Upgrade Version Power Supply Breakout Board Placa de ruptura de fuente de alimentación GPU PSU con conector de alimentación ATX de 6 pines de12 piezas para servidor Emerson 7001484 para fuente de alim
Brand Name:BQZYX
Model Number:ZYX237
Minimum Order Quantity:50-100PCS
Delivery Time:10-15 work days
Payment Terms:T/T, Western Union
Place of Origin:CHINA
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3rd Floor, Building C, Jingchengda Industrial Park, Keji Fourth Road, Tangtou Community, Shiyan Street, Bao'an District, Shenzhen
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Product Details
Upgrade Version Power Supply Breakout Board Placa De Ruptura De Fuente De Alimentación GPU PSU Con Conector De Alimentación ATX De 6 Pines De12 Piezas Para Servidor Emerson 7001484 Para Fuente De Alim.
Product specifications:
1.Product Name: Power Supply Breakout Board Adapter for ETH.
2.Output Power: 12V.
3.PCB Color: Purple.
4.Applicatioin: for mining graphics card power.
5.This adapter is only suitable for the Emerson brand power supply, model 70001484-J1000.
6.Maximum support to 1200w power supply.
7.Suitable for a variety of server power supply bare board accessories, you can also choose adding 12pcsoutput wires.
8. The LED voltage display can display the voltage of the main PSU in real time.
Product Overview:
This product is a feature rich and practical ATX power supply board
designed specifically for the Emerson model 70001484-J1000 power
supply. It is connected to the specific power supply through a 34
(2 * 17) pin power input interface and can convert 12 12V ATX6pin
power ports, providing stable power supply interfaces for various
electronic devices. At the same time, it can also play a key role
in auxiliary power supply in graphics card mining scenarios. In
addition, the independent power switch equipped with it facilitates
users to flexibly control the power supply, and the voltage display
screen can present the real-time power supply voltage situation,
further improving the convenience and safety of use. It is widely
used in computer hardware upgrades, electronic device power supply,
mining operations and other fields.
This adapter is only suitable for thefollowing model ofpower supply. | |
EMERSON MODEL | 7001484-J000 REV E |
FRU P/N | 7001484-J002 |
IBM P/N | 39Y7200 |
IBM FRU P/N | 39Y7201 |
Product Features
1. Precise adaptation to specific power sources:
Perfectly compatible with Emerson model 70001484-J1000 power
supply, its 34 (2 * 17) pin power input interface is strictly
designed according to the electrical characteristics and interface
standards of the power supply. The internal pins are made of
high-quality conductive materials, which have been finely processed
and rigorously tested to ensure a tight and stable connection with
Emerson power supply. They can efficiently and stably receive input
power, accurately adapt to power output, and effectively avoid
power supply problems caused by interface mismatch or poor
connection, laying a solid foundation for stable power supply in
the future.
2. Rich power port outputs:
It has strong power conversion capability and can output 12 12V
ATX6pin power ports, which greatly meets the demand for
simultaneous power supply of multiple devices. Whether multiple
hardware components such as CPU, motherboard, graphics card, hard
drive, etc. work together in the computer host, or multiple
graphics cards run simultaneously in graphics card mining
scenarios, they can easily be powered by these sufficient power
ports, solving the problem of insufficient power supply interfaces,
ensuring that various devices can stably obtain the required power
and maintain normal and efficient operation.
3. Convenient independent power switch:
Equipped with an independent power switch, the operation is simple
and convenient. Users only need to gently press or toggle the
switch to easily control the power on and off status of the entire
power supply board. This design is highly convenient in various
usage scenarios, such as quickly cutting off power during computer
hardware maintenance to avoid the risk of electric shock during
operation; Without the need for continuous power supply to the
equipment, it can promptly turn off the power to save energy, and
flexibly control the startup sequence of the equipment, providing
users with a more flexible and autonomous power management method.
4. Intuitive voltage display screen:
Equipped with a voltage display screen, it can display the current
power supply voltage value in real-time and accurately, allowing
users to have a clear understanding of the power supply situation.
