Carrier Aquaforce 30XA302 Manual

INSTALLATION, OPERATION AND
MAINTENANCE INSTRUCTIONS
Air-Cooled Screw Chillers
30XA “A”
Nominal cooling capacity: 267-1682 kW
50 Hz
Unit with options 23A, 258 and 279
Original document

2
CONTENTS
1 - INTRODUCTION ..................................................................................................................................................................... 4
1.1 - Installation safety considerations ........................................................................................................................................... 4
1.2 - Equipment and components under pressure ........................................................................................................................ 5
1.3 - Maintenance safety considerations ........................................................................................................................................ 5
1.4 - Repair safety considerations................................................................................................................................................... 7
2 - PRELIMINARY CHECKS ...................................................................................................................................................... 8
2.1 - Check equipment received...................................................................................................................................................... 8
2.2 - Moving and siting the unit....................................................................................................................................................... 8
3 - DIMENSIONS, CLEARANCES........................................................................................................................................... 10
3.1 - 30XA 252-352 - MCHE heat exchanger (standard) and 30XA 252-302 - Cu/Al heat exchanger (option 254/255) .. 10
3.2 - 30XA 402-452-504 - MCHE heat exchanger (standard) and 352-452 - Cu/Al heat exchanger (option 254/255) ......... 10
3.3 - 30XA 502 MCHE heat exchanger (standard) and 30XA 502 Cu/Al heat exchanger (option 254/255) ..............................11
3.4 - 30XA 602-802-854-904 MCHE heat exchanger (standard) and 30XA 602-702 Cu/Al heat exchanger
(option 254/255)......................................................................................................................................................................................11
3.5 - 30XA 852-902 MCHE heat exchanger (standard) and 30XA 752-852 Cu/Al heat exchanger (option 254/255) ..............12
3.6 - 30XA 1002 MCHE heat exchanger (standard) and 30XA 902-1002 Cu/Al heat exchanger (option 254/255)..................12
3.7 - 30XA 1112, 1212, 1312, 1382 MCHE heat exchanger (standard) and 30XA 1112, 1212, 1312, 1382
Cu/Al heat exchanger (option 254/255)............................................................................................................................... 13
3.8 - 30XA 1402-1502 module 1/2 - MCHE heat exchanger (standard) and 30XA 1402-1502 module 1/2 -
Cu/Al heat exchanger (option 254/255) .............................................................................................................................................14
3.9 - 30XA 1402-1502 module 2/2 - MCHE heat exchanger (standard) and 30XA 1402-1502 module 2/2 -
Cu/Al heat exchanger (option 254/255) .............................................................................................................................................14
3.10 - 30XA 1702 module 1/2 - MCHE heat exchanger (standard) and 30XA 1702 module 1/2 -
Cu/Al heat exchanger (option 254/255)...........................................................................................................................................15
3.11 - 30XA 1702 module 2/2 - MCHE heat exchanger (standard) and 30XA 1702 module 2/2 -
Cu/Al heat exchanger (option 254/255)...........................................................................................................................................15
3.12 - Multiple chiller installation ................................................................................................................................................. 16
3.13 - Distance to the wall.............................................................................................................................................................. 16
4 - PHYSICAL AND ELECTRICAL DATA FOR 30XA UNITS ........................................................................................ 17
4.1 - Physical data 30XA 252-852 - standard units and units with option 119*....................................................................... 17
4.1 - Physical data 30XA 904-1702 - standard units and units with option 119* (continued) .............................................. 18
4.2 - Physical data 30XA 252-902 - units with option 254 and 255**........................................................................................19
4.2 - Physical data 30XA 1002-1502 - units with option 254 and 255** (continued) .............................................................. 20
4.3 - Short-circuit stability current for all units ........................................................................................................................... 20
4.4 - Electrical data......................................................................................................................................................................... 21
4.4 - Electrical data (continued).................................................................................................................................................... 22
4.4 - Electrical data (continued) ................................................................................................................................................... 23
4.4 - Electrical data (continued) ................................................................................................................................................... 24
4.5 - Compressor electrical data.................................................................................................................................................... 25
4.6 - Compressor usage per circuit (A, B, C, D) .......................................................................................................................... 25
4.7 - Electrical data, optional hydronic module.........................................................................................................................................26
5 - ELECTRICAL CONNECTION............................................................................................................................................ 27
5.1 - Power supply........................................................................................................................................................................... 27
5.2 - Voltage phase imbalance (%) ............................................................................................................................................... 27
5.3 - Power connection/disconnect switch.................................................................................................................................... 27
5.4 - Recommended wire sections ................................................................................................................................................ 27
5.5 - Power cable entry................................................................................................................................................................... 27
5.6 - Field control wiring ................................................................................................................................................................ 28
6 - APPLICATION DATA ........................................................................................................................................................... 29
6.1 - Operating range...................................................................................................................................................................... 29
6.2 - Minimum chilled water ow (units without hydronic module) ........................................................................................ 29
6.3 - Maximum chilled water ow (units without hydronic module) ....................................................................................... 29
6.4 - Variable ow evaporator ....................................................................................................................................................... 30
6.5 - System minimum water volume ........................................................................................................................................... 30
6.6 - Maximum system water volume........................................................................................................................................... 30
6.7 - Evaporator water ow rate ................................................................................................................................................... 30
6.8 - Evaporator pressure drop curve........................................................................................................................................... 31

