CIAT LDC Series Guide

01 - 2009
NA 08.144 A
Aquaciat Free cooling
Installation
Operation
Commissioning
Maintenance

EN-1
CONTENTS PAGE
Receiving the unit 2
Unloading 2
Think safety 2
Warranty 2
Storage 2
Installation 2
Hydraulic diagram 6
Hydraulic pumps 6
Performance of chillers and free cooling modules 7
Chillers' technical data 8
Free cooling module technical data 9
Operation 10
Maintenance 10
The 4 main risks 11

EN-2
EN
Receiving the unit
The condition of the equipment must be inspected as soon as
it is received. Check that it has not been damaged in transit and
that there are no accessories missing. Indicate any damaged
or missing items on the delivery slip and notify the carrier of
said damaged or missing items by registered letter within three
days of delivery.
Each unit has a manufacturer's plate on the front displaying an
identification number. Please state this number in all
correspondence.
Important:The unit must not be stored in an area exposed to violent
winds over 188 km/h and must be secured to the ground.
Unloading
The recipient shall be responsible for unloading the units and
providing the necessary handling equipment (see the section
on" Handling").
Think safety
... during installation
Read the instructions and keep them for future use
Respect the instructions for using slings (see the labels
on the unit)
Check that there is an emergency stop
Fit shut-off valves.
Prohibit public access.
... in an emergency
Switch off the electrical supply.
The process should not be jeopardised if the emergency stop
devices are activated.
Warranty
Unless otherwise indicated, our equipment is guaranteed for
12 months after commissioning and no more than 18 months
after invoicing. Our guarantee is limited to the replacement of
defective parts used in the intended conditions. In particular it
does not cover normal wear and tear, nor damage due to
corrosion, clogging or the use of fluids incompatible with the
materials, nor indirect damage. Synthetic seals with bonding
agent (asbestos-free seals) are guaranteed for
6 months.
Storage
●Store the units in a dry room, protected from inclement
weather, at a temperature between +5 and +50°C, placing
them so that they are not in contact with a wall or with each
other, and do not directly touch the floor; protect them against
impacts and ensure that they only support their own weight.
●They must rest on blocks which are adjusted correctly to
ensure they are completely stable and level.
●Prepare the ground to ensure that there will be
no subsidence.
●Leave the blanking trim for the pipes in place before
connecting the unit.
●For prolonged storage under humid conditions, it may be
necessary to dry the motors in an oven before
recommissioning.
●For long-term storage (over 3 months), fill the exchanger
with an inert gas and seal the pipes hermetically to avoid any
condensation and subsequent oxidation (see also the section
on "Maintenance of motors").
Irrespective of the storage conditions, we recommend that
several rotations of the motors be made every
6 months.
Installation
Warning for the installer
●Before any work is performed, read this guide carefully and
ensure it is kept safe for future use. Safety information must be
adhered to.
●Refer to the technical documentation or the order documents
to find out the electrical specifications and the sound levels.
●The units must not be run under operating conditions which
are more restrictive than those it was designed for (pressure,
temperature, type and circulation of fluids).
●For units installed in European Union countries, ensure that
the entire installation complies with the applicable directives
and legal instruments.
Selecting a location
Particular care must be taken when choosing where to place
the unit. Take into account the precautions for installation given
below:
●Block public access to the facility.
●This unit is designed to operate outdoors, in a tertiary or
industrial environment. You must nevertheless ensure that all
conditions have been taken into account (negative outdoor
temperatures, corrosive atmosphere, altitude).
● It is essential to secure the unit to the ground if there is
a risk that it may be exposed to winds over 188 km/h.
Chiller's location
●Since normal use of these units does not require them
to be resistant to their seismic activity, its seismic
resistance has not been assessed.
●The area where the unit will be sited must be completely
accessible so that maintenance and service operations can be
carried out with ease. Ensure sufficient space is provided for
service operations. Leave free space in front of the safety and
control devices.
(see the paragraph on “Location” with diagram)
●Waste from vegetation is a major factor contributing to the
clogging of the coil, avoid installing the unit close to deciduous
trees.
●Do not install the unit near hot air extraction duct outlets.
●The distances between the unit and anything which may
impede the intake and discharge of air must be adhered to.
Location
(Clearances to be maintained)
It is important for the chillers to be installed with the necessary
clearances:
●So that air discharged by the condenser is not drawn back in.
●So that maintenance can be carried out on the chiller.

