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Spec LSP 030779b

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LSP-1P-1 09.20.07
Control Equipment
Lighting Hub
Quantum
TM
Job Name:
Job Number:
Model Numbers:
Page 1 of 8
SPECIFICATION SUBMITTAL
Lighting Hub
TM
The Lighting Hub provides the ability to control Lutron
EcoSystem digital ballasts and ballast modules along with Sivoia
QED shade systems from one centralized location.
Features
- Designed to manage, monitor and control EcoSystem
lighting and Sivoia QED shades in a building or
whole campus.
- Supports both astronomic and time of day events to
automatically control the lights and shades in the system.
- Simple reconfiguration of a physical space without rewiring.
- Individually control, monitor and adjust any light or shade in
the space.
- Logs all user activity of the Q-Admin software.
- IntelliDemand load shed the power of any lighting group.
System Capabilities
- Up to 20 Lighting Hubs per Quantum System
- Supports up to 4 EcoSystem busses and 1 Sivoia QED link
per Lighting Hub
- Each Bus Supply can have a combination of 64
ballast and ballast modules.
- Each Bus Supply has two normally closed or normally
opened dry contacts to allow integration with a building
management system and security system.
- Each Bus Supply has one normally closed emergency
input.
- The Sivoia QED link supports a combination of 96 shades
and keypads.
10/100 Base-T (auto-detect) Ethernet Link
(Dedicated Lutron) LAN
- Uses Ethernet to communicate to all Quantum Lighting
Hubs from the Q-Manager
- Requires a dedicated (Lutron only) Ethernet network for
proper system operation.
- To auto-discover Lighting Hubs, multicast protocol should
be enabled. Lighting Hubs may also be manually entered if
multicast is disabled.
- Auto-discovery of Lighting Hubs, EcoSystem (bus supplies,
ballasts, ballast modules, controls and sensors) and Sivoia
QED (shades and keypads.)
TM
LSP-1P-2 09.20.07
Control Equipment
Lighting Hub
Quantum
TM
Job Name:
Job Number:
Model Numbers:
Page 2 of 8
Power
- Input voltage: 100-277 V~
Physical Design
- Enclosure: NEMA-Type 1, IP-20 protection; #16 U.S. Gauge Steel. Indoors only.
- Weight: 30 lbs (13.6 kg)
Mounting
- Surface mount only
Environment
- 32-104 °F (0-40 °C). Relative humidity less than 90% non-condensing.
Model Numbers
Model Number Feed Voltage
LSP-1P-2C
100-277 V~
LSP-1P-2C-1Q
100-277 V~
LSP-1P-4C 100-277 V~
LSP-1P-4C-1Q 100-277 V~
Specifications
SPECIFICATION SUBMITTAL
LSP-1P-3 09.20.07
Control Equipment
Lighting Hub
Quantum
TM
Job Name:
Job Number:
Model Numbers:
Page 3 of 8
SPECIFICATION SUBMITTAL
Dimensions
All dimensions in inches (mm).
Note:
Attention Contractor!
Please use provided knockouts
for input feed wiring conduit.
Drilling additional holes
in enclsosure could
damage the electronic
components inside.
Top View
Left Side View
Right Side
View
Front View
Bottom View
11.0 (279)
1.13 (29)
1.0 (25)
8.75 (222)
14.0
(356)
11.5
(292)
11.0 (279)
4.0
(102)
4.0 (102)
0.15
(4)
14.0
(356)
LSP-1P-4 09.20.07
Control Equipment
Lighting Hub
Quantum
TM
Job Name:
Job Number:
Model Numbers:
Page 4 of 8
SPECIFICATION SUBMITTAL
- For indoor use only.
- Consult dimensions page for panel size, conduit
knockouts, and mounting holes.
- Mount where ambient temperature is 32-104 °F (0-40 °C).
- Reinforce wall structure for weight and local codes as
necessary.
- Mount panel so line (mains) voltage wiring is at least 6 ft.
(1.8 m) from sound or electronic equipment and wiring.
- Mount within 7° of true vertical.
Surface Mounting
- Lutron recommends using 0.25 in. (6 mm)
mounting bolts.
- Leave 1.25 in. (32 mm) clearance on each side
of the panel or cover.
Mounting
Front View Side View
Feed Wiring
PELV
(Class 2: USA)
Wiring
PELV
(Class 2: USA)
Wiring
PELV
(Class 2: USA)
Wiring
PELV (Class 2: USA) Wiring
Ethernet Link
(to PC)
Hot (100-277 V )
Neutral
Ground
Not used
Prewired by
Lutron
Prewired by
Lutron
To Sivoia QED
communication
link
Feed wire size:
#14-10 AWG
(2.5 - 4.0 mm )
2
Ratings
Input rating: 20 A maximum, 100-277 V
, 50/60 Hz
Output rating: 33V
maximum, Class 2
Maximum input current: 0.85 A @ 120 V,
0.55 A @ 240 V,
0.50 A @ 277 V
Four twisted, shielded #18 AWG PELV (Class 2: USA) wires.
Lutron cable GRX-CBL-346S-500 may be used; the #18 AWG
wires must wire to +12 V and Common (terminals 1 and 2).
Max. 4,000 ft. (1220 m) total wire run distance for the Sivoia
QED system. Home run or daisy-chain wiring configuration.
Feed Wiring Overview - 100-277 V
LSP-1P-4C-1Q model number may be wired with 100-277 V~
LSP-1P-1 09.20.07
Control Equipment
Lighting Hub
Quantum
TM
Job Name:
Job Number:
Model Numbers:
Page 5 of 8
SPECIFICATION SUBMITTAL
E2
E1
1
2
3
4
5
6
7
8
DL2
DL1
up
E2
E1
LSP-1P-6 09.20.07
Control Equipment
Lighting Hub
Quantum
TM
Job Name:
Job Number:
