Operating instructions

Swim Spa Operator’s Guide
(XM) WIRING DIAGRAM - 12’
1L
N
2L
G
Heater communiaction
Speaker lift control
Circ. Pump
Ozone
12 volt Power Supply
Light Communication
Top Side Controls (Aux or Main)
Top Side Controls (Aux or Main)
Accessory connector
I/O connector
Pump 3
Pump 2
Pump 1
1L
N
2L
G
Heater communiaction
Circ. Pump (if required)
Ozone
12 volt Power Supply
Light connector
Top Side Controls (Aux or Main)
Top Side Controls (Aux or Main)
Accessory connector
I/O connector
Pump 3
Pump 2
Pump 1
Power connection for Heater
CINEMA SERIES SPAS
Non - CINEMA SERIES SPAS
Blower (if required)
XM Spa Packs
Speaker Lift (if required)
Power connection for Heater
(XM.ce) WIRING CONNECTIONS
ELECTRICAL WIRING
Note: IMPORTANT Safely dispose of the discarded portion in accordance with the local
waste disposal legislation in force.
10
in.xm.ceconnections
Case 1
The installation of electrical
circuit jumpers is needed
in certain input supply
configurations.
Use uncut jumper as supplied
in the case of an input supply
wiring, single-phase 1 x 230 VAC
(32 A max).
Case 2
In the case of an input supply
wiring for a dual phase system
2 x 230 VAC (16 A max), you'll
need to cut off a portion of the
jumper piece.
Proceed as follows:
Use a pair of pliers to firmly
hold the upper half of the metal
jumper, then break off the
other half.
Case 3
Please note that in a 3-phase
system 1 x 230 VAC (3 x 16A)
No jumper installation
is required.
Electrical wiring
Important!
Safely dispose of the discarded
portion in accordance with the
local waste disposal legislation
in force.
10
in.xm.ceconnections
Case 1
The installation of electrical
circuit jumpers is needed
in certain input supply
configurations.
Use uncut jumper as supplied
in the case of an input supply
wiring, single-phase 1 x 230 VAC
(32 A max).
Case 2
In the case of an input supply
wiring for a dual phase system
2 x 230 VAC (16 A max), you'll
need to cut off a portion of the
jumper piece.
Proceed as follows:
Use a pair of pliers to firmly
hold the upper half of the metal
jumper, then break off the
other half.
Case 3
Please note that in a 3-phase
system 1 x 230 VAC (3 x 16A)
No jumper installation
is required.
Electrical wiring
Important!
Safely dispose of the discarded
portion in accordance with the
local waste disposal legislation
in force.
10
in.xm.ceconnections
Case 1
The installation of electrical
circuit jumpers is needed
in certain input supply
configurations.
Use uncut jumper as supplied
in the case of an input supply
wiring, single-phase 1 x 230 VAC
(32 A max).
Case 2
In the case of an input supply
wiring for a dual phase system
2 x 230 VAC (16 A max), you'll
need to cut off a portion of the
jumper piece.
Proceed as follows:
Use a pair of pliers to firmly
hold the upper half of the metal
jumper, then break off the
other half.
Case 3
Please note that in a 3-phase
system 1 x 230 VAC (3 x 16A)
No jumper installation
is required.
Electrical wiring
Important!
Safely dispose of the discarded
portion in accordance with the
local waste disposal legislation
in force.
Case 1
The installation of electrical circuit jumpers is needed in certain input
supply congurations.
Use uncut jumper as supplied in the case of an input supply wiring,
single-phase 1 x 230 VAC (32 A max).
Case 2
In the case of an input supply wiring for a dual phase system
2 x 230 VAC (16 A max), you’ll need to cut off a portion of the jumper
piece.
Proceed as follows:
Use a pair of pliers to rmly hold the upper half of the metal jumper,
then break off the other half.
Case 3
Please note that in a 3-phase system 1 x 230 VAC (3 x 16A)
No jumper installation is required.
17
NOTE!