Wattstopper
®
DLM - Digital Input/Output Interface
Installation Instructions • Instructions d’Installation • Instrucciones de Instalación
No: 24642 – 02/19 rev. 1
Catalog Number • Numéro de Catalogue • Número de Catálogo: LMIO-101
Country of Origin: Made in China • Pays d’origine: Fabriqué en Chine • País de origen: Hecho en China
LMIO-101-U is BAA and TAA compliant (Product produced in the U.S.)
SPECIFICATIONS
Voltage .............................................................................. 24VDC
Current Consumption ...........................................................20mA
Power Supply ................................. Wattstopper Room Controller
Connection to the DLM Local Network .................... 2 RJ-45 ports
Isolated Relay Ratings ............................. 1A 24VDC/VAC, SPDT
normally open (N/O), normally closed(N/C), and common
outputs
Environment ................................................. For Indoor Use Only
Operating Temperature .................32° to 104°F (0° to 40°C)
Storage Temperature ...................23° to 176°F (-5° to 80°C)
Relative Humidity .......................5 to 95% (non condensing)
RoHS compliant, UL2043 Plenum rated
Patent Pending
This unit is pre-set for Plug n’ Go™ operation,
adjustment is optional.
For full operational details, adjustment and more features
of the product, see the DLM System Installation Guide
provided with Wattstopper room controllers, and also
available at www.legrand.us/wattstopper.
Installation shall be in accordance with all applicable
regulations, local and NEC codes. Wire connections shall
be rated suitable for the wire size (lead and building wiring)
employed.
For Class 2 DLM devices and device wiring: To be
connected to a Class 2 power source only. Do not reclassify
and install as Class 1, or Power and Lighting Wiring.
DESCRIPTION
The LMIO-101 Digital Input/Output Interface allows seamless integration of 3rd party devices to the Wattstopper Digital Lighting
Management Local Network (DLM). The LMIO-101 connects to the DLM local network. It sends messages such as After Hours, Shed,
or Force On to the DLM local network based on external inputs. It also activates the isolated relay upon any signal from any user
defined DLM occupancy sensor so that a 3rd party’s device can observe when occupancy is detected. It also has a 24VDC output and
pilot light function.
OPERATION
The LMIO-101 operates on power from the DLM local network. It contains a 24VDC isolated relay
[single-pole, double throw with normally open (N/O), normally closed (N/C), and common outputs for
output to other systems. It also provides input terminal connections and options for converting input
signals from 3rd party devices into load controlling messages for the DLM system.
Outputs: Isolated Relay, 24VDC, Pilot Light
The isolated relay can respond to any DLM occupancy sensor on the DLM local network to provide
the DLM system’s occupancy status from a specific sensor to a third party controlling device, such as
HVAC or other controlling systems.
The LMIO-101 also provides 24VDC, 5mA current limited, output and a pilot light terminal.
Inputs
Four input terminals are provided for purposes including Force-ON/Force-OFF,
load shedding and cleaning functions. Input terminals 1A, 1B, 2A and 2B are
for connection of maintained or momentary switch closure inputs, or third party
logic inputs. Input signals may come from a wide variety of devices including
building automation systems, time clocks, and key switches.
DIP Switch Options
The LMIO-101 has DIP Switches to allow different messages to go out from third party switches to the DLM local network to control the
loads bound to the LMIO-101.
With the default DIP Switch setting (all OFF), using Inputs 1A and 1B or 2A and 2B the LMIO-101 can take an input from any of three
types of switches: Momentary ON/ OFF, Maintained or Momentary push button. When these inputs receive a 24VDC signal, the
LMIO-101 issues a DLM command to turn ON the loads bound to the input.
When the DIP Switches are changed to a non-default setting, the LMIO-101 sends the appropriate digital command on the local
network as determined by the DIP Switch settings when receiving a dry contact closure input to either 1A, 1B or 2A.
See Switch Settings on page 4.
Input 2B
Relay Normally Open (N.O.)
Relay Common
Relay Normally Closed (N.C.)