3
The illustrations on the front cover and inside this document are for illustrative purposes only and not part of any offer
for sale or contract.
7 - WATER CONNECTIONS...................................................................................................................................................... 32
7.1 - Operating precautions ........................................................................................................................................................... 32
7.2 - Victaulic water connections................................................................................................................................................... 33
7.3 - Flow control ............................................................................................................................................................................ 34
7.4 - Evaporator water box bolt tightening..................................................................................................................................34
7.5 - Frost protection ...................................................................................................................................................................... 34
7.6 - Operation of two units in master/slave mode (option 58)................................................................................................. 34
7.7 - Pump characteristics .............................................................................................................................................................. 35
8 - FREE-COOLING OPTION (OPTION 118A).................................................................................................................... 36
8.1 - Physical data, 30XA units with free-cooling option (option 118A) ................................................................................. 36
8.2 - Operating limits...................................................................................................................................................................... 36
8.3 - Operation ................................................................................................................................................................................ 36
9 - HEAT RECLAIM CONDENSER OPTION (OPTION 50)............................................................................................. 37
9.1 - Physical data, 30XA units with heat reclaim condenser option........................................................................................ 37
9.2 - Dimensions, clearances.......................................................................................................................................................... 37
9.3 - Condenser location ................................................................................................................................................................ 41
9.4 - Condenser water connections............................................................................................................................................... 41
9.5 - Operating limits for stable operation (no mode changeover) .......................................................................................... 41
9.6 - Operating limits for changeover between modes .............................................................................................................. 42
9.7 - Flow control ............................................................................................................................................................................ 42
9.8 - Heat reclaim operation.......................................................................................................................................................... 42
9.9 - Condenser pump selection.................................................................................................................................................... 42
9.10 - Frost protection .................................................................................................................................................................... 43
10 - FANS WITH AVAILABLE PRESSURE (OPTION 10) ................................................................................................. 43
11 - MAJOR SYSTEM COMPONENTS AND OPERATION DATA ................................................................................... 43
11.1 - Direct-drive twin-screw compressor with variable capacity slide valve ........................................................................ 43
11.2 - Pressure vessels..................................................................................................................................................................... 43
11.3 - High-pressure safety switch ................................................................................................................................................ 44
11.4 - Condensers............................................................................................................................................................................ 44
11.5 - Fans ........................................................................................................................................................................................ 44
11.6 - Electronic expansion valve (EXV) .................................................................................................................................... 45
11.7 - Moisture indicator................................................................................................................................................................ 45
11.8 - Filter drier ............................................................................................................................................................................. 45
11.9 - Sensors................................................................................................................................................................................... 45
11.10 - Service valve (option 92)................................................................................................................................................... 45
11.11 - Power factor correction capacitors (option 231) ............................................................................................................ 45
12 - MAIN OPTIONS.................................................................................................................................................................... 47
13 - STANDARD MAINTENANCE.......................................................................................................................................... 49
13.1 - Level 1 maintenance ............................................................................................................................................................ 49
13.2 - Level 2 maintenance ............................................................................................................................................................ 49
13.3 - Level 3 (or higher) maintenance ........................................................................................................................................ 49
13.4 - Tightening torques for the main electrical connections................................................................................................... 50
13.5 - Tightening torques for the main bolts and screws ............................................................................................................ 50
13.6 - Condenser coil ...................................................................................................................................................................... 50
13.7 - Evaporator maintenance..................................................................................................................................................... 52
13.8 - Compressor maintenance.................................................................................................................................................... 52
13.9 - Precaution for compressor power supply bus bar connection ........................................................................................ 52
13.10 - Check of power factor correction capacitors .................................................................................................................. 52
14 - START-UP CHECKLIST FOR 30XA LIQUID CHILLERS (USE FOR JOB FILE)............................................... 53

4

The 30XA Aquaforce units are designed to cool water for
the air conditioning of buildings and industrial processes.
Prior to the initial start-up of the 30XA units, the people
involved in the on-site installation, start-up, operation, and
maintenance of this unit should be thoroughly familiar
with these instructions and the specic project data for the
installation site.
They are designed for an operating life of 15 years by
assuming a 75% utilisation factor; that is approximately
100,000 operating hours.
The 30XA liquid chillers are designed to provide a very high
level of safety during installation, start-up, operation and
maintenance. They will provide safe and reliable service
when operated within their application range.
This manual provides the necessary information to fami-
liarize yourself with the control system before performing
start-up procedures. The procedures in this manual are
arranged in the sequence required for machine installation,
start-up, operation and maintenance.
Always ensure that all required safety measures are followed,
including those in this document, such as, wearing protec-
tive clothing (gloves, ear defenders, safety glasses and shoes),
using appropriate tools, employing qualied and skilled
technicians (electricians, refrigeration engineers) and
following local regulations.
To nd out, if these products comply with European
directives (machine safety, low voltage, electromagnetic
compatibility, equipment under pressure etc.) check the
declarations of conformity for these products.
1.1 - Installation safety considerations
Access to the unit must be reserved to authorised personnel,
qualied and trained in monitoring and maintenance. The
access limitation device must be installed by the customer
(e.g. cut-off, enclosure).
After the unit has been received, when it is ready to be
installed or reinstalled, and before it is started up, it must
be inspected for damage. Check that the refrigerant
circuit(s) is (are) intact, especially that no components or
pipes have shifted (e.g. following a shock). If in doubt,
carry out a leak tightness check and verify with the
manufacturer that the circuit integrity has not been
impaired. If damage is detected upon receipt, immediately
le a claim with the shipping company.
Carrier strongly recommends employing a specialised
company to unload the machine.
Do not remove the skid or the packaging until the unit is
in its nal position. These units can be moved with a fork
lift truck, as long as the forks are positioned in the right
place and direction on the unit.
The units can also be lifted with slings, using only the
designated lifting points marked on the unit.
These units are not designed to be lifted from above. Use
slings with the correct capacity, and always follow the
lifting instructions on the certied drawings supplied with
the unit.
Safety is only guaranteed, if these instructions are carefully
followed. If this is not the case, there is a risk of material
deterioration and injuries to personnel.
DO NOT COVER ANY PROTECTION DEVICES.
This applies to fuse plugs and relief valves (if used) in the
refrigerant or heat transfer medium circuits. Check if the
original protection plugs are still present at the valve outlets.
These plugs are generally made of plastic and should not be
used. If they are still present, please remove them. Install
devices at the valve outlets or drain piping that prevent the
penetration of foreign bodies (dust, building debris, etc.) and
atmospheric agents (water can form rust or ice). These
devices, as well as the drain piping, must not impair
operation and not lead to a pressure drop that is higher
than 10% of the control pressure.
Classication and control
In accordance with the Pressure Equipment Directive and
national usage monitoring regulations in the European
Union the protection devices for these machines are
classied as follows:
Safety
accessory*
Damage limitation accessory**

Refrigerant side
High-pressure switch x
External relief valve*** x
Rupture disk x
Fuse plug x

External relief valve**** x x
* Classiedforprotectioninnormalservicesituations.
** Classiedforprotectioninabnormalservicesituations.
*** The instantaneous over-pressure limited to 10% of the operating pressure
doesnotapplytothisabnormalservicesituation.Thecontrolpressurecanbe
higherthantheservicepressure.Inthiscaseeitherthedesigntemperatureor
the high-pressure switch ensures that the service pressure is not exceeded in
normalservicesituations.
**** Theclassicationofthesereliefvalvesmustbemadebythepersonnelthat
completesthewholehydronicinstallation.
Do not remove these valves and fuses, even if the re risk
is under control for a particular installation. There is no
guarantee that the accessories are re-installed if the instal-
lation is changed or for transport with a gas charge.
When the unit is subjected to re, safety devices prevent
rupture due to over-pressure by releasing the refrigerant.
The uid may then be decomposed into toxic residues when
subjected to the ame:
• Stay away from the unit.
• Set up warnings and recommendations for personnel
in charge to stop the re.
• Fire extinguishers appropriate to the system and the
refrigerant type must be easily accessible

5
All factory-installed relief valves are lead-sealed to prevent
any calibration change. If the relief valves are installed
on a change-over manifold, this is equipped with a relief
valve on each of the two outlets. Only one of the two relief
valves is in operation, the other one is isolated. Never
leave the change-over valve in the intermediate position,
i.e. with both ways open (locate the control element in the
stop position).
If a relief valve is removed for checking or replacement
please ensure that there is always an active relief valve on
each of the change-over valves installed in the unit.
The external relief valves must always be connected to
drain pipes for units installed in a closed room. Refer to
the installation regulations, for example those of European
standard EN 378 and EN 13136.
These pipes must be installed in a way that ensures that
people and property are not exposed to refrigerant leaks.
As the uids can be diffused in the air, ensure that the outlet
is far away from any building air intake, or that they are
discharged in a quantity that is appropriate for a suitably
absorbing environment.
Periodic check of the relief valves: See chapter 1.3 -
“Maintenance safety considerations”.
Provide a drain in the drain pipe, close to each relief valve,
to avoid an accumulation of condensate or rain water.
All precautions concerning handling of refrigerant must
be observed in accordance with local regulations.
Ensure good ventilation, as accumulation of refrigerant
in an enclosed space can displace oxygen and cause
asphyxiation or explosions.
Inhalation of high concentrations of vapour is harmful
and may cause heart irregularities, unconsciousness, or
death. Vapour is heavier than air and reduces the amount
of oxygen available for breathing. These products cause
eye and skin irritation. Decomposition products are
hazardous.

