Liebert HPSE, SE_W, HPSC Product Documentation

Precision Cooling for
Business--Critical Continuity

Liebert HPS

High Performance Split Air Conditioner for Mobile Network Access Nodes

HPSE

HPSC

PRODUCT DOCUMENTATION

SE_W

Liebert HPS -- PD -- 272965 -- 20.11.2009

Liebert H PS

Introduction

Liebert HPS is the high performance split air conditioner family designed to assure proper environmental conditions inside

technological environments, especially BTS and Node B for Mobile Networks.

It’s composed of the HPSE indoor ceiling mounted module coupled with the HPSC outdoor module.
It’s efficient thanks to the effectiveness air distribution reached through the displacement cooling concept; it’s energy and
space saving thanks to the high efficiency components and the compactness of the innovative free cooling version; it’s ex­tremely flexible thanks to the possibility of selecting among several versions: Liebert HPS can be configured depending on
the main application drivers (noise level, allowed environmental conditions range etc.) and the desired option (free cooling,
emergency free cooling, heating etc.).

The Liebert H PS family is also available in the HPSW version, made of the SE_W indoor wall mounted moudule coupledwith
the HPSC outdoor module.

HPSE ceiling mounted module
coupled with HPSC outdoor unit: the
innovative ceiling mounted installa­tion and efficiency of displacement
coolingconcept coupledwith thereli­ability and quietness of HPSC out­door unit.

SE_W wall mounted module
coupled with HPSC outdoor unit: the
traditional wall mounted installation
coupled with the reliability and quiet­ness of HPSC outdoor unit.

Liebert HPS---PD---272965---20.11.2009

Index of Contents

Contents

1

Features and Benefits

Model Description and

2

Selection

3

Mechanical Specifications

4

Control

5

Options

6

Test and Reference Norms

7

Technical Data

8

Dimensional Drawings

9

Installation

The Quality Management

System of Emerson Network

Power S.r.l. High Performance

Air Conditioning has been

approved by Lloyd's Register

Quality Assurance to the

quality management system

s t andar d ISO 9001:2008.

The product conforms to European Union
directives 2006/42/EC; 2004/108/EC;
2006/95/EC and 97/23/EC.

Units are supplied complete with a test
certificate and conformity declaration and
control component list.

Liebert HPS units are CE marked as they
comply with the European directives
concerning mechanical, electrical and
electromagnetic safety.

Liebert HPS---PD---272965---20.11.2009

0--0

1

S

Optimal racks feedings

S

High coolingefficiency

S

Minimize the energy
consumption with the
mostcompact solution

Features and Benefits

Distribute the air in the best way

The HPSE, ceiling mounted indoor unit is thought to send the cold air straightly down, close to
the racks suction area and intakes the hot air out coming from the heat sources, into the cabinet
sides (frontal and lateral).
In this way the mixing effect between conditioner cold air and electronic equipment hot air is
denied resulting in a double beneficial effect: the rack is fed by cold air where it is needed and
the air conditioner treats only the hot air maximizing its efficiency.
Proper temperature inside the racks, high efficiency of the cooling equipment , hot spot absence
in the site: distributing the air in a smart way is very effective.

Save energy and space

The use of the optional freecooling gives the possibility to stop the compressor and use the ex­ternal fresh air to cool the site: the annual energy absorption, requested to cool the site, goes
sensibly down. The 0---100% fine modulation allows to keep constantly the desired set point in­side the site.
No adding module is requested when using the HPSE ceiling mounted indoor unit: the innovative
rotary freecooling system keeps unchanged the requested space to install the unit.
Use the additional freecooling module to have the wall mounted (SE_W) solution.

Maximize site reliability

S

Reliablecomponents

S

Emergencyfree
(cooling) system

S

Fast plug electrical
connectors

S

Automatictest
start ---up software

S

HPSC Advanced

S

Lownoiselevel

S

Extreme environmental
conditions

S

Longpiping

Remote nodes need to exchange data continuously, always working at proper environmental
conditions.
Therefore the air conditioner reliability is not an option: it’s a must.
The most modern design and components such as scroll compressor and plug---type fans, heat
exchanger surfaces and airflows generously designed allow the unit to work 24h/day, 365 days.
Maximize the unit reliability selecting the emergency cooling option: in case of main supply fault
the air conditioner is supplied by alternative energy sources like 48 VDC batteries or independent
AC generator.

