ETC echoflex ELED2-BCL User manual

Part Number: 8189M2480 Rev.A
Released: 2023-07
Bicolor Luminaire Controller
Model: ELED2-BCL
Configuration Guide

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Table of Contents
Table of Contents i
Introduction 1
Document Conventions 2
Help from Technical Services 2
Control Features 3
Blended Effects 3
Dim-to-Warm 3
Explicit Color Control 3
Automated Color Tuning 3
Characterized Color Tuning 4
Configuration Options 5
Simple Tap Instructions 5
Radio Communications 5
Repeater Function 5
Status Message 6
Dimming Intensity 6
Blended LED Control 6
Near-Cross Technology 6
Switch Operation 7
Multi-Scene Station Buttons 7
Color Tuning Functions 7
Timed Switches 7

RAYN Growing Systems Compatibility 8
Daylight Harvesting Applications 8
Daylighting Control Override 8
Closed Loop Control 8
Open Loop Control 10
Controller Presets 11
User Interface 12
Power LED and Learn LED 12
Learn Button 12
Remote Linking Solution 13
Clear Button 13
LEDDisplay 13
Blink Indications 14
Red: Linking Channel 1 (Intensity) 14
Green: Linking Channel 2 (Color Temperature) 14
Blue: Linking Channel 3 (CCT Set Point) 14
Linking Activities 14
Compliance 15
FCC Compliance 15
ISED Compliance 15
Conformité ISDE 15
ii Bicolor Luminaire Controller Configuration Guide

Introduction 1
Introduction
The Bicolor Luminaire Controller, model ELED2-BCL, is a wireless lighting controller designed
for horticultural spaces/areas where intensity and blended correlated color temperature (CCT)
control are required.
The ELED2-BCL creates a range of desired lighting effects based on manual switch action,
ambient light levels, and timeclock or gateway commands for a single LED fixture or an entire
zone. It modulates light intensity and blends cool and warm LEDs to provide the desired CCT
output. The controller is suitable for any scale of horticultural application, from a living plant
wall to a commercial-size growing operation; one controller supports up to three Fotono
luminaires, by RAYN Growing Systems (see rayngrowingsystems.com).
The ELED2-BCL has an integral relay and two robust 0–10 V
outputs that allow it to control dimmable light and LED
color temperature levels. Outputs are for connecting zones
or fixtures to provide the intensity and CCT control. Output
1 is identified by the violet/red striped wire, and output 2 is
identified by the violet/green striped wire.
Three linking channels are for assigning remote devices to
affect the controller's operation. The first linking channel is
for devices affecting intensity, the second channel is for
devices affecting the CCT. The third channel is for assigning
Open Loop CCT set points. The channels are identified by
different LED colors that display when the controller is in
link mode, see Blink Indications on page14.
Daylighting control of fixture intensity can be quickly setup in either an open or closed loop
scenario. The factory defaults defined for the ELED2-BCL are energy code compliant.
Echoflex ELED products include preset functionality that allows spaces to be lit with lighting
scenes. Presets can be activated from scene stations, wireless timeclocks, or gateways and
include values for intensity and color temperature. The lockout feature allows timeclocks to
schedule a controller’s response to specific sensors or stations.

Document Conventions
Echoflex's user documentation is designed for print or electronic use. Cross-references
highlighted in this document are links to the referenced section of the guide.
Configuration parameters are emphasized in italics. Switch actions (ON/OFF) and dimmer
events (lights ON/OFF) are emphasized in ALL CAPS. Buttons are emphasized in [Bold Bracket].
This document uses the following conventions to draw your attention to important
information.
Note: Notes are helpful hints and information that is supplemental to the main text.
All Echoflex documents are available for free download from our website:
echoflexsolutions.com. Please email comments about this manual to:
[e-mail].
Help from Technical Services
If you are having difficulties that are not addressed by this document, contact Echoflex support
at [e-mail] or the main website at echoflexsolutions.com. If none of
these resources are sufficient, contact Technical Services directly at the office identified below.
When calling for help, take these steps first:
• Prepare a detailed description of the problem
• Go near the equipment for troubleshooting
• Find your notification number if you have called in previously
Technical Services
3031 Pleasant View Road
Middleton, WI 53562
800-775-4382 (USA, toll-free)
[phone]
[e-mail]