These products incorporate equipment or components
under pressure, manufactured by Carrier or other
manufacturers. We recommend that you consult your
appropriate national trade association or the owner of the
equipment or compo-nents under pressure (declaration,
re-qualication, retesting, etc.). The characteristics of this
equipment/these components are given on the nameplate
or in the required documentation, supplied with the
products.
These units are intended to be stored and operated in an
environment where the ambient temperature must be not
less than the lowest allowable temperature indicated on
the nameplate.
Do not introduce signicant static or dynamic pressure
with regard to the operating pressures used during
operation or for tests in the refrigerant circuit or in the
heat exchange circuits.
See section “11.2 - Pressure vessels”.
1.3 - Maintenance safety considerations
Carrier recommends the following drafting for a logbook (the
table below should not be considered as reference and does not
involve Carrier responsibility):
Intervention Name of the
commissioning
engineer
Applicable
national


Organism
Date  (1)
(1) Maintenance,repairs,regularverications(EN378),leakage,etc.
Engineers working on the electric or refrigeration compo-
nents must be authorized, trained and fully qualied to do so.
All refrigerant circuit repairs must be carried out by a trained
person, fully qualied to work on these units. He must have
been trained and be familiar with the equipment and the
installation. All welding operations must be carried out by
qualied specialists.
Any manipulation (opening or closing) of a shut-off
valve must be carried out by a qualied and authorised
engineer. These procedures must be carried out with the
unit shut-down.
NOTE: The unit must never be left shut down with the
liquid line valve closed, as liquid refrigerant can be trapped
between this valve and the expansion device and lead to
the risk of a pressure increase. This valve is situated on
the liquid line before the lter drier box.
During any handling, maintenance and service operations
the engineers working on the unit must be equipped with
safety gloves, glasses, shoes and protective clothing.
Never work on a unit that is still energized.
Never work on any of the electrical components, until the
general power supply to the unit has been cut using the
disconnect switch(es) in the control box(es).
If any maintenance operations are carried out on the unit,
lock the power supply circuit in the open position ahead
of the machine.
If the work is interrupted, always ensure that all circuits
are still deenergized before resuming the work.
ATTENTION: Even if the unit has been switched off, the
power circuit remains energized, unless the unit or circuit
disconnect switch is open. Refer to the wiring diagram for
further details. Attach appropriate safety labels.

6
The information on operating inspections given in annex
C of standard EN 378 can be used if no similar criteria
exist in the national regulations.
While working in the fan area, especially when grilles or
casings are removed, disconnect the fan power supply to
prevent their automatic restart.
Protection device checks:
• If no national regulations exist, check the protection
devices on site in accordance with standard EN 378:
Once a year for the high-pressure switches, every ve
years for external relief valves.
The company or organisation that conducts a pressure
switch test must establish and implement detailed
procedures for:
- Safety measures
- Measuring equipment calibration
- Validating operation of protective devices
- Test protocols
- Recommissioning of the equipment.
Consult Carrier Service for this type of test. Carrier
mentions here only the principle of a test without
removing the pressure switch:
- Verify and record the set-points of pressure switches
and relief devices (valves and possible rupture discs)
- Be ready to switch-off the main disconnect switch of
the power supply if the pressure switch does not
trigger (avoid over-pressure or excess gas in case of
valves on the high-pressure side with the recovery
condensers)
- Connect a pressure gauge protected against pulsations
(lled with oil with maximum pointer if mechanical),
preferably calibrated (the values displayed on the user
interface may be inaccurate in an instant reading
because of the scanning delay applied in the control)
- Complete an HP Test as provided by the software
(refer to the Control IOM for details).
If the machine operates in a corrosive environment, inspect
the protection devices more frequently.
Regularly carry out leak tests and immediately repair any
leaks. Ensure regularly that the vibration levels remain
acceptable and close to those at the initial unit start-up.
Before opening a refrigerant circuit, purge and consult the
pressure gauges.
Change the refrigerant after an equipment failure, following
a procedure such as the one described in NF E29-795 or
carry out a refrigerant analysis in a specialist laboratory.
Plug all openings whenever the refrigerant circuit is opened
for up to one day. For longer openings place a nitrogen
charge in the circuit.
Units with option 231 are equipped with capacitor
batteries with a discharge time of ve (5) minutes after
disconnecting the power. After disconnecting the power to
the control box, wait ve minutes before opening the
control box. Before any intervention, verify that there is no
voltage present at any accessible conducting parts of the
power circuit.
Operating checks:
IMPORTANT INFORMATION REGARDING THE
REFRIGERANT USED:
• This product contains uorinated greenhouse gas
covered by the Kyoto protocol.
Fluid type: R134a
Global Warming Potential (GWP): 1430
CAUTION:
1. Any intervention on the refrigerant circuit of this
product should be performed in accordance with the
applicable legislation. In the EU, the regulation is
called F-Gas, N°517/2014
2. Ensure that the refrigerant is never released to the
atmosphere during installation, maintenance or
equipment disposal.
3. The deliberate gas release into the atmosphere is not
allowed.
4. If a refrigerant leak is detected, ensure that it is
stopped and repaired as quickly as possible.
5. Only a qualied and certied personnel can perform
installation operations, maintenance, refrigerant
circuit leak test as well as the equipment disposal and
the refrigerant recovering.
6. The gas recovery for recycling, regeneration or
destruction is at customer charge.
7. Periodic leak tests have to be carried out by the
customer or by third parties. The EU regulation set
the periodicity here after:
SystemWITHOUT
leakage detection
No
check
12 months 6 months 3 months
SystemWITHleakage
detection
No
check
24 months 12 months 6 months
Refrigerant charge/
circuit (CO2equivalent)
< 5
tonnes
5≤charge
< 50 tonnes
50≤charge
< 500 tonnes
Charge
> 500
tonnes*
Refrigerant
charge/
circuit (kg)
R134a
(GWP
1430)
Charge
<3.5kg
3.5≤charge
<34.9kg
34.9≤charge
<349.7kg
Charge
>349.7kg
R407C
(GWP
1774)
Charge
<2.8kg
2.8≤charge
<28.2kg
28.2≤charge
<281.9kg
Charge
>281.9kg
R410A
(GWP
2088)
Charge
<2.4kg
2.4≤charge
<23.9kg
23.9≤charge
<239.5kg
Charge
>239.5kg
HFO’s :
R1234ze Norequirement
*From01/01/2017,unitsmustbeequippedwithaleakagedetectionsystem
8. A logbook must be established for equipments subject
to periodic leak tests. It should contain the quantity
and the type of uid present within the installation
(added and recovered), the quantity of recycled uid,
regenerated or destroyed, the date and output of the
leak test, the designation of the operator and its
belonging company, etc.
9. Contact your local dealer or installer if you have any
questions.

