i2Systems Lightlink LL-105-R User manual

LL-105-R
LED Dimmer & 0-10V Bridge
Setup Guide
www.i2Systems.com
i2Systems® is a registered trademark of Integrated Illumination Systems, Inc.
LightLink™ is a trademark of Integrated Illumination Systems, Inc.
© 2018 Integrated Illumination Systems, Inc. All Rights Reserved.
i2Systems reserves the right to make changes at any time. Printed in China.
090-00340B

WELCOME
Thank you for purchasing an i2Systems LightLink. To get started, we recommend the following:
• Review the entire Setup Guide to learn the full power that your LightLink can provide.
• Carefully follow the step-by-step instructions in the following pages to set up and wire your
i2Systems LightLink device.
• (1) LightLink Model LL-105-R
12
• (1) 3-position
terminal block
• (1) Orange Selector
• (1) 6-position terminal
block with Jumper
• (1) 2-position
terminal block
CONTENTS
Please take note of the following
components included in the box:
CONTENTS CONTINUED
• (1) Screwdriver
• (2) Mounting Screws

CAUTION
This device has been tested and found to comply with Part 15, Class B, of the FCC Rules. Operation
is subject to the following two conditions:
This device may not cause harmful interference, and
This device must accept any interference received, including interference
that may cause undesired operation.
1.
2.
• When installing or servicing the LightLink, be sure to disconnect the circuit prior to beginning
work. Use appropriate care when making connections.
• Wear proper safety equipment, including eye protection and follow proper safety precautions.
• Connect to a properly grounded branch circuit protected by a circuit breaker or fuse.
• Never wire the LightLink directly to a battery or unprotected power source.
• Always use i2Systems and/or i2Systems recommended electrical components.
• Never leave exposed wiring without using a suitable wire nut or connector when making a
connection to an electrical circuit.
• Never exceed the maximum voltage ratings. Failure to comply will damage the LightLink.
• For use on systems with voltages greater than the maximum rated voltage, use a safety agency
approved, CE marked step down power supply to convert the higher voltage to a voltage within
the specified operating range of the fixture.
• Use in dry locations only. Never submerse the LightLink module in any liquid or store where liquid
will collect, pool, or puddle.
• Use wiring that is rated for +105°C or higher. Minimum wire size is 18awg (0.75mm2).
Make all connections prior to applying power. Wiring the product while power is on may result in personal injury.
Damage to this product caused by wiring while power is on voids the warranty. Read all instructions prior to
installation.
To reduce the risk of fire, burns, or injury, use lights only in the manner intended by i2Systems. Should you have
questions regarding your installation, please contact i2Systems before applying power. Product should be installed by
a licensed electrician.
PLEASE
34
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Questions? Contact i2Systems:

DIM
COMMON
P5
P6
P4 P3
COMMON PWM IN 2 PWM IN 1 0-10V REF +10V SOURCE MOM
12/24V DC/AC
NETWORK
1
NETWORK
2
P2 P1
CONTROL
INPUTS
OUTPUTS
INPUT
POWER
PROGRAM
SELECTOR
TOP DOWN VIEW
If LightLink has been secured
and the bottom label is no longer
visible, use this chart to locate the
proper connection points.
NOTE:
Network 1 & 2 are not used in this
version of LightLink.
LED indicator on the front
of unit defines product
mode:
PURPLE: MOM Switch
GREEN: +10V Source
BLUE: 0 to 10V Sink
YELLOW: PWM Normal
RED: PWM Inverted
56
LIGHTLINK SPECIFICATIONS
PARAMETER NOTES MIN TYP MAX UNITS
ABSOLUTE MAXIMUM RATINGS
MOM Input -5 12 VDC
PWM Input -15 20 VDC
+10V Sink / Source -0.5 15 VDC
Power Supply Voltage (DC) Continuous 0 40 VDC
Power Supply Voltage (AC, 60 Hz) Continuous 0 28 VAC
Operating Ambient Temp. -20 40 °C
Storage Ambient Temp. -20 40 °C
INPUT CHARACTERISTICS
Power Supply Voltage (DC) 11 12/24 30 VDC
Power Supply Voltage (AC) 9 12/24 28 VAC
PWM Input, MOM Input 0 5 VDC
+10V Sink / Source 0 10 VDC
No-Load Power Supply Current 25 50 mA AC/DC
OUTPUT CHARACTERISTICS
DIM Voltage 0 30 VDC
DIM Current 0 2.25 A
Specification Conditions:
TA = 25ºC
Load = Maximum Load
CONNECTIONS:
Two (2) methods of connection are provided.
HARDWIRE (preferred)
• DC Source:
Connect +DC to 12/24V +AC
Connect DC Common to 12/24V –AC
• AC Source:
Same as DC Source, however
no polarity requirement.
WALL PLUG POWER SUPPLY (optional)
• Connect a mating connector to the
designated Input Jack.
• DC Source:
Connect +DC to Center Pin
Connect DC Common to Connector Barrel
• AC Source:
Same as DC Source, however
no polarity requirement.
Never connect 12/24V +AC, 12/24V –AC, and input
jack simultaneously. Damage will occur.
Cooling: Convection
Vin = 24VDC

