FlexDeco CPST10 Manual De Instrucciones

INSTRUCTIONS INSTRUCTIONS
Type FLE30 Type CPST10
67590 01/16 (LOA)
67590 01/16 (LOA)
English
English
Power module
Power module
If loads of more than 15 A are required, If loads of more than 15 A are required, expan-
sion is possible using power modules. expansion is possible using power modules.
The power module is intended to be used with The power module is intended to be used with
underfloor heating. underfloor heating.
Power modules can be connected to the live Power modules can be connected to the live
cable and load cable, see relevant sections. cable and load cable, see relevant sections.
The power module has a built-in two-pole The power module has a built-in two-pole
ground fault circuit interrupter (GFCI). ground fault circuit interrupter (GFCI).
The power module is for flush mounting in a The power module is for flush mounting in a
wall socket. wall socket.
Product programme
Product programme
CPST10-120/240GA (USG-4000)
FLE30-120/240GA (USG-4000)
Power module without sensor (FLS1260) Power module without sensor (FLS1260)
Warning
Warning
To avoid electric shock, disconnect To avoid electric shock, disconnect
the heating system power supply at the heating system power supply at
the main panel before performing
the main panel before performing
installation and maintenance work
installation and maintenance work
on the power module. Keep the on the power module. Keep the
power module air vents clean and free from power module air vents clean and free from
obstruction. This power module is an electrical obstruction. This power module is an electrical
device and must be installed in compliance with device and must be installed in compliance with
national and/or local electrical codes. Installa- national and/or local electrical codes. Instal-
tion must be performed by qualified personnel lation must be performed by qualified personnel
where required by law. where required by law.
The power module is designed for resistive load
The power module is designed for resistive load
only. The resistive load must not exceed 15 A only. The resistive load must not exceed 15 A
(1800 W at 120 Vac / 3120 W at 208 Vac / 3600 (1800 W at 120 Vac / 3120 W at 208 Vac /
3600 W at 240 Vac). W at 240 Vac).
Warning Warning
Do not loosen the terminal screws Do not loosen the terminal screws
further than the mechanical stop. further than the mechanical stop.
Otherwise this will damage the termi-
Otherwise this will damage the
nal (fig. 2).
terminal (fig. 2).
Mounting of the power module
Mounting of the power module
Maximum distance between thermostat and
Maximum distance between thermostat and
power modules is 80 ft (25 m.)
power modules is 80 ft (25 m.)
Use field wiring cable, recommended min. 20 Use field wiring cable, recommended min. 20
AWG. AWG.
1. Use a screwdriver to release the catch and
1. Use a screwdriver to release the catch and
remove the front cover (fig. 1).
remove the front cover (fig. 1).
2. Connect A to C and B to D (fig. 3).
2. Connect A to C and B to D (fig. 3).
3. Mount the power module in the wall socket.
3. Mount the power module in the wall socket.
4. Carefully replace the front cover by first
4. Carefully replace the front cover by first
positioning its upper edge and then clicking
positioning its upper edge and then clicking
it into place.
it into place.
Line cable
Line cable
Delivers power from the service panel (breaker Delivers power from the service panel (breaker
panel or fuse box) to the power module. panel or fuse box) to the power module.
This cable must only be connected to the power
This cable must only be connected to the power
module's line terminals, marked L1 and L2. module's line terminals, marked L1 and L2.
1. Connect power cable to terminals 2 and 3
1. Connect power cable to terminals 2 and 3
on the back of the power module (fig. 2).
on the back of the power module (fig. 2).
Load cable
Load cable
Delivers power from the power module to the
Delivers power from the power module to the
heating cable. heating cable.
This cable must only be connected to the power
This cable must only be connected to the power
module's load terminals, marked load 15 A.
module's load terminals, marked load 15 A.
1. Connect heating cable to terminals 1 and 4
1. Connect heating cable to terminals 1 and 4
on the back of the power module (fig. 2).
on the back of the power module (fig. 2).
2. The detachable cover on the back of the
2. The detachable cover on the back of the
power module (fig.1) is designed to prevent power module (fig.1) is designed to prevent
uninsulated ground wires from dropping uninsulated ground wires from dropping
onto the terminals after installation has been onto the terminals after installation has been
completed. completed.
Checking the GFCI Checking the GFCI
It is important that the GFCI is checked for cor- It is important that the GFCI is checked for
rect installation and function upon installation correct installation and function upon installation
and monthly thereafter.
and monthly thereafter.
To check the GFCI: To check the GFCI:
Press the "TEST" button. Press the "TEST" button.
