Installation method of HIRSCHMANN switch (Germany)

Brand

HIRSCHMANN/Germany

Application Areas

Environmental Protection, Food/Agricultural Products, Chemical Industry, Biotechnology, Petroleum

The detailed configuration process of German HIRSCHMANN switches is relatively complex, and the specific configuration methods vary depending on the brand and series of switches. This article teaches only general configuration methods. With these general methods, we can apply the knowledge to other situations and achieve a comprehensive understanding.

German HIRSCHMANN switches are typically managed.

Switches can be configured in two ways: local configuration and remote network configuration. However, it is important to note that the latter configuration method can only be performed after the former configuration is successful. These will be discussed separately below.

I. Local Configuration Method:

Local configuration first involves the physical connection method, and then we need to deal with the software configuration. For software configuration, we will mainly use the common Cisco 'Catalyst 1900' switch as an example. Because local configuration of a switch involves both hardware and software connections, we will explain the basic connection process in these two steps below.

1. Physical Connection: Due to the portability of laptops, configuring switches is usually done using a laptop. While a desktop computer can be used if a laptop is unavailable, it's more cumbersome to move.

Local configuration of a switch involves direct communication between the computer and the switch's 'Console' port. Manageable switches typically have a 'Console' port (as discussed earlier when introducing hubs; the same applies to HIRSCHMANN switches), specifically for switch configuration and management. Connecting to and configuring the switch via the Console port is a necessary step in configuring and managing a switch.

Although there are other ways to configure and manage switches (such as Web and Telnet), these methods require basic configuration via the Console port. Other methods for HIRSCHMANN switches often require IP addresses, domain names, or device names, and newly purchased switches obviously don't have these parameters built-in. Therefore, connecting to and configuring the switch via the Console port is the most common, basic, and essential management and configuration method that network administrators must master. Step 1: Click the 'Start' button, then in the 'Programs' menu, click 'Accessories', then click 'HyperTerminal'.

Step 2: Double-click the 'Hyperterminal' icon. This dialog box is used to create a new HyperTerminal connection item.

Step 3: In the 'Name' text box, type the name of the new HyperTerminal connection item. This is mainly for easy identification; there are no special requirements. Here, we type 'Cisco'. If you want to choose a different icon for this connection item, you can also select one from the icon bar, and then click the 'OK' button.

Step 4: In the 'Use when connecting' drop-down list box, select the serial port of the computer connected to the switch. (For example, a HIRSCHMANN switch) Click the 'OK' button.

Step 5: In the 'Baud Rate' drop-down list box, select '9600', as this is the maximum communication rate for the serial port. Leave all other options at their default values. Click the "OK" button. If communication is normal, a display similar to the one shown below will appear.

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Representative models of HIRSCHMANN industrial switches from Germany:

MS20-0800SAAEHC MS20-0800SAAPHC MS20-0800TAAEHC

MS20-0800TAAPHC MS20-0800EAAEHC MS20-0800EAAPHC MS20-0800SAHEHC MS20-0800SAHPHC

MS20-0800TAHEHC MS20-0800TAHPHC MS20-0800EAHEHC MS20-0800EAHPHC MS20-0800SABEHC

MS20-0800SABPHC MS20-0800TABEHC MS20-0800TABPHC MS20-0800EABEHC MS20-0800EABPHC

MS20-1600SAAEHC MS20-1600SAAPHC MS20-1600TAAEHC MS20-1600TAAPHC MS20-1600EAAEHC

MS20-1600EAAPHC MS20-1600SAHEHC MS20-1600SAHPHC MS20-1600TAHEHC MS20-1600TAHPHC

MS20-1600EAHEHC MS20-1600EAHPHC MS20-1600SABEHC MS20-1600SABPHC MS20-1600TABEHC

MS20-1600TABPHC MS20-1600EABEHC MS20-1600EABPHC MS30-0802SAAEHC MS30-0802SAAPHC

MS30-0802TAAEHC MS30-0802TAAPHC MS30-0802EAAEHC MS30-0802EAAPHC MS30-0802SAHEHC

MS30-0802SAHPHC MS30-0802TAHEHC MS30-0802TAHPHC MS30-0802EAHEHC MS30-0802EAHPHC

MS30-0802SABEHC MS30-0802SABPHC MS30-0802TABEHC MS30-0802TABPHC MS30-0802EABEHC