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146.09 EUR
146.09 EUR
Cooler Master V750 Gold-V2 White Edition 750W Silent FDB Fan Fully Modular ATX Power Supply Unit
Cooler Master (4719512092200 / MPY-750V-AGBAG-UK) - modular - 24-pin ATX - Active - ATX - Combined power (+12V): 744 W - Combined power (+3.3V): 130 W - Combined power (+5Vsb): 15 W - Combined power (-12V): 3
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Cooler Master V750 Gold‑V2 White Edition 750W Silent FDB Fan Fully Modular ATX Power Supply Unit
The Cooler Master V750 Gold‑V2 White Edition is a high‑performance, fully modular power supply designed for demanding desktop systems. With an impressive 750 W output and 80 PLUS Gold efficiency certification, it delivers reliable, clean power to every component while maintaining a quiet operation thanks to its 135 mm Silent FDB fan.
Key Electrical Specifications
- AC Input: 100–240 V, 50/60 Hz – worldwide compatibility.
- ATX Version: 2.52 – supports the latest motherboard standards.
- Output Power: 744 W on +12 V rail; combined outputs: +3.3 V (130 W), +5 V (130 W), +5 Vsb (15 W), –12 V (3.6 W).
- Maximum Current: +12 V (62 A), +3.3 V (20 A), +5 V (20 A), +5 Vsb (3 A), –12 V (0.3 A).
- Input Current: 10–5 A – efficient power draw.
- Mean Time Between Failures (MTBF): 100,000 h – long‑term reliability.
- Operating Temperature: 0–50 °C – stable performance in typical PC environments.
Modular Cabling and Connectivity
The V750 Gold‑V2 features a fully modular cabling system, allowing users to attach only the cables they need. This reduces clutter, improves airflow, and simplifies case building.
- 24‑Pin ATX Motherboard Connector: 1
- EPS 8‑Pin CPU Connector: 1
- PCI Express (6+2 pin) Connectors: 4 – ideal for multi‑GPU setups.
- SATA Power Connectors: 12 – supports numerous storage devices.
- Molex (Peripheral) Connectors: 4 – versatile legacy support.
Cooling Design and Fan Characteristics
The power supply employs a single 135 mm FDB (Fluid Dynamic Bearing) fan positioned at the top of the unit. This fan is engineered for low noise levels while providing sufficient airflow to keep internal components within safe temperature limits.
- Fan Speed: Variable, controlled by load; operates silently under light loads.
- Hold Time: 17 ms – quick response to power fluctuations.
- Cooling Type: Active – ensures consistent thermal performance.
Power Protection Features
The V750 Gold‑V2 incorporates comprehensive protection mechanisms that safeguard both the PSU and connected hardware. These include:
- Over Power Protection (OPP)
- Over Voltage Protection (OVP)
- Under Voltage Protection (UVP)
- Short Circuit Protection (SCP)
- Overheating Protection (OHP)
- Overcharge Protection
Design Aesthetics and Build Quality
The unit’s white chassis complements modern, minimalist PC builds. Its robust construction features a high‑quality metal frame that dissipates heat efficiently while maintaining structural integrity.
- Form Factor: ATX – fits standard motherboard cases.
- On/Off Switch: Included for convenient power management.
Application Scenarios
This PSU is tailored for users who require a reliable, high‑capacity power source without compromising on noise levels. Typical use cases include:
- Gaming rigs with multiple GPUs or high‑end CPUs.
- Content creation workstations demanding stable +12 V output.
- Home theater PCs (HTPCs) where silent operation is essential.
- Custom builds prioritizing cable management and airflow.
Efficiency and Environmental Impact
The 80 PLUS Gold certification guarantees that the PSU delivers at least 87 % efficiency at 20 % load, 90 % at 50 % load, and 88 % at 100 % load. This high efficiency reduces power consumption and heat generation, contributing to a greener computing environment.
Conclusion
The Cooler Master V750 Gold‑V2 White Edition stands out as an exemplary choice for enthusiasts seeking a blend of power, silence, and modular flexibility. Its robust electrical performance, comprehensive protection features, and thoughtful design make it a cornerstone component in any high‑end desktop configuration.
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International
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Predominant colors of the product |
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| Tags | Power supply Plus Gold 16AWG PCIe cables 135mm FDB Fan V2 series 16AWG PCIe Lifespan of The PSU Efficiency and stability V Gold series Lower resistance |
| Identifiers | |
| Brand |  Cooler Master is a Taiwanese computer hardware company that produces a wide range of products, including cases, power supplies, CPU coolers, and gaming peripherals. The company is well-known for its quality products and for its support of the modding community. |
| MPN | Cooler Master MPY-750V-AGBAG-UK |
| ID | 24846314 |
| Dimensions / Weight | |
| Key Features | |
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AC input frequency The frequency of the alternating current supplied to a power supply or charger, expressed in hertz (Hz). It indicates the acceptable operating range for the electrical mains that powers the device, ensuring proper functionality and safety.
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50/60 Hz |
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AC input voltage The range of alternating current voltage that the product accepts from its power source, expressed in volts (V). It indicates the minimum and maximum supply voltages compatible with the device across different regions.
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100 - 240 V |
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ATX Power connector 24-pin Indicates whether the product includes a standard ATX power connector with 24 pins, which is used to supply main power to motherboards and other components in desktop computers.
