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PMO for Porsche

PMO induction components are a popular choice for classic Porsche models, especially where owners are upgrading carburettors or rebuilding air-cooled engines for improved response and drivability.

A Quick Look at PMO

PMO information on this page is based on details supplied by the manufacturer or distributor, plus any OE references provided with the parts.

Choosing the Right Fit for Your Porsche

Where PMO is listed for Porsche, use the supplied model coverage and OE references to confirm suitability. Check details that commonly affect fitment such as model year, side/position, and connector type where relevant.

  • Typical reasons for choosing these parts include upgrading tired or worn original carburettor/induction setups, improving drivability, and supporting engine builds with better throttle response and tunability.
  • Common symptoms that lead owners to carburettor work include hard starting, flat spots, poor idle quality, fuel smells, and inconsistent running, often linked to jetting, air leaks, or ignition issues.
  • Before chasing carburettor problems, many specialists recommend confirming ignition timing, valve clearances, and checking for vacuum leaks, as these often cause “carb-like” symptoms.
  • Carburettors and tuning components benefit from periodic checks, especially after engine changes, significant temperature/altitude shifts, or storage, to ensure jetting and synchronisation remain appropriate.
  • For engine rebuild decisions, compression and leak-down tests, bore inspection, and oil/filter analysis are key checks before committing to a full strip-down.
  • After any major tuning or carburettor change, final setup on a healthy engine (no vacuum or ignition faults) is important for stable idle and drivability.

Browse by Category

If you already know the area you are working on, start with the category and then filter by Porsche model. Where real-world symptoms and typical reasons to replace are provided, use them to keep the wording grounded.

Engine Rebuild Parts — Engine rebuild parts are typically renewed during a planned rebuild or when symptoms point to internal wear, such as loss of compression, excessive oil consumption, persistent leaks, abnormal noises, or contamination found in the oil. On Porsche engines, many specialists replace chains, guides, bearings, seals, fasteners, and gaskets while the engine is apart to avoid repeat strip-downs and to restore long-term reliability.

  • Confirm engine health first with compression/leak-down tests, bore inspection, and oil/filter checks before deciding on the rebuild scope.
  • Plan to replace hard-to-access wear items “while you are in there” to make the most of the labour already invested.

Carburetors & Parts — Carburettor parts are usually replaced when a Porsche engine shows poor starting, flat spots, fuel leaks, inconsistent idle, or when carbs are being refurbished after long storage. Seals harden, jets clog, floats can stick, and throttle shafts wear over time. Refurbishing or rebuilding classic Porsche carburettors helps restore correct fuelling, prevent leaks, and bring back clean throttle response and drivability.

  • Many carburettors can be successfully rebuilt if the bodies are sound; replacement tends to depend on overall condition and performance goals.
  • After fitting or rebuilding carbs, synchronisation, mixture setting, and correct fuel pressure/regulation are essential for smooth running.

PMO Carburetors — PMO carburettors are a common upgrade for classic Porsche performance builds where owners want a modern carb solution with strong parts support and tuning flexibility. They are often chosen when original carburettors are worn beyond economical repair, when an engine build needs greater fuelling capacity, or when a particular driving feel and throttle response is desired. Correct setup, including jetting, synchronisation, and linkage adjustment, is critical to getting the best from PMO systems.

  • New PMO carburettors typically need jetting and synchronisation tailored to the specific engine specification rather than being treated as simple bolt-on parts.
  • Most issues reported with carburettors, including PMO units, can be traced to incorrect jetting, air leaks, or poorly set-up linkages rather than the hardware itself.

Engine Tuning — Engine tuning components are used to improve drivability, fuel economy, throttle response, or to support hardware changes such as induction, exhaust, camshafts, or forced induction upgrades. On Porsche engines, tuning is also used to smooth out flat spots and poor cold or hot behaviour, but it cannot compensate for underlying mechanical problems, so engine condition checks are important before calibration changes.

  • Before any tuning work, check compression and leak-down, fuelling system health, sensor data, and confirm there are no boost or vacuum leaks.
  • A conservative, well-matched calibration combined with appropriate supporting hardware generally offers better long-term reliability than aggressive settings on a marginal engine.