Control Features
Blended Effects
The ELED2-BCL controls light intensity and CCT. By connecting the low voltage outputs to a
fixture's internal channels for cool and warm LEDs, it modulates both outputs to attain the
desired light level. By driving each output separately, the controller also has control over how
cool or warm the fixture output becomes.
Dim-to-Warm
Dim-to-Warm operates if at least one switch station is linked to the intensity channel and
nothing is linked to the color temperature channel. The color temperature moves according to
the change in light intensity. An increase in intensity also moves color temperature to cooler. A
decrease in intensity moves color temperature to warmer. Dim-to-warm mode operates with
daylight sensors, regular switches, and gateways linked to the intensity channel.
Explicit Color Control
With a switch station linked to the color temperature channel, Explicit Color Control provides
manual control over a fixture's color temperature. By pressing the paddle on the station, you
can set a color level and modulate output as required. Press and hold ON increases color
temperature to cooler; Press and hold OFF decreases color temperature to warmer. A quick tap
on the button bumps color temperature up or down incrementally. A gateway command can
also be linked to the color temperature channel allowing other devices to control the fixture's
color temperature.
Automated Color Tuning
Automated Color Tuning requires a color temperature sensor like the Echoflex TAP-41 photo
sensor linked to the color temperature channel. The ELED2-BCL compares its CCT set point to
the value from the space provided by the sensor and increases the fixture's color temperature
to the set point.
Example: The CCT set point is 3500 K and the sensor reports a value of 3200 K.
The controller will adjust the CCT output driving the fixture's output towards the
desired set point.
Automated Color Tuning can also use a dynamic CCT set point input linked to a gateway
command or outdoor color temperature sensor like the Echoflex FLS-41 sensor to set the
desired color temperature within the space and track outdoor color temperature values.

Characterized Color Tuning
Characterized Color Tuning modulates the color temperature channel based on the set point
value. As in the Automated Tuning Operation, a gateway command or outdoor color
temperature sensor can be linked to the CCT set point channel and the output will adjust to
this value based on the fixture's defined specifications. This operation does require the
fixture's characterized specifications for the 0–10 V channel be defined with the controller’s
configuration.
Example: A fixture is used that maps a range of 3200–6000 K across the 1–10 V
range. These values are pre-commissioned with the ELED2-BCL at the factory. The
color tunable output modulates based on the value provided by a linked photo sensor
on the set point value.

Configuration Options 5
Configuration Options
The ELED2-BCL is a complete stand-alone lighting controller requiring only remote linked
devices to provide input on light level, color temperature, and switch operation.
In addition to blended LED operations, the controller will perform the following common
lighting control applications:
• 0–10 V dimming of LED fixtures
• Wall Switch Station: ON/OFF, manual adjustment of dim level and timed switch
• Daylight Harvesting: open loop or closed loop
• Demand Response: sets a temporary hard limit to the maximum dimming output
• Scheduling via interfaces, timeclocks, or gateways
• Building Systems support with gateway commands
This document describes the controller’s features and explains how to use and configure them
with Simple Tap. Some features can only be configured using Garibaldi Pro software.
Note: For information about Garibaldi Pro software or pre-commissioning services
that provide complete system solutions (linked and configured), contact Echoflex.
Garibaldi Pro software is available for download from the Echoflex website at
echoflexsolutions.com.
Simple Tap Instructions
Simple Tap is a manual method of changing individual settings one at a time. There are no
tools required, simply use your finger to activate the sensors and standard switches linked to
the controller. The tap in Simple Tap means a quick press on a sensor's [Teach] button and/or a
switch’s ON/OFF.
Note: Echoflex scene stations cannot be used to configure settings with Simple Tap.
If the sensor is linked to multiple controllers and you do not want to make changes to all, turn
off the controllers lights/loads to ignore the Simple Tap changes.
Radio Communications
The ELED2-BCL controller is equipped with a 902 MHz radio capable of transmitting and
receiving wireless messages. The controller supports single-hop and dual-hop message
repeating and controller status broadcast.
Repeater Function
The repeater function repeats received messages if:
• The message has not been repeated previously
• In the case of dual-hop repeating, the messages have been repeated previously only once
If single-hop or dual-hop repeating is needed, the repeater function can be enabled/disabled
using Simple Tap instructions.

