Reya Dolphin Pro 24V40A, Dolphin Pro 24V60A, Dolphin Pro 12V60A, Dolphin Pro 24V100A, Dolphin Pro 12V90A Operating And Users Manual

OPERATING AND
USERS MANUAL

DOLPHIN PRO

Battery charger

UK

24V40A

REYA Code : 399160

24V60A

REYA Code : 399170

24V100A

REYA Code : 399180

12V60A

REYA Code : 399140

12V90A

REYA Code : 399150

SAFETY PRECAUTIONS

TO PREVENT ANY RISK
OF ELECTRIC SHOCK OR FIRE,
READ THIS MANUAL CAREFULLY
BEFORE INSTALLING THE EQUIPMENT.

In the event of any problems or misunderstan­dings, please contact REYA.

This equipment is not designed for use by people
(including children) with diminished physical, sen­sorial or mental capacities, or people without ex­perience or knowledge of such equipment, unless
they have received prior instruction in the use of
the equipment from a person responsible for their
safety or are under the supervision of such a per­son. Ensure that children are supervised in order to
prevent them playing with the device.

This equipment contains components that may
cause electric arcs or sparks, when connecting
cables, for example.

To prevent any risk of re or

explosion, do not install this equipment close to

ammable materials, liquids or gases.

Installation precautions.

To prevent any risk of irreversible damage
to the equipment, ensure that you
comply scrupulously with the following
recommendations.

4This device must not be installed close to
a heat source.

4It must not be installed in an airtight or
badly-ventilated compartment.

4The ventilation inlets must not be obstructed.

4Clearance of at least 10 cm must be allowed

around the housing to guarantee adequate
convection.

4This device must not be exposed to running wa­ter, water spray and dust of any kind.

4We recommend securing the device in a ver­tical position, with the cable outlet pointing
downwards.

4You are formally prohibited from making
mechanical alterations to the housing, including
making additional holes, for example.

4Under no circumstances should this device be
seen as a toy.
It should therefore, quite clearly, not be left in
the hands of a child.

Connection precautions.

To prevent any risk of electric shock or
irreversible damage to the equipment, you
should comply strictly with the following
recommendations.

4The installation to which this device is
connected must comply with the applicable
regulations.

4This device is designed to be connected to
220-240V 50Hz or 100-120V 60Hz single phase
circuits. 115V / 230V selection is automatic.
220-240V only for 24V100A version.

4The mains power line must feature a cut-off
device with differential protection, to protect
individuals against electric shocks. Refer to the
device’s electricity consumption characteristics
to select the size and type of circuit breaker.

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SAFETY PRECAUTIONS

SAFETY PRECAUTIONS

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4Prior to commencing connection, the mains ca­ble gland in the packaging must be assembled
and correctly attached to the housing (using the
nut provided), in the hole designed for this purpo­se.

4For safety reasons, the device’s EARTH terminal
(PE “Protective Earth” terminal), must be connec­ted to the system’s physical earth (yellow & green
wire of the mains cable). Refer to the wiring dia­gram for more information.

4To prevent parasite heating, ensure that the ca­ble cross-sections are correct and the connectors
are properly tightened.

IMPORTANT : This device is not protected against
battery polarity reversals. A battery connection
error automatically causes the battery fuses to
blow as well as irreversible damage to the circuit
board.

Activation precautions.

To prevent any risk of electric shock on ac­tivation or during operation, the protective cover
must be correctly positioned and screwed into
the housing.

This device complies with the applicable
regulations governing transmitted interference
and immunity from external disturbances (see

EMC paragraph in the Technical specications

section).

When in operation, take particular care that
this device is not subjected to conducted or ra­diated interference at levels higher than the legal
limits otherwise malfunctions may occur (e.g.: de­vice too close to a powerful transmitter).

In other respects, this device transmits conducted
and radiated interference at levels that comply
with the applicable regulations. Ensure that other
sensitive equipment used in the vicinity is compa­tible with this device otherwise malfunctions
may occur.

Device serial number

The serial number appears on the grey or white
sticker on one side of the device. This number is

aligned vertically and comprises a rst number

indicating the year of manufacture (e.g.: 12 for

2012), a letter indicating the month of manufac­ture (e.g.: C for the month of March), as well as

a 5-gure number that is the product’s individual

serial number.