7
1.4 - Repair safety considerations
All installation parts must be maintained by the personnel in
charge, in order to avoid material deterioration and injuries
to people. Faults and leaks must be repaired immediately.
The authorized technician must have the responsibility to
repair the fault immediately. After each repair of the unit,
check the operation of the protection devices and create a
report of the parameter operation at 100%.
Comply with the regulations and recommendations in unit
and HVAC installation safety standards, such as: EN 378,
ISO 5149, etc.
If a leak occurs or if the refrigerant becomes contaminated
(e.g. by a short circuit in a motor) remove the complete
charge using a recovery unit and store the refrigerant in
mobile containers.
Repair the leak detected and recharge the circuit with the
total R-134a charge, as indicated on the unit name plate.
Certain parts of the circuit can be isolated. Only charge
liquid refrigerant R-134a at the liquid line.
Ensure that you are using the correct refrigerant type before
recharging the unit. Charging any refrigerant other than
the original charge type (R-134a) will impair machine
operation and even destroy the compressors. The compressors
operating with this refrigerant type are lubricated with a
synthetic polyolester oil.
RISK OF EXPLOSION:
Never use air or a gas containing oxygen during leak tests to
purge lines or to pressurise a machine. Pressurised air
mixtures or gases containing oxygen can be the cause of an
explosion.
Only use dry nitrogen for leak tests, possibly with an
appropriate tracer gas.
If the recommendations above are not observed, this can
have serious or even fatal consequences and damage the
installation.
Never exceed the specied maximum operating pressures.
Verify the allowable maximum high- and low-side test
pressures by checking the instructions in this manual and
the pressures given on the unit name plate.
Do not unweld or amecut the refrigerant lines or any
refrigerant circuit component until all refrigerant (liquid
and vapour) as well as the oil have been removed from
chiller. Traces of vapour should be displaced with dry air
nitrogen. Refrigerant in contact with an open ame produces
toxic gases.
The necessary protection equipment must be available,
and appropriate re extinguishers for the system and the
refrigerant type used must be within easy reach.
Do not siphon refrigerant.
Avoid spilling liquid refrigerant on skin or splashing it
into the eyes. Use safety goggles and safety gloves. Wash
any spills from the skin with soap and water. If liquid
refrigerant enters the eyes, immediately and abundantly
ush the eyes with water and consult a doctor.
The accidental releases of the refrigerant, due to small
leaks or signicant discharges following the rupture of a
pipe or an unexpected release from a safety valve, can
cause frostbites and burns to personnel exposed. Do not
ignore such injuries. Installers, owners and especially
service engineers for these units must:
- Seek medical attention before treating such injuries.
- Have access to a rst-aid kit, especially for treating
eye injuries.
We recommend to apply standard EN 378-3 Annex 3.
Never apply an open ame or live steam to a refrigerant
container. Dangerous overpressure can result. If it is
necessary to heat refrigerant, use only warm water.
During refrigerant removal and storage operations follow
applicable regulations. These regulations, permitting condi-
tioning and recovery of halogenated hydrocarbons under
optimum quality conditions for the products and optimum
safety conditions for people, property and the environment
are described in standard NF E29-795.
Any refrigerant transfer and recovery operations must be
carried out using a transfer unit. A 3/8” SAE connector on
the manual liquid line valve is supplied with all units for
connection to the transfer station. The units must never be
modied to add refrigerant and oil charging, removal and
purging devices. All these devices are provided with the
units. Please refer to the certied dimensional drawings for
the units.
Do not re-use disposable (non-returnable) cylinders or
attempt to rell them. It is dangerous and illegal. When
cylinders are empty, evacuate the remaining gas pressure,
and move the cylinders to a place designated for their
recovery. Do not incinerate them.
ATTENTION: Only use refrigerant R134a, in accordance
with 700 AHRI (Air conditioning, Heating and Refrige-
ration Institute). The use of any other refrigerant may
expose users and operators to unexpected risks.
Do not attempt to remove refrigerant circuit components
or ttings, while the machine is under pressure or while it
is running. Be sure pressure is at 0 kPa and that the unit
has been shut-down and de-energised before removing
components or opening a circuit.
Do not attempt to repair or recondition any safety devices
when corrosion or build-up of foreign material (rust, dirt,
scale, etc.) is found within the valve body or mechanism.
If necessary, replace the device. Do not install relief valves
in series or backwards.
ATTENTION: No part of the unit must be used as a walk-
way, rack or support. Periodically check and repair or if
necessary replace any component or piping that shows
signs of damage.

8
- Voltage, frequency, number of phases
- Maximum current drawn
- Maximum power input
- Unit net weight
• Conrm that all accessories ordered for on-site installa-
tion have been supplied, are complete and undamaged.
The unit must be checked periodically during its whole
operating life to ensure that no shocks (handling accessories,
tools etc.) have damaged it. If necessary, damaged parts must
be repaired or replaced. See also chapter 13 - “Standard
maintenance”.

2.2.1 - Moving
See chapter 1.1 “Installation safety considerations”.
In some cases vertical supports are added for the transport
and handling of the unit. These supports can be removed
for access or connection, if required.
IMPORTANT: Follow the disassembly sequence shown
in the disassembly instruction notes.
• Unscrew screws marked 1 and 2.
• Loosen screw 3, and lift and remove support 4.
• Uncrew screw 5 and loosen screw 6.
• Lift and remove support 7.
• Unscrew screw 8 and remove plate 9.
Keep the vertical supports after commissioning the units
and re-insert them when the unit is moved.
The refrigerant lines can break under the weight and release
refrigerant, causing personal injury.
Do not climb on a machine. Use a platform, or staging to
work at higher levels.
Use mechanical lifting equipment (crane, hoist, winch, etc.)
to lift or move heavy components. For lighter components,
use lifting equipment when there is a risk of slipping or
losing your balance.
Use only original replacement parts for any repair or
component replacement. Consult the list of replacement
parts that corresponds to the specication of the original
equipment.
Do not drain water circuits containing industrial brines,
without informing the technical service department at the
installation site or a competent body rst.
Close the entering and leaving water shutoff valves and
purge the unit water circuit, before working on the compo-
nents installed on the circuit (screen lter, pump, water
ow switch, etc.).
Do not loosen the water box bolts until the water boxes
have been completely drained.
Periodically inspect all valves, ttings and pipes of the
refrigerant and hydronic circuits to ensure that they do
not show any corrosion or any signs of leaks.
It is recommended to wear ear defenders, when working
near the unit and the unit is in operation.


