Lutron Electronics EcoSystem, EcoSystem T8 Digital Ballast, EcoSystem Ballast Module Fixture-mounted BMF, EcoSystem T5 Digital Ballast Technical Manual

EcoSystem™technical guide
EcoSystem
Lutron’s first principle is to take care of our customer.
Lutron has been dedicated to producing innovative light control solutions for commercial buildings of every type and style since 1961. A dedication matched only by our commitment to quality, performance, value and service for our customers.
World-class quality
Lutron quality is fueled by a relentless pursuit of the highest standards. Constant improvement activities include an integrated quality system, strict engineering guidelines, and world-class quality and manufacturing processes.
Comprehensive light control solutions for daylight and electric light
Lutron is your comprehensive resource for light control solutions for any commercial or institutional application.
Architectural dimming systems
Daylight harvesting
Low-voltage switching systems
Floor plan based control software
Light management systems
Integrated light automation systems
Factory service plans
Please contact us for information on Lutron’s residential light control products.
Worldwide sales and service
The Lutron team is here to support you whenever you need us.
Technical Support: 24 Hours/7 Days
1.800.523.9466
Customer Service: 8am-8pm ET
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Internet Support: www.lutron.com/ecosystem
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The EcoSystem solution is designed to fulfill the needs of light control in the 21st century. Specifically, EcoSystem revolutionizes energy savings, flexibility, and maintenance in a way that changes the workplace.
Designed for open office spaces and K-12/university classrooms, EcoSystem easily integrates environment sensors, such as daylight and occupancy sensors, with personal controls, such as wallstations and infrared remotes. With up to 50% of energy use in offices (60% of energy use in schools) going to lighting, the combined effect of multiple environment sensors and personal controls operating together brings unparalleled energy savings to spaces that previously had none.
Beyond the energy savings, EcoSystem creates a more flexible workspace. Composed of digital ballasts that have individual addresses and communicate via control wires, EcoSystem ballasts can be programmed, instead of wired, to work individually or as a group. This eliminates the need for an area to be rewired when changes take place, creating flexibility in a space that adjusts to the shifting needs of a company.
Finally, EcoSystem reduces lighting system maintenance. All of the environment sensors and personal controls connect directly to any ballast, removing interfaces, power packs, and control devices that on other systems require more parts, programming and maintenance.
Annual electricity use in office buildings
1
44% Lighting
24% Office Equipment
8% Ventilation
14% Space Cooling
3% Space Heating 8% Other
1 Source: Energy Information Administration Office, Energy
Statistics from the U.S. Government, Commercial Buildings Energy Consumption Survey.
02|Lutron
www.lutron.com/ecosystem Lutron World Headquarters: 1.610.282.3800
Lutron®
|
why EcoSystem™?
EcoSystem™Technical Guide
02 Why EcoSystem? 04 How to Design a System
Components
06 Ballasts/BMFs 08 Daylight Sensors 10 Occupancy Sensors 12 IR Receiver and Remote 14 Wallstations 15 Programmer 16 Bus Supply
System Information
18 Wiring Overview 20 Design Examples
24-29 Technical Information
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Lutron®
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table of contents
Here are the 4 steps to designing an EcoSystem:
Step Ballast Selection
A Determine number of fixtures that will be connected to EcoSystem.
Note: Do not consider control zones, since they will be programmed rather than wired.
B Classify the type of ballast in each fixture.
Note: Use a Ballast Module Fixture-mounted (BMF) in conjunction with a ballast for dimming down to 1% or for lamp types where EcoSystem is not yet available. A BMF connected to any Eco-10
or Hi-lume®ballast gives full EcoSystem functionality to that ballast.
Step Sensor/Receiver Selection
Determine what sensors should be connected to EcoSystem. Note: EcoSystem ballasts are compatible only with EcoSystem daylight sensors.
1
2
EcoSystem T8 Digital Ballast
pg. 06
EcoSystem Ballast Module Fixture-mounted (BMF)
pg. 07
20VDC Occupancy Sensor
pg. 10
EcoSystem Daylight Sensor with IR Receiver
pg. 08
EcoSystem IR Receiver
pg. 12
EcoSystem T5 Digital Ballast
pg. 06
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EcoSystem
|
how to design a system
Step Control Selection
Determine what controls should be connected to EcoSystem.