Important
Note on the choice of charge curve

It is important to note that the use of an
inappropriate charging cycle for the battery
technology may extensively impair or even
damage the latter.

This is particularly true for cycles where the
charge voltages are higher than the levels
recommended by the battery manufacturers.

Example: A serious risk of overheating the
batteries and releasing gases that are harmful to
users’ health.

Curve no. 9 is compatible with a LiFeSo4
battery provided that the battery is equipped
with BMS-type battery protection (Battery
Management System) within the actual battery.
In this case, refer to the battery manufacturer’s
recommendations for the choice of charging
cycle.

SAFETY PRECAUTIONS

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CONTENTS of the BOX

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Maintenance precautions

To prevent any risk of electric shock
during maintenance operations, ensure that the
following recommendations are scrupulously
observed before performing any maintenance
on the device:

4All maintenance operations must only be

carried out by a suitably qualied technician.

4In the event of damage to the mains leads
and/or batteries, these may only be replaced by

a qualied person, to avoid any danger.

4The mains power supply must be
disconnected (cable or switch).

4 The -DC or -BAT supply on the battery must
also be disconnected to prevent any transfer of
power.

4To allow the high voltage capacitors to
discharge (on the circuit board), wait for 5
minutes before carrying out any work inside the
housing.

4The fuses must be replaced by fuses with strictly
identical characteristics and performance levels.

RECEIPT OF THE PRODUCT

Contents of the packaging

4The charger.

4Its user manual.

4Its mains cable gland

accompanied by its mounting
nut (to be installed on the housing
prior to connection).

4Its battery temperature sensor

(24V100A version only)

Checking

Check the product’s identi­cation label, attached to one

side of the product, to ensure
that the technical details
actually meet your needs (mains supply voltage,
charger capacity, etc.).

Installation introduction

The charger is attached using 4 x 4mm Ø screws

(not supplied), to a “robust” mounting or wall.

Ideally, the product should be in a vertical
position, with the cable outlet pointing
downwards. Clearance of at least 10 cm must be
allowed around the device to guarantee
optimum convection, in particular along the
sides allowing the air needed for ventilation to

ow in and out.

The circulation and convection direction of the
air inside the charger is from right to left, viewed
from the front of the product (see photo below).

GENERAL CHARACTERISTICS

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CONNECTIONS

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CONNECTIONS

CONNECTIONS

To gain access to the charger’s connections,
the front hatch must be removed. To do this,
simply unscrew the screw on the front hatch. The
hatch is removed by rotating it.

Prior to commencing connection, the mains
cable gland must be positioned and attached to
the housing in the hole designed for this purpose
(hole on the left, when viewed from the front of
the product).

The plastic nut supplied with the cable gland
allows it to be attached to the housing. This nut is
positioned on the inside of the housing. Ensure the
correct tightening torque is applied.

DETAILS OF CONNECTIONS

Ventilation direction

Mains cable gland

cool

warm

Front hatch

CONNECTIONS

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CONNECTIONS

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Marking Functionalities

L1 AC mains phase, 10mm2 max

(wire colour code: brown or black)

N AC mains neutral, 10mm2 max

(wire colour code: blue, white or
red)

PE AC mains earth, 10mm2 max

(wire colour code: green & yellow
or green)

-DC battery negative (common), pin
M8 (wire colour code: black)

+DC1 Main battery positive, pin

M8 (wire colour code: red)

+DC2 Auxiliary battery 2 positive, pin

M8 (wire colour code: red)

+DC3 Auxiliary battery 3 positive, pin

M8 (wire colour code: red)

CHARGE
SELECT

Charge curve and battery char­ging mode selector, 10 positions
(from 0 to 9)

BATTERY FUSES Battery protection fuses (on the

–DC supply)

EXT COM1 External communication bus

(CAN bus)
(for an external digital display or
communication between chargers)

EXT COM2 External communication bus

(CAN bus)
(for an external digital display or
communication between chargers)

INT COM Communication bus for a digital

display built into the charger

TEMP SENSOR Battery temperature sensor (2

non-polarised wires, no direction)
positioned on the positive terminal
of the main battery

REPLAY Dry alarm contact

Example of connection on the basis of 3 distinct
sets of batteries

Important

Check the quality of connections and proper
tightening of connections.