Start ---up quickly and easily the site

Liebert HPS is ceiling mounted (HPSE) or wall mounted (SE_W): 2 rows with screws have to be

used to easily fix the unit to the site ceiling or wall. No internal wiring of the air conditioner is re­quested thanks to the availability of the fast plug electrical connectors (special on request).
The auto test software checks automatically all the main components operations, speeding up
thesitestartupprocedure.

Choose the cooling unit suitable to your application

Liebert HPS assures optimal air distribution, efficiency, energy saving, reliability, compactness

whatever is its configuration. More stringent requirements in terms of noise level emission and
maximum external working temperature, can be satisfied selecting HPSC advanced version: 45
dB(A) at 3m f.f and 50˚ C with internal conditions of 27˚C, 35% R.H. at 1.5m from site floor.
Long piping installations are not anymore a limit: using the “L” condenser version, high perform­ances are assured also when distance between outdoor and indoor unit is prohibitive.

Respect the environment: ODP, TEWI and . . . noise level

Now days green refrigerants are a standard (low Ozone Depletion Potential)! More than this, the
most effective way to respect the environment is to reduce the energy absorption with a high effi­ciency refrigerant cycle.

S

Green refrigerants

S

High efficiency
refrigerationcycle

S

Lownoiselevel

Liebert HPS---PD---272965---20.11.2009

Liebert HPS reach a high EER (Energy Efficiency Ratio) value thanks to the use of large surface
heat exchangers; this effect is maximized by the U ---Shape coil used in the evaporating side. The
relevant Total Equivalent Warming Impact (TEWI) value is reduced.
Finally the importance of a low noise level: a different way,not less important, to respect the envir­onment.

1--1

2

Model Description and Selection

Model Nomenclature / Digit Numbers

CEILING MOUNTED INDOOR UNIT

1 2

3

6

54

HPSE06

HPSE 06 --- 14

BASE UNIT EVAPORATOR SECTION

Split air cooled indoor unit

Digits 1, 2, 3, 4, 5, 6

D RAL7035 “bright grey” cabinet

Digit 7 --- Emergency cooling (EFC)

0 = No emergency cooling
1 = Emergency cooling through 48Vdc fan
2 = Kit for connection to external inverter

(*) Option possible only if digit 9 = 1, 2, 3, or 4.

Digit 8 --- Main power supply and electric heating

0 = 230V / 1Ph / 50Hz (no electric heating) --- HPS 06

400V / 3Ph / 50Hz (no electric heating) -- - HPS 08 --- 14

1 = 230V / 1Ph / 50Hz (with electric heating) --- HPS 06

400V / 3Ph / 50Hz (with electric heating) --- HPS 08 --- 14

(*) Power supply must be the same as per digit 5 of H PSC unit.

Digit 9 --- Fresh air freecooling (FC)

0 = No freecooling
1 = FC circular holes --- modulating damper
2 = FC rectangular holes --- modulating damper
3 = FC circular holes --- fast return damper
4 = FC rectangular holes --- fast return damper

Digit 10 ---Microprocessor control

1 = Control (no display)

Plug for display available on indoor unit

2 = Control + remote display

Remote wallmount display

3 = Connectivity

Available plugs: LAN, remote display and graphic display

4 = Connectivity

Available plugs: LAN, remote display and graphic display

5 = Connectivity

Available plugs: LAN, remote display and graphic display

6 = Connectivity

Available plugs: LAN, remote display and graphic display

(*) To create LAN choose t he Con necti vity control and select the opti onal LAN

cable.
LanguagesetL1:GB,F,I,D,E,P,NL,S.
LanguagesetL2:GB,PL,CZ,H,RUS,TK.