EN-3
Handling
●When handling the unit, only use the lifting points
marked by the arrow labels. DO NOT USE ANY OTHER
POINT OF ATTACHMENT. Respect the instructions for
using slings which apply to each type of unit (see the labels
affixed to the sides). The weight of the unit is given on the
casing.
LIFTING ACCESSORIES FITTED ON THE UNIT MUST
NOT BE REMOVED TO HANDLE ANOTHER LOAD.
●Handle the unit with care. Avoid any impacts or scratches
which may affect the unit's ability to operate correctly
(perforation of the elbows, damage to the finned surface,
twisting of piping, initial corrosion).
2 units: A = 2 m
3 or more units: A = 3 m
For information on the dimensions, weight, anchorage points and centre of gravity, refer to the drawings provided with the unit.
These drawings are provided for information only. Refer to the pictograms on the unit and in the documentation provided with it.
2 m
1.5 m
A
PREVAILING
WIND
PREVAILING
WIND
Maximum height = 2.2 m
1200V - 1800V702V - 1100V
2300
702 V - 1100V
1200 V - 1500V 1650 V - 1800V
Centre of gravity

EN-4
EN
Installation recommendations
●If the human, environmental or financial consequences of
failure are significant, take appropriate steps to limit the effects.
●Check that the unit complies with the safety rules
applicable to the site where it is being used (explosive
atmosphere, for example).
Vibration isolator
Anti-vibration mounts must be installed beneath the chiller for
applications that generate extremely low vibrations. The
mounts must be placed at the locations illustrated below.
Weight (kg)
Sizes LDC LDH
Empty In operation Empty In operation
702V 3103 3234 3253 3884
800V 3143 3274 3293 3924
900V 3198 3329 3348 3979
1000V 3238 3369 3388 4019
1100V 3368 3499 3488 4119
1200V 5763 6123 5888 6741
1500V 6266 6657 6391 7275
1650V 6996 7335 7034 7953
1800V 6996 7441 7121 8059
Floor mounting
LDC - LDH
702V - 1100V
- We recommend that shackles be used for handling these units.
- These machines must be unloaded and positioned by a
specialist handling company using the appropriate,
standardised tools.
STAS forged steel
screw loop shackle
- STAS code: 130 M
- Maximum working load: 4000 kg
Detailed view of the anchorage point
for handling
Type of shackle recommended for handling
Holes for handling dia.
50.2 mm

EN-5
●If objects or hail fall on the unit, there is a risk that the finned
components may be damaged. Take appropriate steps to
protect it, by adding a protective screen, for example.
●If the unit needs to be installed on a framework, this
structure must be calculated based on the weight of the
unit during service (full), equipped with all its
accessories.
●Check that the sound level given in the technical instructions
or in the order acknowledgement receipt is compatible with the
permissible value for the site.
●Similarly, it is recommended that personnel working close to
sources of high noise emission wear soundproof headphones.
Soundproof headphones should in no way impede the wearing
of other protective equipment.
●The connection pipes and the regulation or insulation
equipment must be set up and supported so as to ensure they
do not exert any force on the unit's piping (pressure, torsion or
flexion).
●Ensure that the unit is perfectly level so that the pipe bundle
can drain correctly. Also ensure that the unit is stable and
secured using all of its anchorage points.
●Provide shut-off valves on the inlet and outlet pipes.
●The unit must be fitted with an emergency stop device,
located very nearby; this device must be visible and
accessible and must allow the electrical supply to the unit and
its accessories to be cut off completely.
●Ensure that cutting off the electrical supply, whether
intentionally or accidentally, does not jeopardise the process.
●For any accessories, refer to the
specific guides.
●Install suitably effective venting and draining devices.
●Connect the pipes to earth in accordance with the overall
lightning protection study for the installation as a whole.
●Ensure that the installation complies with the legal texts and
codes in force in the country of operation.
Electrical connections
●Electrical connections must be carried out by personnel who
are qualified in accordance with current standards and
regulations.
●Ensure sufficient devices are provided to guarantee
the protection of persons and property, and to enable
maintenance operations to be carried out in complete
safety.
●Choose power and control cables based on the unit's
electrical specifications and the recommendations given in the
manuals provided with the accessories.
LDC - LDH
1200 - 1500
LDC - LDH
1650V - 1800V
Anti-vibration mounts
Electrical panel
Electrical panel
Anti-vibration mounts