CONNECTIONS CONNECTIONS

UK

AC CABLES AND CIRCUIT BREAKER

AC wiring

Check the quality of connections and proper
tightening of connections.
For mains power, preferably use a HO7RNF-type
industrial cable. Ensure that you comply with the
following recommendations.

AC circuit breaker

The AC mains power line must feature a cut-off

device with differential protection, to specically

protect individuals against electric shocks.
The circuit breaker’s sensitivity must be 30mA.
Its current capacities comply with the charger’s
power consumption. Comply with the following
recommendations in this respect.

N.b. : The charger has an internal protection fuse
on the L1 supply, in the event of a general fault on
the circuit board in particular. Due to the irrever­sible nature of this fault, the fuse is not accessible
for maintenance of any kind.

DC CABLES AND FUSES

DC wiring

Check the quality of connections and proper
tightening of connections.
Battery cables must be as direct and short
as possible.
Each battery output can provide the charger’s
full amperage and all the cables must have
identical cross-sections. Ensure that you comply
with the following recommended cross-sections.

These chargers are equipped with airtight
grommets with “automatic” opening.

Simply pressing the central section of the

membrane is sufcient to allow the cable to

pass through the grommet.

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Charger
capacity

220-240V AC 50Hz
Length < 5m (16ft)

100-120V AC 60Hz
Length < 5m (16ft)

12V 60A 2.5mm2 / AWG13 4mm2 / AWG11

12V 90A 2.5mm2 / AWG13 4mm2 / AWG11

24V 40A 2.5mm2 / AWG13 4mm2 / AWG11

24V 60A 2.5mm2 / AWG13 4mm2 / AWG11

24V 100A 4mm2 / AWG11 6mm2 / AWG9

Charger
capacity

Length < 2m (6ft)

Length between 3
and 5m (10 to 16ft)

12V 60A 25mm2 / AWG3 35mm2 / AWG2

12V 90A 35mm2 / AWG2 50mm2 / AWG0-1

24V 40A 16mm2 / AWG5 20mm2 / AWG4

24V 60A 25mm2 / AWG3 35mm2 / AWG2

24V 100A 35mm2 / AWG2 50mm2 / AWG0-1

Charger
capacity

Mains power 220­240V 50Hz

Mains power 100­120V 60Hz

12V 60A 8A – 30mA 16A – 30mA

12V 90A 8A – 30mA 16A – 30mA

24V 40A 8A – 30mA 16A – 30mA

24V 60A 10A – 30mA 20A – 20mA

24V 100A 20A – 30mA

-

CHARGE CURVE SELECTION

The up-to-date digital electro­nics, based on an RSC
microcontroller, monitor the
charging process by optimi­sing, the voltage, current and
recharging time parameters,
on the basis of the initial char­ge level of the batteries, using
the exclusive “scanning charge” function.

CONNECTIONS CONNECTIONS

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AC CABLES AND CIRCUIT BREAKER

DC fuses

When maintaining the charger’s internal fuses,
these must be replaced by fuses with strictly iden­tical characteristics and performance levels. Risks
of irreversible damage to the equipment.

It is essential and highly recommended that you
install, as close as possible to each positive out­put on the battery, a fuse to protect connections,

specically in the event of a short circuit and/or

overheating of the battery cables, as the result of
damage to the protective sleeves, for example.

The performance and usable life of batteries
are thereby maximised.

By virtue of fully automated charging cycles, the
batteries are protected against surges, providing
a permanent connection for the charger.
Selection of the charging program takes
place on installation using the “CHARGE SELECT”
dial on the charger board.

The position of the arrow indicates the number of
the program selected (e.g.: program No. 1 in the
photograph above). Selection is made using a

small at-head screwdriver.

CAUTION

It is important to note that the use of an
inappropriate charging cycle for the battery
technology may extensively impair or even
damage the latter.

This is particularly true for cycles where charge
voltages are higher than the levels recommen­ded by the battery manufacturers.

A serious risk of overheating the batteries and
releasing gases that are harmful to users’health.

Curve no. 9 is compatible with a LiFeSo4 battery,
provided that the battery is equipped with
BMS-type battery protection (Battery
Management System) within the actual battery.
In this case, refer to the battery manufacturer’s
recommendations for the choice of charging
cycle.