(*)

control (no display)

(*)

control + remote display

(*)

control+ graphic display and language Set L1

(*)

control+ graphic display and language Set L2

(*)

(*)

10987

_______

Cooling Capacity “kW”

(Nominal Cooling Capacity)

Split Evaporator Section

(Indoor Unit)

High Performance Unit

D i g i t 1 1 --- A i r f i l t e r

0 =G3
1 =G4
2 = G3 (indoor air) + clogged filter pressure switch (indoor air)
3 = G4 (indoor air) + clogged filter pressure switch (indoor air)

D i g i t 1 2 --- P a c k i n g

0 = Cardboard and pallet
C = Cardboard and wooden crate

(*)

S =Seaworthy

D i g i t 1 3 --- F r e e

0 =Freeoptionalways

Digit 14 ---Evaporator coil

0 = Standard aluminium evaporator fins
1 = Epoxy coated evaporator fins

D i g i t 1 5 --- F r e e

0 =Freeoptionalways

D i g i t 1 6 --- F r e e

0 =Freeoptionalways

Digit 17 ---Special requirements

0 =None
X =Special

Liebert HPS---PD---272965---20.11.2009

2--1

Model Description and Selection

Model Nomenclature / Digit Numbers

WALL MOUNTED INDOOR UNIT

1 2

4

3 5

SE06W

SE 06 --- 14W

BASE UNIT EVAPORATOR SECTION

Split air cooled indoor unit

Digits 1, 2, 3, 4

D RAL7035 “bright grey” cabinet
D Air flow sensor

Digit 5

W =Wall mounted

D i g i t 6 --- F r e e

0 =Freeoptionalways

Digit 7 --- Emergency cooling (EFC)

0 = No emergency cooling
A = Emergency cooling through 48Vdc fan
2 = Kit for connection to external inverter
B = Emergency cooling through 24Vdc fan

(*) Option possible only if digit 9 = 1, 2, 3, or 4.

Digit 8 --- Main power supply and electric heating

0 = 230V / 1Ph / 50Hz (no electric heating) --- HPSW 06

400V / 3Ph / 50Hz (no electric heating) -- - HPSW 08 --- 14

1 = 230V / 1Ph / 50Hz (with electric heating) --- HPSW 06

400V / 3Ph / 50Hz (with electric heating) --- HPSW 08 --- 14

(*) Power supply must be the same as per digit 5 of H PSC unit.

Digit 9 --- Fresh air freecooling (FC)

0 = No freecooling
1 = FC circular holes --- modulating damper
2 = FC rectangular holes --- modulating damper
3 = FC circular holes --- spring return damper
4 = FC rectangular holes --- spring return damper

(*)

(*)

(*)

6

10987

Wall Mounted Unit

Cooling Capacity “kW”

(Nominal Cooling Capacity)

Split Evaporator Section

(Indoor Unit)

D i g i t 1 1 --- A i r f i l t e r

0 =G3
1 =G4
2 = G3 + clogged filter pressure switch
3 = G4 + clogged filter pressure switch

D i g i t 1 2 --- P a c k i n g

0 = Pallet + heavy cardboard
C = Cardboard and wooden crate
S =Seaworthy

D i g i t 1 3 --- R e f r i g e r a n t

1 = R407C

Digit 14 ---Evaporator coil

0 = Standard aluminium evaporator fins
1 = Epoxy coated evaporator fins

(*)

D i g i t 1 5 --- F r e e

0 =Freeoptionalways

D i g i t 1 6 --- F r e e

0 =Freeoptionalways

Digit 17 ---Special requirements

0 =None
X =Special

_______

Digit 10 ---Microprocessor control

A = Control + remote display

Remote wallmount display

B = Control + remote display + connection cables for stand --- by

Remote wallmount display inclusive of connectors cable

C = Control + graphic display and language Set L1
D = Control + graphic display and language Set L2

(*) Language set L1: GB , F , I, D, E, P,NL,S.

LanguagesetL2:GB,PL,CZ,H,RUS,TK.

