Savant SmartLighting Installation and operating instructions

Savant SmartLighting Control
Conversion
Application Note
LiteWare Release 5.1
Date: September 2014
Part Number: 009-0885-01
!!!!!!!!!!1!of 22
Copyright 2014 Savant Systems LLC, SAVANT and RacePoint Blueprint are trademarks of Savant Systems, LLC.
All brand names, product names and trademarks are the property of their respective owners.
Savant Systems, LLC reserves the right to change product specifications without notice.

Contents
To access the hyperlinks to the topics in this document, click the topic or topic page number.
..........................................................................................................................................System Overview!3
...........................................................................................................................Summary of Conversion!4
..................................................................Comparison of LiteTouch and Savant SmartLighting!5
............................................................................Accessing a *.prg File from a Legacy Controller!6
.................................................................................................Converting non-*.prg Files!8
....................................................................................Removing and Replacing a Transorb Board!9
..............................................................................................Installing a SmartLighting Controller!10
.........................................Connecting a Savant SmartLighting Controller to an SKL-1000!11
..........................................................................................................Installing a Savant Keypad Link!13
...............................................................................................................................Connecting a Keypad!15
...................................................................................................................Connecting to the Network!15
.........................................................................................Powering Up the SmartLighting System!15
................................................Exporting LiteWare *.prg File to a SmartLighting Controller!16
.......................................................................................................................................................Appendix!18
...............................................................................................................................Product Conversions!18
..............................................................................................................................................................Safety!21
140915 009-0885-01 Savant SmartLighting Control Conversion Application
2of 22

System Overview
The Savant Systems SmartLighting solution can be installed as part of a complete package with Savant’s
automation and control ecosystem or as a standalone lighting control system.
This application note contains instructions for converting a legacy LiteTouch system to the updated
technology of a Savant SmartLighting system. This process requires replacement of currently installed
products with new Savant products, rewiring, and the upload of a program (*.prg) file.
Legacy LiteTouch systems consist of at lease three components:
•Central Control Unit (CCU)
•Module
•Keypad or control station.
Savant SmartLighting systems consist of at least four components:
•Controller
•Keypad link
•Module
•Keypad or control station.
Important:
Savant SmartLighting products have been redesigned to be more e"cient and are automatically
integrated. Some of the older/legacy/out of warranty products may no longer be compatible with this
new design/vision.
When designing a new SavantLighting system or upgrading an existing one, go to the !Savant Portal
and submit a Pre-Sales and Design Assistance ticket. The response to this request will verify that
your SmartLighting system is energy e"cient, safe, and will automatically integrate all your lighting
specifications.
Installer’s Note
WARNING: A licensed electrician is required to remove the LiteTouch CCU and to install the
SKL-4000. After removing the CCU, please dispose of the unit in a responsible
manner. After removal of the the keypad power modules from the module enclosure
either safely remove or store the unused power cables.
140915 009-0885-01 Savant SmartLighting Control Conversion Application
3of 22

Summary of Conversion
The steps outlined in the next table should be performed in the sequence shown to complete a
conversion of a LiteTouch system to a Savant SmartLighting system. Some of these steps have hyperlinks
to more detailed procedures. Click the hyperlinks to see those procedures.
Step
Procedure
Details
✓
1
Access the LiteWare®*.prg file, which is required
for upload to the Savant SmartLighting controller.
Ensure you have the correct files.
2
Shut down all power to the legacy system from the
CCU and main breaker panel.
3
Remove power supply control modules from the
module enclosures.
4
Remove legacy transorb boards and replace with
Savant transorb boards.
5
Install SmartLighting controller.
6
Install Savant Keypad Links.
7
Confirm the rewiring as follows:
•New transorb board connected to
SmartLighting controller via Cat 5/5e/6
cable.
•New transorb board connected to new
transorb board in precise reflection of the
legacy LiteTouch system.
•First control module connected to the
transorb board within each module
enclosure.
•Power to the SmartLighting controller
connected via electrical outlet to SKL-1000
or breaker feed to SKL-4000.
•Station ports from SmartLighting controller
connected to Savant Keypad Link.
•Savant keypad links to other Savant keypad
links connected via Cat 5/5e/6 cable.
•Keypad wire bus connected to Savant
keypad links.
8
Turn on power to SmartLighting system.
9
Export *.prg file to SmartLighting controller.
140915 009-0885-01 Savant SmartLighting Control Conversion Application
4of 22