Charger
capacity

Internal charger
fuse
(–DC supply)

External battery
fuse
(+BAT supply for
each battery)

12V 60A

3 x 25A 32V rapid
(mini automotive fuse)

80A 32V rapid

12V 90A

4 x 30A 32V rapid
(mini automotive fuse)

100A 32V rapid

24V 40A

3 x 25A 32V rapid
(mini automotive fuse)

60A 32V rapid

24V 60A

3 x 25A 32V rapid
(mini automotive fuse) 80A 32V rapid

24V 100A

5 x 30A 32V rapid
(mini automotive fuse)

150A 32V rapid

SETTINGS SETTINGS

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PROGRAMME PHASE 12V 24V

0

Open
lead

V. BOOST
V. FLOAT

14,4V
13,2V

28,8V
26,4V

1

Airtight
lead

V. BOOST
V. FLOAT

14,2V
13,6V

28,4V
27,2V

2

Lead
calcium

V. BOOST
V. FLOAT

14,8V
13,8V

29,6V
27,6V

3

«Delphi»
type

V. BOOST
V. FLOAT

15,4V
13,8V

30,8V
27,6V

Charge
curve

5

Winte­ring
Open
lead

V. BOOST
V. FLOAT

14,4V
13,2V

28,8V
26,4V

Charge
curve

7

GEL &
AGM

V. BOOST
V. FLOAT

14,4V
13,8V

28,8V
27,6V

Charge
curve

8

Power
supply

V. FLOAT 13,6V 27,2V

Charge
curve

9

LiFeSo4
+ inte­grated
BMS

V. FLOAT 14,4V 28,8V

Charge
curve

6

Winte­ring
Airtight
lead

V. BOOST
V. FLOAT

14,2V
13,6V

28,4V
27,2V

Charge
curve

4

«Op­tima»
type

V. BOOST
V. MAX
V. FLOAT

14,8V
15,5V
13,8V

29,6V

31.0V
27,6V

Charge
curve

OPERATION OPERATION

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BATTERY TEMPERATURE SENSOR

The temperature sensor allows the charging
voltage to be adjusted depending on the
battery temperature.

It therefore allows the usable life of batteries to
be increased, mainly in the event that the
ambient temperature in the battery area is
high.

This sensor is screwed onto the main battery’s
positive terminal (a service battery as a general
rule). The 2 wires are connected to the “TEMP SEN­SOR” connector on the charger board (in no par­ticular direction).

The compensation level is around
+/-25mV per °C for a 24V battery and between
+/-12mV per °C for a 12V battery (see curves
below).

LED DISPLAY

The PRO charger is equipped with a local
multifunction LED display, which, among other
things, shows the details of the key stages of the
battery charging process.

BOOST phase : the battery is in its recharging
phase, reaching a level of charge of close to 80%.
This recharging phase is limited to a period of
6 hours.

ABSORPTION phase : The voltage is maintained
and the amperage is reduced until the battery
returns to a level of charge approaching 100%.
This phase is limited to a period of between 30
minutes and 4 hours, depending on the battery’s
initial charge level.

FLOAT phase : the voltage and the amperage
are reduced to maintain the battery. During the
Floating phase the charger only delivers what the
battery strictly needs.

In other respects, the key faults (temperature,
fuse, voltage, etc.) are also taken into account
and shown by the LED display.

Screen

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Battery temperature in °C

The resistor connected initially simulates a temperature of 25°C.
The action of the battery temperature sensor allows the charge
to be adjusted, upwards or downwards, depending on the battery
temperature, i.e.:
+/- 15 mV per °C at 12 V
+/- 30 mV per °C at 24 V

Charging voltage

Reference voltage

OPERATION OPERATION

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MODE MEANING SOLID LED

FLASHING
LED

INITIALIZATION

Charger powered
on and/or Chan­ge of charging
cycle

All LEDs
for 3
seconds

-

ABSORPTION
PHASE

Batteries in re­charging phase
(charge from 0 to
80%)

POWER ON

BOOST

-

EQUALIZA­TION
PHASE

Batteries in re­charging phase
(charge from 80%
to 100%)

POWER ON

ABS

-

End of the equali­sation cycle within
a period of 30
minutes

POWER ON ABS

FLOATING
PHASE

Charging cycle
completed
(charge at 100%)

