
The specific patents that cover Crestron products are listed at patents.crestron.com.
Crestron, the Crestron logo, and Cresnet are either trademarks or registered trademarks of Crestron
Electronics, Inc. in the United States and/or other countries. Other trademarks, registered trademarks,
and trade names may be used in this document to refer to either the entities claiming the marks and
names or their products. Crestron disclaims any proprietary interest in the marks and names of others.
Crestron is not responsible for errors in typography or photography.
This document was written by the Technical Publications department at Crestron.
©2013 Crestron Electronics, Inc.
WIRING CSC-ACCN
Refer to the following illustration for a typical wiring diagram where 120 Vac powers a roller
shade. The roller shade is connected to the CSC-ACCN via RJ-11 cabling. The
CSC-ACCN receives power from Cresnet.
Typical Wiring Diagram for CSC-ACCN
WIRING CSC-ACEX
Refer to the following illustration for a typical wiring diagram where 120 Vac powers a roller
shade. The roller shade is connected to the CSC-ACEX via RJ-11 cabling. The CSC-ACEX
receives power through the RJ-11 cable.
Typical Wiring Diagram for CSC-ACEX
WIRING CSC-DCCN
Refer to the following illustrations for a typical wiring diagram where a CSA-PWS225,
CSA-PWS450, CSA-PWS300, or CSA-PWS600 (all sold separately) supplies Cresnet and
power to the CSC-DCCN. The device can also be powered by a CSA-PWS40 as long as
the 24 and Gterminal on the NET port are not connected. The CSC-DCCN can also be
powered with a CSA-PWS40 power pack (sold separately). Power can be applied to either
the G24 port or NET port. Data is connected to the NET port.
The CSC-DCCN provides power and control to the roller shade.
CAUTION: If the cable needs to be shortened, special care should be taken to ensure
that the cable is properly wired. Follow the color patterns shown in the wiring diagram
below to ensure proper wiring. Improper wiring causes permanent damage to the
connected device and voids the device's warranty.
Typical Wiring Diagram for CSC-DCCN
WIRING CSC-DCEX
Refer to the following illustration for a typical wiring diagram where a CSA-PWS225 or
CSA-PWS450 (both sold separately) supplies power to the CSC-DCEX. The device can
also be powered by a CSA-PWS40, CSA-PWS300, or CSA-PWS600. The CSC-DCEX
provides power and control to the roller shade. Power can be applied to either the front or
back G 24 port.
CAUTION: If the cable needs to be shortened, special care should be taken to ensure
that the cable is properly wired. Follow the color patterns shown in the wiring diagram
below to ensure proper wiring. Improper wiring causes permanent damage to the
connected device and voids the device's warranty.
Typical Wiring Diagram for CSC-DCEX
RJ-11
120 Vac
Roller Shade
NET Port on Rear
of CSC-ACCN
RJ-11
120 Vac
Roller Shade
G 24 + G -
UP
DN
SET
SET
NET
PWR
G 24
Pigtail Wires
(Included
with Motor)
Blue
Red
Black
Gray
White
Power Connection from
CSA-PWS225, CSA-PWS450,
CSA-PWS40, CSA-PWS300, or
CSA-PWS600
Roller Shade
G 24 + G -
UP
DN
SET
SET
NET
PWR
G 24
Blue
Red
Black
Gray
White
Pigtail Wires
(Included
with Motor)
NET Port on Rear of CSC-DCCN
Cresnet and Power Connection
from CSA-PWS225,
CSA-PWS450, CSA-PWS300 or
CSA-PWS600
Roller Shade
G 24 + G -
UP
DN
SET
SET
NET
PWR
G 24
Blue
Red
Black
Gray
White
Pigtail Wires
(Included
with Motor)
NET Port on Rear of CSC-DCCN
(Do Not Connect 24 and G)
CSA-PWS40 Cresnet
Roller Shade
Typical Wiring Diagram for CSC-DCCN