Comparison of LiteTouch and Savant SmartLighting
The next two figures show the key di#erences between the LiteTouch and Savant SmartLighting systems.
!"#$%&&'()$*+,-./'0,12,"*"$# !"#$%&&'()*+%,#
LiteTouchInstallation and Troubleshooting Manual 31
1. At each keypad backbox, splice the keypad pigtail (shipped with each
keypad)to the keypad homerun. Always use the pigtail that comes
with the keypad,as some newer or older models use different pigtails
and theycannot be mixed.
Use crimp connectors or wirenuts for the connections. The following
picture identifiesthe colors for each wire. In a LiteTouch cable, the
white wire is reservedas a spare.
2. Each keypad is custom labeled and designed for a specific location in
the home. The keypadaddress is indicated on the box label. Refer to
the KeypadDesign Schedule to identify the keypad address for each
keypad.
Each keypadis assigned a unique keypad address. This address is set
at the factory,but you should verify that it is correct before installing
the keypad,and change it if necessary.
Tworotary switches are located on each keypad. The location of the
rotary switches depends on the keypadmodel, as shown in the follow-
ing two illustrations(the rotary address switches on Metropolitan
Series keypadsare on the front).
ControlStation Backbox ControlStation Backbox ControlStation Backbox
3 PIN
CONNECTOR
3 PIN
CONNECTOR
LiteTouchControl Station Wire
WhiteSpare Wire 16 ga. Blue16 ga. (D)
Black16 ga. (Ð)
Red16 ga. (+)
NOTE:Voltage readings at this end should typically
read1 or 2 volts less than at the CCU end.
Usecrimp
connectorsor
wirenuts.
(Crimpconnectors are preferred.)
Keepthe control station in its protective plastic bag until all construction work is completed.
!"#$%&&'()$*+,-./'0,12,"*"$# !"#$%&&'()*+%,#
LiteTouchInstallation and Troubleshooting Manual 31
1. At each keypad backbox, splice the keypad pigtail (shipped with each
keypad)to the keypad homerun. Always use the pigtail that comes
with the keypad,as some newer or older models use different pigtails
and they cannotbe mixed.
Use crimp connectors or wirenuts for the connections. The following
picture identifiesthe colors for each wire. In a LiteTouch cable, the
white wire is reserved as a spare.
2. Each keypad is custom labeled and designed for a specific location in
the home. The keypadaddress is indicated on the box label. Refer to
the KeypadDesign Schedule to identify the keypad address for each
keypad.
Each keypadis assigned a unique keypad address. This address is set
at the factory,but you should verify that it is correct before installing
the keypad,and change it if necessary.
Tworotary switches are located on each keypad. The location of the
rotary switches depends on the keypadmodel, as shown in the follow-
ing two illustrations (the rotaryad dress switcheson Metropolitan
Series keypadsare on the front).
ControlStation Backbox Control Station Backbox ControlStation Backbox
3 PIN
CONNECTOR
3 PIN
CONNECTOR
LiteTouchControl Station Wire
WhiteSpare Wire 16 ga. Blue16 ga. (D)
Black16 ga. (Ð)
Red16 ga. (+)
NOTE:Voltage readings at this end should typically
read1 or 2 volts less than at the CCU end.
Usecrimp
connectorsor
wirenuts.
(Crimpconnectors are preferred.)
Keepthe control station in its protective plastic bag until all construction work is completed.
!"#$%&&'()$*+,-./'0,12,"*"$# !"#$%&&'()*+%,#
LiteTouchInstallation and Troubleshooting Manual 31
1. At each keypad backbox, splice the keypad pigtail (shipped with each
keypad)to the keypad homerun. Always use the pigtail that comes
with the keypad,as some newer or older models use different pigtails
and theycannot be mixed.
Use crimp connectors or wirenuts for the connections. The following
picture identifiesthe colors for each wire. In a LiteTouch cable, the
white wire is reservedas a spare.
2. Each keypad is custom labeled and designed for a specific location in
the home. The keypadaddress is indicated on the box label. Refer to
the KeypadDesign Schedule to identify the keypad address for each
keypad.
Each keypadis assigned a unique keypad address. This address is set
at the factory,but you should verify that it is correct before installing
the keypad,and change it if necessary.
Tworotary switches are located on each keypad. The location of the
rotary switches depends on the keypadmodel, as shown in the follow-
ing two illustrations(the rotary address switches on Metropolitan
Series keypadsare on the front).
ControlStation Backbox ControlStation Backbox ControlStation Backbox
3 PIN
CONNECTOR
3 PIN
CONNECTOR
LiteTouchControl Station Wire
WhiteSpare Wire 16 ga. Blue16 ga. (D)
Black16 ga. (Ð)
Red16 ga. (+)
NOTE:Voltage readings at this end should typically
read1 or 2 volts less than at the CCU end.
Usecrimp
connectorsor
wirenuts.
(Crimpconnectors are preferred.)
Keepthe control station in its protective plastic bag until all construction work is completed.
!"#$%&&'()$*+,-./'0,12,"*"$# !"#$%&&'()*+%,#
LiteTouchInstallation and Troubleshooting Manual 31
1. At each keypad backbox, splice the keypad pigtail (shipped with each
keypad)to the keypad homerun. Always use the pigtail that comes
with the keypad,as some newer or older models use different pigtails
and they cannotbe mixed.
Use crimp connectors or wirenuts for the connections. The following
picture identifiesthe colors for each wire. In a LiteTouch cable, the
white wire is reserved as a spare.
2. Each keypad is custom labeled and designed for a specific location in
the home. The keypadaddress is indicated on the box label. Refer to
the KeypadDesign Schedule to identify the keypad address for each
keypad.
Each keypadis assigned a unique keypad address. This address is set
at the factory,but you should verify that it is correct before installing
the keypad,and change it if necessary.
Tworotary switches are located on each keypad. The location of the
rotary switches depends on the keypadmodel, as shown in the follow-
ing two illustrations (the rotaryad dress switcheson Metropolitan
Series keypadsare on the front).
ControlStation Backbox Control Station Backbox ControlStation Backbox
3 PIN
CONNECTOR
3 PIN
CONNECTOR
LiteTouchControl Station Wire
WhiteSpare Wire 16 ga. Blue16 ga. (D)
Black16 ga. (Ð)
Red16 ga. (+)
NOTE:Voltage readings at this end should typically
read1 or 2 volts less than at the CCU end.
Usecrimp
connectorsor
wirenuts.
(Crimpconnectors are preferred.)
Keepthe control station in its protective plastic bag until all construction work is completed.
!"#$%&&'$()'**+ !"#$%&&'()$*+,-./'0,12,"*"$#
60 LiteTouch Installation and Troubleshooting Manual
•Connect data cables to modules and the transorb board
•String enclosures together (large installations or multiple enclosures)
•Connect the data homeruns to the CCU module ports
•Connect the keypad homeruns to the CCU keypad ports
•Run an AC power line to the CCU (5000LC only)
The following 5000LC wiring diagram shows the keypad, power, and data
connections, and the AC power connection to the power supply.
DC Power Lines
from LiteTouch
Pwer Supplies
To AC Power
Control Station
Homeruns
Data Homeruns From Modules
ILSCO
Ground
Lug
Ground Neutral
!"#$%&&'$()'**+ !"#$%&&'()$*+,-./'0,12,"*"$#
64 LiteTouchInstallation and Troubleshooting Manual
Wire a data line from the transorb board on one enclosure to the transorb
board on the next enclosure (see previous illustration). Connect the wires
to the screw terminals at the top of the board, as shown below.
Be sure to connect all fivewires, including the shield wire.
*,"")-$'.%$%
/,0)12"#
LiteTouchnumber 08-2105-01 wire is recommended for data wiring. It
contains two twisted-pair, 22-gauge wires and an insulatedbare shield
wire. The cable is shielded with mylar.
The cable color used for data homeruns is green.
1. Connect the data homerun cable to the screw terminals at the top of the
transorb board on the enclosure or the first enclosure of a string. Be
sure to connect all wires, including the shield wire.
If you are connecting an enclosure string, connect the data homerun t o
the same terminal as the data line connecting the enclosures.
Legacy Transorb Board
Legacy LiteTouch Configuration
120-240V AC
Control Stations/Keypads
!"#$%&&'()$*+,-./'0,12,"*"$# !"#$%&&'$()'**+
LiteTouchInstallation and Troubleshooting Manual 63
string leaves all modules beyond the failure without communication to the
CCU.
!"#$
☞!"#$%"&#'($)&*#$+(*,&-$)&*#.$&-$/"#$(,/,$0,1'#$23%/$1#$04--#0/#($/4$#,0"$24(5
3'#6$/4$#,0"$/*,-%4*1$14,*(6$,-($/4$/"#$7789$:/$%#*;#%$,%$,$<*43-($*#=#*#-0#$
=4*$04223-&0,/&4-%9
LiteTouch number 08-2105-01wire is recommended for data wiring. It