Ground
+24VDC Input 1A
Input 1B
Input 2A
Pilot Light
12248r1
Relay Active
Ch 1 Status
Ch 2 Status
Relay Bind
24V Overload
Connect to
DLM local network
NOT Ethernet
1 N.O.
2 COM
3 N.C.
4 GND
5 +24V
6 Input 1A
7 Input 1B
8 Input 2A
9 Input 2B
10 Pilot
Switch ON OFF
Config.
1 2 3 4 5 6 7 8
Blue LEDs
2
MOUNTING AND WIRING
Installation shall be in accordance with all applicable regulations, wiring practices, and codes.
Connect to a Class 2 power source only.
• Class 2 Device Wiring Only. – Do Not Reclassify and Install as Class 1, 3 or Power and Lighting
Wiring.
• Wire connections shall be rated suitable for the wire size (lead and building wiring) employed.
The LMIO-101 is UL2043 Plenum rated.
All connections to the LMIO-101 are Class 2 low voltage.
If code requires that the LMIO-101 be mounted in an enclosure, it can be mounted inside a 4” x 4”
junction box, inside a 21/8” deep (or deeper) 2-gang wall box, in a 3” or 4” octagonal box, or on a din
rail inside a panel.
Attach the LMRJ Cable
The DLM local network uses free topology low voltage wiring. The LMIO-101 can connect anywhere on the DLM local network.
RJ45 ports (2)
Configuration
push button
LEDs (5)
DIP switches
Input/Output
Wiring Terminals
Configuration LED
Attach din rail clip Option 1: Attach to din rail Option 2: Mount to wall Inside a 2-gang J-box
CAUTION: TO CONNECT A COMPUTER TO THE DLM LOCAL NETWORK USE THE LMCI-100.
NEVER CONNECT THE DLM LOCAL NETWORK TO AN ETHERNET PORT – IT MAY
DAMAGE COMPUTERS AND OTHER CONNECTED EQUIPMENT.
LMRJ Cables
Line Voltage
Room
Controller
Occupancy Sensor
Switch
LMIO-100 Series Digital
Input/Output Interface
Low Voltage Wires (2-10)
Loads
1
2
Input from Third Party Device
(example: time clock)
Output to Third Party Device
(example: HVAC)
(3) N.C.
(normally closed)
(1) N.O.
(normally open)
To External
Device
Contacts rated at 1 amp @ 24V AC/DC
Isolated Relay
LMIO-101 Terminals
(2) COM
The isolated relay output is on
terminals 1, 2 and 3. By default, the
relay responds to a signal from any
DLM sensor. See Isolated Relay
Binding to change bound sensors.
Momentary Push Button Switch
LMIO-101 Terminals
ON
OFF
(5) +24VDC
(6) Input 1A
(8) Input 2A
or
(7) Input 1B
(9) Input 2B
or
NOTE: This is a toggling input
Press once = signal sent, the
Blue LED corresponding to the
input will be lit on the LMIO-101
Press again = the relinquish
command is sent, the Blue LED
corresponding to the input will be
OFF on the LMIO-101
Momentary On/Momentary Off Switch
LMIO-101 Terminals
ON
OFF
(5) +24VDC
(6) Input 1A
(8) Input 2A
or
(7) Input 1B
(9) Input 2B
or
Contact Closure Options
(6, 7, or 8)
Input 1A, 1B or 2A
24VDC
from
3rd Party
Source
+
-
(5) +24VDC
(6, 7, or 8)
Input 1A, 1B or 2A
(4) Ground GND
LMIO-101 Terminals
TERMINAL CONNECTIONS
3
LED INDICATORS
Relay Active: Isolated relay
activation.
Ch 1 and Ch 2 Status:
Associated with Input 1 and Input
2 in contact closure mode. LEDs
track load status. They also show
bindings in PnL.
Ch 1 Status will be lit when either
1A or 1B is activated.
Ch 2 Status will be lit when either
2A or 2B is activated.
Relay Bind: Binding status for sensor to LMIO-101 isolated relay.
24V Overload: Indicates 24VDC current overload.