Model Numbers:
Page 6 of 8
SPECIFICATION SUBMITTAL
Customer Wiring Overview -
Bus Supply in the Lighting Hub
Notes
- The Bus Supply does not have to be located at the
end of the EcoSysteml Bus
- E1 and E2 wires are not polarity sensitive.
- Hot, Neutral, and Ground wires are also connected
to each fixture. Some fixtures may have an
Emergency feed.
- If 18 VDC +/- 1 VDC is not present between E1 and
E2, check EcoSystem bus wiring. A short between
E1 and E2 will cause the Bus Supplyr to stop providing
voltage on the bus and will cauase the ERR indicator to
flash. Removing the short between E1
and E2 will allow the Bus Supply to operate properly.
- EcoSystem bus length is limited to the wire gauge used
for E1 and E2 as follows:
Wire Gauge Bus Length (max)
#12 AWG (2.5mm ) 2,200 ft (670 m)
#14 AWG (2.5mm ) 1,400 ft (427 m)
#16 AWG (1.5mm ) 900 ft (274 m)
- Use the wire size chart on the bottom left to
determine which wire size to use based on the length
of the EcoSystem bus.
- Wire the EcoSystem bus from E1 (terminal 1) and E2
(terminal 2) to all ballasts and ballast modules.
- Seperate low-voltage wiring from the mains wiring.
If wiring the EcoSystem bus as PELV (Class 2: USA),
maintain proper seperation from mains and NEC
Class 1 wiring.
- Turn on circuit breaker to energize. V~ PWR indicator
glows green when energized.
- The Bus Supply outputs 18 VDC +/- 1 VDC
(minimum) between E1 and E2. Use a voltage meter
to confirm this voltage between E1 and E2 terminals.
2
2
2
R
Line Voltage In -
pre-wired by Lutron
To Ballasts
Digital Ballast
Interface
Processor Link - pre-wired by Lutron
LSP-1P-7 09.20.07
Control Equipment
Lighting Hub
Quantum
TM
Job Name:
Job Number:
Model Numbers:
Page 7 of 8
SPECIFICATION SUBMITTAL
Option (OPT) Switches
Switches on the Bus Supply configure how EcoSystem responds to contact
closures. The table below describes the switches.
Switch default position is "ON".
OPT Switch Function
OPT
Description
Function
1
CCI-1
ON = Normally open
1
Input type
OFF = Normally closed
2
2
nepoyllamroN=NO2-ICC
1
Input type
OFF = Normally closed
2
3U
fused
4U fused
5 Emergency
ON = Emergency contact closure input disabled
disable
OFF = Emergency contact closure enabled
6
Programming
ON = Programming enabled via
EcoSystem Programmer
OFF
Programming disabled via EcoSystem
Programmer
7S
See below
8S
See below
Overrides
OPT 7
OPT 8
Function
)tluafed(noitarepOlamroNNONO
dnEhgiH:edirrevOFFONO
dnEwoL:edirrevONOFFO
:edirrevOFFOFFO
Off
1
Normally open: Occupied = closed
Unoccupied = open
2
Normally closed: Occupied = open
Unoccupied = closed
ON position (up)
OFF position (down)
OPT Switches
LSP-1P-8 09.20.07
Control Equipment
Lighting Hub
Quantum
TM
Job Name:
Job Number:
Model Numbers:
Page 8 of 8
SPECIFICATION SUBMITTAL
Contact Closure Input Wiring
(if used)
- Contact closures from a building automation system
may be wired directly to the Bus Supply.
- Contact closure inputs on the Bus Supply are
programmed to control ballasts and ballast modules
through the EcoSystem Programmer (PDA)
- Use the following instructions to wire external contact
closure outputs to the Bus Supply. Distance from the
contact closures to the Bus Supply is limited to 200 ft
(61 m). Wire may be #12 AWG to #22 AWG
(0.5 - 2.5 mm ).
DO NOT WIRE LIVE! Interrupt power via
circuit breaker before wiring and servicing.
V~ PWR indicator is off when power is off.
- Wire between the contact closure relay to CCI-1
(terminal 7) or CCI-2 (terminal 8) and COM (terminal
5) on the Bus Supply.
- Turn on the circuit breaker to energize the Bus
Supply. V~ PWR indicator on the Bus Supply glows
green when energized.
Contact closure inputs are PELV (Class 2:
USA) circuits and cannot be run with mains
wiring. Unless otherwise specified, the
voltage do not exceed 12-35 VDC. These
circuit comply with the requirments of NFPA
70, Natonal Electric Code (NEC ). Follow all
applicable national and/or local wiring
regulations.
Bus Supply Contact Closures
Each Bus Supply Contact Closure Input (CCI) may be
configured as normalyl open (NO) or normally closed
(NC) (see OPT Switch Chart on previous page). Inputs
may be dry contact closure or open collector (NPN) with
the following specifications:
- ON-State saturation voltage less than 20 VDC.
- OFF-State leakage current less than 10 A.
- Open circuut collector voltage 36 VDC maximum
- Short circuit current 10 mA maximum
R
C (COM) E (EMG) 1 (CCI-1) 2 (CCI-2)
Contact Closure Input Wiring
Terminal Unit Label Function
C COM Common
E CCI-EMG Emergency
1 CCI-1 Contact Closure 1
2 CCI-2 Contact Closure 2
1 CCI-1 Contact Closure 1
2 CCI-2 Contact Closure 2
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Spec LSP 030779b

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Completed 8 May 2020

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