contains two twisted-pair, 22-gauge wires and an insulated bare shield
wire. The cable is shielded with mylar. The table belowshows LiteTouch
wire colors. The cable color used for data wiring is green.
6800-202
U
L
®
LISTED
71TO
IND.CONT.EQ.
®
L R 50210
3550 SO . 700 WEST • SL C ., U T AH 84119 • [phone] • F A X [phone] • TE CH H OT L I N E 1-800-527-5527
W A RNING
A S H O R TE D LO AD W I LL DA M A GE M O DU LE ..
T H I S I S N OT C OVE R E D B Y W ARRAN TY .
TO A VO I D POSS I B LE DA M A GE TO M O DU LE
AC POWE R M U ST B E R E M OVE D B EFO R E
C O NN E C T I N G O R D I S C O NN E C T I N G LO AD S .
®
R ated 2 A mp s 15 V o l t s M a x .
N e u t r a l
120 V A C
60 HZ
N e u t r a l
120 V A C
60 HZ
W I R E RAN GE 10 - 16 A WG . / TO R Q U E 10 - 12 I N . L B S . / 60 c M I N . C OPPE R W I R E O N LY
POW E R
DCP o s .
DCC om .
F U S E A G C 5 A mp .
N OT U SE D
POW E R
DCP o s .
DCC
om .
F U S E A G C 5 A mp .
N OT U SE D
P ower
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO
R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO
R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
LISTED
71TO
IND.CONT.EQ.
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
1 s t DI G IT
2 s t DI G IT
POW E R
A DD R E SS
S WITCH E S
NEUTRAL1
LINE1
LOAD1
LINE2
LOAD2
LINE3
LOAD3
LINE4
LOAD4
LINE5
LOAD5
LINE6
LOAD6
LINE7
LOAD7
LINE8
LOAD8
1
2
3
4
5
R
E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
6
7
8
9
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D
A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E
L O A D
L E D' S
INT E RR L OC K
S WITCH E S
R E MOT E
M A NU A L
ON
COMMON
M
A NU A L
ON
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A RNING
A S HO R T E D L O A DWI LL D A M A G E MODU L E .
THI S I S NOTCO V E R E D B YW A RR A NTY.
TOT E S T F O R S HO R T,CONN E CT L IN E TO
L O A D S A ND A PP L YPOW E R B E F O R E
CONN E CTIN G L O A D S TO SS CMODU L E .
TO
A V OIDPO SS I B L E D A M A G E TOMODU L E
A CPOW E R MU S T B E R E MO V E D B E F O R E
CONN E CTIN G O R DI S CONN E CTIN G L O A D S .
WI R E R A N G E 12 - 22 A W G .
TO
R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
®
U
L
®
U
L
®
SERIALNO.
RELAYRATINGS
VOLTAGE
INC.
FLUOR.
LV.
LOADTYPE RATING
8.3A@120/250VAC
12A@120/250VAC
12A@120/250VAC
AC
60Hz
1/2HP@120VAC
1HP@240VAC
MOTOR
S E R I A L NO. _________________
C
12345678
R ela y
6800-202
U
L
®
LISTED
71TO
IND.CONT.EQ.
®
L R 50210
3550 SO . 700 WEST • SL C ., U T AH 84119 • [phone] • F A X [phone] • TE CH H OT L I N E 1-800-527-5527
W A RNING
A S H O R TE D LO AD W I LL DA M A GE M O DU LE ..
T H I S I S N OT C OVE R E D B Y W ARRAN TY .
TO A VO I D POSS I B LE DA M A GE TO M O DU LE
AC POWE R M U ST B E R E M OVE D B EFO R E
C O NN E C T I N G O R D I S C O NN E C T I N G LO AD S .
®
R ated 2 A mp s 15 V o l t s M a x .
N e u t r a l
120 V A C
60 HZ
N e u t r a l
120 V A C
60 HZ
W I R E RAN GE 10 - 16 A WG . / TO R Q U E 10 - 12 I N . L B S . / 60 c M I N . C OPPE R W I R E O N LY
POW E R
DCP o s .
DCC om .
F U S E A G C 5 A mp .
N OT U SE D
POW E R
DCP o s .
DCC
om .
F U S E A G C 5 A mp .
N OT U SE D
P ower
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO
R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO
R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
LISTED
71TO
IND.CONT.EQ.
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
1 s t DI G IT
2 s t DI G IT
POW E R
A DD R E SS
S WITCH E S
NEUTRAL1
LINE1
LOAD1
LINE2
LOAD2
LINE3
LOAD3
LINE4
LOAD4
LINE5
LOAD5
LINE6
LOAD6
LINE7
LOAD7
LINE8
LOAD8
1
2
3
4
5
R
E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
6
7
8
9
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D
A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E
L O A D
L E D' S
INT E RR L OC K
S WITCH E S
R E MOT E
M A NU A L
ON
COMMON
M
A NU A L
ON
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A RNING
A S HO R T E D L O A DWI LL D A M A G E MODU L E .
THI S I S NOTCO V E R E D B YW A RR A NTY.
TOT E S T F O R S HO R T,CONN E CT L IN E TO
L O A D S A ND A PP L YPOW E R B E F O R E
CONN E CTIN G L O A D S TO SS CMODU L E .
TO
A V OIDPO SS I B L E D A M A G E TOMODU L E
A CPOW E R MU S T B E R E MO V E D B E F O R E
CONN E CTIN G O R DI S CONN E CTIN G L O A D S .
WI R E R A N G E 12 - 22 A W G .
TO
R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
®
U
L
®
U
L
®
SERIALNO.
RELAYRATINGS
VOLTAGE
INC.
FLUOR.
LV.
LOADTYPE RATING
8.3A@120/250VAC
12A@120/250VAC
12A@120/250VAC
AC
60Hz
1/2HP@120VAC
1HP@240VAC
MOTOR
S E R I A L NO. _________________
C
12345678
R ela y
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI
G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U
S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI
G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U
S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO
R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO
R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI G IT
2 n d
DI G IT
A DD R E SS
S
WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO
R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U
S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI
G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO
R QU E 10 - 12 IN. L B S .
60 c MIN.COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGEMUST
BEATLEAST60%OFTHETRANSFORMERSV/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
15A/120VACMAX.PEROUTPUT
20A/120VACMAX.PEROUTPUT
40A/120VACMAX.PEROUTPUT
USESLOWBLOW15AMPFUSES.
D immer
RECEIVE+RECEIVE+
11
RECEIVE-RECEIVE-
22
TRANSIT+TRANSIT+
33
TRANSIT-TRANSIT-
44
GND/SHIELDGND/SHIELD 55
RECEIVE+RECEIVE+
11
RECEIVE-RECEIVE-
22
TRANSIT+TRANSIT+
33
TRANSIT-TRANSIT-
44
GND/SHIELDGND/SHIELD
55
DATAINDATAIN
DATAOUTDATAOUT
ACTIVE
OUTPUT
LEDS
ACTIVE
OUTPUT
LEDS
MFG.CODEMFG.CODE LabelP/N6800-266.01LabelP/N6800-266.01
LOADTYPELOADTYPE
GENERALPURPOSEGENERALPURPOSE
ADDRESSADDRESS
SWITCHES SWITCHES
1st1st
DIGITDIGIT
2nd2nd
DIGITDIGIT
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
COMMONCOMMON
MANUAL
REMOTE
ON
MANUAL
REMOTE
ON
CC
RELAYRATINGSRELAYRATINGS
12A/120VACMAX.PEROUTPUT
96A/120VACMAX.PERMODULE
12A/120VACMAX.PEROUTPUT
96A/120VACMAX.PERMODULE
ASHORTENEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.
THISISNOTCOVEREDBYWARRANTY
ASHORTENEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.
THISISNOTCOVEREDBYWARRANTY
WARNINGWARNING
LINE1ANDNEUTRAL1MUSTBE
CONNECTEDTOPOWERTHEMODULE
LINE1ANDNEUTRAL1MUSTBE
CONNECTEDTOPOWERTHEMODULE
3400SOUTHWESTTEMPLESLC,UTAH84115(801)486-8500 FAX[phone]SOUTHWESTTEMPLESLC,UTAH84115(801)486-8500FAX[phone] TECHNICALSUPPORT1-800-527-5527TECHNICALSUPPORT1-800-527-5527
NO.1
NO.2
NO.3
NO.4
NO.5
NO.6
NO.7
NO.8
NO.1
NO.2
NO.3
NO.4
NO.5
NO.6
NO.7
NO.8
MANUAL
ON
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY.
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY.
USESLOWBLOW12AMPFUSES.USESLOWBLOW12AMPFUSES.
NO.1
NO.2
NO.3
NO.4
NO.5
NO.6
NO.7
NO.8
NO.1
NO.2
NO.3
NO.4
NO.5
NO.6
NO.7
NO.8
MOTORMOTOR 1HP@240VACPERCHANNEL
1/2HP@120VACPERCHANNEL
1HP@240VACPERCHANNEL
1/2HP@120VACPERCHANNEL
POWERPOWER
ADDRESS
OFF/ON
1-2
3-4
5-6
7-8
1-2
3-4
5-6
7-8
OFF/ON
INTERLOCK
SWITCHES
NEUTRALNEUTRAL
LOADNO.LOADNO.
1
2
3
4
5
6
7
8
R ela y
RECEIVE+RECEIVE+
11
RECEIVE-RECEIVE-
22
TRANSIT+TRANSIT+
33
TRANSIT-TRANSIT-
44
GND/SHIELDGND/SHIELD 55
RECEIVE+RECEIVE+
11
RECEIVE-RECEIVE-
22
TRANSIT+TRANSIT+
33
TRANSIT-TRANSIT-
44
GND/SHIELDGND/SHIELD
55
DATAINDATAIN
DATAOUTDATAOUT
ACTIVE
OUTPUT
LEDS
ACTIVE
OUTPUT
LEDS
MFG.CODEMFG.CODE LabelP/N6800-266.01LabelP/N6800-266.01
LOADTYPELOADTYPE
GENERALPURPOSEGENERALPURPOSE
ADDRESSADDRESS
SWITCHES
SWITCHES
1st1st
DIGITDIGIT
2nd2nd
DIGITDIGIT
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
COMMONCOMMON
MANUAL
REMOTE
ON
MANUAL
REMOTE
ON
CC
RELAYRATINGSRELAYRATINGS
12A/120VACMAX.PEROUTPUT
96A/120VACMAX.PERMODULE
12A/120VACMAX.PEROUTPUT
96A/120VACMAX.PERMODULE
ASHORTENEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.
THISISNOTCOVEREDBYWARRANTY
ASHORTENEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.
THISISNOTCOVEREDBYWARRANTY
WARNINGWARNING
LINE1ANDNEUTRAL1MUSTBE
CONNECTEDTOPOWERTHEMODULE
LINE1ANDNEUTRAL1MUSTBE
CONNECTEDTOPOWERTHEMODULE
3400SOUTHWESTTEMPLESLC,UTAH84115(801)486-8500 FAX[phone]SOUTHWESTTEMPLESLC,UTAH84115(801)486-8500FAX[phone] TECHNICALSUPPORT1-800-527-5527TECHNICALSUPPORT1-800-527-5527
NO.1
NO.2
NO.3
NO.4
NO.5
NO.6
NO.7
NO.8
NO.1
NO.2
NO.3
NO.4
NO.5
NO.6
NO.7
NO.8
MANUAL
ON
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY.
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY.
USESLOWBLOW12AMPFUSES.USESLOWBLOW12AMPFUSES.
NO.1
NO.2
NO.3
NO.4