POWER ON

FLOAT

-

MAINS
VOLTAGE
FAULT

Mains voltage
fault, excessively
high or abnormally
low

Immediate auto­matic restart,
subject to
disappearance of
the fault

-

POWER
ON

CHARGER
TEMPERATURE
FAULT

Excessive charger
temperature fault

Automatic restart
after a
min delay
of 30 seconds,
subject to
disappearance of
the fault

TEMP -

BATTERY
TEMPERATURE
FAULT

Excessive battery
temperature fault

Automatic restart
after a min delay
of 30 seconds,
subject to
disappearance of
the fault

- TEMP

BATTERY
SENSOR
FAULT

External tempera­ture sensor fault

Automatic restart
after a min delay
of 30 seconds,
subject to
disappearance of
the fault

-

TEMP

BAT

OUTPUT
VOLTAGE
FAULT

Charging voltage
fault, excessively
high or abnormally
low

Automatic restart
after a min delay
of 60 seconds,
subject to
disappearance of
the fault

BAT -

OUTPUT
FUSES
FAULT

Output fuse fault

Restart following
a mains reset,
subject to
disappearance of
the fault

FUSE -

CAN
FAULT

CAN fault
secure load

-

TEMP
BAT
FUSE

Modes and display scenarios

MODE MEANING SOLID LED

FLASHING
LED

TECHNICAL SPECIFICATIONS TECHNICAL SPECIFICATIONS

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Technical specications

12V 60A 12V 90A 24V 40A 24V 60A 24V 100A

MAINS POWER CHARACTERISTICS

Mains

voltage

100V-120V 60Hz and/or 220-240V 50Hz

(+/-15%)

220-240V

(+/-15%)

Power
factor

typically 0.9

Output typically 83% typically 87%

Inrush

current

< 60A < 30A, limited by soft start < 60A

Consump-

tion

12A/5A 16A/7A 14A/6A 15A/9A 15A

Active
power

1200VA 1500VA 1350VA 2000VA 3500VA

Derating

@ 115V

Without derating

70% of

Pnom
(rated
power

-

Mains

fuse

T16A

(6,3x32

mm)

T20A

(6.3x32

mm)

T20A

(6.3x32

mm)

T20A

(6.3x32

mm)

2xT20A
(6,3x32

mm)

BATTERY CHARGING CHARACTERISTICS

Number

of

outputs

3 independent supplies

Number

of

cycles

10 charging cycles (from 0 to 9), setting

by means of a dial

Charge

curves

In general 3 statuses, type I.U.Uo

Open

lead

V.BOOST = 14.4V

V.FLOAT = 13.2V

V.BOOST = 28.8V

V.FLOAT = 26.4V

Airtight

lead

V.BOOST = 14.2V

V.FLOAT = 13.6V

V.BOOST = 28.4V

V.FLOAT = 27.2V

Lead

calcium

V.BOOST = 14.8V

V.FLOAT = 13.8V

V.BOOST = 29.6V

V.FLOAT = 27.6V

«Delphi»

Type

V.BOOST = 15.4V

V.FLOAT = 13.8V

V.BOOST = 30.8V

V.FLOAT = 27.6V

«Op-

tima»

Type

V.BOOST = 14.8V

then15.5V

V.FLOAT = 13.8V

V.BOOST = 29.6V then 31.0V

V.FLOAT = 27.6V

Winte-

ring

open

lead

V.BOOST = 14.4V

V.FLOAT = 13.2V

V.BOOST = 28.8V

V.FLOAT = 26.4V

12V 60A 12V 90A 24V 40A 24V 60A 24V 100A

Winte-

ring

airtight

lead

V.BOOST = 14.2V

V.FLOAT = 13.6V

V.BOOST = 28.4V

V.FLOAT = 27.2V

Gel &
AGM

V.BOOST = 14.4V

V.FLOAT = 13.8V

V.BOOST = 28.8V

V.FLOAT = 27.6V

Power
supply

V.FLOAT = 13.6V V.FLOAT = 27.2V

LifeSo4 +

integra-

ted

BMS

V.FLOAT = 14.4V V.FLOAT = 28.8V

Tempe-

rature

compen-

sation

+/-12mV / °C

(by an external

sensor)

+/-25mV / °C

(by an external

sensor)

Voltage

tole-

rance

+/-2%

Ripple < 1% (BW < 20MHz)

Maxi-

mum

current

60A

(+/-5%)

90A

(+/-5%)

40A

(+/-5%)