6 Bicolor Luminaire Controller Configuration Guide
1. Press and hold the [Clear] button on the controller.
2. Tap the [Learn] button:
• Once to disable repeating
• Twice to enable single-hop repeating
• Three times to enable dual-hop repeating
3. Release the [Clear] button. The Power and Learn LEDs blink the corresponding number of
[Learn] button presses.
Status Message
The controller can broadcast a message per EEP: A5-11-01 Status Feedback Message. A
message broadcasts every 100 seconds. The status message can be enabled/disabled using
Simple Tap instructions.
1. Press and hold the [Learn] button on the controller.
2. Tap the [Clear] button once to disable, twice to enable.
3. Release the [Learn] button. The Power and Learn LEDs blink the corresponding number
of [Clear] button presses.
Dimming Intensity
The controller's dimming output provides linear, proportional dimming control of a dimming
driver or ballast.
•Output maximum level - the high level trim of the dimming output, set to 100% by
default
•Output minimum level - the low level trim of the dimming output, set to 10% by default
Garibaldi Pro software is required to configure the maximum and minimum levels and to
disable dimming output for immediate control.
Blended LED Control
The controller provides linear, proportional control of a fixture's cool and warm LED output.
The maximum and minimum CCT level of the fixture can be saved in the controller's
configuration settings. The maximum and minimum levels of the output can be configured
using Garibaldi Pro software.
Near-Cross Technology
The controller monitors the AC voltage waveform to prevent carbon build-up on contacts and
ensure long relay life. The relay will open or close only when the waveform is close to zero.

Switch Operation
The controller operates with single, dual-paddle wall, wave, and hand-held Echoflex switches
as well as button station transmitters including the Multi-Button Interface (MBI) Switch
Station.Garibaldi Pro software is required to configure all fade control settings.
• Press [ON] to fade the lights to the last manually set dimming level.
• Double-press [ON] to quickly fade the lights to the output maximum level.
• Press [OFF] to fade the lights to the output minimum level and then turn lights off.
• Double-press [OFF] to quickly fade and turn the lights off.
Echoflex switches can also be used as dimmers when dimming output is enabled.
• Press and hold [ON] to fade to the maximum dimming level.
• Press and hold [OFF] to fade to the minimum dimming level.
If a photo sensor is linked to the dimming channel it will have control priority over manually
dimming the output towards the maximum output value.
Multi-Scene Station Buttons
The layout of buttons for the Multi-Scene Station (MSS) differs according to the MSS model.
Buttons have the following effects when they are included in a model's layout.
•[ON] turns lights on and fades to the last manually set dimming level.
•[OFF]fades lights to the minimum dimming level and then turns them off.
•[COOL LIGHT] adjusts light temperature to cooler level.
•[WARM LIGHT] adjusts light temperature to warmer level.
•[Up Arrow] fades lights to maximum dimming level.
•[Down Arrow] fades lights to minimum dimming level.
•[SCENE X] recalls a configured scene setting.
Color Tuning Functions
If no switch station or color temperature sensor is linked to the color temperature channel, the
dimming switch will also modulate the fixture's output. See Dim-to-Warm on page 1.
Linking a switch to the color temperature channel will provide manual control over the
fixture's color output. Pressing ON or OFF will fade the color temperature up or down. A quick
press will bump the output value a small amount. See Explicit Color Control on page 1. When
the color temperature output has been manually adjusted using a linked switch, this value will
be recalled upon a ON event.
Timed Switches
The controller can be configured to make any linked wall switch station into a timed switch.
Switching the lights ON starts the countdown timer for the configured period. One minute
before the timer expires and the lights turn off, the lights blink once as a warning (flickwarn).
Switching the lights ON at anytime resets the timer. Switching the lights OFF clears the timer.
Garibaldi Pro software is required to configure the period for a timed switch.