EN-6
EN
Dual pump
Qty. 202 203 204 205 206 207 208 209 210 212 217 218 219
For models from 702V to 1100V x x x x x x x
For models from 1200V to 1800V x x x x x x x x
Power kW 3445,5 5,5 7,5 7,5 11 11 15 2,2 47,5
Maximum nominal current A 6,3 8,0 8,0 10,3 10,3 13,8 13,8 20,0 20,0 26,5 4,5 7,8 13,8
●The cable routing must be made according to good working
practice, using cable glands.
Hydraulic connection
●Blanking plugs are used to guarantee that the inside of pipes
remain clean. Only remove them just before connecting the
piping.
●Start connecting in accordance with the direction shown by
the arrows on the inlet and outlet pipes.
●If welded connections are used, take appropriate precautions
to ensure that welding residues do not enter the circuit.
●Never introduce foreign bodies into the circuit.
Hydraulic diagram
Hydraulic pumps (C and H versions)
1/2” air bleed valve
1/2” water
drainage valve
Flow rate
controller
Drain valve
automatic
Size: 1200 - 1800
Manual
bleed
valve
Manual
bleed
valve
Safety
valve
Size: 702-1100
Size: 1200-1800
Size: 702-1800
Pressure gauges +
shut-off valves option
Outdoor sensor
Water inlet sensor
Screen filter
Size: 702-1100 Flange: DN100
Size: 1200-1800 Flange: DN 125
B1
B2
AIR AIR
SUCTION
EXPANSION
SUCTION
EXPANSION
LDC version
F5
Expansion
vessel
WATER
WATER
WATER WATER WATER
WATER
3-way
valve
WATER
BUFFER TANK
500 Litres
LDH
Customer connections
Shut-off valves + press.
gauge kit
Flexible sleeve kit
Single pump
Qty. 102 103 104 105 106 107 108 109 110 112 117 118 119
For models from 702V to 1100V x x x x x x x
For models from 1200V to 1800V x x x x x x x x
Power kW 3445,5 5,5 7,5 7,5 11 11 15 2,2 47,5
Maximum nominal current A 6,3 8,0 8,0 10,3 10,3 13,8 13,8 20,0 20,0 26,5 4,5 7,8 13,8

EN-7
Performance of chillers and free cooling modules
AQUACIATFREE COOLING
702V 800V 900V 1000V 1100V 1200V 1500V 1650V 1800V
High-performance (HP) version
Chiller's cooling capacity (1) kW 185 206 246 265 286 327,0 373,0 429,0 483,0
Chiller's absorbed power kW 60,3 69,7 81,5 89,6 100,2 110,7 127,6 145,6 163,2
Chiller's EER efficiency 3,08 2,95 3,02 2,96 2,85 2,96 2,92 2,95 2,96
Lw/Lp HP version (3) dB(A) 90/58 93/61 95/63 96/64 98/66
Free cooling module 1 V - 2 R 2 V - 2 R
Cooling capacity (2) kW 62,9 66,1 70,9 72,8 74,5 117,7 126,2 134,5 140,9
Absorbed power kW 4,0 4,0 4,0 4,0 4,0 8,0 8,0 8,0 8,0
Free cooling EER efficiency 15,73 16,53 17,73 18,20 18,63 14,71 15,78 16,81 17,61
Lw/Lp HP version (3) dB(A) 85 / 53 88 / 56
Free cooling module 1 V - 4 R 2 V - 4 R
Cooling capacity (2) kW 91,7 95,2 100,5 102,4 104,1 173,7 183,7 193,1 200,0
Absorbed power kW 4,0 4,0 4,0 4,0 4,0 8,0 8,0 8,0 8,0
Free cooling EER efficiency 22,93 23,80 25,13 25,60 26,03 21,71 22,96 24,14 25,00
Lw/Lp HP version (3) dB(A) 86 / 54 89 / 57
Low Noise - LN and Xtra Low Noise - XLN versions
Chiller's cooling capacity (1) kW 181,0 200,0 241,0 258,0 278,0 321,0 364,0 421,0 471,0
Chiller's absorbed power kW 60,4 70,6 81,7 90,9 102,0 110,9 129,6 146,0 164,4
Chiller's EER efficiency 3,00 2,83 2,95 2,84 2,72 2,89 2,81 2,88 2,87
Lw/Lp LN version (3) dB(A) 84/52 85/53 84/52 84/52 85/53 91/59 90/58 91/59 91/59
Lw/Lp XLN version (3) dB(A) 81/49 82/50 81/49 81/49 83/51 87/55 87/55 87/55 88/56
Free cooling module 1 V - 2 R 2 V - 2 R
Cooling capacity (2) kW 57,1 59,6 63,4 64,8 66,1 107,5 114,4 121,0 126,0
Absorbed power kW 2,54 2,54 2,54 2,54 2,54 5,08 5,08 5,08 5,08
Free cooling EER efficiency 22,48 23,46 24,96 25,51 26,02 21,16 22,52 23,82 24,80
Lw/Lp LN version (3) dB(A) 78 / 46 81 / 49
Lw/Lp XLN version (3) dB(A) 76 / 44 79 / 47
Free cooling module 1 V - 4 R 2 V - 4 R
Cooling capacity (2) kW 78,5 80,9 84,3 85,5 86,6 150,3 157,2 163,5 167,9
Absorbed power kW 2,54 2,54 2,54 2,54 2,54 5,08 5,08 5,08 5,08
Free cooling EER efficiency 30,91 31,85 33,19 33,66 34,09 29,59 30,94 32,19 33,05
Lw/Lp LN version (3) dB(A) 79 / 47 82 / 50
Lw/Lp XLN version (3) dB(A) 77 / 45 80 / 48
(1) Cooling capacity based on: COOLING +12°C/+7°C, MEG 30% and condenser air inlet temperature +35°C.
(2) Cooling capacity of free cooling module based on: Water inlet +12°C, MEG 30% and outdoor air temperature +2°C.
(3) Overall sound power level (Lw) overall sound pressure level (Lp) measured at 10 metres in a free field, as per ISO 3744