Liebert HPS---PD---272965---20.11.2009

(*)
(*)

2--2

Model Description and Selection

Model Nomenclature / Digit Numbers

OUTDOOR UNIT

1 2

4

3 5

HPSC06

HPSC 06 --- 14

BASE UNIT CONDENSER SECTION

Split air cooled outdoor unit

Digits 1, 2, 3, 4, 5, 6

D Scroll compressor
D R407C --- 230V / 1Ph / 50Hz (6kW)
D R407C --- 400V / 3Ph / 50Hz (8 ---14kW)
D RAL7035 ”bright grey” cabinet

Digit 7 --- Configuration

0 = Base (no sight glass filter, ON ---OFF fan speed control)
A =Advanced

D Sight glass filter, modulating fan speed control, lower

L = Long piping application

noise, higher external temperature

6

Cooling Capacity “kW”

(Nominal Cooling Capacity)

Split Condenser Section

(Outdoor Unit)

High Performance Unit

10987

D i g i t 8 --- C o n d e n s e r c o i l

0 = Standard aluminium fins
1 = Epoxy coated condenser fins
2 = Standard aluminium fins with protection grilles
3 = Epoxy coated condenser fins with protection grilles

D i g i t 9 --- P a c k i n g

0 = Pallet + heavy cardboard
C = Cardboard and wooden crate
S =Seaworthy

Digit 10 ---Special requirements

0 =None
X =Special

Liebert HPS---PD---272965---20.11.2009

2--3

3

S

Scroll compressor

S

Crankcaseheater

S

Filter dryer and sight
glass

S

High efficiency fans
and heat exchangers

Mechanical Specifications

Refrigerant circuit

The compressor, located in the moto---condensing section, is hermetic, scroll type, complete with
internal protection against overheating. It is housed in a compartment separated from the air flow,
protected by an insulated panel, accessible from the front side for complete maintenance.
A crankcase heater maintains a minimum refrigerant temperature to allow reliable start--- up and
operation even in very cold climate. Depending on the configuration a capillary or a thermostatic
expansion valve, filter dryer and sight glass, low pressure and high pressure switches and two
access valves complete the refrigerant circuit.

Evaporating section

The evaporator section consists of a coil with copper
tubes and aluminium fins, with a large face area in or­der to increase the SHR (Sensible Heat Ratio) and op­timize the EER (Energy Efficiency Ratio).
The U---shape coil in the ceiling mounted unit, in­creases the heat exchange efficiency.
A galvanized steel condensate drain tray
(10/10mm thick) is provided.
Depending on unit version, evaporating fan(s), all dir­ect driven, can be axial (HPSE ceiling mounted, cool­ing only), centrifugal (SE_W only cooling) or centrifu­gal backward curved (HPSE ceiling or SE_W wall
mounted, Freecooling and Emergency Freecooling).
Fans are statically and dynamically balanced with
self---lubricated bearings, equipped with an airflow
sensor as standard to provide an alarm in case of low
airflow.

HPSE

(CEILING)

S

Up to 45_Cexternal
temperature and
50 dB(A)

S

HPSC advanced:
up to 50

_

48.5 dB(A)

S

HPSC long piping:
up to 50m distance
between evaporating
and condensing unit

S

Ambient: G3

S

Freshair: pre---filter

Cand

Condensing section

A wide surface condensing coil is provided. It is de­signed in copper tubes with aluminium fins and sized
to allow operations at least up to up to 45˚C outdoor air temperature.
The ”Advanced” version extends the external high temperature limit to 50˚C in order to satisfy
extreme environmental working conditions. The units are equipped with 6---pole axial fan. The
electrical motor is directly coupled on the motor shaft, with internal thermal protection and IP54.
The innovative design of the impeller allows the maximum efficiency with the minimum noise.
In Liebert HPS standard, the condenser fan is activated togeth­er with the compressor; a simple and valid solution where the re­quired noise level is not extremely low (50 dB(A) at 2m f.f), where
the temperate climate doesn’t required to work in extremely low
environment conditions (10˚C), where using the freecooling you
can save your energy and go down to ---30˚C.
In the ”Advanced” Liebert HPS, the condensing fan speed is
smoothly regulated by a modulating control; it is the ideal solu­tion if the freecooling is not allowed and the air conditioner is re­quired to work in mechanical mode down to ---30˚C; it’s a must
where extremely low noise level is required. Keeping the Advan­ced performances, the long piping version extends the allowed
distancebetween the evaporating and condensing unit (see Fig.
22, Fig. 23, Fig. 24 and Fig. 25).

