User manual ELECTRO-VOICE 6100

[. . . ] A polarized plug has two blades with one wider than the other. A grounding type plug has two blades and a third grounding prong. The wide blade or the third prong are provided for your safety. If the provided plug does not fit into your outlet, consult an electrician for replacement of the obsolete outlet. [. . . ] The two lower buttons can be used as Up/Down buttons. Status-LEDs for the function keys (3) Label field Freely configurable function keys Up/Down buttons LED-chain indicates a parameter's value that has been changed using the Up/Down buttons (4) Connector for the 6100-C or input socket (IN) for connecting the 6100-4 to the previous front unit in the chain Output socket (OUT) for connecting the 6100-4 to the next front unit in the chain Mechanical lock for the 6100-C plus cover Freely configurable function keys Label field Status-LEDs for the function keys (1) Connector for the 6100-C or input socket (IN) for connecting the 6100-6 to the previous front unit in the chain Output socket (OUT) for connecting the 6100-6 to the next front unit in the chain Mechanical lock for the 6100-C plus cover The front units 6100-4 or 6100-6 are connected with two screws to the CAN-Bus coupler 6100-C (see page 11). All front units of a programmable wall station have to be connected in series. Front units are daisy chained by connecting the output socket (OUT) of a front unit to the input socket (IN) of the next unit in the chain. Only the supplied connection cables should be used for proper operation. The following illustration shows the connection of two front units of a programmable wall station. 1: Connecting two front units of a programmable wall station Other than connections, no physical configuration of the front units is required, as the assignment of functions and other configurations are performed in IRIS-NetTM. Adjacent front units have to be installed and connected in the following order: from left to right and from top to bottom. When shipped, 6100 panels have not been configured yet. The following illustration provides an overview of the entire procedure of installing and configuring a 6100 for the first time. Please also refer to the descriptions of other connected devices in the corresponding chapters as well as the IRIS-NetTM on-line help feature. A dark shaded field in the table marks the default setting when shipped. 3: CAN-Bus Termination The following illustration provides an example of a NetMax-Systems, with Remote Power Amps and programmable wall station being connected via CAN-Bus. Both ends of the CAN-Bus are terminated using terminators. CAUTION: To prevent network faults, each CAN address may exist once only throughout a system. conflicts on the network would be the result. Every programmable wall station has to have a unique CAN address to be identified on the CAN-Bus. NOTES: Various programmable wall stations of a system can be easily configured when their CAN addresses are in consecutive order. A programmable wall station is disconnected from the CAN-Bus when its CAN address has been set to 0. If the setting of the DIP-switch is changed, the CAN status LED lights up for 3 seconds. The new setting becomes effective when the CAN status LED is dimmed. The entries in following table are arranged after falling priority, i. [. . . ] in total , up to 100 devices can be connected to one CAN bus. The CAN bus has to be terminated with a 120 terminating resistor at both ends. If the termination is missing or an improper resistor value is used, network errors can occur as a signal is reflected on the bus at both bus ends. Because of the superposition of the reflection with the original signal, the original signal is blurred. [. . . ]