Step Support Components
A Include 1 EcoSystem programmer for EcoSystem programming B Include 1 bus supply for each room or area, up to a maximum of 64 ballasts
3
4
EcoSystem™ IR Receiver and Remote for Personal Control
pg. 12
EcoSystem 1-Button Wallstation with Raise/Lower and IR Receiver
pg. 14
EcoSystem 4-Button Wallstation with Raise/Lower and IR Receiver
pg. 14
EcoSystem Programmer
pg. 15
EcoSystem Bus Supply
pg. 16
Ballasts BMF Daylight
Sensors
Occupancy
Sensors
IR Receiver
and Remote
Bus Supply
1 2
3
4
2
1
Wallstations
3
Programmer
4
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EcoSystem T8 Digital Ballast
EC 5 T832 J (120, 277) (1, 2)
T8 Linear & U-Bent 32W, 120 or 277V, 4' Lamp
EC 5 T832 G 277 (2, 3)
T8 Linear & U-Bent 32W, 277V, 4' Lamp
EcoSystem T5 Digital Ballast
EC 5 T514 J (120, 277) (1, 2) T5HE Linear 14W, 120 or 277V EC 5 T521 J (120, 277) (1, 2) T5HE Linear 21W, 120 or 277V EC 5 T528 J (120, 277) (1, 2) T5HE Linear 28W, 120 or 277V
EcoSystem T8 and T5 Digital Ballast
Smooth and continuous dimming from 100% to 10%
Provides power for and responds to one occupancy sensor, one daylight sensor, and one personal control input (infrared receiver or wallstation)
Communicates status and sensor inputs over the EcoSystem bus
Lamp current crest factor: Less than 1.7
Light output variation: Constant +/- 2% light output for line voltage variations of +/- 10%
Lamp life: Average lamp life meets or exceeds lamp manufacturer ratings
Total Harmonic Distortion (THD): model numbers with “J” have less than 10% THD; model numbers with
G” have less than 20% THD
Maximum inrush current: 3 Amps per ballast at 277V
Ambient temperature operating range: 50 – 140ºF (10 – 60ºC)
Terminal blocks on the ballast accept the following wire gauges:
- EcoSystem bus: #16 – #18 AWG (1.29 – 1.02mm) solid
- Power wiring: #16 – #18 AWG (1.29 – 1.02mm) solid
- Class 2 sensor wires: #22 AWG (0.635mm) solid
Class P thermally protected
Meets ANSI C82.11 high frequency ballast standard
Meets FCC Part 18 non-consumer requirements for EMI/RFI emissions
Meets ANSI C62.41 category A surge protection standards up to and including 4kV
Mounts using two screws inside a fluorescent fixture
Step Ballast Selection
1
J Ballast Dimensions
L: 18.00" (457mm) W: 1.18" (30mm) H: 1.00" (25mm) Mounting center: 17.70" (450mm)
G Ballast Dimensions
L: 9.50" (241mm) W: 2.38" (60mm) H: 1.00" (25mm) Mounting center: 8.9" (226mm)
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EcoSystem
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ballasts
EcoSystem Ballast Module Fixture-mounted (BMF)
C5-BMF-2A
Allows integration of any Lutron Eco-10™or Hi-lume
®
phase-control ballast into the EcoSystem bus
Provides power for and responds to one occupancy sensor, one daylight sensor, and one personal control input (infrared receiver or wallstation)
Universal voltage input: 120/240/277 V ~ 50/60 Hz
Dimming range: 100% to minimum ballast level (10% for Eco-10, 1% for Hi-lume) relative light output
Ambient temperature operating range: 50 – 140ºF (10 – 60ºC)
Terminal blocks on the BMF accept the following wire gauges:
- EcoSystem bus: #16 – #18 AWG (1.29 – 1.02mm) solid
- Power wiring: #16 – #18 AWG (1.29 – 1.02mm) solid
- Class 2 sensor wires: #22 AWG (0.635mm) solid
Mounts using two screws either inside a fluorescent fixture or in a rated electrical enclosure
If mounting outside a fluorescent fixture, can be up to 50' from ballast
Can be used with a Lutron dimming ballast to dim one control zone of up to 2 Amps
BMF does not contain a 3-wire input
Capable of mechanical off through internal air-gap switch
Step Ballast Selection
120V or 277V
Ballast Module
(C5-BMF-2A)
Implementing an EcoSystem BMF
The BMF has input terminals that accept EcoSystem low-voltage sensors, controls and the bus communication wires. It controls any Lutron Eco-10 or Hi-lume dimming ballast.
