S3/S4 sleep mode, the PSU fan will keep dissipating the remaining heat for 30 60 seconds and prolonging system lifetime.
2 When assembling or maintaining the system, please remove AC cord from AC inlet, or turn ON/OFF switch into "OFF" position. Then you can safely service the system.

3 AC cord can get loose in many ways. The ENERMAX CordGuard lock can fix your AC cord tightly to the PSU, so that it will not be easily detached and avoid shut-downs of your PC. The following is CordGuard installation:

① Set your PSU into the chassis, and please

make sure the I/O switch is on "O" position.

ENERMAX PLATIMAX EPM1500EGT - AC cord can get loose in many ways. The ENERMAX CordGuard lock can fix your AC cord tightly to the PSU, so that it will not be easily detached and avoid shut-downs of your PC. The following is CordGuard installation: - 1

② Press two sides of the CordGuard lock

together, and set it into CordGuard holder near the AC inlet.

ENERMAX PLATIMAX EPM1500EGT - AC cord can get loose in many ways. The ENERMAX CordGuard lock can fix your AC cord tightly to the PSU, so that it will not be easily detached and avoid shut-downs of your PC. The following is CordGuard installation: - 2

③ Plug the AC cord into your PSU.

ENERMAX PLATIMAX EPM1500EGT - AC cord can get loose in many ways. The ENERMAX CordGuard lock can fix your AC cord tightly to the PSU, so that it will not be easily detached and avoid shut-downs of your PC. The following is CordGuard installation: - 3

④ Lock CordGuard to latch onto AC cord.

ENERMAX PLATIMAX EPM1500EGT - AC cord can get loose in many ways. The ENERMAX CordGuard lock can fix your AC cord tightly to the PSU, so that it will not be easily detached and avoid shut-downs of your PC. The following is CordGuard installation: - 4

  1. CordGuard is for AC cords supplied with ENERMAX CordGuard-compatible PSUs. Other AC cords may be incompatible.
  2. When assembling or maintaining the system, please remove AC cord from AC inlet, or turn I/O switch into "O" position.

CABLES & CONNECTORS

All connectors are designed to prevent insertion in wrong orientation. If you cannot easily insert a connector, please check if you are inserting the connector in the right orientation. Do not try by force to insert it nor modify the connectors. This might damage power supply and system components, and warranty shall be void.

Following graphic illustrates the modular sockets layout and its DC rail distribution.

ENERMAX PLATIMAX EPM1500EGT - CABLES &amp; CONNECTORS - 1

  • You must connect 16-pin and 20-pin connectors into respective sockets to enable 24-pin MB and 8-pin CPU connectors.
  • This product incorporates multiple 12V rails over current protection. If you let many peripherals consume the power on only one 12V rail, it may trigger the over current protection and shut down the system. Please re-direct certain peripheral power cable to other 12V rail to share the current loading to ensure highest stability and safety.
24P Mainboard For new generations of ATX/EEB/CEB server/workstation MB.
8P CPU +12V 8-pin configuration supports multi-CPU server/workstation systems and some single extreme CPU systems.
4P CPU +12V 4-pin configuration supports certain single CPU systems.
6+2P (8P) PCI Express, in combined mode 8-pin configuration supports latest extreme graphic cards, which require 8-pin PCI-E connector.
6+2P (8P) PCI Express, in split mode / 6P PCI Express 6-pin configuration supports most performance PCI-E graphic cards, which require 6-pin PCI-E connector.
SATA #1 For SATA/SAS drives.
4P Molex #2 For IDE/SCSI/SAS drives or some AGP graphic card with traditional 4P power in socket.
FDD For floppy drive or certain add-on card.

1 Some SATA drives might accept SATA or 4P Molex power. Normally, use either one of power connector to power the driver, BUT NOT BOTH! Please check the drive's manual for details.
2 Some MB might require this connector to share the +12V current from 24-pin Mainboard connector to PCI-E slot. If your system has multiple extreme graphic cards, please plug this connector to MB correspond socket and check the MB's manual for details.

- MODULAR CABLES SUPPLIED

Use ONLY genuine ENERMAX modular cables coming with ENERMAX PSU. Third party cables might not be compatible and might cause damage to your PSU and/or system, and use of third party cable shall void PSU warranty.