The test is successful if the red LED on the The test is successful if the red LED on the
right of the power module flashes once every
right of the power module flashes once every
two seconds. If this does not occur, check the two seconds. If this does not occur, check the
installation. installation.
Press the "Standby/Reset" button to reset the
Press the "Standby/Reset" button to reset the
GFCI. GFCI.
The red LED will stop flashing and the display The red LED will stop flashing and the display
returns to its normal appearance. If the test returns to its normal appearance. If the test
fails, repeat the test. If it continues to fail, ask
fails, repeat the test. If it continues to fail, ask
an electrician to check the installation. an electrician to check the installation.
If, during normal operation, the GFCI trips
If, during normal operation, the GFCI trips
without the "TEST" button being pressed, there
without the "TEST" button being pressed, there
could be a ground fault! To check whether it is a could be a ground fault! To check whether it is a
ground fault or nuisance tripping, press "Stand- ground fault or nuisance tripping, press
"Standby/Reset". If this causes the red LED to
by/Reset". If this causes the red LED to stop
stop flashing and stay off, it was nuisance
flashing and stay off, it was nuisance tripping
and the system is operating correctly. If this tripping and the system is operating correctly. If
does not occur, there is a ground fault! In case this does not occur, there is a ground fault! In
case of a ground fault, it is important to have the
of a ground fault, it is important to have the
installation checked by a qualified electrician
installation checked by a qualified electrician
according to local and national regulations. according to local and national regulations.
The red LED on the right of the power module The red LED on the right of the power module
can indicate four different GFCI states:
can indicate four different GFCI states:
1. LED off – NORMAL state.
1. LED off – NORMAL state.
2. LED flashing slowly (once every two seconds)
2. LED flashing slowly (once every two sec-
– TRIGGERED state. Try pressing the
onds) – TRIGGERED state. Try pressing the
"Standby/Reset" button to reset the GFCI.
"Standby/Reset" button to reset the GFCI.
3. LED flashing quickly (five flashes per second)
3. LED flashing quickly (five flashes per sec-
– ERROR state. Try switching the power
ond) – ERROR state. Try switching the pow-
module off and then back on again. If the er module off and then back on again. If the
power module re-enters the ERROR state,
power module re-enters the ERROR state,
either the wiring is wrong (a GN exists) or
either the wiring is wrong (a GN exists) or
the unit is defective and must be replaced.
the unit is defective and must be replaced.
4. LED lit constantly – Internal microprocessor 4.
LED lit constantly – Internal microprocessor
malfunction or abnormal fault in hardware! malfunction or abnormal fault in hardware!
Try switching the power module off and Try switching the power module off and
then back on again. If the LED is still then back on again. If the LED is still con-
constantly lit, the GFCI is defective and the stantly lit, the GFCI is defective and the
power module must be replaced. power module must be replaced.
Note: The LED lights up briefly without flashing-
Note: The LED lights up briefly without flashing-
during every power-up.
during every power-up.
UL Listed for the US and Canada
UL Listed for the US and Canada
According to the following standards:
According to the following standards:
Power module: UL 60730-1
Power module: UL 60730-1
UL 60730-2-9
UL 60730-2-9
CSA E60730-1:13
CSA E60730-1:13
CSA E60730-2-9 CSA E60730-2-9
UL file number: E157297
UL file number: E157297
GFCI: GFCI: UL 943 4th ed. UL 943 4th ed.
CSA C22.2 No. 144.1-06 CSA C22.2 No. 144.1-06
Classification
Classification
The product is a class II device (reinforced insu- The product is a class II device (reinforced
lation) and must be connected to the following insulation) and must be connected to the
leads: following leads:
Phase L1 (L) 120V
Phase L1 (L) 120V
Neutral L2 (N) Neutral L2 (N) 0/120 V 0/120 V
Max. load 15 A (resistive load). Max. load 15 A (resistive load).
The power module is intended to be used with
The power module is intended to be used with
underfloor heating. underfloor heating.
The terminals are suitable for field wiring cables The terminals are suitable for field wiring cables
of 12 to 22 AWG. of 12 to 22 AWG.
© 2016 OJ Electronics A/S
© 2016 OJ Electronics A/S
Technical data completed.