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Yes |
| ATX version | 2.52 |
| Bearing technology | FDB |
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Cabling Type The configuration of the power supply’s internal cabling, indicating whether the cables are fully modular, semi‑modular, or non‑modular. This attribute helps users understand how many cables can be detached for easier cable management and system customization.
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Modular |
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Colour The colour or combination of colours that a product is available in, expressed as common names such as "Black", "Silver" or comma‑separated lists like "Black, White". It indicates the visual appearance of the item for consumers.
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White |
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Combined power (+12V) The total electrical power available from the +12 V rail of a device, expressed in watts (W). This value indicates how much current can be supplied to components that rely on the +12 V supply and is useful for assessing overall system capacity or compatibility with high‑power peripherals.
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744 W |
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Combined power (+3.3V) The total electrical power that a device consumes or delivers, expressed in watts (W). It represents the overall energy usage of the product during operation and is useful for comparing efficiency, sizing power supplies, and estimating operating costs.
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130 W |
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Combined power (+5Vsb) The total electrical power supplied to the +5 V standby rail of a device, expressed in watts (W). It indicates how much energy is available for low‑power components that remain active when the main system is powered down or in standby mode.
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15 W |
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Combined power (-12V) The electrical power supplied to the device’s combined –12 V rail, expressed in watts (W). It indicates how much energy is available on that specific voltage line for components such as fans or auxiliary circuits.
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3.6 W |
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Cooling type The method or mechanism used to dissipate heat from a component such as a processor, graphics card, or other electronic part. It indicates whether the device relies on active cooling (fans or liquid pumps), passive heat sinks, or hybrid solutions, and helps users assess thermal performance and noise levels.
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Active |
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Fan location The physical position of a fan within a product, such as top, side, bottom, rear or another specific area. This attribute helps users understand where airflow originates and how the fan integrates with the device’s design.
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Top |
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Hold time The duration that a device or component maintains a state after an input or event, expressed in milliseconds (ms). It indicates how long the system holds a signal or condition before resetting or changing, which is useful for timing-sensitive applications such as power supplies, control circuits, and electronic devices.
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17 ms |
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Input current The electrical current drawn by a device when powered, expressed in amperes (A). It indicates how much current the product consumes from its power source during normal operation and can be used to assess compatibility with power supplies or USB ports.
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10 - 5 A |
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Max output current (+12V) The maximum electrical current that a device can supply on its +12 V rail, expressed in amperes (A). It indicates the peak output capability of the power source for components that require 12‑volt power and is useful for matching devices with compatible power supplies or accessories.
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62 A |
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Max output current (+3.3V) The highest electrical current that a device can supply from its +3.3 V rail, expressed in amperes (A). This value indicates the maximum load capacity of the power supply or regulator for components powered at 3.3 V and helps users verify compatibility with devices requiring this voltage level.
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20 A |
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Max output current (+5Vsb) The highest electrical current that a device can supply to its +5 Vsb power rail under normal operating conditions. This value indicates the maximum load the +5 Vsb output can handle and helps users verify compatibility with components such as fans, LEDs, or other peripherals that draw power from this rail.
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3 A |
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Max output current (-12V) The highest electrical current that a device can deliver from its –12 V rail under normal operating conditions, expressed in amperes (A). This value indicates the maximum output capability of the –12 V supply and helps users verify compatibility with power supplies or other components that require this voltage level.
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0.3 A |
| Mean time between failures | 100000 h |
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Motherboard power connector The type of main power connector used on a motherboard, such as the standard ATX 24‑pin or the 20+4 pin variant. It indicates which cable and socket are required to supply power from the power supply unit to the board.
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24-pin ATX |
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Number of fans The total count of individual cooling fans that are part of the product or its components. This value indicates how many separate fan units are installed, such as in a graphics card, CPU cooler, case, or other hardware assemblies.
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1 fan(s) |
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Number of sata power connectors The total count of SATA power connectors available on a power supply or motherboard. It indicates how many physical SATA power ports can be used to connect storage devices such as hard drives, SSDs, or optical drives. The value is an integer and helps users determine the expansion capacity for SATA-based storage.
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12 |
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Operating temperature The range of temperatures in which a product can safely operate without risk of damage or performance degradation. Values are expressed in degrees Celsius (°C) and may represent a single temperature, a minimum–maximum interval, or an average operating point.
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0 - 50 °C |
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PCI Express power connectors (6+2 pin) The total count of power connectors that use the PCI Express (6+2 pin) configuration on a device, such as a computer or power supply unit. This value indicates how many separate power connections are available for components that require PCIe power delivery.
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4 |
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Power protection features A comma‑separated list of the electrical protection mechanisms built into a device, such as overcurrent, overload, short circuit, under voltage, and overheating safeguards. The attribute indicates which protective features are present to protect the equipment and connected components from abnormal power conditions.
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Over power, Over voltage, Overcharge, Overheating, Short circuit, Under voltage |
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Power supply unit (PSU) form factor The physical configuration or design of a power supply unit, such as ATX, TFX, SFX, or 1U. It indicates the dimensions and mounting options that determine compatibility with computer cases and other hardware.
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ATX |
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Purpose The primary purpose of a product, indicating its main intended use or target market segment (e.g., "Gaming", "Office", "Travel"). It helps customers quickly identify whether the item matches their needs and can be used for filtering or categorization across different product categories.
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PC |
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