12248r1
Relay Active
Ch 1 Status
Ch 2 Status
Relay Bind
24V Overload
Connect to
DLM local network
NOT Ethernet
1 N.O.
2 COM
3 N.C.
4 GND
5 +24V
6 Input 1A
7 Input 1B
8 Input 2A
9 Input 2B
10 Pilot
Switch ON OFF
Config.
1 2 3 4 5 6 7 8
O N
Blue LEDs
Relay Active
Ch 1 Status
Ch 2 Status
Relay Bind
24V Overload
POWER UP FUNCTIONALITY
Upon initial power up, the LMIO-101 automatically listens for a
DLM occupancy message from any occupancy sensor on the
local network. The occupancy message activates the internal
isolated relay output.
With the default DIP switch settings (all OFF), the LMIO-101
looks for only three types of switches on Input 1A, 1B, 2A and
2B: Maintained, Momentary ON/OFF, and Momentary push
button. Any positive input results in a DLM message to turn ON
the relay(s) bound to that input. In the default Plug ‘n Go (PnG)
mode, Input 1 turns load 1 ON, input 2 turns the rest of the loads
ON.
If you change the DIP switches to use a dry contact input switch,
then input 1A and 1B are assigned to load 1. Input 2A will be
assigned to the rest of the loads.
ADJUSTMENTS
Load Binding to Inputs:
1. Enter Push n’ Learn (PnL)
Using a pointed tool, press and hold the Configuration button on the LMIO-101 for 3 seconds. The Red LED begins to blink rapidly.
Release the configuration button. The Red LED on ALL other communicating devices begins to blink rapidly. After 1 second, load
#1 turns ON. All devices that are bound to this load have their blue LED solid ON.
2. Load selection
Press and release the Configuration button to step through the loads. As each load turns ON note which blue LEDs are lit. On the
LMIO-101 the Channel 1 status LED indicates binding for Input 1A or 1B and Channel 2 status LED indicates binding for Input 2A or 2B.
• To unbind an input from a load, activate the desired input by using the third party switch or dry contact closure. The blue LED
turns OFF to indicate the input is no longer bound to the load that is currently ON.
• To bind the input to the load that is currently ON, activate the input using the third party switch or dry contact closure. The input’s
blue LED lights indicating that it controls the load that is currently ON.
NOTE: If you can not activate the third party switch or the dry contact closure, you can still bind Input 1 and Input 2 to a load.
Enter PnL as before and when the desired load is active toggle DIP Switch #7 (for Input 1) or #8 (for Input 2) to bind the
input to this load.
3. Exit Push n’ Learn.
Isolated Relay Binding
By default, the LMIO-101’s isolated relay responds to any occupancy sensor on the DLM local network. The isolated relay binding
process associates the relay activation based on input from specific DLM sensors. Once this process has been performed for one
sensor, all other sensors are unbound from the isolated relay. For custom binding, a total of 10 occupancy sensors can be bound to a
single LMIO-101 isolated relay.
Isolated Relay: Binding/Unbinding an Occupancy Sensor
The sensor must broadcast its serial number over the DLM local network and the LMIO-101 must capture the sensor’s serial number
within 30 seconds. You must have access to both the sensor and the LMIO-101 and be able to perform steps 1-3 below within the 30
second capture window.
1. To initiate the sensor’s serial number broadcast message, go to the desired sensor and momentarily press the Configuration Button.
2. Look at the LMIO-101.
• If the broadcasting sensor is not bound to the isolated relay, the blue Relay Bind LED on the LMIO-101 blinks.
• If the broadcasting sensor is bound to the relay the Relay Bind LED on the LMIO-101 is ON solid.
3. To bind or unbind the broadcasting sensor to the LMIO-101’s isolated relay, flip DIP Switch #8 ON then back OFF.
• If you unbind all sensors from the LMIO-101 it goes back to its default functionality, meaning that it responds to an occupancy
signal from any occupancy sensor.