NO.5
NO.6
NO.7
NO.8
NO.1
NO.2
NO.3
NO.4
NO.5
NO.6
NO.7
NO.8
MOTORMOTOR 1HP@240VACPERCHANNEL
1/2HP@120VACPERCHANNEL
1HP@240VACPERCHANNEL
1/2HP@120VACPERCHANNEL
POWERPOWER
ADDRESS
OFF/ON
1-2
3-4
5-6
7-8
1-2
3-4
5-6
7-8
OFF/ON
INTERLOCK
SWITCHES
NEUTRALNEUTRAL
LOADNO.LOADNO.
1
2
3
4
5
6
7
8
R ela y
6800-218
3550 SO . 700 WEST • SL C ., U T AH 84119 • [phone] • F A X [phone] • TE CH H OT L I N E 1-800-527-5527
W A R NIN G
A S H O R TE D LO AD W I LL DA M A G E M O DU LE .
T H I S I S N OT C O VE R E D B Y W ARRAN TY .
TO A V O I D P O SS I B LE DA M A G E TO M O DU LE
AC P O WE R M U ST B E R E M O VE D B EF O R E
C O NN E C T I N G O R D I S C O NN E C T I N G LO AD S .
R A TIN G S
P R IM A R Y : 2 A MP S , 120 V A CM A X.
S E COND A R Y : 15 - 20 V DCUN R E G U L A T E D
N e u t r a l
120 V A C
60 HZ
N e u t r a l
120 V A C
60 HZ
W I R E RAN G E 10 - 16 A W G . / TO R Q U E 10 - 12 I N . L B S . / 60 M I N . C O PPE R W I R E O N LY
POW E R
DCP o s .
DCC
om .
F U S E A G C 5 A mp .
N OT U SE D
POW E R
DCP o s .
DCC
om .
F U S E A G C 5 A mp .
N OT U SE D
®
CC
DATE:
P ower
6800-218
3550 SO . 700 WEST • SL C ., U T AH 84119 • [phone] • F A X [phone] • TE CH H OT L I N E 1-800-527-5527
W A R NIN G
A S H O R TE D LO AD W I LL DA M A G E M O DU LE .
T H I S I S N OT C O VE R E D B Y W ARRAN TY .
TO A V O I D P O SS I B LE DA M A G E TO M O DU LE
AC P O WE R M U ST B E R E M O VE D B EF O R E
C O NN E C T I N G O R D I S C O NN E C T I N G LO AD S .
R A TIN G S
P R IM A R Y : 2 A MP S , 120 V A CM A X.
S E COND A R Y : 15 - 20 V DCUN R E G U L A T E D
N e u t r a l
120 V A C
60 HZ
N e u t r a l
120 V A C
60 HZ
W I R E RAN G E 10 - 16 A W G . / TO R Q U E 10 - 12 I N . L B S . / 60 M I N . C O PPE R W I R E O N LY
POW E R
DCP o s .
DCC
om .
F U S E A G C 5 A mp .
N OT U SE D
POW E R
DCP o s .
DCC
om .
F U S E A G C 5 A mp .
N OT U SE D
®
CC
DATE:
P ower
Transorb
Board
Transorb
Board
Transorb
Board
Transorb
Board
Frompower supply to CCU
andcontrol station connector(s)
TO FIRST ENCLOSURE
TRANSORB BOARD
Frompower supply to CCU
andcontrol station connector(s)
TO CCU
,-$)./01('2-3)'*/&/3#
Red
Black
White (spare)
Green
Bare (shielded)
DC Power Lines from LiteTouch Power Supplies
to module enclosure
Legacy LiteTouch Configuration
An example Savant SmartLighting system is shown in the next figure with the SSL-P018 and the
SKL-4000 components.
NOTE: If PoE is not present, installer may purchase a power supply: 12V DC, 120-240V AC,
50/60 Hz (PWR-12125).
Savant SmartLighting Configuration
SSL-P018
Network
Up to 40 keypads per SKL-4000
SKL-4000
110-240V AC input
Power Supply
ControlStation Backbox ControlStation Backbox Control Station Backbox
3PIN
CONNECTOR
3PIN
CONNECTOR
ControlStation Backbox ControlStation Backbox ControlStation Backbox
CONNECTOR
3 PIN
CONNECTOR
ControlStation Backbox ControlStation Backbox Control Station Backbox
3PIN
CONNECTOR
3PIN
CONNECTOR
ControlStation Backbox ControlStation Backbox ControlStation Backbox
CONNECTOR
3 PIN
CONNECTOR
Up to 8 SKL-4000s or 256 keypad addresses per SSL-P018
ControlStation Backbox ControlStation Backbox Control Station Backbox
3PIN
CONNECTOR
3PIN
CONNECTOR
ControlStation Backbox ControlStation Backbox ControlStation Backbox
CONNECTOR
3 PIN
CONNECTOR
ControlStation Backbox ControlStation Backbox Control Station Backbox
3PIN
CONNECTOR
3PIN
CONNECTOR
ControlStation Backbox ControlStation Backbox ControlStation Backbox
CONNECTOR
3 PIN
CONNECTOR
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN. COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D imm er
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI
G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN. COPP E R WI R E ON L Y
U
S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D imm er
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN. COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D imm er
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI
G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN. COPP E R WI R E ON L Y
U
S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D imm er
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGE MUS T
BEATLEAST60%OFTHETRANSFORMERS V/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,AC POWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
USESLOWBLOW15AMPFUSES.
D imm er
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGE MUS T
BEATLEAST60%OFTHETRANSFORMERS V/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,AC POWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
USESLOWBLOW15AMPFUSES.
D imm er
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGE MUS T
BEATLEAST60%OFTHETRANSFORMERS V/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,AC POWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
USESLOWBLOW15AMPFUSES.
D imm er
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGE MUS T
BEATLEAST60%OFTHETRANSFORMERS V/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,AC POWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
USESLOWBLOW15AMPFUSES.
D imm er
Transorb
Board
Transor b Board
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN. COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI
G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN. COPP E R WI R E ON L Y
U
S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T
R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T
R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI
S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN. COPP E R WI R E ON L Y
U S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
OUTPUT5
OUTPUT6
OUTPUT7
OUTPUT8
INPUT120VAC60Hz
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
0
1
2
3
4
5
6
7
8
9
A
B
C
D
E
F
NEUTRAL
OUTPUT1
OUTPUT2
OUTPUT3
OUTPUT4
6800-270
®®
LISTED
71TO
IND.CONT.EQ.
1 s t
DI
G IT
2 n d
DI
G IT
A DD R E SS
S WITCH E S
A DD R E SS
R A T E D 20 A MP S TOT A L , 120 V O L T S TUN G S T E N
NOTTO
E XC EE D 16 A MP S ON A NY S IN G L E OUTPUT
C A UTION R I S K O F E L E CT R IC A L S HOC K .H E A T S IN K
I S L I V E .DI S CONN E CT F R OMPOW E R B E F O R E S E R V ICIN G .
®
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A IN
1
2
3
4
5
R E C E I V E +
R E C E I V E –
T R A N S MIT+
T R A N S MIT–
G ND/ S HI E L D
D A T A OUT
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
NO. 1
NO. 2
NO. 3
NO. 4
NO. 5
NO. 6
NO. 7
NO. 8
A CTI V E L O A D
L E D S
3550 S O. 700 W E S T• S L C.,UT A H 84119 • ( 801 ) 268 - 8668 • F A X ( 801 ) 268 - 9200 •T E CHHOT L IN E 1 - 800 - 527 - 5527
W A R NIN G
A S HO R T E D L O A DWI LL B L OW F U S E
A NDC A ND A M A G E MODU L E .
THI S I S NOTCO V E R E D B YW A RR A NTY.
WI R E R A N G E 10 - 16 A W G .
TO R QU E 10 - 12 IN. L B S .
60 c MIN. COPP E R WI R E ON L Y
U
S E F A S T A CTIN G 20 A MP F U S E S .
1
2
3
4
5
6
7
8
M A NU A L
O FF ON
S E RI A L NO. ____________________________________
POWER
1
2
3
4
5
6
7
8
R E MOT E
M A NU A L
ON
COMMON
C
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGE MUST
BEATLEAST60%OFTHETRANSFORMERS V/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGE MUST
BEATLEAST60%OFTHETRANSFORMERS V/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGE MUST
BEATLEAST60%OFTHETRANSFORMERS V/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
USESLOWBLOW15AMPFUSES.
D immer
R
WIRERANGE10-16AWG.
TORQUE7IN.LBS.
60cMIN.COPPERWIREONLY
CAUTION:RISKOFELECTICALSHOCK.HEATSINK
ISLIVE.DISCONNECTATPOWERBEFORESERVICING.
ASHORTEDLOADWILLBLOWFUSEAND
CANDAMAGEMODULE.THISISNOT
COVEREDBYWARRANTY.
WHENDRIVINGTRANSFORMERCOUPLED
LOADS,THEACTUALLOADWATTAGE MUST
BEATLEAST60%OFTHETRANSFORMERS V/A
RATINGORTRANSFORMERHUM,FLASHING
AND/ORDAMAGEMAYOCCUR.
TOAVOIDPOSSIBLEDAMAGETOMODULE,ACPOWER
MUSTBEREMOVEDBEFORECONNECTINGOR
DISCONNECTINGLOADS.
MFG.CODE
LabelP/N6800-258.01
ADDRESS
MANUAL
ON
ACTIVE
OUTPUT
LEDS
MANUAL
REMOTE
ON
INPUT120VAC
60Hz.
LOADTYPELOADTYPE
TUNGSTENTUNGSTEN
RELAYRATINGRELAYRATING
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
15A/120VACMAX.PER OUTPUT
20A/120VACMAX.PER OUTPUT
40A/120VACMAX.PER OUTPUT
USESLOWBLOW15AMPFUSES.
D immer
Transorb
Board
Transor b Board
Up to 16-Module Enclosures or 16 Transorb Boards per
port on SSL-P018 (64 module addresses*)
*Some modules use two addresses
If all 4 module ports are used, up to 256 module addresses are available.
Standard CAT 5/6 cable
RJ-45 Connector
Station Bus Wire
3-pin Connector (16-gauge)
Module Jumper Wire
5-pin Connector
(22-gauge)
CAT 5/6 cable with PoE
To More Module Enclosures,
if necessary
Savant SmartLighting Configuration
140915 009-0885-01 Savant SmartLighting Control Conversion Application
5of 22