Air Filters — Air filters are replaced or upgraded to maintain correct airflow and protect the engine from dirt ingestion. On Porsche models, a clogged or degraded filter can slightly reduce performance and fuel economy, while a poorly sealing element can allow dust into the intake, accelerating wear. Performance filters are often chosen to support tuning work and to maintain stable sensor readings in higher-flow setups.

  • Service intervals depend on use and environment; cars driven in dusty conditions or on track may need more frequent inspection and cleaning/replacement.
  • Where oiled filters are used, follow the manufacturer’s oiling instructions carefully to avoid contaminating air-mass sensors.

Explore PMO at Design911

View the current PMO range for Porsche at Design911, then filter by model and category to narrow down to the right parts.

显示从49到51(共51个产品)
1 2 3 4
PM-O803-0
Product Information
Product Information
PMO 公路用感应 40mm 化油器套件

更换磨损或有故障的韦伯化油器或寻求更高的性能?选择 PMO 感应化油器
韦伯化油器是一个很好的产品,但它们是为大规模生产而设计的。 PMO 感应化油器经过精心设计和设计,符合严格的标准,这在典型的大规模生产中是不可行的。
这就是为什么我们认为 PMO 感应化油器是一款卓越的产品。
请参阅PMO 与 OE 碳水化合物概述

#项目管理#

适合
保时捷 911 - 风冷发动机,排量 2.7 升至 3.0 升

套件包括
化油器、连杆和燃油调节器

PMO Induction 采用航空航天品质铸件、加工公差、IDF 喷射和基于 Weber 最现代化油器设计的浮动技术。

原来的 46mm Weber 化油器只是放大了节流板,而 PMO 则有
整个节气门体从顶部喉部通过板扩大,这意味着空气流通能力
PMO Induction 的化油器比同等尺寸的 Weber 化油器有了显着改进。

PMO Induction 使用一体式加工不锈钢节气门轴,由大球支撑
轴承在整个生命周期内保持平稳的油门动作,消除了韦伯化油器最大的问题
多年来,韦伯碳水化合物因节气门轴磨损、漏气和粘滞而遭受了很大的损失。韦伯节流阀也会受到热浸的影响
这会加剧磨损问题,但这不会影响 PMO 感应化油器。

PMO 感应化油器有一个观察玻璃浮碗,可以准确设置燃油液位,
比需要部分拆卸化油器的 Weber IDA 方法更加简单和高效。
燃油入口系统也得到了极大的改进,可显着提高流量和燃油输送平衡
韦伯碳水化合物上的班卓琴设置非常容易泄漏,并且在高流量应用中容量有限。

规格:
化油器尺寸 - 40mm
窒息 - 36
电源 - 145
空气校正器 - 190
Em 管 - F11t
闲置喷气机 - 55
浮球止回阀 - 0.5

请注意
* 列表中的发动机 cc 范围是基于使用标准(库存)端口气缸盖和工厂式凸轮的典型排量要求的近似值。
任何碳水化合物组/歧管应始终与标准(库存)发动机的头部端口尺寸相匹配。

**具有扩大端口、更高压缩比、竞赛凸轮轴的发动机将需要额外的组件来进行超出标准套件的调整
规格
PM-O802-0
Product Information
Product Information
PMO 感应 40mm 化油器套件 - 性能版

更换磨损或有故障的韦伯化油器或寻求更高的性能?选择 PMO 感应化油器

韦伯化油器是一个很好的产品,但它们是为大规模生产而设计的。 PMO 感应化油器经过精心设计和设计,符合严格的标准,这在典型的大规模生产中是不可行的。
这就是为什么我们认为 PMO 感应化油器是一款卓越的产品。
请参阅PMO 与 OE 碳水化合物概述

#项目管理#

适合
保时捷 911 - 风冷发动机,排量 2.7 升至 3.0 升

套件包括
化油器 x 2、连杆和燃油调节器。

PMO Induction 采用航空航天品质铸件、加工公差、IDF 喷射和基于 Weber 最现代化油器设计的浮动技术。

原来的 46mm Weber 化油器只是放大了节流板,而 PMO 则有
整个节气门体从顶部喉部通过板扩大,这意味着空气流通能力
PMO Induction 的化油器比同等尺寸的 Weber 化油器有了显着改进。