SE_W

(WALL)

HPSC

Filtering section

The filter section is placed vertically, before the evaporating coil and provides filtration of the in­ternal ambient and the fresh air to obtain the required degree of air cleanliness in the room. The
filter can be removed from the bottom of the unit (indoor side) simply opening the relevant panel
and unlocking the support brackets. The standard filter class is G3, according to Eurovent EU4/5
standard. A metallic pre --- filter, enclosed in the freecooling air intake grill (accessory), protect the
fresh air filter.

Liebert HPS---PD---272965---20.11.2009

3--1

Mechanical Specifications

Cabinet

Liebert HPS frame consists of riveted steel panels, treated with powder coating colour as stand-

ard (RAL7035). The evaporating unit can be placed ceiling mounted (HPSE) or wall mounted
(SE_W). In the HPSE, air inlet is located in the 3 side panels and the air supply is done from the
bottom section, through an integrated grille.

S

Evaporatingside:
ceiling mounted

S

Condensing side:
worst weather
conditionsresistance

S

No internal wiring
with the fast plug
connectors
accessories

In the SE_W, air inlet is located at unit frontal bottom side and air supply is from unit top.
The motor---condensing unit (HPSC) is designed to be installed outdoor and resist to worst
weather conditions.

The thermo---acoustic insulation of the panels is 10 mm thick, mineral wool type, density 70 kg/-

3

m

.
The motor ---condensing unit takes the external air from the rear and discharge it on the front sec­tion. A frontal metal safety grid prevents contact with the fan.

The insulation of the panels is made by a self ---extinguishing material, specified as class V1 in re­lation to its fire proof properties.

Electrical panel

The electrical panel of the indoor unit is housed in easily accessible panel: it includes the circuit
breaker for the AC power line, the circuit breaker for the optional DC power line and the electronic
board. An external main switch is available on the unit side as standard.

Thanks to the fast plug connectors (special on request), no internal wiring is needed: AC power
line, DC power line, power supply for the condenser, general warning and alarm, display connec­tion, optional LAN connection are available on the side of the evaporating unit. The electrical
board is built in accordance with EN 60204 --- 1 recommendations.

A single phase transformer supplies with 24 VAC the electronic control and the secondary circuit
with maximum safety; in Liebert HPS with optional 48 VDC emergency freecooling system, the
control is directly fed by the 48 VDC supply source.
Automatic restart is provided after a power failure.
The outdoor HPSC condenser unit receives main power supply from the indoor unit, together with
the control signals collected in a dedicated weather - --proof terminal block.

Operational limits

HPS

06

HPS 06

Power supply voltage 230Vac ±10% / 1Ph / 50Hz 400Vac ±10% / 3Ph / 50Hz

10 ˚C

(mechanical mode)

Outdoor

working conditions

Indoor

working conditions

(*)

Storage conditions

(*) Conditions referred to indoor unit (HPSE) air intake section.

from

to 47 ˚C 51 ˚C 45 ˚C 50 ˚C

from 24 ˚C, 30% R.H. and 24 ˚C, 80% R.H.

to 35 ˚C, 40% R.H.

--- 3 0 ˚C

(freecooling mode)

Advanced

Long piping

--- 3 0 ˚C

34 ˚C,

40% R.H.

--- 4 0 ˚C, 5% R.H.

55 ˚C, 90% R.H.

08

10 ˚C

(mechanical mode)

--- 3 0 ˚C

(freecooling mode)

30 ˚C, 40% R.H.