RAYN Growing Systems Compatibility
RAYN Growing Systems (rayngrowingsystems.com) provide researchers and growers with
technologically advanced horticultural lighting solutions. RAYN product offerings are
grounded in 45 years of advancements in lighting science, LED technology, and system-wide
controls developed by our parent company, ETC.
The ELED2-BCL is ideally suited to work with RAYN sensors, and is compatible with any photo
sensor that supports EEP D2-14-56 or multisensor that supports EEP D2-14-5E. Linking a
RAYNPhoto Sensor (RPS) or RAYNMultisensor (RMS) to the intensity channel provides reliable
coverage and efficiency for controlled environment agriculture (CEA) operations of any scale.
Daylight Harvesting Applications
The controller modulates light intensity from a dimming fixture based on the ambient light
level in the space when a photo sensor is linked to the dimming channel. When daylighting is
active, a switch or gateway command cannot force the light level higher. However, a switch or
gateway command can override the light OFF or dim to a level below the daylighting control
value.
Note: The controller supports only one linked photo sensor. If using multisensors,
Echoflex recommends that only one be linked to the controller.
Daylight harvesting does not affect the operation of wall switches when the light is ON. If the
light is ON, a switch can override with an OFF action or dim to below the daylighting control
value.
Daylighting Control Override
The open or closed loop daylighting features can be temporarily overridden by enabling the
daylighting manual override parameter. The override has a timer that releases the override,
and once the timer expires the daylighting control resumes.
If the override is enabled on the controller, a manually controlled switch can turn lights ON
and manually set the dimming level.
Garibaldi Pro software is required to configure both the daylighting manual override timer and
daylighting manual override enable parameters.
Closed Loop Control
In closed loop daylighting, the sensor indirectly monitors the controlled light output from the
fixtures plus some of the natural light contribution.
Note: For closed loop control to function properly, the sensor must be installed in a
location where it is significantly affected by light level changes. If not, Open Loop
Control on page10 should be used.

When the lights are on, closed loop daylighting tries to maintain a given set point level within
the space. This level is specified in the closed loop daylighting set point parameter. The
controller only adjusts the dimming output on received photo sensor messages and only when
the light is ON. If the light is OFF, closed loop daylighting is ignored.
Note: This process is best performed when there is little or no natural light; either
close the blinds or complete this step at night. A photo sensor and a switch must be
linked to the controller.
To set the closed loop set point:
1. Turn the light ON.
2. Use a handheld photometer to measure the light on the task plane.
3. Use a linked switch to adjust the fixture's light level until it matches the target light level
and give the sensor a moment to register the level.
4. Tap the [Teach] button on the mounted sensor three times to set the daylight harvesting
parameters to closed loop function. The light level ramps up to full ON and then dims to
OFF to acknowledge the change.
5. Move away from the sensor so your shadow does not affect the light level the sensor
records.
After a pause, the light responds once again when the next message from the sensor is
received and the controller returns to normal operation. The pause may take up to 150
seconds.
While maintaining the set point, the dimming output level changes an incremental amount of
the output's full range with every message received from the photo sensor. The default
daylighting maximum change is 10%, which provides a slow adjustment that does not exceed
the set point.
Note: Ensure the wireless photo sensor has an update rate that is appropriate to
indoor closed loop lighting applications. The period between consecutive messages
should not exceed 200 seconds.
The output dimming level does not change when the photo sensor level is within the closed
loop deadband value of the closed loop daylighting set point.
Example: If the controller has a set point of 100.00 uMol/m2 and the deadband is
set to 5% (default), then the deadband would be + or - 5.00 uMol/m2. If the light
level measured by the sensor in this example was between 95.00 and 105.00
uMol/m2, the controller would not change the light level. This variable is used to
prevent feedback loops in the closed loop control.
Garibaldi Pro software is required to configure both the amount of change per message and
the deadband value parameters.