EN-8
EN
AQUACIATFREE COOLING
702V 800V 900V 1000V 1100V 1200V 1500V 1650V 1800V
Compressors Hermetic scroll (2900 rpm)
Start-up mode Direct in line in series
Quantity 4 4 4 4 4 4 6 6 6
Power control
No. of
stages
%
8 8 6 8 8 4 6 8 6
100-78- 100-81- 100-83- 100-80- 100-77- 100-83.3- 100-84.8- 100-83.3
71-57- 69-62.5- 66-55- 70-60- 73-54- 100-75- 66.6-50- 66.6-48.5- 66.6-50-
50-43- 50-37.5- 33-16-0 50-40- 50-45- 50-25-0 33.3- 36.4-30.3- 33.3-16.6-0
28-21-0 31-19-0 30-20-0 27-23-0 16.6-0 18.2-15.1-0
Refrigerant oil type Polyolester POE 3MAF (32 cSt)
Oil capacity l17,6 21,8 20,8 22,2 26,2 25,2 40,8 39,3 37,8
No. of refrigerant circuits 2
Refrigerant (GWP) R410A (1890)
Refrigerant load kg 20,0
+20.0
19,0
+19.0
23,0
+23.0
25,0
+25.0
25,5
+25.5
26,0
+28.0
34,0
+34.0
32,0
+34.0
40,0
+46.0
Electrical supply ph/Hz/V 3~50 Hz - 400 V (+6%/-10%) + Earth
Machine protection rating IP 44
Control circuit voltage ph/Hz/V 1~50Hz 230V (+6% / -10%) transformer fitted
Evaporator Brazed plate heat exchangers
Water capacity l15,8 15,8 18 20,4 20,4 26 33,5 37 40,5
Chilled water outlet temp. (min./max.) °C -12 / +18
Minimum water flow rate m3/h 22,1 24,4 29,3 31,6 34 38 43 50 56
Maximum water flow rate m3/h 63,2 69,5 77 77 77 106 110 110 110
Water connection dia. DN 100 FLANGE DN 125 FLANGE
Max. pressure, water end bar 4 bar
Air-cooled condenser Finned heat exchanger
Fan dia. mm 800
No. x Motor output
High Performance (HP) version kW 4x1.55 4x1.55 4x1.66 4x1.66 4x1.66 6x1.64 6x1.64 8x1.64 8x1.64
Nb x motor output, Low Noise - LN
and XTRA Low Noise - XLN versions kW 4x1.06 4x1.06 4x1.1 4x1.1 4x1.1 6x1.13 6x1.13 8x1.13 8x1.13
Air flow, high-performance (HP) version m3/h 81200 81200 78000 78000 78000 121800 117000 159200 156000
Air flow, Low Noise - LN
and XTRA Low Noise - XLN versions m3/h 60000 60000 58400 58400 58400 90000 87600 118400 116800
Minimum system water volume l213 212 213 290 364 1171 871 905 1133
Tank volume, model H l500
Expansion vessel, C & H l35 50
Pump Qty. According to table selection (section…)
Storage temperature °C +50
Chillers' technical data

