B-F05-FH03 凸轮开关

描述

B-F05-FH03 凸轮开关

B-F05-FH03 AR501-0002031100 SEIKO 凸轮开关

型号：B-F05-FH03 AR501-0002031100
品牌：SEIKO
净重:2.3公斤

产品描述

凸轮开关是主要用于切换交流和直流电流的电气设备，特别是用于控制电机。这些开关由高质量的导电和绝缘材料制成，它们的特点是它们的尺寸、良好的开关能力等。

工作原理

凸轮开关的工作原理是通过将开关转动到各个位置来依次进行通断操作。这种类型的开关具有多个位置的旋转运动，因此可以轻松控制多个电路功能。

此外，在选择此开关时需要考虑多个因素，例如触点数量、位置、电压和它的极数。其实，极数和触点数简单地决定了设备可以控制多少功能。

主要优缺点

凸轮开关的优点包括以下几点内容:

●操作和使用很简单。
●成本比较低。
●尺寸很紧凑
●不需要维护
●用于基于交流和直流的应用。
●具有很高的IP安全性。
●该开关可以连接到面板]或外壳内。
●可以在高温和低温下工作而不会降额。
●安装时间更短。
●具有较长的机械和电气铸命。

凸轮开关的缺点包括以下几点内容:
●该开关只能手动控制，不能远程控制。
●不能切换极高的电流。
●不包含任何来自磁和热电流的安全功能。
●需要施加物理旋转力来激活。

B-F05-FH03

B-F05-FH03 凸轮开关

B-F05-FH03 AR501-0002031100 SEIKO CAM switch

Model: B-F05-FH03 AR501-0002031100
Brand: SEIKO
Net weight :2.3 kg

Product description

A CAM switch is an electrical device mainly used to switch between AC and DC currents, especially for controlling motors. These switches are made of high-quality conductive and insulating materials, which are characterized by their size, good switching capability, etc.

Working principle

The working principle of the CAM switch is to turn the switch to each position to perform on-off operation in turn. This type of switch has rotational motion in multiple positions, so multiple circuit functions can be easily controlled.

In addition, several factors need to be considered when selecting this switch, such as the number of contacts, position, voltage, and its number of poles. In fact, the number of poles and touches simply determines how many functions the device can control.

Major advantages and disadvantages

The advantages of CAM switch include the following:

● Easy to operate and use.
● Low cost.
● Compact size
● No maintenance required
● For AC and DC based applications.
● High IP security.
● The switch can be connected to the panel] or inside the housing.
● Can work at high and low temperatures without derating.
● Shorter installation time.
● Long mechanical and electrical casting life.

The disadvantages of the CAM switch include the following:
● The switch can only be manually controlled, not remotely controlled.
● Cannot switch extremely high currents.
● Does not include any safety features from magnetic and thermal currents.
● A physical rotational force is required to activate.