08 to 14

Advanced

Long piping

--- 3 0 ˚C

Liebert HPS---PD---272965---20.11.2009

3--2

Mechanical Specifications

HPSW

HPSW 06 08 10 13 14

Power supply voltage

Outdoor

working conditions

Indoor

working conditions

Storage conditions

(*) --- The min. indoor temperature is referred to 30% of indoor relative humidity and to the min. outdoo temperat-

ure; for higher relative humidity and/or outdoor temperatures, the min. indoor temperature is higher than the
table data.
The max. indoor temperature is referred to outdoor temperature of 35˚C;forhigherindoorrelativehumidities
and/or outdoor temperatures, the max indoor temperature is lower than the table data.

from --- 3 0 ˚C

to 52 ˚C 49.5 ˚C 50.5 ˚C 49 ˚C

from

(*)

to 30 ˚C, 40% R.H.

230V ±10% /

1Ph / 50Hz

22 ˚C, 30% R.H.,

80% R.H.

400V ±10% / 3Ph + N + PE / 50Hz

20 ˚C, 30% R.H., 80% R.H.

--- 4 0 ˚C, 5% R.H.

55 ˚C, 90% R.H.

Liebert HPS---PD---272965---20.11.2009

3--3

Mechanical Specifications

F i g . 1 --- HPSE ceiling mounted --- Operating diagram (without freecooling)

1

Return

air

CROSS

SECTION

TOP VIEW

(WITHOUT PANEL)

2

ITEM DESCRIPTION

1 Evaporating coil

2 Fan

Return air

Treat ed ai r

F i g . 2 --- HPSE ceiling mounted --- Operating diagram (with freecooling)

12 3 45

Return

air

CROSS

SECTION

TOP VIEW

(WITHOUT PANEL)

Freecooling

air

ITEM DESCRIPTION

1 Fresh air filter

2Evaporatingcoil

3Fan

4 Fan nozzle

Freecooling damper

5

Freecooling air

Return air

Treat ed ai r

Liebert HPS---PD---272965---20.11.2009

3--4

Mechanical Specifications

F i g . 3 --- SE_W wa ll mounted --- Operating diagram

5

3

2

1

OUTSIDE

AIR

freecooling option

With

AIR

CONDITIONED

SIDE

8

4

AIR

RETURN

6

7

Without

freecooling option

AIR

5

CONDITIONED

SIDE

8

3

4

2

AIR

7

RETURN

Liebert HPS---PD---272965---20.11.2009

ITEM DESCRIPTION

1 Freecooling damper

2 Air filter

3 Evaporator coil

4 Evaporator unit fan

5 Air discharge d uct

6 Damper motor

7 Air suction grille

8 Electrical panel evaporating unit

3--5

4

Control

Main features

The main board is housed in the electrical panel
of the HPSE and can be connected to the
remote display, to be installed in the
container/room (connection cable is included in
the remote display option).

D The user interface (option) is the 3 ---digit

D General warning and general alarm signals

D Input for remote On -- -Off and volt ---free contacts for simple remote monitoring of general

D The self ---test function automatically activates/deactivates the main components (evaporator

D All settings are protected through a 3 --- Level password system

D Automatic restart is provided after a power failure.

back---lit display showing parameter values
and relevant symbols/codes in a tree menu.
It features navigation push buttons and
status leds.

are available: both of them activate a visual indicator in the optional display.

warning and alarms are available.

fan, compressor, freecooling damper, heaters, alarms) without changing the pre---set
parameters, to easily start ---up and commission the unit.
No skilled personnel are requested

(*)

.

(*)

.

(*)

The Remote display is required to activate the function.

Technical data

D Power supply: 24 Vac / 24 Vdc / 48 Vdc..................

D E2prom: 64 Kbit.......................

D Eprom/Flash memory: 2 or 4 Mbit...........

D RAM memory space: 256 Kbit............

D Analogue Input: 1 x Analogue 0 --- 10V................

2 x A n a l o g u e 0 --- 5 V...............................

D Digital Input: 3 x PTC input...................

5 x Flexible Digital multi input...............................

D Analogue Output: 2 x Analogue 0--- 10V...............

D Digital output: 3 x relay high power output..................