60A

(+/-5%)

100A

(+/-5%)

Supply

fuse -DC

3 x F30A

(minia-

ture

automo-

tive

fuse)

4 x F30A

(minia-

ture

automo-

tive

fuse)

3 x F25A

(miniature automo-

tive

fuse)

5 x 30A
(minia-

ture

automo-

tive

fuse)

PROTECTION

Output

surge

“Current limited” type

Output

short circuit

“Shutdown” type with automatic restart

once the fault has disappeared

Excessive output

voltage

“Shutdown” type with automatic restart

once the fault has disappeared

Battery
polarity
reversal

Output fuse

Excessive

internal

temperature

“Shutdown” type with automatic restart

once the fault has disappeared

TECHNICAL SPECIFICATIONS TECHNICAL SPECIFICATIONS

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Dimensions

GENERALITES

HS

temperature

sensor

“Shutdown” type with automatic restart

once the fault has disappeared

General

mains supply

fault

Mains fuse

General

battery supply

fault

Output fuses on –DC supply

Climatic

Climatic Tropicalised (specially coated)

circuit board

Operating

temperature

-10°C to +55°C

Storage

temperature

-20°C to +70°C

Humidity 10% to 90% (without condensation)

Convection Forced by thermostat-controlled fan

Housing

Wall-mounted housing in painted

aluminium

Protection

rating

IP20

Mounting Using 4 x 4mm Ø screws

Overall dimen-

sions (Depth x

Width x Height)

125 x 340 x 360 mm

4.9 x 13.4 x 14.2 inches

190x340x 360

7,5x13,4x 14,2

Weight 6 Kg 11,5 kg

EMC EN55014-1

SAFETY EN60335-2-29

Display

Front LED display

Optional remote touch screen

display

Mains

connector

3-point cage terminal for cables with a

cross-section of 10mm2 max

Battery

connectors

M8 pins

Battery sensor

connector

2-point cage terminal for cables with a

cross-section of 1.5mm2 max

Alarm relay

connector

2-point cage terminal for cables with a

cross-section of 1.5mm2 max

External

CAN bus

connectors

2 x RJ11 connectors (CAN bus)

12V 60A 12V 90A 24V 40A 24V 60A 24V 100A

Height A 360 mm (14.2 inch)

Width B 340 mm (13.4 inch)

Depth C 125 mm (4.9 inch)

190 mm

(7.5 inch)

12V 60A - 12V 90A
24V 40A - 24V 60A

24V 100A

WARRANTY WARRANTY

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Warranty

TO PREVENT ANY RISK OF INCORRECT
USE OF THE DEVICE, CAREFULLY READ THE LIST
OF POTENTIAL EVENTS OR FAULTS NOT
COVERED BY THE PRODUCT WARRANTY

4This device is not protected against battery
polarity reversals. Risk of irreversible damage to
the equipment.

4 Should the device be dropped or fall this could
cause irreversible distortion of the housing as well
as a “crash” of internal fans and certain
electronic components.

4Modications to the housing (additional holes

in particular) could result in the scattering of

swarf or metal lings onto the circuit board and,

consequently, in malfunctions or irreversible
damage to the equipment.

4Interference with or modications to the circuit

board could result in operating modes not
originally anticipated, and consequently, in
malfunctions or irreversible damage to the

equipment.

4Powering the device from an unsuitable
energy source (as a general rule, mains supply
voltage that is too high).

4Accidental original mains supply surge or
lightning strike generally causing irreversible
damage to the equipment

.
4Replacement of fuses with fuses with
different characteristics that could cause

irreversible damage to the equipment.

4Obvious connection errors causing irreversible
damage to the equipment.

4Water spray or running water inside the device
that could result in irreversible electronic
malfunctions.

Precautions for scrapping

This device contains electronic components and
materials that must be recycled at the end of the
product’s usable life, for environmental reasons.

At the end of their usable lives all devices must
therefore be returned either to the local distribu­tor or entrusted to a specialist electronic equip­ment recycling company.

EC compliance

This device complies with the applicable Euro­pean standards and has an EC mark. Its

certicate of compliance is available on request.

For further information or assistance,

please contact:

REYA SAS

2599 Route de la Fènerie

06580 Pégomas

Tel : [phone]

Fax : [phone]

e-mail : [e-mail]

www.reya.com