Crestron GREEN LIGHT Power Switching Manuel utilisateur
CRESTRON GREEN LIGHT™ Power Switching
Introduction
CRESTRON GREEN LIGHT power switching cabinets come pre-configured with GLXP modules already installed.
The cabinets only require installation and wiring of feed and load circuits.
Industry Compliance
The cabinet and modules are Listed to applicable UL Standards and requirements by Underwriters Laboratories Inc.
(E227280 (cabinet) and E103692 (modules))
Application
The following diagram shows CRESTRON GREEN LIGHT cabinets in a lighting application that is controlled by
an IPAC system.
CRESTRON GREEN LIGHT Power Switching Cabinets in a Typical Lighting Application
Crestron Electronics, Inc. Installation Guide – DOC. 6672B
15 Volvo Drive Rockleigh, NJ 07647 (2020570)
Tel: 888.CRESTRON 10.08
Fax: 201.767.7576 Specifications subject to
www.crestron.com change without notice.
Power Switching CRESTRON GREEN LIGHT™
Physical Description
This section shows the exterior and interior dimensions of the CRESTRON GREEN LIGHT cabinet.
External Dimensions of CRESTRON GREEN LIGHT Power Switching Cabinets
KNOCKOUT
(FOR 34" (19 MM) CONDUIT)
TYPICAL BOTH SIDES
TECHNICAL KNOCKOUTS, 50 TOTAL
(FOR 34" (19 mm) &12" (13 mm) CONDUIT)
TYPICAL TOP & BOTTOM
6 58"
(169 mm)
H1
H3
H2
20"
(508 mm)
OPTIONAL DOOR
Ø 516"
(8 mm)
2 12"
(64 mm) 15"
(381 mm)
Ø 58"
(16 mm)
Ø 716"
(12 mm)
External Dimensions of CRESTRON GREEN LIGHT Power Switching Cabinets
DIMENSION 12 Breaker 30 Breaker 42 Breaker 42 Breaker (Short)
H1 37 1/2” 953 mm) 70” (1.8 m) 90” (2.3 m) 78 15/16” (2 m)
H2 3” (77 mm) 3 5/8” (93 mm) 3 5/8” (93 mm) 3 5/8” (93 mm)
H3 32 7/8” (836 mm) 59 3/8“ (1.5 m) 79 3/8” (2.0 m) 66" (1.7 m)
2 •CRESTRON GREEN LIGHT Power Switching Installation Guide – DOC. 6672B
CRESTRON GREEN LIGHT™ Power Switching
Interior Dimensions of CRESTRON GREEN LIGHT Cabinets (120/208 VAC, left; 277/480 VAC, right)
H1 H1
1 78"
(48 mm)
818"
(207 mm)
1 78"
(48 mm)
614"
(159 mm)
2"
(51 mm) 2"
(51 mm)
8"
(204 mm)
3 78"
(99 mm)
Interior Dimensions of CRESTRON GREEN LIGHT Cabinets
120 Service 277 Service
DIMENSION 12 Breaker 30 Breaker 42 Breaker 12 Breaker 30 Breaker 42 Breaker
H1 8 3/4”
(223 mm) 15 1/8”
(385 mm) 18 1/8”
(461 mm) 7 1/16”
(180 mm) 12 1/16”
(310 mm) 15 1/16”
(383 mm)
Installation Guide – DOC. 6672B CRESTRON GREEN LIGHT Power Switching •3
Power Switching CRESTRON GREEN LIGHT™
Installation
Observe the following when installing the cabinet:
•The cabinet must be mounted by a licensed electrician in accordance with all national and local codes.
Refer to the diagram below for specific requirements.
•The cabinet is designed for surface mounting on a wall.
•Cabinets are intended for indoor use only.
•The ambient temperature range should be 32°F to 104°F (0°C to 40°C). The relative humidity should range
from 10% to 90% (non-condensing). Allow adequate clearance in front of the cover for servicing.
Mounting Location
MAXIMUM HEIGHT OF
HIGHEST BREAKER
(FROM GROUND)
3'
(0.9 m)
6'-7"
(2.01 m)
MINIMUM REQUIRED
CLEARANCE
WALL
4 •CRESTRON GREEN LIGHT Power Switching Installation Guide – DOC. 6672B
CRESTRON GREEN LIGHT™ Power Switching
Wiring
NOTE: All wiring must be installed in accordance with all local and national electrical codes.
