Cc-16, Rs-232, And Esplink Connections; Connector; Rs-232 Connector; Esplink Connector - Bose ControlSpace ESP-880 Installationsanleitung

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6. CC-16, RS-232, and ESPLink connections

CC-16 Connector
The CC-16 connector is an RS-485 network connection for use with Bose CC-16
zone controllers. Using the supplied Phoenix Contact
up to 15 CC-16 zone controllers can be networked to control the ESP processor
or any device on the Bose
supply is required. Note that in addition to wiring the A and B terminals, it is highly
recommended to connect the ground terminal from the ESP processor to each
CC-16 zone controller. The maximum distance from ESP processor to any CC-16
is 2000 feet (610 m).

RS-232 Connector

The RS-232 connector provides a DB-9 male connector (type DTE) for communi-
cation between the ESP processor and other serial-controlled devices including
third-party control systems.

ESPLink Connector

The ESPLink connector provides a low-latency method for transporting up to
8 channels of uncompressed audio to PowerMatch
standard optical (TOSLINK™) cables.

Using ESPLink to distribute audio to PowerMatch

A fixed-I/O ESP processor can serve as a centralized input
routing/mixing point for simplified audio distribution to one or more
ESPLink-equipped PowerMatch amplifiers when installed in the same rack.
English
Downloaded from www.Manualslib.com
ControlSpace control network. An external power
® ®
The default serial port settings are 115,200 baud, 8-bits
length, 1 stop bit, no parity, and no flow control. If required
these settings can be changed using ControlSpace
Designer software.
™
The document ControlSpace
(downloadable from pro.Bose.com) outlines all supported
command strings and functions available to control/query
Bose ESP processors and PowerMatch
®
manuals search engine
3-pin labeled connector,
®
®
Serial Control Protocol
®
power amplifiers.
®
amplifiers. For use with

amplifiers

®
Figure 10. ESPLink audio distribution connections
Installation Guide
Figure 7. CC-16 connector location
Figure 8. RS-232 connector location
Figure 9. ESPLink connector location
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