Cable Distances - Intelligent Lighting Controls, Inc. LightLEEDer Operation Manual

Installation
Basic Network Controller
24VAC CT
1 PILOT 2 PILOT
1 ON 2 ON
1 OFF 2 OFF
2 COM
1 COM
3 PILOT 4 PILOT
3 ON 4 ON
3 OFF 4 OFF
3 COM 4 COM
POWER
EXT +V
77013488A
97013488 EXTCOM 24VAC CT
24VAC CT
POWER
77013488A
97013488 24VAC CT
LightLEEDer 16
Direct wired switches
LightSync switches
PSR
IN OUT
24VAC CT
MTR1-LS1 LS1 BYPASS BYPASS LS1 MTR3-LS1
MTR1-LSC MTR3-LSC
LS2 LS2
MTR1-LS2 BYPASS BYPASS MTR3-LS2
MTR2-LS1 LS1 LS1 MTR4-LS1
BYPASS BYPASS
MTR2-LSC MTR4-LSC
LS2 LS2
MTR2-LS2 BYPASS BYPASS MTR4-LS2
MOTOR 1 MOTOR 3 LightSync
IN-1 IN-1
IN-2 IN-2
OUT-A OUT-A
OUT-B OUT-B
MOTOR 2 MOTOR 4
Shade Motor Control
IN-1 IN-1
IN-2 IN-2
OUT-A OUT-A
OUT-B OUT-B

2.3.4 Cable Distances

Data and power is carried across the network cable. There are limitations how far data can be run, how many devices
are on the line, and how much power is on the line. With the addition of a Power supply (Ps, adds power to the data
line) or a Power supply Repeater (PsR, adds power and renews data on the data line ) data and power can be re-
newed. see gure 2.4 for more details.
Be sure to record all cable distances on the riser provided.
ILC LightLEEDer Operation Manual
Version 1C 3/14/17
CAT-5 Cable
1 PILOT 2 PILOT
1 ON 2 ON
1 OFF 2 OFF
2 COM
1 COM
3 PILOT 4 PILOT
3 ON 4 ON
3 OFF 4 OFF
3 COM 4 COM
EXT +V
77013488A
97013488 EXTCOM
POWER
77013488A
97013488
POWER
77013488A
97013488
POWER
77013488A
97013488
Occupancy sensors
LightSync
Photocell Control
Figure 2.3 – LightLEEDer Network Example
24VAC CT
24VAC CT
24VAC CT
24VAC CT
24VAC CT
24VAC CT
24VAC CT
24VAC CT
LightLEEDer 32
IN OUT
77013489B
1
2
3
4
0-10V Ballast Control
LightSync Input Board
IN OUT
1 PILOT 2 PILOT
1 ON 2 ON
1 OFF 2 OFF
1 COM 2 COM
3 PILOT 4 PILOT
3 ON 4 ON
3 OFF 4 OFF
3 COM 4 COM
EXT +V
EXTCOM
77013485A
Switch Station
To other panels
To other panels
Power Supply
Repeater (PSR)
12 VAC
CT
12 VAC
77013442 REV A
97013442 REV
LightSync Hub