• Check that the unit has not been damaged during
transport and that no parts are missing. If the unit has
been damaged or the shipment is incomplete, send a
claim to the shipping company.
• Compare the name plate data with the order. The name
plate is attached in two places to the unit:
- On one of the unit sides on the outside,
- On the control box door on the inside.
• The unit name plate must include the following
information:
- Version number
- Model number
- CE marking
- Serial number
- Year of manufacture and test date
- Fluid being transported
- Refrigerant used and refrigerant class
- Refrigerant charge per circuit
- Containment uid to be used
- PS: Min./max. allowable pressure (high and low
pressure side)
- TS: Min./max. allowable temperature (high and
low pressure side)
- Pressure switch cut-out pressure
- Unit leak test pressure
1
2
3
2
1
4
5
6
7
8
9

9
2.2.2 - Siting the unit
The machine must be installed in a place that is not accessible
to the public or protected against access by non-authorised
persons.
In case of extra-high units the machine environment must
permit easy access for maintenance operations.
Always refer to the chapter 3 “Dimensions, clearances” to
conrm that there is adequate space for all connections
and service operations. For the centre of gravity coordinates,
the position of the unit mounting holes, and the weight
distribution points, refer to the certied dimensional
drawing supplied with the unit.
The support points under the chassis must have at least the
size of the chassis opening at the lifting point (minimum
220 x 180 mm) in order to prevent a deformation of the
chassis.
Typical applications of these units are in refrigeration
systems, and they do not require earthquake resistance.
Earthquake resistance has not been veried.
CAUTION: Only use slings at the designated lifting points
which are marked on the unit.
Before siting the unit check that:
• The permitted loading at the site is adequate or that
appropriate strenghtening measures have been taken.
• The unit is installed level on an even surface
(maximum tolerance is 5 mm in both axes).
• There is adequate space above the unit for air ow
and to ensure access to the components.
• The number of support points is adequate and that
they are in the right places.
• The location is not subject to ooding.
• For outdoor installations, where heavy snowfall is
likely and long periods of sub-zero temperatures are
normal, provision has to be made to prevent snow
accumulating by raising the unit above the height of
drifts normally experienced.
• Bafes may be necessary to deect strong winds. They
must not restrict air ow into the unit.
CAUTION: Before lifting the unit, check that all casing
panels are securely xed in place. Lift and set down the
unit with great care. Tilting and jarring can damage the
unit and impair unit operation.
If 30XA units are hoisted with rigging, it is advisable to
protect coils against crushing while a unit is being moved.
Use struts or spreader bar to spread the slings above the
unit. Do not tilt a unit more than 15°.
WARNING: Never push or lever on any of the enclosure
panels of the unit. Only the base of the unit frame is
designed to withstand such stresses.
If a unit includes a hydronic module (options 116B, C, F,
G), the hydronic module and pump piping must be installed
in a way that does not submit it to any strain. The hydronic
module pipes must be tted so that the pump does not
support the weight of the pipes.
2.2.3 - Checks before system start-up
Before the start-up of the refrigeration system, the complete
installation, including the refrigeration system must be
veri-ed against the installation drawings, dimensional
drawings, system piping and instrumentation diagrams and
the wiring diagrams.
For these checks national regulations must be followed. If
the national regulation does not specify any details, refer
to standard EN 378 as follows:
External visual installation checks:
• Ensure that the machine is charged with refrigerant.
Verify on the unit nameplate that the ‘uid
transported’ is R134A and is not nitrogen.
• Compare the complete installation with the
refrigeration system and power circuit diagrams.
• Check that all components comply with the design
specications.
• Check that all protection documents and equipment
provided by the manufacturer (dimensional drawings,
P&ID, declarations etc.) to comply with the
regulations are present.
• Verify that the environmental safety and protection
and devices and arrangements provided by the
manufacturer to comply with the regulations are in
place.
• Verify that all documents for pressure containers,
certicates, name plates, les, instruction manuals
provided by the manufacturer to comply with the
regulations are present.
• Verify the free passage of access and safety routes.
• Check that ventilation in the plant room is adequate.
• Check that refrigerant detectors are present.
• Verify the instructions and directives to prevent the
deliberate removal of refrigerant gases that are
harmful to the environment.
• Verify the installation of connections.
• Verify the supports and xing elements (materials,
routing and connection).
• Verify the quality of welds and other joints.
• Check the protection against mechanical damage.
• Check the protection against heat.
• Check the protection of moving parts.
• Verify the accessibility for maintenance or repair and
to check the piping.
• Verify the status of the valves.
• Verify the quality of the thermal insulation and of the
vapour barriers.

10


3.2 - 30XA 402-452-504
Legend
Alldimensionsaregiveninmm.
Required clearances for maintenance (see note)
Recommendedspaceforevaporatortuberemoval
Water inlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Water outlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Airoutlet–donotobstruct
Power supply and control connection
Control circuit connection for option 158
NOTES:
- Drawings are not contractually binding.
- Before designing an installation, consult the certied
dimensional drawings, available on request.
- For the positioning of the xing points, weight
distribution and centre of gravity coordinates please
refer to the dimensional drawings.
- If the installation includes several units or if this
(these) is (are) close to walls, please refer to chapters
3.12 - “Multiple chiller installation” and 3.13 -
“Distance to the wall” of this document to determine
the space required.
C

11

3.4 - 30XA 602-802-854-904

Legend
Alldimensionsaregiveninmm.
Required clearances for maintenance (see note)
Recommendedspaceforevaporatortuberemoval
Water inlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Water outlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Airoutlet–donotobstruct
Power supply and control connection
Control circuit connection for option 158
NOTES:
- Drawings are not contractually binding.
- Before designing an installation, consult the certied
dimensional drawings, available on request.
- For the positioning of the xing points, weight
distribution and centre of gravity coordinates please
refer to the dimensional drawings.
- If the installation includes several units or if this
(these) is (are) close to walls, please refer to chapters
3.12 - “Multiple chiller installation” and 3.13 -
“Distance to the wall” of this document to determine
the space required.
C

12


Legend
Alldimensionsaregiveninmm.
Required clearances for maintenance (see note)
Recommendedspaceforevaporatortuberemoval
Water inlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Water outlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Airoutlet–donotobstruct
Power supply and control connection
Control circuit connection for option 158
NOTES:
- Drawings are not contractually binding.
- Before designing an installation, consult the certied
dimensional drawings, available on request.
- For the positioning of the xing points, weight
distribution and centre of gravity coordinates please
refer to the dimensional drawings.
- If the installation includes several units or if this
(these) is (are) close to walls, please refer to chapters
3.12 - “Multiple chiller installation” and 3.13 -
“Distance to the wall” of this document to determine
the space required.
C

13
Legend
Alldimensionsaregiveninmm.
Required clearances for maintenance (see note)
Recommendedspaceforevaporatortuberemoval
Required clearances for maintenance if options 100A + 107 are used together
Water inlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Water outlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Airoutlet–donotobstruct
Power supply and control connection
Control circuit connection for option 158
C
NOTES:
- Drawings are not contractually binding.
- Before designing an installation, consult the certied
dimensional drawings, available on request.
- For the positioning of the xing points, weight
distribution and centre of gravity coordinates please
refer to the dimensional drawings.
- If the installation includes several units or if this
(these) is (are) close to walls, please refer to chapters
3.12 - “Multiple chiller installation” and 3.13 -
“Distance to the wall” of this document to determine
the space required.