EMC014-G: 2 x 6+2P (8P) PCI-E 2.0 Modular cable for 1 or 2 performance PCI Express graphic cards, which needs 6P or 8P PCI-E connector.
EMC018-G: 8P & 4P +12V CPU/RAM power Modular cable to support special heavy-duty workstation/server with more than 4 CPUs and 16 RAMs.
EMC019-G: 4 x SATA drives Modular cable for SATA/SAS drives like ODD and HDD.
EMC020-G: 4 x 4P Molex (IDE/SCSI) drives & 1 x FDD connector Modular cable for IDE/SCSI/SAS drives and peripheral, plus 1 FDD power connector.
EMC021-G: 2 x SATA & 2 x 4P Molex Modular cable for SATA/SAS/IDE/SCSI drives and other peripherals.
EMC022 :24P MB & 8P CPU

Special note for System Integrators: If your system requires special modular cable configuration or design, please contact an ENERMAX sales representative.

- ATTACHING / DETACHING THE MODULAR CABLES

Attaching the modular cable to PSU 5-pin / 12-pin connector on modular cable and PSU's modular socket has an arrow mark. To make correct connection is easy: 1. Black connector to black socket, and red to red. 2. Arrow mark to arrow mark. 3. Then you can easily plug in the connector.
Detaching the modular cable from PSU 5-pin / 12-pin connector on modular cable has two hooks to lock with the PSU's modular sockets. When unplug the modular cable from PSU, please press two hooks together and gently pull out the cable.

BOOTING YOUR SYSTEM

Before booting your system, please check that:

  1. Main power connector (24P) is properly connected.
  2. CPU +12V power connector (4 or 8P configuration), and/or a 4P Molex connector (if required by MB) is properly connected.
  3. All other needed connectors are properly connected.
  4. AC cord is properly connected to wall outlet and PSU AC inlet.
  5. Close your system chassis.
  6. Turn on the PSU by switching the ON/OFF switch to "ON", and your system is ready.

PROTECTION, SAFETY & SECURITY

This ENERMAX PSU features multiple protections. In case of most abnormal situations, the power supply will automatically turn off to avoid potential danger to itself and other PC components. It is usually a malfunction of components or user's negligence to trigger off a protection event. In such circumstance, please check your PC devices and working environment for malfunction:

  1. Turn I/O switch of power supply into "O" position, or disconnect AC cord from wall plug and power supply AC inlet.
  2. Check PSU for temperature by simply touching it. If it is very hot, this can be caused by malfunction of case fans or the PSU fan itself and/or wrong positioning of your PC.
  3. Wait some minutes until PSU cools off.
  4. Reconnect AC cord to wall plug and power supply AC inlet.
  5. Turn I/O switch of power supply into "I" position, and reboot your system.
  6. Check, if all fans are working.
  7. Contact technical support of the respective manufacturer of the component which you think might
  8. be the cause to the problem. (e.g. MB, GPU or PSU)

If you have any question or need support, please contact your reseller or nearest ENERMAX subsidiary/agent or ENERMAX headquarters service center.

©2012 ENERMAX Technology Corporation. All rights reserved. Specifications are subject to change without prior notice. Actual product and accessories may differ from illustrations. Omissions and printing errors excepted. Content of delivery might differ in different countries or areas. Some trademarks may be claimed as the property of others. Reproduction in any manner without the written permission of ENERMAX is strictly forbidden.

Benutzerhandbuch

ACCENSIONE DEL SISTEMA

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Szanowski Klienci,

24PIN Code in boodstekkinnyter 车主電AX/EEB/CEB 伺服/戦克斯電仔電線 Auto boodst ATX/EEB/CEB 伺服/戦克斯電仔電線 Auto boodst ATX/EEB/CEB 伺服/戦克斯電仔電線 ATX/EEB/CEB 伺服/戦克斯電仔電線 ATX/EEB/CEB 伺服/戦克斯電仔電線 ATX/EEB/CEB 伺服/戦克斯電仔電線 ATX/EEB/CEB 伺服/戦克斯電仔電線 ATX/EEB/CEB 伺服/戦克斯電仔電線 ATX/EEB/CEB 伺機 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺機 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB 伺服 ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX/EEB/CEB ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX ATX
8PIN CPU +12Vkkinnyter 數目CPU /戰克斯電仔電線和異部電身CPU 電器 CPU /戰克斯電仔電線 CPU /戰克斯電仔電線 CPU +12Vkkinnyter 4PIN 鋪産線或異部電身CPU 4PIN 鋪産線或異部電身CPU 4PIN 鋪産線或異部電身CPU 4PIN 鋪産線或異部電身CPU 4PIN 鋪産線或異部電身CPU 4PIN 鋪産線或異部電身CPU 4PIN 鋪産線或異部電身CPU 4PIN 鋪産線或異部電身CPU 5P Molexkkinnyter #1 SATA/SAS 在役広電仔電線 當電電 SATA/SAS 在役広電仔電線 當電電 SATA/SAS 在役広電仔電線 當電電 SATA/SAS 在役広電仔電線 SATA/SAS 在役広電仔電線 SATA/SAS 在役広電仔電線 SATA/SAS 在役広電仔電線 SATA/SAS 在役広電仔電線 SATA/SAS 在役広電仔電線 SATA/SAS 在役広電仔電線 SATA/SAS 在役広電仔電線 SATA/SAS 在役床電仔電線 SATA/SAS 在役床電仔電線 SATA/SAS 在役床電仔電線 SATA/SAS 在役床電仔電線 SATA/SAS 在役床電仔電線 SATA/SAS 在役床電仔電線 SATA/SAS 在役床電仔電線 SATA/SAS 在役床電仔電線 SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/Sab SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/S AB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAD SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAC SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SBC SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SA SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SSab SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/S Sab SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/S8 SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SABC SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SBA SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SSB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SBB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SIB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAN SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAS SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SUB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SMB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SCB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAR SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SGB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/SAB SATA/S