Accessing a *.prg File from a Legacy Controller
A LiteWare *.prg file is required for a SmartLighting system to function properly. This file type must be
exported to the Savant SmartLighting controller after retrieving the file from a Central Control Unit (CCU).
Before the *.prg file can be exported to a SmartLighting controller, the file must first be extracted from a
CCU.
The *.prg file type is native to a FIVEk CCU (or 5000LC), but the standard and compact CCUs do not use
*.prg files. The standard and compact CCU definition files—*.def and *.cdf (respectively)—must be
converted to *.prg files.
Note that the CCU communicates with LiteWare using either an Ethernet or a serial connection.
To extract the LiteWare *.prg file from a FIVEk CCU (or 5000LC), do the following. The procedure for
converting a *.def file or *.cdf file is at the end of this procedure. See Converting non-*.prg Files.
1. Open LiteWare 5.1 or higher.
2. Select Control Panel (shown circled in the next screenshot).
3. Click No on this dialog box:
140915 009-0885-01 Savant SmartLighting Control Conversion Application
6of 22

4. In the Control Panel window, for Central Controller Type, select the required controller FIVEk CCU
(or 5000LC) from the drop-down list. See the next screenshot.
5. For Connection Type, select the required option.
6. Confirm the TCP/IP Settings or Serial Settings are correct for the Central Controller Type previously
selected.
7. Click From Controller.
8. Browse to the location where you would like the extracted *.prg file stored and click Save.
The status pane in the Control Panel will show the *.prg has been extracted from the CCU by
displaying Download Complete.
9. Keep a record of where this *.prg file is stored so that you can access it when you are ready to export
the file to a SmartLighting controller.
140915 009-0885-01 Savant SmartLighting Control Conversion Application
7of 22