EN-9
Free cooling module technical data
Electrical characteristics
AQUACIATFREE COOLING
702V 800V 900V 1000V 1100V 1200V 1500V 1650V 1800V
High-performance (HP version
Free cooling module 1 V - 2 R 2 V - 2 R
Free cooling coil 2-row finned heat exchanger 2-row finned heat exchanger
Fan dia. mm 800 800
Number x motor output kW 2x2 4x2
Air flow m3/h 43900 87800
Free cooling module 1 V - 4 R 2 V - 4 R
Free cooling coil 4-row finned heat exchanger 4-row finned heat exchanger
Fan dia. mm 800 800
Number x motor output kW 2x2 4x2
Air flow m3/h 42000 84000
Low Noise - LN and Xtra Low Noise - XLN version
Free cooling module 1 V - 2 R 2 V - 2 R
Free cooling coil 2-row finned heat exchanger 2-row finned heat exchanger
Fan dia. mm 800 800
Number x motor output kW 2x1.27 4x1.27
Air flow m3/h 34800 69600
Free cooling module 1 V - 4 R 2 V - 4 R
Free cooling coil 4-row finned heat exchanger 4-row finned heat exchanger
Fan dia. mm 800 800
Number x motor output kW 2x1.27 4x1.27
Air flow m3/h 33500 67000
Chilled water outlet min./max. temp -12 / +18
Minimum water flow m3/h 22,1 24,4 29,3 31,6 34 38 43 50 56
Maximum water flow m3/h 63,2 69,5 77 77 77 106 110 110 110
Water connection dia. DN 100 FLANGE DN 125 FLANGE
Max. pressure, water end bar 4 bar
Storage temperature °C +50
AQUACIAT FREE COOLING 702V 800V 900V 1000V 1100V 1200V 1500V 1650V 1800V
Electrical supply ph/Hz/V 3~50 Hz - 400 V (+6%/-10%) + Earth
COMPRESSORS
Maximum nominal current A 144 161 190 207 224 263 296 348 390
Starting current A 333 388 440 457 474 514 750 849 892
Starting current with SOFT START
option A243 279 317 333 350 390 533 601 644
FAN MOTORS
HIGH PERFORMANCE 905 rpm version
Maximum nominal current A 13.6 (4x3.4) 20.4 (6x3.4) 27.2 (8x3.4)
LOW NOISE - XTRA LOW NOISE 715 rpm versions
Maximum nominal current A 8.4 (4x2.1) 12.6 (6x2.1) 16.8 (8x2.1)
Control circuit voltage ph/Hz/V 1~50Hz 230V (+6% / -10%) transformer fitted
Control circuit current A 2,0 3,0 4,0 5,0
FREE COOLING OPTION
Free cooling module 1 V - 2 R 2 V - 2 R
HIGH PERFORMANCE 905 rpm version
Maximum nominal current A 8.6 (2x4.3) 17.2 (4x4.3)
LOW NOISE - XTRA LOW NOISE 715 rpm versions
Maximum nominal current A 5.0 (2x2.5) 10.0 (4x2.5)
Free cooling module 1 V - 4 R 2 V - 4 R
HIGH PERFORMANCE 905 rpm version
Maximum nominal current A 8.6 (2x4.3) 17.2 (4x4.3)
LOW NOISE - XTRA LOW NOISE 715 rpm versions
Maximum nominal current A 5.0 (2x2.5) 10.0 (4x2.5)

