Cable Connections
Step 8. Connect cables in the following order:
a. Connect LOOP
®Controller micr
oUSB cable into Port#1 on bottom of IC Light Manifold HUB
b. Connect IR Sensor micro USB cable into Port#2 on bottom of IC Light Manifold HUB (optional)*
c. Connect Orbit Marine IC PRO LED light #1 into L1 Light Connection on front of IC Light Manifold HUB**
d. Connect 12V DC transformer cable into L1 Light Power DC input on front of IC Light Manifold HUB
Step 9. Plug 12V DC transformers into GFCI outlet. Communication LED indicator light on IC light manifold
Step 10. Use velcro cable wraps (L) to safely store excess cables.
Step 11. Remove clear plastic tab from battery compartment
on Orbit Marine IC PRO remote control (H).
Step 12. Press Main Power key to turn Orbit Marine IC PRO light ON.
Step 13.
A
B
C
D
AC Power
GFCI Outlet
12VDC
Transformer
!
"
Optional Remote
IR Infrared Sensor
B
C
D
Main Power
Remove Battery Tab
* NOTE: The LOOP Controller has an integrated IR sensor on the front display. If mounting the controller outside your cabinet, the optional IR
IR Infrared Sensor B is not required. If the the LOOP
®
controller is mounted inside the cabinet, the IR sensor can be mounted outside the stand.
Follow programming steps on the following pages to
set the LOOP
® IC Controller clock and begin operation.
12VDC Transformers will
have black O-ring on cord
Page 4
L2
Orbit Marine IC PRO LED Light
TM
AC Power
GFCI Outlet
12VDC
Transformer
Orbit Marine IC PRO LED Light #2
E
F
c. Connect Orbit Marine IC PRO LED light #2 into L2 Light Connection on front of IC Light Manifold HUB**
d. Connect 12V DC transformer cable into L2 Light Power DC input on front of IC Light Manifold HUB
E
F
Orbit Marine IC PRO LED Light #1
IC LIGHT HUB
L1L2
Wave Pump HUB
**If additional lighting cable is needed, 2 Extension cables (J) are included.
Optional Extention
Cables (J)
Connect up to 3 eFlux
Accessory Wave Pumps
(sold separately)
#6004 eFlux Accessory Wave Pump 660 gph
#6005 eFlux Accessory Wave Pump 1050 gph
#6006 eFlux Accessory Wave Pump 2100 gph