Converting non-*.prg Files
To convert *.def or *.cdf files to *.prg files, do the following.
1. From the main menu in LiteWare, select File > Open.
2. For Files of Type, select either *.def or *.cdf as shown in the next screenshot.
3. Navigate to the appropriate file and click Open. The file will be imported into LiteWare as an LW4 file.
4. Click the Job Parameters tab.
5. Under Controller Selection, for Type, select either: SSL-P018 or SSL-P002 from the drop-down list.
6. From the main menu select File > Save As (select the folder where you want the LW4 file to be
saved).
7. Click File > Export >Export Program File .
8. Choose the file and click Save.
Now perform the procedure, Accessing the *.prg File from a Legacy Controller.
140915 009-0885-01 Savant SmartLighting Control Conversion Application
8of 22

Removing and Replacing a Transorb Board
Transorb boards are used to connect modules in enclosures to SmartLighting controllers. A maximum of
4 transorb boards (64 addresses) are supported when using the SSL-P002 and a maximum of 16 transorb
boards are supported when using the SSL-P018 (256 addresses). Up to 4 transorb boards can be installed
in an ENC-4000 (4-module enclosure) and up to 2 transorb boards can be installed in an ENC-2000 (2-
module enclosure).
Two enclosure models are available to house either two-modules or four-modules. The enclosures can
be recessed, flush-mounted or surface-mounted for both the models. The enclosures can be mounted
two or more units high. Each enclosure contains a voltage divider/barrier to isolate high voltage from low
voltage.
CAUTION: Keep these wires on their respective side of the enclosure. Do not cross over or
under the voltage barrier with wires.
To replace legacy LiteTouch transorb boards with Savant SmartLighting transorb boards, do the following.
1. Locate and remove the legacy transorb board in the upper left corner of the module enclosure.
2. Add the Savant SmartLighting transorb board (ENC-TRANS-xx) to the enclosure where the legacy
transorb board was removed.
Wiring Modules
1. Locate the 5-pin port on the Savant transorb board.
!"#$%&&'$()'**+ !"#$%&&'()$*+,-./'0,12,"*"$#
62 LiteTouch Installation and Troubleshooting Manual
Plug a data cable into the five-pin connector on the transorb board, and
plug the other end into the DATA IN port on the first module.
2. Connect another data cable to the DATA OUT port on the first module
and to the DATA IN port on the second module.
3. Continue to connect a cable to the DATA OUT port of one module and
the DATA IN port of the next module until all control modules in the
enclosure are connected.
!"#$
☞!"#"$%&'&()$*+,-$(+#$.+((,.#$#+$/+%,'$-0//1&,-2$3+3,(#"'4$.+(#".#$*"#"$&(/0#$
3+*01,-2$+'$3"&(#"&(,*$.+(#".#$*"#"$&(/0#$3+*01,-5$611$3+*01,-$#7"#$30-#$8,$
&(.10*,*$&($#7,$*"#"$%&'&()$7"9,$!6:6$;<$"(*$!6:6$=>:$/+'#-5$
When finished, all control modules in each enclosure should be connected
in a string to the first module (top module), which is connected to the tran-
sorb board via the 5-pin connector.
,$-."/'0"1&2#3-)#
42 / ) $ ( ) -
In large installations (more than eight enclosures), or when you have mul-
tiple enclosure locations, you can string enclosures together to reduce the
number of data homeruns to the CCU. While this helps to simplify the
wiring, you should be aware that an early circuit breaker failure in the
RJ-45 Ports
5-pin Phoenix Ports
Savant Transorb Board
2. Plug in the Module Jumper Wire (ENC-MJ22) with the 5-pin connectors on both ends (22-gauge) to the Savant
transorb board.
3. Connect the other end of the 5-pin connector on the Module Jumper Wire also with a 5-pin connector from the
Savant transorb board to the Data In port on the first module.
4. Connect the Data Out port on the first module to the Data In port on the second module using the Module Jumper
Wire
5. Continue until all modules in the enclosure are connected with the Module Jumper Wire.
6. Connect the line feeds (electrical loads) to each module.
7. Interconnect the line feeds to the modules, ground bar and neutral bar
8. Connect the 120 volt feed from the Module Enclosure to the electrical panel.
9. Connect up to 16 Module Enclosures or 16 transorb boards per port on the SSL-P018 with CAT 5/6 cable.
5. SSL Controller Installation
There are two models of controllers for the SmartLighting configuration: SSL-P002 and SSL-P018.
They can both be powered over a CAT 5/6 cable with PoE. If PoE is not available, the SSL-P002 can be powered with an
external 5V DC power supply (PWR-5025). The SSL-P018 can be powered with an external 12V DC power supply
(PWR-12125).
Front View of SSL-P002
Rear View of SSL-P002
101612 009-0766-00 16 of 65
Document based upon target specifications. Specifications subject to change prior to final product release.
Savant Transorb Board
3. Locate and remove the legacy LiteTouch Power Supply modules in the enclosure. The power supplies
are no longer necessary. The Savant SKL-1000 or SKL-4000 Keypad Link provide power to the
keypads.
4. Install other lighting control modules where the power supply modules were removed, if required.
5. Locate the 5-pin port on the transorb board.
6. Plug in the Module Jumper Wire (ENC-MJ22) with the 5-pin connectors on both ends (22-gauge) to
the Savant transorb board.
7. Connect the other end of the 5-pin connector on the Module Jumper Wire with a 5-pin connector
from the Savant transorb board to the Data In port on the first module.
8. Connect the Data Out port on the first module to the second module using the Module Jumper Wire.
9. Repeat the previous steps in this procedure for all transorb boards on the SSL-P002 and the SSL-
P018.
140915 009-0885-01 Savant SmartLighting Control Conversion Application
9of 22

Installing a SmartLighting Controller
When installing the SSL-P018 or SSL-P002 controller, place the controller in the same location as the legacy CCU
to support the module and the station/keypads. The Savant keypad links (SKL-1000 or SKL-4000) can be located up
to 330 feet away using 18 AWG wire-from a Savant SmartLighting controller (SSL-P018 or SSL-P002).
NOTE: Cat 5/5e/6 cable with RJ-45s must replace existing module bus cable. If required, splice
the module bus cable to Cat 5/5e/6 cable for RJ-45 termination at the SSL-P002 or SSL-
P018 or new Savant transorb board.
SSL-P018 Rear Panel
NOTE: All Cat 5/5e/6 cable connections use T568B termination.
The SmartLighting controller is either the SSL-P018 with four module connectors or the SSL-P002 with
one module connector for the Savant SmartLighting system. The controller provides control and
communication to Savant Lighting components, including the station connector to the SKL-1000 or
SKL-4000.
To connect the SSL-P018 or SSL-P002 to a module and a Savant keypad link, do the following.
1. Locate the two RJ-45 (Data Out and Data In) ports on the top of the transorb board in the module
enclosure.
2. Insert the RJ-45 connector of a Cat 5/5e/6 cable into the RJ-45 (Data Out) port on the left side in the
transorb board.
3. On the back of the SSL-P018 or the SSL-P002, connect the other end of RJ-45 terminated Cat 5/5e/6
cable to the Mod-1 port (SSL-P018) or the Module port on the SSL-P002. If other enclosures are
required for use with the SSL-P018, they can be terminated to the other module ports: Mod-2,
Mod-3 and Mod-4.
!"#$%&&'$()'**+ !"#$%&&'()$*+,-./'0,12,"*"$#
62 LiteTouch Installation and Troubleshooting Manual
Plug a data cable into the five-pin connector on the transorb board, and
plug the other end into the DATA IN port on the first module.
2. Connect another data cable to the DATA OUT port on the first module
and to the DATA IN port on the second module.
3. Continue to connect a cable to the DATA OUT port of one module and
the DATA IN port of the next module until all control modules in the
enclosure are connected.
!"#$
☞!"#"$%&'&()$*+,-$(+#$.+((,.#$#+$/+%,'$-0//1&,-2$3+3,(#"'4$.+(#".#$*"#"$&(/0#$
3+*01,-2$+'$3"&(#"&(,*$.+(#".#$*"#"$&(/0#$3+*01,-5$611$3+*01,-$#7"#$30-#$8,$
&(.10*,*$&($#7,$*"#"$%&'&()$7"9,$!6:6$;<$"(*$!6:6$=>:$/+'#-5$
When finished, all control modules in each enclosure should be connected
in a string to the first module (top module), which is connected to the tran-
sorb board via the 5-pin connector.
,$-."/'0"1&2#3-)#
42 / ) $ ( ) -
In large installations (more than eight enclosures), or when you have mul-
tiple enclosure locations, you can string enclosures together to reduce the
number of data homeruns to the CCU. While this helps to simplify the
wiring, you should be aware that an early circuit breaker failure in the
RJ-45 Ports
5-pin Phoenix Ports
Station
Rear Panel of SSL-P018
1 of 7
Description
The Savant SmartLighting Controller (SSL-P002) can be installed as
part of a complete package within Savant’s automation and control
ecosystem or as a part of a standalone lighting control system.
The Savant SmartLighting Controller provides control and
communication to Savant lighting control components, including 120
volt and 240 volt load and integration modules, as well as low voltage
keypads. Savant SmartLighting controllers are connected to modules
and keypads via RS-422 module and RS-232 station (keypad) bus
ports on the back of the controller. The Ethernet port, also located on
the back of the controller, allows for integration with third-party,
integrated sub-systems.
The controller can either be powered using Ethernet (PoE) or can be
powered with an external power supply. The controller can either be
rack mounted or wall mounted using side-mount brackets.
LiteWare®programming and design software, version 5.0 or higher, is
used to create a programming file (PRG) that is uploaded to the
controller prior to system start-up. For systems installed with Savant
control and automation components, RacePoint®Blueprint is used to
configure additional Savant Systems equipment and control via
Savant's award-winnning TrueControl™ app.
Feature Summary
• One keypad (station) bus port—maximum
of 40 keypads
• One module bus port—maximum of 512
Loads
• Ethernet 10/100 base-T port
• Supports Power over Ethernet using the
IEEE 802.3af standard
• Supports all LiteWare user programming
and astronomical time clock features
• Optionally, rack or wall mountable
• Use LiteWare®(Version 5.0) and
RacePoint Blueprint™ design tools to
configure and customize SSL-P002
Front View of SSL-P002 (above)
Rear View of SSL-P002 (above)
SmartLighting Controller: SSL-P002
090412 009-0709-00 Document based upon target specifications. Specifications subject to change prior to final product release.
Rear Panel of SSL-P002
140915 009-0885-01 Savant SmartLighting Control Conversion Application
10 of 22