11962
2253
419 419
1500
2200
1500
1500
1
1
1
2
1
c
3
467
2297
467
3

14


Module 2
NOTES:
- Drawings are not contractually binding.
- Before designing an installation, consult the certied
dimensional drawings, available on request.
- For the positioning of the xing points, weight
distribution and centre of gravity coordinates please
refer to the dimensional drawings.
- If the installation includes several units or if this
(these) is (are) close to walls, please refer to chapters
3.12 - “Multiple chiller installation” and 3.13 -
“Distance to the wall” of this document to determine
the space required.


Module 1
Waterinlet(tobeconnectedtothewateroutletofmodule1)
To the water inlet of module 2
Legend
Alldimensionsaregiveninmm.
Required clearances for maintenance (see note)
Recommendedspaceforevaporatortuberemoval
Water inlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Water outlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Airoutlet–donotobstruct
Power supply and control connection
Control circuit connection for option 158
C

15


Module 1
Legend
Alldimensionsaregiveninmm.
Required clearances for maintenance (see note)
Recommendedspaceforevaporatortuberemoval
Water inlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Water outlet for standard unit
Foroptions5,6,100A,100C,107refertothecertieddrawing.
Airoutlet–donotobstruct
Power supply and control connection
Control circuit connection for option 158
NOTES:
- Drawings are not contractually binding.
- Before designing an installation, consult the certied
dimensional drawings, available on request.
- For the positioning of the xing points, weight
distribution and centre of gravity coordinates please
refer to the dimensional drawings.
- If the installation includes several units or if this
(these) is (are) close to walls, please refer to chapters
3.12 - “Multiple chiller installation” and 3.13 -
“Distance to the wall” of this document to determine
the space required.
C
Waterinlet(tobeconnectedtothewater
outlet of module 1)


Module 2
To the water inlet of module 2

16

It is recommended to install multiple chillers in a single
row, arranged as shown in the example below, to avoid
recycling of warm air from one unit to another.
1.5m
mini
1,5 m
mini
If the situation at the site does not permit this arrangement,
contact your Carrier distributor to evaluate the various
possible arrangements. In certain situations an accessory
(supplied loose at the time of purchase) can be added.
3.13 - Distance to the wall
To ensure correct operation for most cases:
If h < H (2.3 m), minimum S = 3 m
If h > H or S < 3 m, contact your Carrier distributor to
evaluate the various possible arrangements. In certain
situations an accessory (supplied loose at the time of
purchase) can be added.
HS
h
1.5m
min.
1.5m
min.
Anti-vibration
mounts

17

4.1 - Physical data 30XA 252-852
30XA 252 302 352 402 452 504 502 602 702 752 802 854 852

Sound power level*** dB(A) 99 99 99 98 101 - 98 100 98 103 102 - 100
Sound pressure level at 10 m**** dB(A) 67 67 67 65 69 - 65 67 65 70 70 - 67

Sound power level*** dB(A) 89 89 89 92 93 - 93 95 94 96 96 - 95
Sound pressure level at 10 m**** dB(A) 57 57 57 60 61 - 61 62 61 63 64 - 63

Sound power level*** dB(A) 87 87 87 90 91 - 91 93 92 94 94 - 94
Sound pressure level at 10 m**** dB(A) 55 55 55 58 59 - 59 60 59 61 61 - 61

Sound power level*** dB(A) - - - - 89 - 89 91 90 91 92 - 91
Sound pressure level at 10 m**** dB(A) - - - - 57 - 56 58 57 59 59 - 59
Standard unit + option 119*
Sound power level*** dB(A) 100 100 100 100 102 100 100 102 100 104 104 102 102
Sound pressure level at 10 m**** dB(A) 68 68 68 68 70 68 68 69 68 71 71 70 69

Sound power level*** dB(A) 94 94 95 96 96 96 96 98 97 98 99 98 98
Sound pressure level at 10 m**** dB(A) 62 62 63 64 64 64 64 66 64 65 66 65 65

Length mm 3604 3604 3604 4798 4798 4798 5992 7186 7186 7186 7186 7186 8380
Width mm 2253 2253 2253 2253 2253 2253 2253 2253 2253 2253 2253 2253 2253
Height mm 2297 2297 2297 2297 2297 2297 2297 2297 2297 2297 2297 2297 2297
Operating weight**
Standard unit and unit + option 119* kg 3410 3450 3490 4313 4883 4524 4814 5707 5857 6157 6457 6662 6958
Compressors 06T semi-hermetic screw compressors, 50 r/s
Circuit A 1 1 1 1 1 1 1 1 1 1 1 1 1
Circuit B 1 1 1 1 1 1 1 1 1 1 1 1 1
 R-134a
Circuit A kg 37 35 35 50.5 52 53.5 58.5 58 58 65 69 69 72
teqCO252.9 50.1 50.1 72.2 74.4 76.5 83.7 82.9 82.9 93.0 98.7 98.7 103.0
Circuit B kg 38.5 36 37 36.5 37 32.5 36 59 62 58 65 65 63
teqCO255.1 51.5 52.9 52.2 52.9 46.5 51.5 84.4 88.7 82.9 93.0 93.0 90.1
Oil charge
Circuit A l 20.8 20.8 20.8 23.5 23.5 23.5 23.5 23.5 23.5 27.6 27.6 27.6 27.6
Circuit B l 20.8 20.8 20.8 20.8 20.8 20.8 20.8 23.5 23.5 23.5 23.5 23.5 23.5
Capacity control Touch Pilot, electronic expansion valve (EXV)
Minimum capacity % 15 15 15 15 15 15 15 15 15 15 15 15 15
Condensers All-aluminium microchannel heat exchanger (MCHE)
 AxialFlyingBirdIVfanswithrotatingshroud
Quantity 6 6 6 8 8 - 9 11 12 12 12 - 14
Maximumtotalairow l/s 20500 20500 20500 27333 27333 - 30750 37583 41000 41000 41000 - 47833
Maximum rotation speed r/s 11.7 11.7 11.7 11.7 11.7 -11.7 11.7 11.7 11.7 11.7 -11.7

Quantity 6 6 6 8 8 8 9 11 12 12 12 12 14
Maximum totalairow l/s 27083 27083 27083 36111 36111 36111 40625 49653 54167 54167 54167 54167 63194
Maximum rotation speed r/s 15.7 15.7 15.7 15.7 15.7 15.7 15.7 15.7 15.7 15.7 15.7 15.7 15.7
Evaporator Flooded multi-pipe type
Water content l 58 61 61 66 70 77 77 79 94 98 119 119 119

Water inlet/outlet connections Victaulic
Nominaldiameter in 5 5 5 5 5 5 5 5 6 6 6 6 6
Actual outside diameter mm 141.3 141.3 141.3 141.3 141.3 141.3 141.3 141.3 168.3 168.3 168.3 168.3 168.3
Maximum water-side pressure†kPa 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000