LMIO-101 Terminals
(6) Input 1A/2A ON
(7) Input 1B/2B OFF
(5) +24VDC
(10) PILOT
24V Pilot Light
NOTE: 24VDC supply has a
5ma current supply. If
the pilot light or any of
the 3rd party devices
draw more current the
power supply will shut
off 24VDC and the
24VDC overload LED
(LED #5) will blink
until the overload
condition is corrected.
Maintained Switch
LMIO-101 Terminals
ON
OFF
(5) +24VDC
(6) Input 1A
(8) Input 2A
or
(7) Input 1B
(9) Input 2B
or
NOTE: If there is a break the
switch will appear as
if it is off.
4
4. The capture window ends automatically, 30 seconds after pressing the Configuration Button. If you want to bind/unbind more
sensors, repeat steps 1-3.
Using the LMIO with LMCS
LMIO-101 inputs may also be used to drive Scene behaviors as well
as network group actions in conjunction with a Segment Manager.
Access with LMCS-100 is required for both. Discover the LMIO-101
using LMCS and access the button input properties table to make
these changes.
Button Type can be set to “Load”, “Network”, or “Scene1” through
“Scene16”. Button mode can be set to “Toggle non tracking” in
order to drive network group behavior using Segment Manager
programming.
SWITCH SETTINGS
When using dry contact closure inputs they may also be configured to send out DLM commands rather than just turn loads ON (0) and
OFF (X). This is accomplished by setting the DIP switches in various ways.
DIP Switch
#1 #2 #3 #4
INPUT TERMINAL FUNCTIONS
Input 1A Input 1B Input 2A Input 2B
Off Off Off Off
On On
On Off Off Off
After Hours Key-Switch Shed N/A
Off On Off Off
After Hours Key-Switch Clean N/A
On On Off Off
After Hours Key-Switch Force-On N/A
Off Off On Off
After Hours Key-Switch Force-Off N/A
On Off On Off
Shed Key-Switch Force-On N/A
Off On On Off
Shed Key-Switch Clean N/A
On On On Off
Shed Key-Switch Shed N/A
Off Off Off On
Clean Key-Switch Force-On N/A
On Off Off On
Clean Key-Switch Force-Off N/A
Off On Off On
Force-On Key-Switch Force-Off N/A
#5
#6
#7
#8
#5 On inverts the input from 0-24VDC to 24VDC-0 (On) for input 1A.
#6 On inverts the input from 0-24VDCto 24VDC-0 (On) for input 2A.
#7 See “Load Binding to Inputs”
#8 See “Load Binding to Inputs” and “Isolated Relay Binding”
Command Prioritization Heirarchy and Description
The commands sent out are basic ON/OFF commands with different priorities. The higher priority command overrides lower priority
commands given by the system. Below is the list of priorities for these commands. For example: a Force-On (highest priority) command
overrides any OFF command given by any device in the system making sure that the lights remain on. When the Force-ON command is
released, the next highest priority command is followed.
Highest Priority
Force-On action = Load(s) ON
Force-Off action = Load(s) OFF
Clean action = Load(s) ON
NOTE: Clean will turn bound loads ON regardless of the occupancy.
After Hours action = Puts the load into After Hours mode where individual load parameters switch to the assigned After Hours
parameters of that load. These parameters can be different than the normal hours mode parameters. For example, Blink warning
may be active in After Hours for the load but not active in normal hours. After Hours parameters are programmed via the LMCS-100
application or through network systems where a Segment Manager or BACnet BAS is used to set After Hours schedules for a load or
device.
Key-Switch action = Does not allow control from any of the wall switches in the DLM local network.
Lowest Priority
The exception is the Key-switch command that puts the entire system into Key-switch mode where no DLM wall switches can control
any loads. When the command is released, the system returns to normal operation so that DLM switches again control loads. Individual
switch stations can be set to ignore this message using LMCS, enabling a subset of switches in a room to stay active. A typical use for
this is to keep switches in secure locations active while disabling other publicly accessible switches.
