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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

N.O.

CO

M

N.C.

GN

D

+24V

 Input 1A

7 Input 1B

Input 2A

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.

Summary of Contents for Wattstopper LMIO-101

Page 1: ...ates 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 isolat...

Page 2: ... 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 Devic...

Page 3: ...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 an...

Page 4: ...itization 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 Fo...

Page 5: ... 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 l...

Page 6: ...e 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...

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