钳表是电气设备日常巡检常用工具,可以用来测试电流、电压、电阻、通断等。通过福禄克钳表,您可以获得更精准、安全、耐用、易用的测试体验。 福禄克钳表具有单交流,交直流多种量程,适用于不同的待测设备。各种形状与尺寸的钳口,分别适用于较密集或者较粗线缆的测量。真有效值、频率、电容等功能可以帮助您获得更多的专业测试数据。
产品询价及预约演示 了解刀锋系列新品钳表Fluke 376 钳型表提供了更高性能,非常适合进行广泛的电流测量。Fluke 376 可进行真有效值电压和电流测量,在交流和直流模式下,可读取高达 1000 V 电压和 1000 A 电流。...
Fluke 368 FC 真有效值漏电流钳表有助于您在小问题变成大问题前将其测量出,所有这些均无需将设备从生产线上拆下。...
Fluke 902FC 600A真有效值无线钳表是一款兼容无线 Fluke Connect® 的钳表,可提高 HVAC 技术人员现场工作的效率。...
Fluke 302+紧凑型交流钳形表,使用方法简便,可以满足日常基础电气维护的需要,并且具有以下特点:交流电流400A,可以满足不同应用需求的客户;全新机身设计让Fluke...
Fluke 303紧凑型交流钳形表,使用方法简便,可以满足日常基础电气维护的需要,并且具有以下特点:交流电流600A,可以满足不同应用需求的客户;全新机身设计让Fluke...
Fluke 305紧凑型交流钳形表,使用方法简便,可以满足日常基础电气维护的需要,并且具有以下特点:交流电流999.9A,可以满足不同应用需求的客户;全新机身设计让Fluke...
Fluke 373真有效值钳形表是较好的必备仪表。可进行交流真有效值电压和电流测量,可读取高达 600 A 的交流电流和 600 V 的交流或直流电压。...
Fluke 376 FC 无线真均方根交流/直流钳形表具有记录功能,采用 iFlex™ 柔性电流探头,可测量最高达 1000 V 和 1000 A 的交流或直流电压和电流。...
无需测试导线接触带电电压,即可通过开口叉测量高达交流 1000 V 的电压。+ 无需打开盖子或拆卸接线螺母。适用于 AWG 4/0 (120 mm2) 规格级导线,带载电流高达 200...
是一款以非串联方式测量电路中交直流小电流的钳形表,特有的小量程和小钳口设计主要适用于汽车厂和4S店汽车维修检测时静态电流(漏电流)测量,数据中心的配电柜中安培级电流的检测,工业控制系统中小电流的检测,以及其他研发部门中小功率设备或电路的交直流测量。
Fluke 365真有效值交直流钳表,拥有可分离钳头设计,机身轻巧,更适合在狭小的空间内测量;又薄又小的鸟嘴型钳头,更容易测量密集的排线;内置手电筒,背光照明,使读数也更加便捷。...
Fluke 381高压钳形电流表是一款带有远程磁性显示屏的钳表,它具备通用钳形电流表的所有功能,可拆卸的显示屏使测量更加便捷、安全;Fluke...
Fluke 353 数字钳表让用户放心读取可靠的真有效值读数;适合测量高电流的理想电流钳表,最高可达 2000A。 超宽钳口可以轻松夹住高电流应用场合中常见的粗导线。 超耐用设计和 CAT IV 600 V、CAT III 1000 V...
Fluke 355 数字钳表让用户放心读取可靠的真有效值读数;适合测量高电流的理想电流钳表,最高可达 2000A。 超宽钳口可以轻松夹住高电流应用场合中常见的粗导线。 超耐用设计和 CAT IV 600 V、CAT III 1000 V...
Fluke 369/CN 与 369 FC/CN 真有效值漏电流钳表可以帮助用户持续检测、存档、记录和对比漏电流读数,从而防止计划外停机,及时发现 GFCI 和 RCD 间歇性跳闸,所有这些均无需将设备从生产线上拆下。...
The FLUKE-T5-1000/PRV240 is a Voltage/Continuity/Current Tester and Proving Unit Kit. The Fluke PRV240 proving unit is a portable, pocket-sized, battery-powered voltage source. ...
Clamp meters are electrical tools designed for measuring current without direct contact with the conductor. They use a clamp that opens and surrounds a conductor, enabling safe and efficient current measurement, especially in tight or difficult-to-reach areas.
Amp meters, also known as ammeters, are devices specifically designed to measure electrical current flow within a circuit. These instruments are connected in series to the course, allowing them to measure the current accurately in amperes. This configuration ensures that the amp meter can provide precise readings, which is essential for monitoring and diagnosing electrical systems.
Clamp meters are primarily used for measuring electrical current in various environments, including industrial and residential settings. They are essential for safely diagnosing electrical issues, especially in circuits where direct contact is challenging or risky.
Amp meters are used for measuring the amount of electrical current passing through a circuit, which is vital in assessing the circuit's performance, identifying potential overloads, and ensuring electrical safety.
To use an amp meter, integrate it into the circuit in series. This arrangement allows the current flowing through the course to pass directly through the amp meter, enabling it to measure the current accurately.
An amp meter tests and measures the electrical current (in amperes) flowing through a circuit. It's used to monitor the current load, diagnose issues like fluctuations, and ensure electrical components function correctly.
A clamp meter is specialized for measuring current without physical contact with the conductor, offering ease of use and safety, particularly in tight spaces. On the other hand, a multimeter is a more versatile tool that can measure voltage, resistance, and sometimes current but typically requires direct contact with the circuit for accurate measurements.