1 2 3 4 5 6 7 8
O N
D I P
ON (0)
OFF (X)
Special Usage
Input Configuration
#1, #2, #3, #4
Default:
All OFF
5
Shed
The Shed command is broadcast to all loads in a room, causing them to reduce their level to the value specified by each load’s “Shed
Level” parameter. By default, the “Shed Level” is set to 65% because for most driver/ballast combinations this will result in at least a
15% power reduction. Using a “Shed” input configured for the 1A terminal will allow you to override (exceed) the Shed level while Shed
is active. Using the 2A terminal will initiate Shed but will not allow you to exceed the Shed Level. When the contact input opens, lights
will return to their values prior to the Shed command.
TROUBLESHOOTING
Relay does not close when the room is occupied:
1. Check that the circuit breaker is ON.
2. Make sure that there is an occupancy sensor detecting occupancy.
3. Check all wiring connections.
4. Check for 24VDC input to the LMIO-101: Plug in a different DLM device at the LMIO-101 location. If the device does not power up,
24VDC is not present.
• Check the high voltage connections to the room controller.
• If high voltage connections are good, recheck local network connections between the LMIO-101 and the room controller.
5. Check device and input/output bindings.
800.879.8585
www.legrand.us/wattstopper
No. 24642 – 02/19 rev. 1
© Copyright 2019 Legrand All Rights Reserved.
© Copyright 2019 Tous droits réservés Legrand.
© Copyright 2019 Legrand Todos los derechos reservados.
Wattstopper warranties its products to be free
of defects in materials and workmanship for a
period of five (5) years. There are no obligations
or liabilities on the part of Wattstopper for
consequential damages arising out of, or in
connection with, the use or performance of this
product or other indirect damages with respect
to loss of property, revenue or profit, or cost of
removal, installation or reinstallation.
Wattstopper garantit que ses produits sont
exempts de défauts de matériaux et de fabrication
pour une période de cinq (5) ans. Wattstopper
ne peut être tenu responsable de tout dommage
consécutif causé par ou lié à l’utilisation ou
à la performance de ce produit ou tout autre
dommage indirect lié à la perte de propriété, de
revenus, ou de profits, ou aux coûts d’enlèvement,
d’installation ou de réinstallation.
Wattstopper garantiza que sus productos
están libres de defectos en materiales y mano
de obra por un período de cinco (5) años. No
existen obligaciones ni responsabilidades por
parte de Wattstopper por daños consecuentes
que se deriven o estén relacionados con el
uso o el rendimiento de este producto u otros
daños indirectos con respecto a la pérdida
de propiedad, renta o ganancias, o al costo
de extracción, instalación o reinstalación.
WARRANTY INFORMATION INFORMATIONS RELATIVES À LA GARANTIE INFORMACIÓN DE LA GARANTÍA
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.
NOTE: 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 instruction manual, may cause harmful interference to radio communications. 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 his own expense.
Warning: Any changes or modifications not expressly approved by The Watt Stopper Inc. could void the user’s authority to operate the
equipment.
Ce dispositif est conforme à la section 15 des règlements de la FCC. On peut s’en servir sous réserve des deux conditiond suivantes.
1) Ce dispositif ne provoque pas d’interférences nuisibles; 2) Il doit être en mesure d’accepter toute interférence reçue, y compris les
interférences qui peuvent causer un fonctionnement indésirable.
REMARQUE: Ce matériel a été mis à l’essai et a été jugé conforme aux limites d’un dispositif numérique de classe A, conformément
à la section 15 des règlements de la FCC. Ces limites visent à offrir une protection raisonnable contre les interférences
nuisibles dans un environnement commercial. Ce matériel génère, utilise et peut émettre des radiofréquences et, s’il
n’est pas installé ou utilisé conformément aux directives, peut causer des interférences nuisibles aux communications
radio. L’utilisation de cet équipement dans une zone résidentielle est susceptible de provoquer des interférences
nuisibles, dans un tel cas l’utilisateur devra corriger les interférences à ses frais.
Tout changement ou modification non expressément approuvé par The Watt Stopper Inc. pourrait annuler le droit de l’utilisateur de faire
fonctionner l’équipement.
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