2 x relay 24Vac/48Vdc output...............................

2 x relay low power output...............................

1 x open collector 12Vdc output...............................

D Time and date function buffered by LI --- battery

D Hirobus LAN connectors (optional): 3 RJ45 sockets (to and from LAN connected units,

remote display)

D Hironet connectors: 1 RJ9 socket for RS485 (direct connection to.............

proprietary supervision)

D Hiromatic E display (optional)

D SMM mobile phones communications via SMS (optional)

Liebert HPS---PD---272965---20.11.2009

4--1

5

S

Uninterruptible
ventilation

S

Freecooling even in
emergency conditions

S

ON ---OFF control

S

Safetythermostat

S

Compact system

S

0 ---100% modulation

Options

Emergency cooling

The unit is optionally equipped with an emergency cooling system that allows to ventilate or to
cool through external fresh air the site in case of main electrical supply fault.
For this purpose the evaporating fan section, the control, and the free cool ing damper are sup­plied in 48 VDC power supply (from rectifier in normal mode, from batteries in emergency mode).
This option guarantees the air circulation inside the site and if the control recognizes the proper
external temperature to run the freecooling mode, the damper will open to fresh the site and get
the required set point. The emergency cooling system is also available in 230 VAC.
The compressor and the condenser fan are supplied by standard AC power.

Heating

The heating option include electric heaters (1.5 kW on model 06, 3.0 kW on models 08 --- 10, 4.5
kW on model 12 and 6.0 kW on model 14), located in the air discharge plenum, one stage and
ON--- OFF regulation.
A safety thermostat, with manual reset, prevents from reaching dangerous temperatures.

Freecooling

The freecooling system consists of a damper controlled and moved from a AC servomotor
(48VDC supplied in the emergency version).
The system allows a 0 ---100% modulating freecooling in order to respect the desired set point.

The exhaust air is discharged outdoor through an overpressure damper mounted on the wall and
available as accessory. The control allows the unit to run in freecooling mode when the difference
between the indoor and outdoor air temperature reaches the required value to get the nominal
cooling capacity. In emergency situation, the freecooling is allowed at a lower difference between
the indoor and outdoor air temperature, in order to use the external fresh air as much as possible.
In the HPSE ceiling mounted version, the innovative rotary system allows the air conditioner to
be equipped with the freecooling system without any adding module, maintaining the standard
unit dimensions.

S

LANmanagement

S

G4filter

S

Cloggedfilter

S

Cardboardbox

S

Wooden crate

S

Epoxy coated coils

S

Up to 50m equivalent
length

Connectivity

The possibility to create a LAN is available selecting the “Connectivity” control version and con­necting two or more units through the Hirobus cable (optional). Functions provided include
stand - --by (in case of failure or overload of the unit in operation, the second one starts automatic­ally), automatic rotation and cascade (sharing of the total load among several units).

Special filtration

Optional high ---level filtration can be reached.

A clogged filter system can be supplied to advise when the indoor air filter is dirty.

Package

Standard packing consists of a wooden pallet and cardboard box. Polythene foam protects the
units’ painted surfaces. On request, a cardboard box with an additional wooden crate or wooden
case for sea transport can be supplied.

Corrosive environments protection

The condenser coil and/or evaporator coils are available with aluminium fins coated by epoxy
film, to protect from aggressive environmental conditions.

Long piping installation

Select the “L” condenser option to allow long piping installations between outdoor and indoor
units: up to 50 m of equivalent length with up to 20 m of height level difference, being the condens­ing unit below or above the evaporating one, doesn’t matter.
The “L” condenser version includes also all features provided within condenser “Advanced” ver­sion (”A”).

Liebert HPS---PD---272965---20.11.2009

5--1

6

Test and Reference Norms

Safety

Liebert HPS units are designed, manufactured and tested according to the European Union dir-

ectives:

D 2006/42/EC;

D 2004/108/EC;

D 2006/95/EC;

D 97/23/EC.

Electrical Board

Design and manufacturing is compliant with EN 60204 - --1.