Technical data
......................... 120/240 Vac 50/60 Hz
Supply
Supply ........................... 120/240 Vac 50/60 Hz
Load ....................... max.15 A (resistive load)
Load .......................max. 15 A (resistive load)
Power ..............................1.800 W at 120 Vac
Power ................................1.800 W at 120 Vac
............................. 3.120 W at 208 Vac
................................3.120 W at 208 Vac
............................. 3.600 W at 240 Vac
................................3.600 W at 240 Vac
GFCI ........................ Class A (5 mA trip level)
GFCI ......................... Class A (5 mA trip level)
Français
Français
Module de puissance
Module de puissance
Si des charges de plus de 15 A sont requises, Si des charges de plus de 15 A sont requises,
une extension est possible en utilisant des
une extension est possible en utilisant des
modules de puissance.
modules de puissance.
Le module de puissance est conçu pour être Le module de puissance est conçu pour être
utilisé avec des planchers chauffants. utilisé avec des planchers chauffants.
Des modules de puissance peuvent être
Des modules de puissance peuvent être rac-
raccordés au câble d'alimentation et au câble
cordés au câble d'alimentation et au câble de
de charge, voir les sections pertinentes. charge, voir les sections pertinentes.
Le module de puissance possède un disjonc- Le module de puissance possède un disjoncteur
différentiel de fuite à la terre intégré à deux
teur différentiel de fuite à la terre intégré à deux
pôles (DDFT).
pôles (DDFT).
Le module de puissance est prévu pour un Le module de puissance est prévu pour un
montage encastré dans une prise murale. montage encastré dans une prise murale.
Gamme de produits Gamme de produits
CPST10-120/240GA (USG-4000)
FLE30-120/240GA (USG-4000)
Module de puissance sans sonde (FLS1260)
Module de puissance sans sonde
Avertissement
Avertissement
Pour éviter l'électrocution, coupez
Pour éviter l'électrocution, coupez
l'alimentation du système de
l'alimentation du système de chauf-
chauffage au panneau principal avant fage au panneau principal avant de
de faire l'installation et l'entretien du faire l'installation et l'entretien du
module de puissance. Maintenez les
module de puissance. Maintenez les
évents du module de puissance propres et évents du module de puissance propres et
libres d'obstruction. Ce module de puissance libres d'obstruction. Ce module de puissance
est un appareil électrique et doit être installé est un appareil électrique et doit être installé
conformément aux codes électriques nationaux conformément aux codes électriques nationaux
et/ou locaux. L'installation doit être effectuée et/ou locaux. L'installation doit être effectuée
par du personnel qualifié quand la loi l'exige. par du personnel qualifié quand la loi l'exige.
Le module de puissance est conçu pour une Le module de puissance est conçu pour une
charge résistive uniquement. La charge résistive charge résistive uniquement. La charge résistive
ne doit pas excéder 15 A (1800 W à 120 VCA / ne doit pas excéder 15 A (1800 W à 120 VCA /
3120 W à 208 VCA / 3600 W à 240 VCA). 3120 W à 208 VCA / 3600 W à 240 VCA).
Avertissement Avertissement
Ne pas desserrer les vis de bornes Ne pas desserrer les vis de bornes
au-delà de l'arrêt mécanique. Autre-
au-delà de l'arrêt mécanique.
ment, cela pourrait endommager la Autrement, cela pourrait endomma-
borne (fig. 2). ger la borne (fig. 2).
Montage du module de puissance Montage du module de puissance
La distance maximum entre le thermostat et les La distance maximum entre le thermostat et les
modules de puissance est 25 m. modules de puissance est 25 m.
Utilisez du câble de construction, minimum
Utilisez du câble de construction, minimum
recommandé 20 AWG. recommandé 20 AWG.
1. Utilisez un tournevis pour relâcher la ferme-
1. Utilisez un tournevis pour relâcher la
fermeture et retirez le couvercle frontal (fig.1).
ture et retirez le couvercle frontal (fig.1).
2. Raccorder A à C et B à D (fig. 3).
2. Raccorder A à C et B à D (fig. 3).
3. Montez le module de puissance dans le 3. Montez le module de puissance dans le
boîtier mural.
boîtier mural.
4. Remettez soigneusement en place le cou-
4. Remettez soigneusement en place le
couvercle frontal en mettant d'abord en
vercle frontal en mettant d'abord en posi-
position son bord supérieur puis en le
tion son bord supérieur puis en le cliquant
cliquant en place.
en place.
Câble d'alimentation
Câble d'alimentation
Il fournit l'alimentation au module de puissance
Il fournit l'alimentation au module de puissance
à partir du panneau de service (panneau de
à partir du panneau de service (panneau de
coupes circuits ou de fusibles). coupes circuits ou de fusibles).
(FLS1260)
1
1