Fan Control 下载与安装：Windows 风扇曲线、校准与 V283 更新

中文

Fan Control 是一款面向 Windows 的风扇控制软件，可将兼容温度传感器与风扇控制通道配对，并使用风扇曲线或手动模式调节转速。本文整理 Fan Control 下载入口、V283 安装包类型、首次校准、版本更新与硬件兼容边界；各设备的控制能力取决于主板、显卡和散热设计，修改前请记录当前值并确认恢复方式。

RJ.tools 原创编辑示意图；不是 Fan Control 软件截图，也不代表通用推荐设置。

Fan Control 风扇曲线：把传感器读数变成控制请求

Fan Control 可以读取 CPU、GPU、主板或存储设备等传感器，并把某个温度来源配到可用的风扇控制通道。线性曲线按温度区间在最低和最高输出之间变化，图形曲线允许自定义点；也可以使用固定输出、同步或触发曲线。界面显示的百分比是控制请求，风扇实际转速还受控制器、固件和设备自身限制。

曲线仅展示输入、规则与输出关系，不推荐任何固定温度或转速值。

先配对并校准，再使用 RPM 曲线

官方文档建议先将风扇控制与对应的转速传感器配对；配对可手动完成，也可使用内置配对工具。校准会测出风扇启动、停止及可用转速范围，并生成百分比与 RPM 的对应关系。只有具备有效校准的控制项才能使用 RPM 模式，因此校准结果应逐项核对，不能把另一台电脑的结果直接套用。

进行校准时观察风扇是否正常响应，并让叶片保持无遮挡。

混合曲线和配置文件适合按场景整理

混合曲线可把多个现有风扇曲线按最大值、最小值、平均值等函数合并，让机箱风扇同时参考 CPU 与 GPU 温度；自定义传感器也可对温度读数取平均或组合。多个配置文件便于保存、编辑和加载不同控制方案。更换电脑、主板或风扇后应重新检查曲线与传感器映射，配置文件可复用不代表对应硬件行为相同。

MAX、MIN 和 AVERAGE 是混合逻辑示例；具体选择应结合温度来源和散热布局。

Fan Control 下载与安装步骤：从官方 V283 发布页选择格式

打开 Fan Control 官方 GitHub V283 发布页，先确认版本号、发布日期和资产名称。V283 页面列出 .NET 4.8 与 .NET 10.0 两组 ZIP 和安装程序；这些名称不是 CPU 架构说明，官方资料未在本次核验页面上说明两组文件的具体运行时选择条件。只从发布页选择与自身环境相符的格式；若不确定，先查阅发布说明和系统运行时要求，不要通过猜测包名决定。

1. 核对电脑运行 Windows 10 或 Windows 11，并确认主板、显卡或其他设备公开了可用的风扇控制接口。
2. 从上方官方发布页选择一组 ZIP 或安装程序；同一台电脑无需同时安装两种格式。
3. 使用安装程序时按向导完成；使用 ZIP 时完整解压到可访问的文件夹，再启动 FanControl.exe。
4. 首次启动后查看引导设置，确认温度传感器、转速读数和控制卡片是否对应；先记录原有控制值，再小幅测试并观察温度与噪声变化。

V283 最新版本更新日志（官方页面日期：2026-10-12）

官方 GitHub 将 V283 标为最新稳定发布，发布页显示日期为 2026 年 10 月 12 日（UTC 发布时刻为 2026-10-11 16:09）。本版日志包含界面修正、LibreHardwareMonitor 选项和库更新，以及计划任务行为调整；以下按发布说明逐项整理。

日期按 GitHub 发布页的 GMT+8 显示；这是发行说明摘要，不代表独立测试结果。

• 修复 Windows 更新通知的点击动作。
• 新增 LibreHardwareMonitor 的“排除 USB 存储”选项。
• 更新 LibreHardwareMonitor 库。
• 修复所选字体未应用的问题。
• 修复移动卡片后数值上下调节控件异常的问题。
• 修复计划任务的默认提权设置。

硬件兼容和调速注意事项

官方 FAQ 列出的系统为 Windows 10 和 Windows 11，但能否读取传感器、显示控制卡或改变转速取决于具体主板、GPU、固件和控制器。官方说明多数笔记本不会以桌面主板相同的方式开放风扇控制；特定插件可能补充型号支持，但不能保证每台设备可控。AMD GPU 的官方说明还提醒，应用风扇设置可能重置 Adrenalin 中的超频调校。先确认 BIOS 或厂商软件是否也在管理风扇，保留恢复原设置的办法，不要照搬网上曲线或让风扇长时间停转。

兼容性与风险提示来自官方 FAQ / 文档；调试顺序为编辑建议。

许可范围

Fan Control 主程序为专有闭源软件，GitHub 仓库说明其源代码不公开。仓库中的许可文本将授权范围写为个人和非商业用途，并限制未经许可修改、反向工程或再分发软件。网站介绍其后端使用 LibreHardwareMonitor 等开源组件，不等于 Fan Control 主程序采用开源许可。下载或用于商业场景前请阅读完整许可；本站稿件只链接官方页面，不重新打包或托管程序。

许可摘要图为编辑原创概括，完整条件以作者许可文本为准。

常见问题（FAQ）

• Fan Control 没有显示风扇或传感器怎么办？ 先核对该设备是否暴露相应接口、转速传感器是否配对，以及 BIOS 或厂商工具是否正在控制它；更新硬件监控组件或寻找针对型号的插件仍不能保证兼容。
• Fan Control 能用于笔记本电脑吗？ 官方 README 表示多数笔记本不开放第三方风扇控制接口；部分特定型号可由插件支持，安装成功不代表能够检测或调速。
• 为什么 NVIDIA 显卡不能设到 0 RPM 或低于 30%？ 官方文档指出部分现代 NVIDIA GPU 会限制最低控制值，并由显卡自身条件决定 0 RPM；Fan Control 不能覆盖硬件或固件限制。
• V283 适用于什么 Windows 版本？ 官方 FAQ 列出 Windows 10 和 Windows 11；具体风扇功能仍取决于硬件兼容性。
• Fan Control 可以用于商业环境吗？ 仓库许可文本将使用范围限定为个人和非商业用途；商业使用前应查阅完整许可并向许可方确认。

English

Fan Control for Windows links sensors to supported fan controls. This guide covers V283 download, setup, calibration, updates, and compatibility limits.