RED
BLACK
YELLO
W
MOM
+10V SOURCE
COMMON
NORMALLY OPEN
MOM SWITCH
12/24V +AC
12/24V -AC
COM
DIM
LIGHT 1LIGHT 2
120V AC +24V
COMMON
POWER
SUPPLY
LL-105-R
JUMPER
INSTALLED
LightLink control inputs, where specified, meet controllable ballast standards in IEC 60929:2006 Annex E.
Upon power up, regardless of the available inputs, LightLink will default to the +10V Source Mode.
If this is not the desired input for your setup, then install the supplied jumper connector to +10V Source and Common prior to power up.
This will put LightLink into Input Discovery Mode when it powers up. In this mode, it will cycle through the LED indicator colors searching for
inputs. Once it discovers a valid input, it will light the appropriate LED color (see table below).
STATUS INDICATOR: Purple
WIRING: Connect a Normally Open (NO), Momentary (MOM) switch or contact between positions MOM (Pin 1) and Common (Pin 6). Connect provided
Jumper to +10V Source (Pin 2) and Common (Pin 1).
OPERATION: Press and hold Momentary switch to initiate dimming cycle. Dimming cycle continues to dim as long as switch is engaged, ranging from
100% to approximately 5% intensity, holding 2 seconds at each position before dimming the opposite direction. Briefly press and release Momentary
switch for on/o operation. Non-Linear Dimming.
EXAMPLE:
LIGHTLINK CONTROL INPUTS LIGHTLINK CONTROL INPUTS:
MOMENTARY SWITCH DIMMING
NOTE: To reenter Input Discovery Mode, disconnect power and control inputs from the LightLink,
then reconnect and power on.
78
INPUT MODE CONNECTED COLOR STATUS OF LED IEC 60929:2006 COMPLIANT
Momentary Contact (MOM) Purple N/A
+10V Source Green 3
0 to 10V Sink (0-10 Ref) Blue 3
PWM Normal (PWM In 1) Yellow 3
PWM Inverted (PWM In 2) Red 3
INPUT PINS USED
CONNECTION PIN NAME / NUMBER
MOM Switch MOM (Pin 1), Common (Pin 6)
Jumper +10V Source (Pin 2), Common (Pin 6)

RED
BLACK
YELLO
W
LL-105-R
120V AC +24V
COMMON
1-10V
DIMMER
12/24V +AC
12/24V -AC
COM
DIM
+10V SOURCE
COMMON
POWER
SUPPLY
LIGHT 1LIGHT 2
RED
BLACK
YELLO
W
LL-105-R
LIGHT 1LIGHT 2
120V AC
120V AC
+24V
COMMON
12/24V +AC
12/24V -AC
COM
DIM
+10V SOURCE
0-10V SINK
COMMON
POWER
SUPPLY
0 to 10V
COMMON
VARIABLE 0-10V SOURCE
STATUS INDICATOR: Blue
WIRING: Connect a 0 to +10V DC control signal to 0-10V Ref (Pin 3). The associated DC control common connects to Common (Pin 6). Typical LightLink sink
current is 500uA or less. In this mode of operation, the LightLink will react to the dimmer / control output from 0 to 10VDC. The dimmer / control unit supplies
a 0 to 10VDC voltage for the LightLink to reference.
OPERATION: Dimming occurs between 1 and 10VDC. 10 VDC provides 100% intensity. 1VDC provides 0% intensity. Linear Dimming.
EXAMPLE:
LIGHTLINK CONTROL INPUTS:
+10V SINK
LIGHTLINK CONTROL INPUTS:
+10V SOURCE
STATUS INDICATOR: Green
WIRING: Connect only to an IEC 60929 Annex E compatible 1-10V analog dimmer / dimming panel. +10V (typically purple) connects to +10V Source (Pin
2). Common (typically grey) connects to Common (pin 6). Typical LightLink Source current is 500uA or less. In this mode of operation, the LightLink will
source current to the dimmer / control unit which will then provide a 0 to 10VDC reference. This function is similar to a traditional fluorescent dimming
ballast.
OPERATION: Dimming occurs between 1 and 10VDC. 10 VDC provides 100% intensity. 1VDC provides 0% intensity. Linear Dimming.
EXAMPLE:
NOTE: This dimming mode is less commonly used than the
+10V Source mode. Be sure to verify the 0 to 10V dimming
method prior to LightLink installation.
910
INPUT PINS USED
CONNECTION PIN NAME / NUMBER
IEC Compatible
1-10V Dimmer
+10V Source (Pin 2) , Common (Pin 6)
INPUT PINS USED
CONNECTION PIN NAME / NUMBER
0-10V Ref. Voltage 0-10V Ref (Pin3), Common (Pin 6)
Jumper +10V Source (Pin 2), Common (Pin 6)