EN-10
EN
Operation
First commissioning
●Read the guides for commissioning any accessories very
carefully and follow all advice.
●Check that the supply voltage corresponds to that given on
the wiring diagram.
●If necessary, tighten the terminals on the electrics box again.
●Switch the unit on and check that all the fans are turning in
the correct direction (direction of rotation shown on the labels).
In the event of abnormal noise coming from the fan motor
assemblies, immediately switch off the power supply and
contact your
CIAT agent.
●Start charging by bleeding the air remaining in the circuit
using the vents provided in the top section.
●Start increasing the pressure, then check that the pipe
connections are fully sealed.
If anomalies occur...
Your CIAT agent is available to provide you with any help you
may require. However, you will save time if you check the
following points first:
●Are all fans turning in the correct direction? (check this
against the labels).
●Is the supply voltage correct?
●Are the motors running at the correct speed? (check the
input current).
●Did you invert the direction of the fluids when connecting the
unit?
●Are the fins of the coil clogged?
●Are there any air recycling issues or a bad air supply?
Recommendations for use
●Scaling and corrosion have a very negative effect on the
operation and the service life of the units. Therefore, only use
treated water (check the compatibility of any additives with the
unit's materials).
●In the event of a prolonged period without use, we
recommend that the motors be dried in an oven so as to
remove any trace of humidity inside.
Maintenance
Recommendations for maintenance
●Make sure power to the unit has been disconnected before
servicing.
●All work must be performed by qualified personnel.
●Do not make any modifications without the agreement of CIAT.
●Do not walk directly on the unit.
●For regulated units, don't forget the mandatory inspections.
●In winter, do not allow snow to accumulate around and on top
of the unit.
●Periodically check the condition of the anti-corrosion
protective coating and touch it up if necessary.
●The category (DESP) as specified by directive 97/23/EC is
indicated on the specification attached to the order
acknowledgement receipt. The year of manufacture is given on
the manufacturer's plate.
Cleaning the bundle
Ensuring a good level of cleanliness is a defining factor for
maintaining the performance and service life of the unit.
Periodically check to see if the finned bundle is clogged and
clean it as often as local conditions require.
●Normal cleaning is carried out using a compressed air jet
directed parallel to the fins.
●If there is significant amount of clogging with greasy dust, it
is possible to clean using water mixed with a detergent which
is compatible with the materials. It is also possible to use a
high-pressure steam cleaner. Cleaning must be followed by
thorough rinsing with clear water.
●Use of a high-pressure liquid cleaner is forbidden.
●In all cases where it is authorised, cleaning must be carried
out carefully to ensure that the finned surface is not damaged.
When necessary, straighten the fins using a comb adapted to
the line of the fins.
Maintenance of the motors
●If there are any traces of humidity in the motors, it may be
necessary to dry them in an oven. They may also be left to run
for a few hours, in dry weather, removing the caps from the
bleed holes at the lower point (if the motor is equipped with
these). Remember to refit the caps so as to maintain the
degree of IP protection.
Maintenance frequency
Keep a maintenance log where all operations will be listed.
(1) Frequency adapted to suit local conditions.
(2) If this operation requires removal of the panelling, please
contact an approved CIAT agent.
Air bleed devices
Retighten the nuts and bolts on the fan motor assemblies (collar,
support, etc.) 6 months
Bleed motors equipped with bleed holes 6 months (1)
Clean the coil 1 year (1)
Tighten electrical connections 1 year
Retighten all visible nuts and bolts 1 year
Check for corrosion to the panelling and that the safety-related
labels are present 1 year (1)
Check the electric cables 5 years (2)

EN-11
The 4 main risks
Do not overlook them!
lifting, positioning
ACCIDENT INJURY
removal of the grilles
Destruction
●Separate the unit from its power sources.
●Drain the unit, respecting the environmental standards.
●Use the original lifting rings.
●If the signs relating to lifting have been removed (anchoring points, slinging instructions, weight) find out this information from
your CIAT agent.
opening the casing
ELECTROCUTION
BURNS
contact with the pipes

Non contractual document. With the thought of material
improvement always in mind, CIAT reserves the right,without
notice, to proceed with any technical modification.
CIAT Service
Tel. : [phone] - Fax : [phone]
Siège social
Avenue Jean Falconnier B.P. 14
01350 Culoz - France
Tel. : [phone]
Fax : [phone]
[email protected] - www.ciat.com
Compagnie Industrielle
d’Applications Thermiques
S.A. au capital de 26.000.000 d’euros
R.C.S. Belley B 545.620.114
CERTIFIED ISO 9001
QUALITY SYSTEM