NOTE: Refer to the torque settings specified on pages 6, 7 and 8.
CRESTRON GREEN LIGHT cabinets are shipped with GLXP modules installed and prewired to the branch circuit
breakers. The following must be performed after installation:
•Connect incoming feed conductors to the breaker panel (section Aof the following diagram)
•Connect load wiring to GLXP module outputs (section Bof the following diagram)
•Connect control wiring (section Cof the following diagram)
CLASS 2
WIRING ONLY
CLASS 2
WIRING ONLY
A
B
C
FEED:
3-PHASE 4-WIRE TO LOADS:
2W + GND 16A (MAX)
Installation Guide – DOC. 6672B CRESTRON GREEN LIGHT Power Switching •5
Power Switching CRESTRON GREEN LIGHT™
Feed Wiring (Section A)
Feed Wiring for MLO (left) and MCB (right) Applications
Refer to the following table for information on wiring the feed to the panel.
Feed Wire Information
120 Volt Models 277 Volt Models
TERMINAL CONNECTOR MAX
WIRE RANGE TORQUE Max
Current CONNECTOR MAX
WIRE RANGE TORQUE Max
Current
Neutral and
Main Lugs 10-2/0 AWG (CU) or
6-2/0 AWG (AL)
6 - 300 kcmil (CU or AL)
15 lb-ft
(20.3 Nm)
21 lb-ft
(28.5 Nm)
6-350 kcmil (CU or AL)
1/0-750 kcmil (CU or AL) 275-300 lb-in
(31.1-33.9 Nm)
Neutral Bus 14-10 AWG(CU) or
12-10 AWG (AL)
8 AWG (CU or AL)
6-4 AWG (CU or AL)
20 lb-in
(2.3 Nm)
25 lb-in
(2.8 Nm)
35 lb-in
(4.0 Nm)
225
Amps 14-6 AWG (CU or AL)
14-2/0 AWG (CU or AL)
24-35 lb-in
(2.7-4.0 Nm)
40-50 lb-in
(4.5-5.6 Nm)
250
Amps
Use copper or aluminum conductors only – rated 75°C.
WARNING: Failure to properly tighten lugs may result in poor electrical connection and overheating of the terminals.
6 •CRESTRON GREEN LIGHT Power Switching Installation Guide – DOC. 6672B
CRESTRON GREEN LIGHT™ Power Switching
Load Wiring (Section B)
CAUTION: Bypass jumpers are provided on each output to allow testing and to protect the module during
installation. The jumper shorts the Land SW terminals so that the load circuit is energized when the branch breaker
is on. Do not remove the bypass jumper until all feed and load wiring has been completed, and the circuits have been
tested for electrical faults.
NOTE: Use copper conductors only – rated 75°C.
Wire Gauge and Torque Values
TERMINAL CONNECTOR MAX WIRE RANGE TORQUE STRIP LENGTH
LOAD OUTPUTS 14-10 AWG 4.43 lb-in
(0.5 Nm) 5/16”
(8 mm)
DIM CONTROL
(GLXP-DIMFLV8 only) 28-12 AWG 4.43 lb-in
(0.5 Nm) 5/16”
(8 mm)
GROUND BAR 14-10 AWG 35 lb-in
(4.0 Nm) 5/16”
(8 mm)
GROUND LUG 14-4 AWG 45-25 lb-in
(5.1-2.8 Nm) 3/4"
(19 mm)
1. Each output has a label with the number of the controlling circuit breaker printed on it. With the
corresponding circuit breaker turned off, connect the controlled circuit (LOAD) wires to the output per the
markings on the module as shown in the following diagrams. Terminals for load wiring accept one 10 – 14
AWG wire.
Load Wiring for GLXP-SW10, GLXP-SW16, GLXP-HSW8, GLXP-HSW12, and GLXP-DIMFLV8 (Jumper Installed)
1.2000
L
CIRCUIT BREAKER (20A MAX)
NEUTRAL
BUS TO LOADS
1
2
N
L
TO NEUTRAL BUS (PREWIRED)*
TO BRANCH BREAKER (PREWIRED)
TO LOAD
JUMPER (PREWIRED)
3
4
* A NEUTRAL connection is only present on OUTPUT 1.