2日中 241E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E

* nnnn nn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nnnn nn

ENERMAX PLATIMAX EPM1500EGT - 2日中 241E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E - 1

① wuW: luJnauuJluuue “wuiuae”
② Wann. #1
③ #
④ ①
⑤ wwnssuaa.
⑥ CordGuard. #3

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
2 10000000000000000000000000000000000000000000000000000000000000000000000000000000
3 3nauuauuuuauuAC uuaaounnnn PSU CndGuardauuauuAC uauu PSU uunuucu uauu AC uauuounn PSU PC shut-down

① nauuuaanrnnnnaaPSU uueuuuauuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuUU

ENERMAX PLATIMAX EPM1500EGT - 2日中 241E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E - 2

② nannnunnnnnaonnng CordGuard 1111AC

ENERMAX PLATIMAX EPM1500EGT - 2日中 241E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E - 3

③ 1444AC

ENERMAX PLATIMAX EPM1500EGT - 2日中 241E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E - 4

④ CordGuard AC

ENERMAX PLATIMAX EPM1500EGT - 2日中 241E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E E - 5

  1. CordGuard wuwrwnrnnnneur Enermax wuwrnnrnnnneur
  2. nnnnna AC oan nn mwnlwn wnnnns neonnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn

muiuaia

nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn

20P&16P:MB/CPU

12V1 RS5V RS5Vsb12V1PW OKPS ONGND-12V5V5V
RS~3.3V RS12V112V1GNDGNDGND5V5V5V

ENERMAX PLATIMAX EPM1500EGT - muiuaia - 1

5P:SATA/4P Molex/Peripherals

3.3V5VGNDGND12V4
3.3V5VGNDGND12V6
3.3V5VGNDGND12V4
3.3V5VGNDGND12V6
3.3V5VGNDGND12V4
3.3V5VGNDGND12V6

ENERMAX PLATIMAX EPM1500EGT - muiuaia - 2

ENERMAX PLATIMAX EPM1500EGT - muiuaia - 3

ENERMAX PLATIMAX EPM1500EGT - muiuaia - 4

ENERMAX PLATIMAX EPM1500EGT - muiuaia - 5

ENERMAX PLATIMAX EPM1500EGT - muiuaia - 6

ENERMAX PLATIMAX EPM1500EGT - muiuaia - 7

12P:GPU/CPU/RAM

* 16pin uaz 20pin anu nwnnnaaennnnnnae 24pin MB uaz 8pin CPU nau Connectors
* 12V wuuuunununununununununununununununununununun unu uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuUU

