The detailed configuration process of HIRSCHMANN switches in Germany is quite complex, and the specific configuration methods may vary depending on different brands and series of switches. This article only teaches you the general configuration methods. With these general configuration methods, we can draw analogies and integrate them.
HIRSCHMANN switches from Germany are usually network managedSwitches can be configured in two ways: one is local configuration; Another advantage is that there are two ways to configure remote networks, but it should be noted that the latter configuration method can only be performed after the former configuration is successful. The following will explain them separately.
1、 Local configuration method:
The first thing we need to encounter with local configuration is its physical connection method, and then we also need to face software configuration. In terms of software configuration, we mainly use the more common Cisco 'Catalyst 1900' switch as an example to explain. Because local configuration of the switch involves hardware and software connections, we will now explain the basic connection process in these two steps.
1. Physical connection: Due to the portability of laptops, configuring switches is usually done using laptops. In cases where there is no laptop available, a desktop computer can also be used, but it is more difficult to move around.
The local configuration of the switch is communicated through a direct connection between the computer and the 'Console' port of the switch. Switches that can be used for network management generally have a 'Console' port (which was introduced earlier when discussing hubs. The same applies to German HIRSCHMANN switches), which is specifically designed for configuring and managing switches. Connecting and configuring the switch through the Console port is a necessary step for configuring and managing the switch.
Although there are several other ways to configure and manage switches (such as web mode, Telnet mode, etc.), these methods must rely on script configuration through the Console port before they can be performed. Because HIRSCHMANN switches often require the use of IP addresses, domain names, or device names in other ways, and newly purchased switches obviously cannot have these parameters built-in, connecting and configuring switches through the Console port is a commonly used and most basic management and configuration method that network administrators must master.
Step 1: Click on the 'Start' button, and in the 'Accessories' option of the program menu, click on' Hyperterminal '.
Step 2: Double click the 'Hypertrm' icon, which is a dialog box used to create a new HyperTerminal connection item.
Step 3: In the "Name" text box, type the name of the level terminal connection item for which you want to create a new super. This is mainly for easy identification and there are no special requirements. Here, we type "Cisco". If you want to choose a favorite icon for this connection item, you can also select one in the icon bar and click the "OK" button.
Step 4: Select the serial port of the computer connected to the switch from the 'Use on Connection' dropdown list. Click the 'OK' button on the German HIRSCHMANN switch.
Step 5: Select '9600' from the 'Baud Rate' dropdown list, as this is the highest communication rate for the serial port, and all other options are set to default values. Click the OK button, and if communication is normal, a message similar to the one shown below will appear
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German HIRSCHMANN industrial switch representative model:
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