One-Line Diagram
1
Distribution Panel
EcoSystem Bus Supply (CS-1L-WM)
BMF (C5-BMF-2A)
Any Eco-10 or Hi-lume Ballast
BMF (C5-BMF-2A)
Dimensions
L: 9.30" (236mm) W: 1.18" (30mm) H: 1.00" (25mm) Mounting center: 8.90" (226mm)
Any Eco-10 or Hi-lume Ballast
To other Ballasts or BMFs
Daylight
Sensors
Occupancy
Sensors
IR Receiver
and Remote
Bus Supply
2
3
4
2
Wallstations Programmer
3 4
Ballasts BMF
1
1
To other Ballasts or BMFs
120V or 277V
EcoSystem Bus Communication Wires
3 #16 Power Wires (Hot, Dimmed Hot, Neutral)
120V or 277V
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EcoSystem
|
ballasts
EcoSystem Daylight Sensor with IR Receiver
C-SR-M1-WH
Automatically dim the lights when the available daylight is high and brighten the lights when the available daylight is low in order to maintain a specific light level in the space
Integrated IR receiver for EcoSystem programming
1 daylight sensor can control multiple fixtures or groups of fixtures differently
Up to 8 daylight sensors can exist on a single EcoSystem bus
Total wire length to ballast (or BMF) must not exceed 100' (30m)
Designed for Class 2 operation only
Operating voltage: Low-voltage Class 2, 20VDC
Analog signal: 0 – 20VDC
Daylight (photo) sensors from other manufacturers are not compatible with EcoSystem
Step Sensor Selection
Daylighting
Design Statement: Use 1 daylight sensor for each zone of fenestration.* If the zone extends more than 30' (9.14m), include a daylight sensor for every 30' (9.14m) segment. Wiring a daylight sensor to one ballast allows
control of multiple ballasts on a bus.
2
Dimensions
H: 0.69" (17mm) D: 1.18" (30mm) Stem Length: 1.25" (32mm)
H
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* Fenestration: Any opening in a building’s envelope including windows, doors and skylights.
EcoSystem
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daylight sensors
Step Sensor Selection
Wiring the Daylight Sensor
Wire color designations of the daylight sensor: Red = 20VDC Black = Common White = IR Signal Yellow = Daylight Sensor Signal
Make sure that the supply breaker to the digital ballast is OFF when wiring
Connect the four conductors to the four digital ballast terminals as shown
Note: The digital ballast accepts only
one IR input. Use of the IR input for the daylight sensor precludes the use of an infrared receiver with the same digital ballast.
Pendant Fixture
Ceiling Tile or Fixture
2
Daylight Sensor with IR Receiver
Arrow points toward the area viewed by the sensor
Bottom of sensor
1-2 H
H
3' (0.9m)
H = Effective Window Height
Ballast Terminals
Pendant Fixture Ceiling Tile or Fixture
Red Black White
Yellow
White Orange Black
E1 E2
+20V +20V +20V Common Common Common IR Occ Daylight
Mounting the Daylight Sensor
Determine the proper location of the daylight sensor using the adjacent diagrams.
The arrow on the daylight sensor points toward the area viewed by the sensor
Place the daylight sensor so its viewing area is centered upon the nearest window at a distance of between 1-2 H from the window
The effective window height, H, starts 3' (0.91m) up from the floor or at the window sill, whichever is higher, and ends at the top of the window
Ensure that the view of the daylight sensor is not obstructed
Do not position the daylight sensor in the well of a skylight or above indirect lighting fixtures
Ballasts BMF
Daylight
Sensors
Occupancy
Sensors
IR Receiver
and Remote
Bus Supply
1 2
3
4
2
1
Wallstations
3
Programmer
4
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22 AWG solid 105˚C only
EcoSystem
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daylight sensors
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