During the startup and operation of the device, users can observe
the display screen to promptly detect any abnormal voltage
fluctuations and identify potential power supply issues in advance,
so as to take corresponding measures quickly, such as checking
device connections and troubleshooting power failures, effectively
ensuring the safe and stable operation of the device. Especially in
application scenarios that require high voltage stability, such as
graphics card mining, it can ensure that the mining equipment is
always in a good power supply environment, avoiding the impact of
abnormal voltage on computing power output.
Product Structure and Interface Introduction
1. Power input interface:
34 (2 * 17) Pin Interface: Strictly following the interface
specifications of Emerson model 70001484-J1000 power supply, the
internal 34 pins are arranged neatly and the spacing is precise.
High quality copper alloy material is used and treated with
anti-oxidation to ensure smooth surface, good conductivity, and
durability of the pins. The interface is equipped with a reliable
buckle device, which can automatically lock when connected to the
power cord, ensuring a tight fit between the power cord and the
interface. When unplugged, a clear "click" sound will be emitted to
indicate that the connection is in place, effectively preventing
accidental loosening and ensuring stable power input.
2. Power output port:
12V ATX6pin power ports (12): all designed according to the
universal ATX6pin standard, with a reasonable internal pin layout
and each pin made of high-purity metal material, possessing
excellent conductivity and wear resistance. The shell of each port
is made of metal material, which not only has high mechanical
strength, but also has been grounded, effectively shielding
external electromagnetic interference, ensuring power supply
stability and data transmission integrity (if related functions are
involved). The size tolerance of the port is controlled within a
very small range, with smooth insertion and tight connection,
making it convenient for users to connect various external devices
and ensuring efficient and stable power transmission.
3. Independent power switch:
Choose high-quality micro switches or toggle switches (depending on
the product design), which have comfortable operating feel,
sensitive action, and clear on/off gear feedback. The switch is
connected to the main circuit of the power supply board through a
carefully designed internal circuit, which can accurately control
the power on and off of the entire power supply board, ensuring
reliable performance during frequent operations and providing users
with a convenient and safe power control experience.
4. Voltage display screen:
Adopting high-precision and high-definition liquid crystal display
(LCD) or digital tube display (depending on the product design),
with good viewing angle and brightness adjustment functions (if
necessary), it is convenient for users to clearly view voltage
values in different environments. It is connected to the power
supply circuit of the power supply board through a professional
voltage detection circuit internally, which can collect and display
the current power supply voltage information in real time and
accurately, and has high stability and anti-interference ability,
ensuring the accuracy and reliability of the displayed data.
Performance advantages:
Efficient adaptation and stable power supply: Through precise
adaptation with Emerson model 70001484-J1000 power supply,
efficient utilization of this power resource is achieved, ensuring
stable and reliable power input. The 12 12V ATX6pin power ports
that convert the output can provide continuous and stable 12V power
for various devices. Compared with some ordinary power supply
equipment, the risk of equipment failure caused by voltage
fluctuations can be reduced by [X]% during long-term use (specific
values can be filled in according to actual test data), effectively
ensuring the stable operation of the equipment, extending its
service life, and reducing maintenance costs.
Flexible control and energy-saving convenience: The setting of an
independent power switch allows users to flexibly control the power
supply status according to their actual needs, making it more
convenient and efficient for daily equipment switching, maintenance
operations, and power management based on energy-saving
considerations. Users can achieve power on and off operations
without plugging in or unplugging the power cord, avoiding
interface damage caused by frequent plugging and unplugging. At the
same time, the power can be cut off in a timely manner when the
device is idle, reducing unnecessary energy consumption and
achieving energy conservation and environmental protection.
Real time monitoring and fault warning: The existence of voltage
display screens enables users to grasp the power supply voltage
situation in real time, detect abnormal voltage fluctuations in a
timely manner, such as high or low voltage, and take measures in
advance to troubleshoot possible power supply problems, such as
checking whether the equipment connections are loose or whether the
power supply is faulty. This plays an important role in ensuring
the safe and stable operation of equipment, especially for voltage
sensitive devices such as graphics card mining equipment. It can
effectively avoid situations such as decreased computing power and equipment damage caused by voltage
issues, and improve the efficiency and reliability of equipment
operation.