PMO Induction 使用一体式加工不锈钢节气门轴,由大球支撑
轴承在整个生命周期内保持平稳的油门动作,消除了韦伯化油器最大的问题
多年来,韦伯碳水化合物因节气门轴磨损、漏气和粘滞而遭受了很大的损失。韦伯节流阀也会受到热浸的影响
这会加剧磨损问题,但这不会影响 PMO 感应化油器。

PMO 感应化油器有一个观察玻璃浮碗,可以准确设置燃油液位,
比需要部分拆卸化油器的 Weber IDA 方法更加简单和高效。
燃油入口系统也得到了极大的改进,可显着提高流量能力和燃油输送平衡
韦伯碳水化合物上的班卓琴设置非常容易泄漏,并且在高流量应用中容量有限。

规格:
化油器尺寸 - 40mm
窒息 - 34
电源 - 135
空气校正器 - 185
Em 管 - F11t
闲置喷气机 - 55
浮球止回阀 - 0.5

请注意
* 列表中的发动机 cc 范围是基于使用标准(库存)端口气缸盖和工厂式凸轮的典型排量要求的近似值。
任何碳水化合物组/歧管应始终与标准(库存)发动机的头部端口尺寸相匹配。

**具有扩大端口、更高压缩比、竞赛凸轮轴的发动机将需要额外的组件来进行超出标准套件的调整
规格



相关参考编号
相关编号、被取代编号、交叉引用编号或替代编号,供比较之用。

PM-O802-0
91110812100
91110812301
91110812302
91110812200
91110812402
91110812403

您正在查看的产品与这些编号存在交叉引用关系
PM-O801-0
Product Information
Product Information
PMO 公路用感应 40mm 化油器套件

更换磨损或有故障的韦伯化油器或寻求更高的性能?选择 PMO 感应化油器

韦伯化油器是一个很好的产品,但它们是为大规模生产而设计的。 PMO 感应化油器经过精心设计和设计,符合严格的标准,这在典型的大规模生产中是不可行的。
这就是为什么我们认为 PMO 感应化油器是一款卓越的产品。
请参阅PMO 与 OE 碳水化合物概述

#项目管理#

适合
保时捷 911 / 911S - 2.0Ltr
保时捷 911T / 911E / 911S - 2.2 升和 2.4 升

套件包括
化油器、连杆和燃油调节器

PMO Induction 采用航空航天品质铸件、加工公差、IDF 喷射和基于 Weber 最现代化油器设计的浮动技术。

原来的 46 毫米韦伯化油器只是加大了节流板,而 PMO 则有
整个节气门体从顶部喉部通过板扩大,这意味着空气流通能力
PMO Induction 的化油器比同等尺寸的 Weber 化油器有显着改进。

PMO Induction 使用一体式加工不锈钢节气门轴,由大球支撑
轴承在整个生命周期内保持平稳的油门动作,消除了韦伯化油器最大的问题
多年来,韦伯碳水化合物因节气门轴磨损、漏气和粘滞而遭受了很大的损失。韦伯节流阀也会受到热浸的影响
这会加剧磨损问题,但这不会影响 PMO 感应化油器。

PMO 感应化油器有一个观察玻璃浮筒,可以准确设置燃油液位,
比需要部分拆卸化油器的 Weber IDA 方法更加简单和高效。
燃油入口系统也得到了极大的改进,可显着提高流量和燃油输送平衡
韦伯碳水化合物上的班卓琴设置非常容易泄漏,并且在高流量应用中容量有限。

规格:
化油器尺寸 - 40mm
窒息 - 32
电源 - 125
空气校正器 - 180
Em 管 - F11t
闲置喷气机 - 55
浮球止回阀 - 0.5

请注意
* 列表中的发动机 cc 范围是基于使用标准(库存)端口气缸盖和工厂式凸轮的典型排量要求的近似值。
任何碳水化合物组/歧管应始终与标准(库存)发动机的头部端口尺寸相匹配。

**具有扩大端口、更高压缩比、竞赛凸轮轴的发动机将需要额外的组件来进行超出标准套件的调整
规格



相关参考编号
相关编号、被取代编号、交叉引用编号或替代编号,供比较之用。

PM-O801-0
90110811500
90110811700
90110811701
90110811600
90110811801
91110812100
91110812301
91110812302
91110812201
91110812402
91110812403
1615100218

您正在查看的产品与这些编号存在交叉引用关系
显示从49到51(共51个产品)
1 2 3 4