Water inlet/outlet connections Victau-
lic
-
Nominaldiameter in 4 4 4 4 4 - 4 - - - - - -
Actual outside diameter mm 114.3 114.3 114.3 114.3 114.3 -114.3 - - - - - -
Expansion tank valume l 50 50 50 50 50 - 80 - - - - - -
Maximum water-side pressure kPa 400 400 400 400 400 - 400 - - - - - -
 Colour code: RAL7035
* Options:119=Highenergyeciency,257=lownoiselevel,279=compressorenclosure,258,=verylowsoundlevel
** Weightsareguidelinesonly.Refertotheunitnameplate.
*** indBref=10-12W,(A)weighting.DeclareddualnumbernoiseemissionvaluesinaccordancewithISO4871(withanassociateduncertaintyof+/-3dB(A)).
MeasuredinaccordancewithISO9614-1andcertiedbyEurovent.
****indBref20µPa,(A)weighting.DeclareddualnumbernoiseemissionvaluesinaccordancewithISO4871(withanassociateduncertaintyof+/-3dB(A)).
Forinformation,calculatedfromthesoundpowerlevelLw(A).
† Max.water-sideoperatingpressurewithouthydronicmodule.
Note:Unitsizes30XA1402to1702aresuppliedintwoeld-assembledmodules.
Euroventcertiedvalues

18
4.1 - Physical data 30XA 904
30XA 904 902 1002 1112 1212 1312 1382 1402 1502 1702

Sound power level*** dB(A) - 104 101 103 102 104 104 103 104 103
Sound pressure level at 10 m**** dB(A) - 71 68 70 69 71 71 69 70 69

Sound power level*** dB(A) - 97 96 97 96 100 97 97 97 97
Sound pressure level at 10 m**** dB(A) - 64 63 64 63 67 64 64 64 64

Sound power level*** dB(A) - 95 94 94 94 99 95 96 96 96
Sound pressure level at 10 m**** dB(A) - 62 61 61 61 66 62 62 62 62

Sound power level*** dB(A) - 93 92 93 93 - 94 93 93 93
Sound pressure level at 10 m**** dB(A) - 60 59 60 60 - 61 60 60 60

Sound power level*** dB(A) 105 105 103 104 103 105 105 105 105 105
Sound pressure level at 10 m**** dB(A) 72 72 70 71 70 72 72 72 72 71

Sound power level*** dB(A) 100 100 99 99 99 101 100 101 101 101
Sound pressure level at 10 m**** dB(A) 67 67 66 66 66 68 66 68 68 67

Length mm 7186 8380 9574 11962 11962 11962 11962 9574/4798 9574/4798 8380/8380
Width mm 2253 2253 2253 2253 2253 2253 2253 2253 2253 2253
Height mm 2297 2297 2297 2297 2297 2297 2297 2297 2297 2297
Operating weight**
Standard unit and unit + option 119* kg 6920 7258 7836 8210 8590 9310 9390 3953/7776 3953/7926 6958/6958
Compressors 06T semi-hermetic screw compressors, 50 r/s
Circuit A 1 1 1 1 1 1 1 1 1 1
Circuit B 1 1 1 1 1 1 1 1 1 1
Circuit C - - - - - - - 1 1 1
CircuitD - - - - - - - - - 1
 R-134a
Circuit A kg 67 69 75 80 80 110 116 84 85 72
teqCO295.8 98.7 107.3 114.4 114.4 157.3 165.9 120.1 121.6 103.0
Circuit B kg 67 76 79 116 124 116 124 78 88 63
teqCO295.8 108.7 113.0 165.9 177.3 165.9 177.3 111.5 125.8 90.1
Circuit C kg - - - - - - - 80 80 72
teqCO2-------114.4 114.4 103.0
CircuitD kg - - - - - - - - - 63
teqCO2- - - - - - - - - 90.1
Oil charge
Circuit A l 27.6 27.6 27.6 27.6 27.6 36 36 27.6 27.6 27.6
Circuit B l 27.6 27.6 27.6 36 36 36 36 27.6 27.6 23.5
Circuit C l - - - - - - - 27.6 27.6 27.6
CircuitD l - - - - - - - - - 23.5
Capacity control Touch Pilot, electronic expansion valve (EXV)
Minimum capacity % 15 15 15 8 8 8 8 10 10 8
Condensers All-aluminium microchannel heat exchanger (MCHE)
 AxialFlyingBirdIVfanswithrotatingshroud
Quantity - 14 16 19 20 20 20 24 24 28
Maximum totalairow l/s - 47833 54667 64917 68333 68333 68333 82000 82000 95667
Maximum rotation speed r/s - 11.7 11.7 11.7 11.7 11.7 11.7 11.7 11.7 11.7

Quantity 12 14 16 19 20 20 20 24 24 28
Maximum totalairow l/s 54167 63194 72222 85764 90278 90278 90278 108333 108333 126389
Maximum rotation speed r/s 15.7 15.7 15.7 11.7 11.7 11.7 11.7 15.7 15.7 15.7
Evaporator Flooded multi-pipe type
Water content l 130 130 140 164 174 180 189 230 240 240

Water inlet/outlet connections Victaulic
Nominaldiameter in 6 6 8 6 6 6 6 8/6 8/6 6
Actual outside diameter mm 168.3 168.3 219.1 168.3 168.3 168.3 168.3 219.1/168.3 219.1/168.3 168.3
Maximum water-side pressure†kPa 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000
 Colour code: RAL7035
* Options:119=Highenergyeciency,257=lownoiselevel,279=compressorenclosure,258,=verylowsoundlevel
** Weightsareguidelinesonly.Refertotheunitnameplate.
*** indBref=10-12W,(A)weighting.DeclareddualnumbernoiseemissionvaluesinaccordancewithISO4871(withanassociateduncertaintyof+/-3dB(A)).
MeasuredinaccordancewithISO9614-1andcertiedbyEurovent.
****indBref20µPa,(A)weighting.DeclareddualnumbernoiseemissionvaluesinaccordancewithISO4871(withanassociateduncertaintyof+/-3dB(A)).
Forinformation,calculatedfromthesoundpowerlevelLw(A).
† Max.water-sideoperatingpressurewithouthydronicmodule.
Note:Unitsizes30XA1402to1702aresuppliedintwoeld-assembledmodules.
Euroventcertiedvalues

19

30XA 252 302 352 402 452 502 602 702 752 802 852 902
Operating weight* kg 3830 3860 4380 4830 4900 5470 6480 6640 7430 7750 7870 8620


Sound power*** dB(A) 99 99 99 98 101 98 100 98 103 102 100 104
Sound pressure at 10 m **** dB(A) 67 67 68 65 69 65 67 65 70 70 67 71

Sound power*** dB(A) 100 100 100 100 102 100 102 100 104 104 102 105
Sound pressure at 10 m **** dB(A) 68 68 68 68 70 68 69 68 71 71 69 72