Usage method
1. Connect the power input:
Firstly, ensure that the Emerson model 70001484-J1000 power supply
is in the off state. Connect one end of the power cord accurately
to the corresponding interface of the power supply, and align the
other end with the 34 (2 * 17) Pin power input interface of the ATX
power supply board. Carefully check whether the pins correspond one
by one, and then slowly and smoothly insert them until a clear
"click" sound is heard, indicating that the power cord is firmly
connected to the power supply board, avoiding loosening, virtual
connection, etc., to ensure that the power can be smoothly input
into the supply board.
2. Connect external devices:
Select the appropriate 12V ATX6pin power port based on the actual
equipment needs for power supply. Align the power plug of the
device with the corresponding ATX6pin power port, slowly and
smoothly insert it, paying attention to the correct insertion
direction, ensuring that the plug is tightly attached to the port,
and achieving stable power supply. For example, when powering
computer hardware, the power plugs of devices such as graphics
cards and hard drives can be plugged into the idle ATX6pin power
ports; In the graphics card mining scenario, according to the
number of graphics cards and power requirements, connect the power
interfaces of each graphics card to the corresponding ATX6pin power
ports in sequence to ensure that each graphics card can receive
stable 12V power support.
3. Use power switch and check voltage:
After completing the device connection, if you need to turn on the
power supply, you can gently press or toggle the independent power
switch to power on the power supply board. At this time, you can
observe the voltage display screen to check the current power
supply voltage value and confirm whether the voltage is within the
normal range (normally around a stable 12V, depending on the actual
device requirements and error range). During the operation of the
equipment, it is also necessary to regularly check the voltage
display screen and pay attention to whether there are any abnormal
voltage fluctuations. If you need to turn off the power, operate
the power switch again to make it in the off state.
4. Power supply inspection and abnormal handling:
During the operation of the equipment, pay attention to the working
status of the equipment, observe whether there is smoke, odor,
abnormal sound, etc., and combine the values on the voltage display
screen to determine whether the power supply is normal. If any
abnormality or abnormal voltage display is found in the equipment,
the independent power switch should be immediately turned off, the
power supply should be cut off, and then the connection between the
equipment and the power supply board port should be carefully
checked for firmness. The equipment itself should be checked for
any faults. If necessary, the Emerson power supply and other
components of the power supply board can be further checked for
normal operation. After the problem is solved, the power supply can
be restarted for use.
Applicable scenarios:
Computer hardware upgrade and expansion: When upgrading computer
hardware, such as adding high-performance graphics cards, large
capacity hard drives, multiple fans, etc., more stable 12V power
interfaces are often required. This ATX power supply board, in
conjunction with Emerson Power, utilizes its 12 12V ATX6pin power
ports to provide sufficient and stable power supply for newly added
hardware, meeting the power requirements after hardware upgrades,
ensuring that computer components can work together, improving
overall computer performance, and meeting the high performance
requirements of application scenarios such as gaming, graphic
design, and video editing.
Electronic device power supply integration: For some electronic
device integration projects that require centralized power supply,
such as small server construction, monitoring device arrays, etc.,
there are multiple devices that require 12V power supply. This
power supply board, with its abundant power port resources and
convenient functions such as independent power switches and voltage
display screens, can reasonably distribute the power of Emerson
power supplies to various devices. The power supply status of each
device can be easily controlled through switches, and the power
supply voltage can be monitored in real time through the display
screen. This simplifies the power supply line, improves the
stability and manageability of the power supply system, ensures the
stable operation of the entire electronic device integration
system, and facilitates unified equipment maintenance and
management for users.
Graphics card mining job: In the field of graphics card mining,
running multiple graphics cards simultaneously requires extremely
high stability of the power supply and the number of power supply
interfaces. The 12 12V ATX6pin power ports provided by the ATX
power supply board can meet the power supply needs of multiple
graphics cards. The independent power switch is convenient for
controlling the overall power on and off of the mining equipment.
The voltage display screen can monitor the power supply voltage in
real time, ensuring that the graphics card maintains stable
computing power output during long-term high negative load
calculations, avoiding problems such as computing power
fluctuations and crashes caused by unstable power supply, improving
mining efficiency, and helping mining operations to proceed
smoothly.
Package Contents:
1 x Board Adapter (Not including ATX 2*3Pin power cable).
Upgrade Version Power Supply Breakout Board Placa de ruptura de fuente de alimentación GPU PSU con conector de alimentación ATX de 6 pines de12 piezas para servidor Emerson 7001484 para fuente de alim
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