Open Loop Control
A sensor's default setting (open loop or closed loop) depends on what it is linked to and the
daylighting operating mode setting on the controller: automatic, open loop, or closed loop. In
open loop daylighting, the sensor monitors the natural light contribution. The sensor must be
mounted so it is not affected by the controlled fixture's light output.
When the light level monitored by the photo sensor is below the open loop maximum output
set point, dimming output is at the maximum output level. When the light level is above the
open loop minimum output set point, dimming output is at the minimum output level.
In the diagram below, the solid line (blue) indicates dimming output. It begins lowering as the
natural light level increases, dashed line (green). When the monitored light level is between
the set points it modulates dimming output proportionally.
Minimum
Output Level
Photo Sensor Range
Min. set point highest
Dimming Output ValuePhoto Sensor Value
lowest Max. set point
Maximum
Output Level
The rate that the dimming output changes is defined by the open loop dimming rate
parameter which defines the time for dimming to go from lowest to highest or vice versa
(default 65seconds).
To set the open loop maximum output set point and minimum output set point using Simple
Tap, a photo sensor must be linked to the controller.
Note: Maximum and minimum set points are measured in uMol by default. The
controller also supports sensor equipment profiles measured in lux. Garibaldi Pro
software is required to change the photo sensor's EEP setting to another compatible
option.
Default Setting and Illuminance
For horticultural applications, photo sensors are designed to evaluate the photosynethic
photon flex density (PPFD) of the target area. PPFD is measured in micromoles per metre per
second (uMol), not lux.
Sensor
EEP
Daylighting
Mode Units Closed Loop Set Point
Closed Loop
Deadband
Open Loop
Set Point
D2-14-56 Open loop PPFD 500.00 uMol 25.00 uMol 200.00 μMol max
600.00 μMol min

To change the default setting:
1. Turn the light ON.
2. Tap the photo sensor [Teach] button three times to change the default. The light ramps
up to full ON and then dims to OFF once.
a. If you stop and exit the menu here (after three taps), the daylighting mode is set to
closed loop. The next sampled value from the sensor is used to set the closed loop set
point. The deadband setting is 5% of the closed loop set point.
b. To set maximum and minimum open loop set points, tap the photo sensor [Teach]
button again as indicated in the table below. The light responds by flashing the
number of times you tapped to confirm the change. After five seconds it returns to
normal operation.
Sensor
EEP - 1 tap 2 taps 3 taps 4 taps 5 taps
D2-14-56 Closed loop 0
200.00
100.00
400.00
200.00
600.00
300.00
800.00
400.00
1000.00
Controller Presets
Preset values are used to determine the dimming intensity and color temperature of different
lighting scenes that are part of a designed solution made up of connected devices. A scene is a
coordinated combination of controllers configured and grouped to light a space according to
specific requirements. Groups, scenes, and event masking can be created in a Wireless
TimeClock, and activated from a Wireless TimeClock or a scene station.
Echoflex controllers have 15 configurable presets (plus one reserved for OFF). Preset values can
be configured and saved to a controller using Garibaldi Pro software. Presets 1 through 8
cover a graduated range of values from full ON (100%) to OFF (0%). Presets 9 through 15 are
a repetition of the values 1–7 and provide the opportunity to create custom values. A default
ramp time of two seconds is given for the lighting to reach the preset value.

12 Bicolor Luminaire Controller Configuration Guide
User Interface
Note: Garibaldi Pro software is the ideal tool to set up your project and configure
settings, or even to make edits if your project has been pre-commissioned. Garibaldi
Pro is available for download at echoflexsolutions.com.
Power LED and Learn LED
Learn Button
See the relevant switch or sensor documentation for information on linking. Link mode times
out after 60 seconds of inactivity.
Note: The manual linking process can be used both to link a device to a controller
and to unlink a linked device from a controller.
Devices can be linked to a controller manually, using Garibaldi Pro, or during the Echoflex pre-
commissioning process.
To link a device:
1. Press the [Learn] button to activate Link mode. The Learn LED turns ON and the Power
LED blinks. Do one of the following:
• To link a wall switch, press the switch paddle ON three times.
• To link a sensor, press the sensor's [Teach] button. Refer to the sensor's
documentation for more information.
The Power LED remains lit for four seconds while it links the new device, then resumes
toggling. You can link up to 20 devices to the controller.

Remote Linking Solution
Use the following method to link the first switch if you cannot access the [Learn] button on a
controller that has not been pre-commissioned and you do not have Garibaldi Pro software.
This method only works if there are no switches linked to the controller. You cannot link a
scene station using this method.
1. Ensure you are within wireless range of the controller and have a wireless paddle switch
or a button station.
a. If the controller has a linked sensor, you must press the [Teach] button on the sensor
and complete step 2 within 60 seconds.
2. Click the switch paddle ON three times, OFF three times, and ON three times quickly, for
a total of nine consecutive clicks.
Clear Button
Use the [Clear] button to reset the controller either to its pre-commissioned state or to its
factory default state.
To reset to pre-commissioned state:
1. Press and hold the [Clear] button until the red Power and green Learn LEDs start
blinking.
To reset to factory default state:
1. Press and hold the [Clear] button until the red Power and green Learn LEDs start
blinking, and continue to hold for 15 seconds until the LEDs stay on solid.
2. Release the [Clear] button. The Power LED displays solid red to indicates factory default
state.
LEDDisplay
The LEDs are enabled by default. They can be disabled by adjusting a configuration parameter
using Garibaldi Pro software. If disabled, the LEDs are only lit for the configured time when a
controller button is pressed, when in Link mode, or if the remote management Action
command is used to toggle the light.