RED
BLACK
YELLO
W
LL-105-R
LIGHT 1LIGHT 2
120V AC +24V
12/24V +AC
12/24V -AC
COM
DIM
+10V SOURCE
PWM 1
COMMON
POWER
SUPPLY
COMMON
PWM
CONTROLLER
COMMON
RED
BLACK
YELLO
W
LL-105-R
LIGHT 1LIGHT 2
120V AC
INVERTED PWM
CONTROLLER
+24V
COMMON
12/24V +AC
12/24V -AC
COM
DIM
+10V SOURCE
PWM 2
COMMON
POWER
SUPPLY
COMMON
STATUS INDICATOR: Red
WIRING: Connect only to an IEC 60929 Annex E compatible PWM dimmer / control unit. +PWM connects to PWM 2 (Pin 5) and Common connects to Common
(Pin 6). Normal Operation PWM input voltage shall not exceed 22VDC.
OPERATION: Dimming is directly related to the PWM duty cycle. 0% duty cycle provides 100% intensity. 100% duty cycle provides 0% intensity.
Linear Dimming.
EXAMPLE:
LIGHTLINK CONTROL INPUTS:
PWM INVERT
LIGHTLINK CONTROL INPUTS:
PWM NORMAL
STATUS INDICATOR: Yellow
WIRING: Connect only to an IEC 60929 Annex E compatible PWM dimmer / dimming panel. +PWM connects to PWM 1 (Pin 4) and Common connects to
Common (Pin 6). Normal Operation PWM input voltage shall not exceed 22VDC.
OPERATION: Dimming is directly related to the PWM duty cycle. 100% duty cycle provides 100% intensity. 0% duty cycle provides 0% intensity. Linear
Dimming.
EXAMPLE:
11 12
INPUT PINS USED
CONNECTION PIN NAME / NUMBER
Inverted PWM Cont. PWM 2 (Pin 5), Common (Pin 6)
Jumper +10V Source (Pin 2), Common (Pin 6)
INPUT PINS USED
CONNECTION PIN NAME / NUMBER
PWM Controller PWM 1 (Pin 4), Common (Pin 6)
Jumper +10V Source (Pin 2), Common (Pin 6)