Installation Guide – DOC. 6672B CRESTRON GREEN LIGHT Power Switching •7
Power Switching CRESTRON GREEN LIGHT™
The GLXP-DIMFLV8 also requires wiring the terminals for 0-10 VDC control wire. Refer to the following
diagram when connecting the dimmable ballast. Each control wire terminal accepts one 12 – 28 AWG wire.
0-10 VDC Control Wiring for GLXP-DIMFLV8 Only
TO + ON 4-WIRE LOADS (PURPLE)
TO - ON 4-WIRE LOADS (GRAY)
2. Test the circuit for electrical faults by turning on each circuit breaker, checking that the breakers do not
trip, and that power is delivered to the proper loads.
3. Turn off the circuit breaker(s) and remove all jumpers.
4. Turn on the circuit breakers.
Control Wiring (Section C)
The bottom of the cabinet contains Cresnet®connections for interfacing to the rest of the Crestron®control system.
It also provides an override input which can be tied to devices such as the GLS-PLS-120/277 phase-loss sensor, or
other devices that provide a dry contact closure (manual switch, fire alarm relay, etc.).
NOTE: Interface connectors for NET (x2), POWER (x1), and OVERRIDE (x1) ports are provided.
Wire Gauge and Torque Values
TERMINAL CONNECTOR MAX
WIRE RANGE TORQUE STRIP
LENGTH
NET 12 AWG 4.43 lb-in
(0.5 Nm) 1/4”
(6 mm)
POWER 26-12 AWG 4.43 lb-in
(0.5 Nm) 1/4”
(6 mm)
OVERRIDE 26-12 AWG 4.43 lb-in
(0.5 Nm) 1/4”
(6 mm)
8 •CRESTRON GREEN LIGHT Power Switching Installation Guide – DOC. 6672B
CRESTRON GREEN LIGHT™ Power Switching
Connector Wiring
RED
WHITE
BLUE
BLACK
NET:
TO CONTROL SYSTEM AND
OTHER CRESNET DEVICES
POWER:
24 VDC JUMPERED FROM NET
PORT or EXTERNAL SUPPLY.
PROVIDES CRESNET POWER
TO THE MODULES
OVERRIDE:
FROM DEVICE PROVIDING
CONTACT CLOSURE & TO
OTHER DEVICES RECEIVING
OVERRIDE SIGNAL
NET Port Wiring
When wiring the supplied NET connectors for connection to a Crestron control system or other device on the
Cresnet network, use Crestron certified wire such as CRESNET-NP or CRESNET-P.
To ensure optimum performance over the full range of your installation topology, use Crestron certified wire.
Failure to do so may incur additional charges if support is required to identify performance deficiencies because
of using improper wire.
When daisy-chaining connections between NET ports, strip the ends of the wires carefully to avoid nicking the
conductors. Twist together the ends of the wires that share a pin on the network connector, insert the connection
into the Cresnet connector, and tighten the retaining screw. Repeat the procedure for the other three conductors.
POWER Port Wiring
Low voltage (24 VDC) power must be supplied to the modules either internally via devices connected to the
NET port or externally via a Cresnet power supply connected to the POWER port.
To power the modules internally from line power, install a jumper from the INT pin on the supplied POWER
connector to the EXT pin on the POWER connector as shown in the following diagram.
Providing Cresnet Power Internally
When a lighting module is powered from line power, the module’s PWR LED will illuminate.
Installation Guide – DOC. 6672B CRESTRON GREEN LIGHT Power Switching •9
Power Switching CRESTRON GREEN LIGHT™
To power the modules externally from a Cresnet 24 VDC power supply, connect the external power supply to
the EXT and Gpins on the POWER supplied connector as shown in the following diagram.
Providing Cresnet Power Externally
CRESTRON 24 VDC
POWER SUPPLY
G 24
When properly connected and receiving 24 VDC power externally, the green LED next to the MODULES port
will light.
When a lighting module is powered from a Cresnet power supply in the absence of line power, the module’s
PWR LED will flash.
OVERRIDE Port Wiring
Low-voltage input devices such as the Crestron GLS-PLS-120/277 phase-loss sensor or any device that
provides a dry contact closure can be connected to the supplied OVERRIDE connector on the bottom of the
cabinet.
10 •CRESTRON GREEN LIGHT Power Switching Installation Guide – DOC. 6672B
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