CDM-9

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CDM-9 Application Field and Working Principle

When working with high voltage, you need the required protection from the electric shock and to ensure the safety of the environment. One of the most effective tools for application in these fields is called the terminal block. This type of device is designed to provide a safe way of connecting and controlling the high voltage electrical circuits by using a barrier block to protect your equipment from electricity.

The CDM-9 terminal block is a type of barrier block used to shield your equipment from the dangers of high voltage electrical current. The block works by creating a physical barrier between the two points in a circuit, separating the high voltage circuit from the component to which it is being connected. This barrier block will prevent any current flow and thus eliminates the risk of electric shock.

The CDM-9 terminal block was designed to be able to work with a range of voltage levels. It is designed to be able to handle up to 630V and can reach up to 25A in continuous current. The device has two connecting points, one providing the power distribution and the other receiving it. It also has a self-closing feature, which trips when the current rate is too high.

The terminal block comes with a single contact point and has a top entry and a side entry version. It also features a wide range of design configurations to suit different circuit needs, including horizontal and vertical terminal blocks, the latter only available in side entry configuration. The general shape and size of the terminal block is usually determined by the specific application the device is being used for. For example, the board and panel mounted versions are usually larger in size and are usually made of a hard material such as plastic or metal, while the mobile versions are much smaller and lighter.

TheCDM-9 terminal block uses a combination of electrical and mechanical components to make the circuit connection. The electrical component of the terminals consists of a conductive plate that is split into two halves. The plate is coated with an insulating material, which helps to reduce the risk of electric shorts by controlling the current flow between the two points. The mechanical component of the terminal block is a barrier that is used to protect the components surrounding the electric circuit connection from high voltage shocks.

The use of the CDM-9 terminal block is an effective way to provide a safe and secure connection. By putting a barrier between the voltage circuit and the components connected to it, the risk of electrical shocks is significantly reduced. This makes the device a popular choice for working with high voltage applications.

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