4. For daisy-chaining modules, connect the RJ-45 Data Out connector on the left side in the transorb
board of the first module with another Cat 5/5e/6 cable terminated on both ends with RJ-45
connectors to the next transorb board Data In port.
5. Connect the Station port (as shown in the previous figures) on the SSL-P018 or SSL-P002 to the
SKL-1000 (RS232) or the SKL-4000 (RS-422 In).
Connecting a Savant SmartLighting Controller to an SKL-1000
If an SKL-1000 is used in the SmartLighting system, you must configure the SSL-P002 or SSL-P018 to
communicate using the same serial port standard. By default, the SKL-1000 uses RS-232. The SSL-P002
or SSL-P018 use RS-422.
To set up the SSL-P002 or SSL-P018 to connect to an SKL-1000 do either of the following procedures.
Using Windows
1. Open LiteWare and go to the Control Panel.
2. Click the IP Address Book button.
3. Click the SEARCH button.
4. From the Equipment Locator tab, select a service for an SSL-P018 or SSL-P002.
5. Click Configure beside the selected service. The Serial Port Configuration screen appears.
140915 009-0885-01 Savant SmartLighting Control Conversion Application
11 of 22

6. Select Serial Ports on the sidebar.
7. For Connector 4 select SKL-1000 (For the SSC-P002, select Connect)from the drop-down list.
8. Click the Set button.
9. Click the Commit Changes button.
10. Wait for the reboot of SSL-P018 or the SSL-P002 (about 90 seconds).
Using Mac OS
1. Open rpmEmbScanner.
2. Select the Unique ID (UID) that matches the UID on the sticker of the SSL-P018 or the SSL-P002.
3. Open a browser and enter the IP address of the SSL-P018 or the SSL-P002.
4. Select Serial Ports on the sidebar.
5. For Connector 4 select SKL-1000 (For the SSC-P002, select Connect) from the drop-down list.
6. Click the Set button.
7. Click the Commit Changes button.
8. Wait for reboot of SSL-P018 or the SSL-P002 (about 90 seconds).
140915 009-0885-01 Savant SmartLighting Control Conversion Application
12 of 22

Installing a Savant Keypad Link
The SKL-1000 and the SKL-4000 connect the Savant keypads to the SSL-P002 or SSL-P018 controller.
The SKL-1000 connects up to 12 keypads and the SKL-4000 connects up to 40 keypads. If multiple
SKL-4000s are daisy-chained, up to eight units, a maximum of 256 keypads can be connected.
Savant recommends you locate the SKL-1000 or SKL-4000 close to the original placement of the station
bus terminations. The installer must ensure that the original station bus wiring is compliant with the
specifications of the Savant keypad link device being used. If the station bus wiring is not compliant with
the new device, rewiring or other reconfiguration will be necessary.
To connect the SKL-4000 to a SmartLighting controller (SSL-P018 or SSL-P002), do the following.
1. Using Cat 5/5e/6 cable, plug the RJ-45 connector into the Station port (4) on the SSL-P018
Mod-1 RS-232 port
Station Port 4
Station Port 4
RJ-45 POE/Ethernet Port
2. Using the same Cat 5/5e/6 cable, plug the other RJ-45 connector in to the RS-422 IN port at the top
of the SKL-4000.
SKL-4000 Interior View
3. If adding more SKL-4000 keypad links, plug another Cat 5/5e/6 cable with an RJ-45 connector into
the SKL-4000 RS-422 OUT port. Next, connect the other RJ-45 of the Cat 5/5e/6 cable to the the
RS-422 IN RS-422 OUT
Station/Keypad
Bus Ports (4)
140915 009-0885-01 Savant SmartLighting Control Conversion Application
13 of 22

RS-422 IN port of the second SKL-4000.This step can be repeated to daisy chain up to eight
SKL-4000 units into a single keypad bus port on a Savant SmartLighting controller.
4. Locate the four keypad/station bus ports (circled in the next figure).
5. To use the bus ports for connecting to keypads, splice the 16 AWG or 18 AWG wiring and attach the
wires to the three-pin connector based on the following positions (as labeled on the SKL-4000):
Data Blue wire
SW+ Red wire
SW- Black wire
6. Next, perform the procedure, Connecting a Keypad.
140915 009-0885-01 Savant SmartLighting Control Conversion Application
14 of 22

Connecting a Keypad
If adding more keypads to an installation, continue with this step.
The next figure shows the use of 16 gauge (AWG) wire, but in shorter installations (up to 330 feet) 18
gauge wire can be used.
1. Use crimp connectors or wire nuts to terminate the stranded wire.
NOTE: Savant recommends crimp connectors.
Splice the 3-pin connectors (shipped with control stations) to the 3-wire control station
homeruns at each control station location as shown.
Hidden Text in this image:
NOTE Voltage readings at this end should typically read 1 or 2 volts less than at the
CCU end.
Savant Keypad Link Wiring
Savant Keypad Link wire
Keypad Backbox Keypad Backbox Keypad Backbox
wire nuts.
Backbox Size
Keypad backboxes should have a minimum inside dimension
of 3 in. high x 1⅞in. wide x 1½in deep. Use a square-
cornered backbox to best accommodate these dimensions.
Do not use plastic rings with rounded corners—keypads,
especially multiple-gang keypads, will not fit. Single-gang,
metal cut-in boxes, plaster, or tile rings are not acceptable.
In new construction installations, for example, a single gang
backbox, model P-241 (supplied by Allied Moulded Products)
would accommodate a Savant keypad. An example of a
double gang backbox is model P-442 (supplied by Allied
Moulded Products).
2. The installation is complete.
Connecting to the Network
Using Cat 5/5e/6 cable terminated on both ends with RJ-45 connectors, plug one end of the cable in to
an enterprise-grade switch and connect the other RJ-45 into the PoE/Ethernet port on the SSL-P018 or
SSL-P002.
Power over Ethernet is based on the PoE IEEE 802.3af standard.
Mod-1 RS-232 port
Station Port 4
Station Port 4
RJ-45 POE/Ethernet Port
NOTE: If PoE is not available, there is an optional power supply, 12V DC, 120-240V AC, 50/60
Hz (PWR-12125) that can be ordered separately.
Powering Up the SmartLighting System
Connect 120V AC to the SKL-4000.
CAUTION: A licensed electrician is required to install the SKL-4000.
140915 009-0885-01 Savant SmartLighting Control Conversion Application
15 of 22

Exporting LiteWare *.prg File to a SmartLighting Controller
A LiteWare®*.prg file is required for a SmartLighting system to function properly. This file type must be
exported to the Savant SmartLighting controller. The SmartLighting controller communicates with
LiteWare using an Ethernet connection.
To export the LiteWare *.prg file to an SSL-P018 or SSL-P002, do the following.
1. Open LiteWare 5.1 or higher.
2. Select Control Panel (shown circled in the next screenshot).
3. Click No on this dialog box:
140915 009-0885-01 Savant SmartLighting Control Conversion Application
16 of 22