Original RJ.tools editorial diagram; not a Fan Control screenshot or a universal preset.

Fan curves turn sensor readings into control requests

Fan Control can read sensors such as CPU, GPU, motherboard, and storage temperatures, then pair a source with an available fan-control channel. Linear curves interpolate output across temperature bounds; graph curves allow custom points. Fixed, sync, and trigger curves provide other control patterns. A displayed percentage is a requested output, while the actual fan speed remains subject to the controller, firmware, and device limits.

The curve illustrates inputs and outputs only; it does not recommend fixed temperatures or speeds.

Pair and calibrate a control before using RPM mode

The official documentation recommends pairing a fan control with its speed sensor, either manually or with the pairing utility. Calibration measures the fan's start, stop, minimum, and maximum behavior and builds a percentage-to-RPM mapping. RPM mode requires a valid calibration for that control, so verify each result on the target device instead of copying another computer's profile.

Watch for normal fan response during calibration and keep the blades unobstructed.

Mix curves and save profiles for different scenarios

Mix curves combine existing curves with functions such as maximum, minimum, or average, so a case-fan rule can consider both CPU and GPU temperatures. Custom sensors can also average or combine readings. Profiles can be saved, edited, and loaded for different configurations. After changing a motherboard, fan, or PC, review the sensor mapping and curve again; a reusable profile does not guarantee identical hardware behavior.

MAX, MIN, and AVERAGE are examples of mixing logic, not recommended settings.

Fan Control download and installation steps for V283

Open the official Fan Control V283 GitHub release and confirm its version, date, and asset names. V283 lists ZIP and installer packages targeting .NET 4.8 and .NET 10.0. Those names do not identify CPU architecture, and the reviewed official pages do not explain the exact runtime-selection rule for each asset. Choose a format only after checking your environment and the publisher's current runtime guidance; do not infer the right package from its filename alone.

1. Confirm the PC runs Windows 10 or Windows 11 and that its motherboard, GPU, or other device exposes a compatible fan-control interface.
2. Choose one ZIP or installer from the official release page; there is no need to install both formats.
3. Follow the installer prompts, or extract the complete ZIP to a folder you can access and start FanControl.exe.
4. Review the first-run setup, check that temperature sensors and fan controls correspond, record existing values, then make small test changes while monitoring temperatures and noise.

V283 latest release notes (official page date: 12 October 2026)

GitHub marks V283 as the latest stable release. Its page displays 12 October 2026 in GMT+8; the UTC publication timestamp is 11 October at 16:09. The notes cover interface fixes, a LibreHardwareMonitor option and library update, and scheduled-task behavior.

Date follows the GitHub release page in GMT+8; this is a notes summary, not independent testing.

• Fixed the click action on Windows update notifications.
• Added LibreHardwareMonitor's “Exclude USB Storage” option.
• Updated the LibreHardwareMonitor library.
• Fixed a selected-font application issue.
• Fixed numeric up/down controls breaking after a card was moved.
• Fixed the default elevation for the scheduled task.

Hardware compatibility and fan-control precautions

The publisher lists Windows 10 and Windows 11, but sensor visibility and control depend on the motherboard, GPU, firmware, and controller. The official FAQ says most laptops do not expose their fans in the same way as desktop motherboards; a model-specific plugin may add support, but installation alone does not confirm detection or control. The AMD GPU documentation also warns that applying fan settings can reset Adrenalin overclock tuning. Check whether BIOS or vendor software already manages the fans, keep a way to restore previous settings, and do not copy an online curve or leave fans stopped for extended periods.

Compatibility notes follow the publisher's FAQ and documentation; the test sequence is editorial guidance.

License scope

Fan Control itself is proprietary; its GitHub repository says the source is closed. The repository's license text permits personal and non-commercial use and restricts modification, reverse engineering, or redistribution without the licensor's consent. The website's use of open-source backend components such as LibreHardwareMonitor does not make the main program open source. Review the full license before use, especially in a commercial setting. This page links to the official source and does not repackage or host the program.

This editorial summary is not a substitute for the complete license text.

Frequently asked questions (FAQ)

• Fan Control does not show my fans or sensors. What should I check? Verify that the device exposes the interface, pair the correct speed sensor, and check whether BIOS or vendor software is already managing it. An updated monitoring library or model-specific plugin may help, but cannot guarantee support.
• Does Fan Control work on laptops? The official README says mostly no because many laptops do not expose third-party fan interfaces. A plugin may support a specific model; successful installation alone does not confirm fan detection or control.
• Why can I not set an NVIDIA GPU to 0 RPM or below 30%? The official documentation notes that some modern NVIDIA GPUs enforce a minimum command and their own conditions for zero-RPM mode. The app cannot override hardware or firmware limits.
• Which Windows versions does V283 support? The official FAQ lists Windows 10 and Windows 11. Fan-control support still depends on the specific hardware.
• Can I use Fan Control commercially? The repository license limits use to personal and non-commercial purposes. Review the full terms and contact the licensor before commercial use.