8P CPU +12V CPU n4000-64 bit 8 pin 5.75mm x 3.5mm DDR4 CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64-bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64Bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 Bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 BIT CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64BIT CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64 bit CPU n4000-64(bit)CPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64Bit CPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bit CPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64 bitCPU n4000-64bit CPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bit CPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64 bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64 bitCPU n4000-64bit CPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64 bitCPU n4000-64bitCPU n4000-64bitCUPn4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPUn4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCUPn4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-64bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61 bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61 bitCPU n4000-61bitCPU n4000-61 bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62 bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63 bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-62bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-66 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-63 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 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n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-65 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-69 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-68 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-67 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-61 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-62 bitCPU n4000-62 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1111/8bit CUPn 1111/8bitCUPn 1111/8bitCUPn 1111/8bitCUPn 1111/8bitCUPn 1111/8bitCUPn 1111/8bitCUPn 1111/8bitCUPn 1111/8bitCUPn 1111/8bitCUPn 1111/8bitCOPn 1111/8bitCOPn 1111/8bitCOPn 1111/8bitCOPn 1111/8bitCOPn 1111/8bitCOPn 1111/8bitCOPn 1111/8bitCOPn 1111/8bitCOPn 1111/8bitCOPp n 1111/8bitCOPp n 1111/8bitCOPp n 1111/8bitCOPp n 1111/8bitCOPp n 1111/8bitCOPp n 1111/8bitCOPp n 1111/8bitCOPp n 1111/8bitCOPp n 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 FDD FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRIVES FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPY DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOPPV DRVIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRIS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDR S FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRs FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRB FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRSB FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRSE FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT VDRS FLOT 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FLOT VDRISS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDRSS FLOT VDR ISSFLOT VDRSS FLOT VDR ISSFLOT VDRSS FLOT VDR ISSFLOT VDRSS FLOT VDR ISSFLOT VDRSS FLOT VDR ISSFLOT VDRSS FLOT VDR ISSFLOT VDRSS FLOT VDR ISSFLOT VDRSS FLOT VDR ISSFLOT VDRSS FLOT VDR ISSFLOT VDRSS FLOT VDR ISSFLOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFot VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR ISSFFOT VDRSS FLOT VDR 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FTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTAFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDRSFTVDR SFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR sFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTV DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVE T DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR sFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTT DR SFTVFTTT DR SFTVFTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVFTTT DR SFTVBFNT DVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDTVFTT DVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNACTDTVFTT DVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNCTDVTNACTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NCTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTT DTVT NACTDTVFTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NCTDTVFTTT DTVT NCTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTT DTVT NACTDTVFTTT DTVT NACTDTVFTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NCTDTVFTTT DTVT NACTDTVFTTT DTVT NCTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTTT DTVT NACTDTVFTT DTVT 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1 SATA 4P Molex 2000

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SATA/SAS/DE/SCSI uouod HDD

ENERMAX PLATIMAX EPM1500EGT - SATA 4P Molex 2000 - 1

EMC022 :24P MB & 8P CPU

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ENERMAX PLATIMAX EPM1500EGT - n / - 2

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5 Pin/ 12 Pin uuuu Cable uas Socket uo PSU uan nnnn o wu nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn nn

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Power supply ENERMAX 1000W Power supply

  1. Power Supply Connector AC
  2. PSU 11111111111111111111111111111111111111111
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  4. connector AC power supply
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User's Manual

① Kabel output: silahkancek bagian “Cables & Connectors”
② Fan. #1
③ ventilasi honeycomb #1
④ ON/OFF switch (I=ON, O=OFF). #2
⑤ AC Inlet. #2
⑥ CordGuard. #3

24P Mainboard For new generations of ATX/EEB/CEB server/workstation MB.
8P CPU +12V 8-pin configuration supports multi-CPU server/workstation systems and some single extreme CPU systems.
4P CPU +12V 4-pin configuration supports certain single CPU systems.
6+2P (8P) PCI Express, in combined mode N8-pin configuration supports latest extreme graphic cards, which require 8-pin PCI-E connector.
6+2P (8P) PCI Express, in split mode / 6P PCI Express 6-pin configuration supports most performance PCI-E graphic cards, which require 6-pin PCI-E connector.
SATA #1 For SATA/SAS drives.
4P Molex #2 For IDE/SCSI/SAS drives or some AGP graphic card with traditional 4P power in socket.
FDD For floppy drive or certain add-on card.
EMC014-G: 2 x 6+2P (8P) PCI-E 2.0 Modular cable for 1 or 2 performance PCI Express graphic cards, which needs 6P or 8P PCI-E connector.
EMC018-G: 8P & 4P +12V CPU/RAM power Modular cable to support special heavy-duty workstation/server with more than 4 CPUs and 16 RAMs.
EMC019-G: 4 x SATA drives Modular cable for SATA/SAS drives like ODD and HDD.
EMC020-G: 4 x 4P Molex (IDE/SCSI) drives & 1 x FDD connector Modular cable for IDE/SCSI/SAS drives and peripheral, plus 1 FDD power connector.
EMC021-G: 2 x SATA & 2 x 4P Molex Modular cable for SATA/SAS/IDE/SCSI drives and other peripherals.

Catatan spezial buat systemd integrators: jika systemdanda membruhkan konfigurasi spezial untuk kabel modular, silahkan menghubungi ENERMAX sales representative.

ATTACHING / DETACHING THE MODULAR CABLES

ENERMAX PLATIMAX EPM1500EGT - ATTACHING / DETACHING THE MODULAR CABLES - 1

ENERMAX PLATIMAX EPM1500EGT - ATTACHING / DETACHING THE MODULAR CABLES - 2

Pemasangan kabel modular ke PSU

Manual assistant
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Product information

Brand : ENERMAX

Model : PLATIMAX EPM1500EGT

Category : Computer power supply