The main window of the Control Panel opens.
4. For the Central Controller Type,select SSL-P018 or SSL-P002 from the drop-down list.
5. For the Connection Type, select TCP/IP.
6. Confirm the TCP-IP Settings: IP Address and Port.
7. Click To Controller.
8. Browse to the *.prg file that you previously extracted from the CCU, and click Open.
The status pane in the Control Panel will show the *.prg has been exported to the SmartLighting
controller by displaying Upload Complete.
140915 009-0885-01 Savant SmartLighting Control Conversion Application
17 of 22

Appendix
Product Conversions
This document is a chart used to upgrade legacy LiteTouch products to Savant SmartLighting products.
LiteTouch
Savant
Comments
Controllers
Controllers
Controllers
FIVEk
Standard CCU
Compact CCU
SSL-P018
SSL-P002
All controllers are replaced with the SSLs.
FIVEk must be replaced by an SSL and an
SKL (to power keypads). Power supplies are
not needed in the enclosures.
Keypads
Keypads
Keypads
S
H
E
Capri
Coastal
Hybrids
Metropolitan
G2
Circa
Echo
1000/2600 Series
Metropolitan
Circa
Echo
As of January 1, 2013, we have three
keypad models of various configurations.
Enclosures
Enclosures
Enclosures
08-8024-21 4 Module Enclosure
ENC-4000-00
08-8024-23 4 Module Enc. Surface Mount Lid
ENC-S4LID-00
08-8024-24 4 Module Enc. Recess Mount Lid
ENC-R4LID-00
08-8025-21 2 Module Enclosure
ENC-2000-00
08-8025-23 2 Module Enc. Surface Mount Lid
ENC-S2LID-00
08-8025-24 2 Module Enc. Recess Mount Lid
ENC-R2LID-00
140915 009-0885-01 Savant SmartLighting Control Conversion Application
18 of 22

The Modules are listed below.
LiteTouch
Savant
Comments
Modules
Modules
Modules
08-2108-01 8 Ch Dimmer 120V
LMD-8120-00
08-2108-02 8 Ch Dimmer 240V
08-2108-02-CE 8 Ch Dimmer 240V
LMD-8240-00
08-8125-01 Dual 20Amp Dimmer 120V
LMD-20A120-00
08-2134-06 Quad II Dimmer 120V
LMD-4120-00
08-2134-07 Quad II Dimmer 240V
LMD-4240-00
08-2150-01 0-10VDC 120V
LMD-ELV120-00
08-2210-01 High Power Relay 120V
LMR-8120-00
08-2150-02 High Power Relay 240V
LMR-8240-00
08-2118-01 Fan Speed Control 120V
LMC-FAN120-00
DUAL 001 Dual Low Voltage Relay
LMI-REL2-00
DUAL 002 Dual Momentary Contact Data Input
LMI-MOM2-00
DUAL 003 Dual Maintained Contact Data Input
LMI-MAI2-00
Power Supplies
Power Supplies
Power Supplies
08-8610-05 Single Power Supply
08-8620-05 Dual Power Supply
SKL-1000
SKL-4000
SKLs do NOT go in the enclosures but are
separate components.
Modules - Deprecated
Modules - Deprecated
Modules - Deprecated
08-2108-02 8 Ch Dimmer 240V
08-2134-06 Quad II Dimmer 240V
08-2138-01 Fluorescent Dimmer 120V
08-2138-02 Fluorescent Dimmer 240V
08-2140-02 Inverse Phase 240V
08-2150-02 0-10VDC 240V
08-2108-02 8 Ch Dimmer 277V
08-2134-07 Quad II Dimmer 277V
08-2138-03 Fluorescent 277V
08-2210-03 High Power Relay 277V
08-2150-02 0-10 VDC 240V
08-2150-03 0-10 VDC 277V
MIXED 007 PS and LV Relay
MIXED 008 PS and Mom D/I Module
MIXED 009 PS and Maint D/I Module
MIXED 004 LV Relay and Mom. D/I Module
MIXED 005 LV Relay and Maint. D/I Module
MIXED 006 Mom. and Maint. D/I Module
08-2108-02 8 Ch Dimmer 240V
08-2134-06 Quad II Dimmer 240V
08-2138-01 Fluorescent Dimmer 120V
08-2138-02 Fluorescent Dimmer 240V
08-2140-02 Inverse Phase 240V
08-2150-02 0-10VDC 240V
08-2108-02 8 Ch Dimmer 277V
08-2134-07 Quad II Dimmer 277V
08-2138-03 Fluorescent 277V
08-2210-03 High Power Relay 277V
08-2150-02 0-10 VDC 240V
08-2150-03 0-10 VDC 277V
MIXED 007 PS and LV Relay
MIXED 008 PS and Mom D/I Module
MIXED 009 PS and Maint D/I Module
MIXED 004 LV Relay and Mom. D/I Module
MIXED 005 LV Relay and Maint. D/I Module
MIXED 006 Mom. and Maint. D/I Module
08-2108-02 8 Ch Dimmer 240V
08-2134-06 Quad II Dimmer 240V
08-2138-01 Fluorescent Dimmer 120V
08-2138-02 Fluorescent Dimmer 240V
08-2140-02 Inverse Phase 240V
08-2150-02 0-10VDC 240V
08-2108-02 8 Ch Dimmer 277V
08-2134-07 Quad II Dimmer 277V
08-2138-03 Fluorescent 277V
08-2210-03 High Power Relay 277V
08-2150-02 0-10 VDC 240V
08-2150-03 0-10 VDC 277V
MIXED 007 PS and LV Relay
MIXED 008 PS and Mom D/I Module
MIXED 009 PS and Maint D/I Module
MIXED 004 LV Relay and Mom. D/I Module
MIXED 005 LV Relay and Maint. D/I Module
MIXED 006 Mom. and Maint. D/I Module
140915 009-0885-01 Savant SmartLighting Control Conversion Application
19 of 22

Important Notice
Disclaimer
The contents of this document are subject to change without notice; therefore, the information presented herein
shall not be construed as a commitment or warranty.
Savant Systems, LLC shall not be liable for any technical or editorial errors or omissions contained herein or for
incidental or consequential damages resulting from the performance, furnishing, reliance on, or use of this
material.
Patents
Certain equipment and software described in this document is protected by issued and pending U.S. and
foreign patents.
All products and services are trademarks or registered trademarks of their respective manufacturer.
Copyright
This document contains confidential and proprietary information protected by copyright. All rights reserved.
Copying or other reproduction of all or parts of this document is prohibited without the permission of Savant
Systems.
Trademarks
RacePoint Blueprint™, NOW YOU CAN™, and SAVANT®are trademarks of Savant Systems, LLC.
Adobe®Photoshop®is a trademark of Adobe Systems Incorporated
AirPlay®, Apple®, AirPort Express®, AirPort Extreme®, Apple TV®, Apple Remote Desktop™, FireWire®, iMac®,
iTunes®, iPad®, iPad®mini, iPhone®, iPod touch®, MacBook®, Mac®and OS X®are trademarks or trade names
of Apple Inc., registered in the U.S. and other countries.
Dolby®and the double-D symbol are registered trademarks of Dolby®Laboratories.
DTS is a registered trademark and the DTS logos and symbols are trademarks of DTS, Inc.
All brand names, product names and trademarks are the property of their respective owners.
Technical Support
Savant Systems LLC is dedicated to providing prompt and effective support.
To do this in a timely and efficient manner:
1. Access the Savant Portal
2. Enter your E-mail Address and Password.
3. Read the Terms and Conditions statement.
4. Select the check box to accept the Terms and Conditions.
5. Click Login.
6. The Savant Portal and Support Center Web page opens.
7. Select Support Request box.
8. The Submit a Ticket window opens.
9. Complete the information and click Finish.
Sales
Savant Systems LLC is dedicated to providing prompt and effective sales support.
Visit Savant Systems.com to locate a local sales representative in your area.
140915 009-0885-01 Savant SmartLighting Control Conversion Application
20 of 22