Blink Indications
The following tables describe the LED codes that identify linked devices and the LED
indications that describe linking activities.
Red: Linking Channel 1 (Intensity)
Device Type Power LED LearnLED
Switches 1 long blink followed by short blinks
that count the switches Off
Occupancy sensors 2 long blinks followed by short blinks
that count the sensors Off
Photo sensor or
Multisensors
3 long blinks followed by short blink
that counts the sensor Off
Gateways and
TimeClocks
4 long blinks followed by short blinks
that count the devices Off
Demand response 5 long blinks followed by short blinks
that count the devices Off
Entry door sensors 6 long blinks followed by short blinks
that count the sensors Off
Window sensors 7 long blinks followed by short blinks
that count the sensors Off
Keycard switches 8 long blinks followed by short blinks
that count the switches Off
Green: Linking Channel 2 (Color Temperature)
Device Type Power LED LearnLED
Switches 1 long blink followed by short blinks
that count the switches Off
CCT sensor linked
(maximum of 1)
2 long blinks followed by short blink
that counts the sensor Off
Central command 3 long blinks followed by short blinks
that count the devices Off
Blue: Linking Channel 3 (CCT Set Point)
Device Type Power LED LearnLED
CCT sensor linked
(maximum of 1)
1 long blink followed by short blink
that counts the sensor Off
Central command 2 long blinks followed by short blinks
that count the devices Off
Linking Activities
Activity Power LED LearnLED Light Response
Linkmode Blinking On solid Cycles ON and OFF
StorelinkID On for 4 seconds, and then blinking On solid ON for 4 seconds, and then cycles
ClearlinkID Off for 4 seconds, and then blinking On solid OFF for 4 seconds, and then cycles

Compliance 15
Compliance
For complete regulatory compliance information, see the Echoflex Bicolor Luminaire Controller
datasheet at echoflexsolutions.com.
FCC Compliance
Echoflex Bicolor Luminaire Controller
(For any FCC matters):
Echoflex Solutions, Inc.
3031 Pleasant View Road
Middleton, WI 53562
[phone]
echoflexsolutions.com
This device complies with Part 15 of the FCCRules. Operation is subject to the following two
conditions:(1) this device may not cause harmful interference, and (2)this device must accept
any interference received; including interference that may cause undesired operation.
This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable
protection against harmful interference when the equipment is operated in a commercial
environment. This equipment generates, uses, and can radiate radio frequency energy and, if
not installed and used in accordance with the instructions, may cause harmful interference to
radio communications. Any modifications or changes to this product not expressly approved
by Electronic Theatre Controls, Inc. could void the user’s authority to operate the product.
Operation of this equipment in a residential area is likely to cause harmful interference, in
which case the user will be required to correct the interference at their own expense.
Contains FCC ID: SZV-STM300U
ISED Compliance
This device contains a license-exempt transmitter/receiver that complies with Innovation,
Science, and Economic Development Canada’s license-exempt RSSs. Operation is subject to
the following two conditions:
1. This device may not cause interference.
2. This device must accept any interference, including interference that may cause
undesired operation of the device.
Contains IC ID: RSS 210
Conformité ISDE
Cet appareil contient un émetteur/récepteur conforme aux CNR d'Innovation, Sciences et
Développement économique Canada (ISDE) applicables aux appareils radio exempt de licence.
Son fonctionnement est soumis aux deux conditions suivantes:
1. L'appareil ne doit pas produire d'interférences.
2. L'utilisateur de l'appareil doit accepter toute interférence, même si l'interférence est
susceptible d'en compromettre le fonctionnement.
Contient ID IC: RSS 210

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to change.Echoflexintends this document to be provided in its entirety.
8189M2480RevAReleased2023-07