Length mm 3604 3604 4798 4798 4798 5992 7186 7186 8380 8380 8380 9574
Width mm 2253 2253 2253 2253 2253 2253 2253 2253 2253 2253 2253 2253
Height mm 2297 2297 2297 2297 2297 2297 2297 2297 2297 2297 2297 2297
Refrigerant* R-134a
Circuit A kg 60 64 70 85 85 102 102 100 129 112 130 129
teqCO285.8 91.5 100.1 121.6 121.6 145.9 145.9 143.0 184.5 160.2 185.9 184.5
Circuit B kg 64 64 56 56 56 56 88 95 88 95 95 103
teqCO291.5 91.5 80.1 80.1 80.1 80.1 125.8 135.9 125.8 135.9 135.9 147.3
Compressors 06T semi-hermetic screw compressors, 50 r/s
Circuit A 1 1 1 1 1 1 1 1 1 1 1 1
Circuit B 1 1 1 1 1 1 1 1 1 1 1 1
Circuit C - - - - - - - - - - - -
CircuitD ------------
Oil charge
Circuit A l 20.8 20.8 20.8 23.5 23.5 23.5 23.5 23.5 27.6 27.6 27.6 27.6
Circuit B l 20.8 20.8 20.8 20.8 20.8 20.8 23.5 23.5 23.5 23.5 23.5 27.6
Circuit C l - - - - - - - - - - - -
CircuitD l------------
Capacity control Touch Pilot, electronic expansion valve (EXV)
Minimum capacity % 15 15 15 15 15 15 15 15 15 15 15 15
Condensers Copper/aluminium coil
 AxialFlyingBirdIVfanswithrotatingshroud
Quantity 6 6 7 8 8 9 11 12 13 13 14 15
Totalairow l/s 20500 20500 20500 27333 27333 30750 37583 41000 41000 41000 47833 47833
Speed r/s 11.7 11.7 11.7 11.7 11.7 11.7 11.7 11.7 11.7 11.7 11.7 11.7
Evaporator Flooded multi-pipe type
Water volume l 58 61 61 66 70 77 79 94 98 119 119 130
Maximum pressure†kPa 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000
* Weightsareguidelinesonly.Forsizes1402to1702weightofmodules1and2.Therefrigerantchargeisgivenontheunitnameplate.
** Options:119=highenergyeciency,254=unitswithcopper/aluminiumcoils,255=unitswithcopper/aluminiumcoilswithoutslots.
*** IndBref=10-12W,(A)weighting.DeclareddualnumbernoiseemissionvaluesinaccordancewithISO4871(withanassociateduncertaintyof+/-3dB(A)).
MeasuredinaccordancewithISO9614-1andcertiedbyEurovent.
**** IndBref20µPa,(A)weighting.DeclareddualnumbernoiseemissionvaluesinaccordancewithISO4871(withanassociateduncertaintyof+/-3dB(A)).
Forinformation,calculatedfromthesoundpowerlevelLw(A).
† Max.water-sideoperatingpressurewithouthydronicmodule.
Notes:
1.Unitsizes30XA1402to1702aresuppliedintwoeld-assembledmodules.
2.Option119(highenergyeciency)canbeusedtogetherwithoptions254and255.ContactyourCarrierrepresentativetoobtaintheperformances.

20

30XA 252 302 352 402 452 504 502 602 702 752 802 854 852 904

Circuits A + B** kA 38 38 38 38 38 38 38 50 50 50 50 50 50 50
CircuitsC+D** kA--------------
Units with option 81 A - - - - - - - - - - - - - -
30XA 902 1002 1112 1212 1312 1382 1402 1502 1702

Circuits A + B** kA 50 50 50 50 50 50 50 50 50
CircuitsC+D** kA - - 50 50 50 50 50 50 50
Units with option 81 A - - 50 50 50 50 50 50 -
* Type of system earthing
** rms value
4.2 - Physical data 30XA 1002-1702
30XA 1002 1112 1212 1312 1382 1402 1502 1702
Operating weight* kg 8870 8920 9330 10050 10140 4460/8830 4460/8950 7880/7880


Sound power*** dB(A) 101 103 102 104 104 103 104 103
Sound pressure at 10 m **** dB(A) 68 70 69 71 71 69 70 69

Sound power*** dB(A) 103 104 103 105 105 105 105 105
Sound pressure at 10 m **** dB(A) 70 71 70 72 72 72 72 71

Length mm 9574 11962 11962 11962 11962 9574/4798 9574/4798 8380/8380
Width mm 2253 2253 2253 2253 2253 2253 2253 2253
Height mm 2297 2297 2297 2297 2297 2297 2297 2297
Refrigerant*
Circuit A kg 140 - - - - 140 140 130
teqCO2200.2 ----200.2 200.2 185.9
Circuit B kg 129 - - - - 103 129 95
teqCO2184.5 ----147.3 184.5 135.9
Circuit C kg - - - - - 135 135 130
teqCO2-----193.1 193.1 185.9
CircuitD kg -------95
teqCO2-------66.4
Compressors 06T semi-hermetic screw compressors, 50 r/s
Circuit A 1 1 1 1 1 1 1 1
Circuit B 1 1 1 1 1 1 1 1
Circuit C - - - - - 1 1 1
CircuitD -------1
Oil charge
Circuit A l 27.6 27.6 36 36 36 27.6 27.6 27.6
Circuit B l 27.6 36 36 36 36 27.6 27.6 23.5
Circuit C l - - - - - 27.6 27.6 27.6
CircuitD l-------23.5
Capacity control Touch Pilot, electronic expansion valve (EXV)
Minimum capacity % 15 - - - - 10 10 8
Condensers Copper/aluminium coil
 AxialFlyingBirdIVfanswithrotatingshroud
Quantity 16 19 20 20 20 24 24 28
Totalairow l/s 54667 64917 68333 68333 68333 82000 82000 95667
Speed tr/s 11.7 11.7 11.7 11.7 11.7 11.7 11.7 11.7
Evaporator Flooded multi-pipe type
Water volume l 140 164 174 180 189 230 240 240
Maximum pressure†kPa 1000 1000 1000 1000 1000 1000 1000 1000
* Weightsareguidelinesonly.Forsizes1402to1702weightofmodules1and2.Therefrigerantchargeisgivenontheunitnameplate.
** Options:119=highenergyeciency,254=unitswithcopper/aluminiumcoils,255=unitswithcopper/aluminiumcoilswithoutslots.
*** IndBref=10-12W,(A)weighting.DeclareddualnumbernoiseemissionvaluesinaccordancewithISO4871(withanassociateduncertaintyof+/-3dB(A)).
MeasuredinaccordancewithISO9614-1andcertiedbyEurovent.
**** IndBref20µPa,(A)weighting.DeclareddualnumbernoiseemissionvaluesinaccordancewithISO4871(withanassociateduncertaintyof+/-3dB(A)).
Forinformation,calculatedfromthesoundpowerlevelLw(A).
† Max.water-sideoperatingpressurewithouthydronicmodule.
Notes:
1.Unitsizes30XA1402to1702aresuppliedintwoeld-assembledmodules.
2.Option119(highenergyeciency)canbeusedtogetherwithoptions254and255.ContactyourCarrierrepresentativetoobtaintheperformances.