LightLink provides simple dimming integration to i2Systems products. Two modes of operation are available: Control Dim and Power Dim.
DEFINITION OF PINS:
DIM: Dim (Pin 1) output provides a dimming control signal and current path to COMMON (Pin 3) and is for use with dimmable
i2systems products.
COMMON: Common (Pin 3) provides a common reference to DIM (Pin 1).
TYPES OF DIMMING:
Control Dim: Control Dimming is the most common configuration whereby i2Systems LED based fixtures receive voltage and current from
an independent power source. In this case the DIM (Pin 1) output provides a dimming control signal to the i2Systems fixture.
Power Dim: Power Dimming occurs where the i2Systems LED based fixture does not include control wiring; rather the LightLink LL-105-R
is configured to interrupt the DC Power Ground connected to the LED fixture. For normal Power Dim operation, install the Orange Selector
Jumper included with your LightLink.
Absolute Maximum Current Sink is 2.25 Amps.
Note: In Power Dim installations, failure to connect the COMMON (Pin 3) directly to the LED Fixture Ground will result in damage to the
LL-105-R.
LIGHTLINK OUTPUTS
13 14
INSTALLATION RECOMMENDATIONS
POWER SUPPLY SELECTION
When not connecting to a DC battery system, i2Systems recommends the use of UL Class 2, isolated power supplies and
transformers for powering i2Systems LED light fixtures and LightLink dimming modules. Power supplies and transformers used
should be properly sized based on power load and ambient operating temperature ratings.
POWERING LIGHTLINK
When not connecting to a DC battery system, i2Systems recommends powering the LightLink from a non-switched, isolated
power supply to ensure that the LightLink remains powered under all lighting conditions (on, o, or dimmed). In either case,
switching the LightLink on and o with the lighting load may result in undesirable visual eects, including light flashing with
power on and power o.
USING MORE THAN 1 LIGHTLINK
When using more than 1 LightLink, please adhere to the following guidelines:
• One LightLink should be used per power supply / transformer. Do not use one LightLink to dim products connected
to multiple power sources.
• Multiple LightLinks may be used on one power supply / transformer.
• When using multiple LightLinks and multiple power supplies connected to the same dimming control, please consult
i2Systems for application support.

S-LINE S1200
LL-105-R
12/24V +AC
12/24V -AC
COM
DIM
+10V SOURCE
COMMON
COMMERICAL
DIMMING
PANEL
FUSE
DC Power
Source*
COM+12/24V
* Battery or AC-DC
Power Supply
LIGHTLINK PLACEMENT
i2Systems recommends installing LightLink products in close proximity to the i2Systems products connected to the LightLink
output (maximum wire run length is 100 feet). The LightLink should be installed such that it is serviceable and accessible for
system troubleshooting as required.
WIRE SELECTION
• Input Power: recommended wire type is stranded, 18awg, 105°C rating
• Control Input: recommended wire type is stranded, 18awg, 105°C rating
• Control Output: recommended wire type is stranded, 18awg, 105°C rating,
Wire should be Twisted Pair or Shielded to prevent possible interference on the Dim Line.
The above wire specifications are for reference purposes only. Be sure to consult local building and electrical codes
and/or ocials prior to installing wiring to ensure full compliance with local and national requirements.
15 16
INSTALLATION EXAMPLE:
1-10V Dimming Control

RED
BLACK
YELLO
W
MOM
+10V SOURCE
COMMON
MOM
SWITCH 1
MOM
SWITCH 2
12/24V +AC
12/24V -AC
COM
DIM
LL-105-R
FUSE
DC Power
Source*
COM+12/24V
* Battery or AC-DC
Power Supply
17 18
INSTALLATION EXAMPLE:
Apeiron Series, Momentary Switch Dimming
NOTE: MOM Switch 2 is optional. Add switches in parallel to increase the
number of user interfaces for 1 LightLink.
15⁄32 [29]
3⁄16 [4.7] DIA
3 [76.2]
1½ [38.1]
4½ [115]
47⁄8[123.8]
5¼ [134]
Plug-in Terminal
Blocks X3
DIMENSIONS
Inches [MM]

19 20
i2Systems warrants that the product is free from defects in material or workmanship under normal operation. i2Systems standard
warranty is 12 months from the date of shipment to the customer.
Any replacement parts furnished at no cost to the customer in fulfillment of this warranty are warranted only for the unexpired
portion of the original warranty. Any services or repair outside the scope of this limited warranty shall be at i2Systems rates and
terms then in eect.
i2SYSTEMS WILL NOT BE LIABLE FOR ANY DAMAGE, LOSS, COST OR EXPENSE FOR BREACH OF WARRANTY EXCEPT AS DESCRIBED
ABOVE. i2SYSTEMS LIABILITY SHALL BE LIMITED TO REPAIRING OR REPLACING DEFECTIVE PRODUCTS ONLY AND SHALL NOT BE
LIABLE FOR COSTS ASSOCIATED WITH REPLACING DEFECTIVE PRODUCT.
Normal “Wear and Tear” as determined by i2Systems is NOT covered by this warranty. For units returned in warranty and determined
to be customer responsibility, i2Systems customer service will notify the customer. i2Systems is not responsible for damages outside
our control including, but not limited to, physical damage, modifications to the product, or improper packaging. If product to be
repaired was purchased from a dealer, distributor, or reseller, the product must be returned to the seller.
Additional warranty and returns information is available at i2Systems.com
WARRANTY PROJECT NOTES