Electro---Magnetic compatibility (EMC)

Liebert HPS complies with the following EMC standards:

D EN 50081 ---1, Emission (“Generic emission standard, Part 1: Residential, commercial and

light industry, Jan 1992”)

D EN 50082---2, Immunity (“Generic immunity standard, Part 2: Industrial environment,

Mar 1995”).

Mark

Each unit is supplied complete with individual test certificate and a declara­tion of conformity to the European Union directives. The units are marked
“CE”.

Quality

The Quality Management System of Emerson Network Power S.r.l.
High Performance Air Conditioning has been approved by Lloyd’s Re­gister Quality Assurance to the quality management system standard ISO
9001: 2008.

Liebert HPS---PD---272965---20.11.2009

6--1

7

Technical Data

Ta b . 1 --- HPSE + HPSC (No freecooling version)

MODEL: HPS 06 08

Air supply --- Downflow
Main power supply --- 230V±10%/1Ph/50Hz 400V±10%/3Ph+N+PE/50Hz

PERFORMANCE

Total cooling capacity
Sensible cooling capacity
Compressor --- AC power input
Compressor --- AC operative current (OA)
Compressor --- AC max current (FLA)
Compressor --- AC starting current (LRA)
Condenser fan --- AC power input
Condenser fan --- AC max. power input
Condenser fan --- AC operative current (OA)
Condenser fan --- AC max. current (FLA)
C o n d e n s e r f a n --- A C s t a r t --- u p c u r r e n t
Evaporator fan --- AC power input
Evaporator fan --- AC operative current (OA)
Evaporator fan --- AC max. current (FLA)
Evaporator fan --- AC start--- up current
Evaporator air flow
Condenser max. air flow
Outdoor Sound Pressure Level
Indoor Sound Pressure Level
Max. ambient temperature

REFRIGERATION CIRCUITS

Compressor --- type / quantity
Refrigerant
Expansion device
Evaporator coil --- tubes / fins material
Condenser coil --- tubes / fins material

AIR FILTRATION

Main air filter --- quantity / type
Efficiency (CEN --- EU)

Filters dimensiond (DX side) mm 597 / 267 / 10

EVAPORATOR FAN

Quantity / Type / Poles --- 1 / Axial / 4
Driven / Motor protection --- Direct / IP44 Direct / IP54

CONDENSER FAN

Quantity / Type / Poles --- 1 / Axial / 6
Driven / Motor protection --- Direct / IP54
Control system --- Single speed

ELECTRIC HEATING

Type / Steps --- Wires / 1
Heating capacity kW 1.5 3.0
H e a t i n g --- m a x . c u r r e n t A 6 . 5

CABINET

Frame --- Galvanised steel
Painting --- Polyester --- RAL7035

OVERALL DIMENSIONS

Width / Height / Depth (HPSC outdoor unit) mm 920 / 840 / 390
Width / Height / Depth (HPSE indoor unit) mm 800 / 310 / 800
Weight (HPSC outdoor unit) kg 80 82
Weight (HPSE indoor unit) kg 50 53

Notes:

(1) – Indoor reference conditions: 30˚C / 35% R.H. air intake. Outdoor reference conditions: 35˚C. Nominal power supply.
(2) – Values referred to nominal speed (facto ry set).
(3) --- Measured with max. outdoor temperature at 2 m from the unit, in free field conditions.
(4) --- Maximum outdoor temperature referred to 30˚C / 35% R.H. air intake.

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(2)

(3)

(3)

(4)

kW
kW
kW

A
A

A
kW
kW

A

A

A
kW

A

A

A

3

/h

m

3

/h

m
dB(A)
dB(A)

_C

---

---

---

---

---

---

---

6.4

6.4

1.58

7.6

11.4

47.0

0.08

0.08

0.6

1.4

1.6

0.18

0.8

1.0

1.3
1510
2170

50
58
47

Copper / Aluminium
Copper / Aluminium

8.2

8.2

2.18

3.9

5.1

32.0

0.10

0.10

0.7

1.4

1.6

0.35

1.5

2.0

2.7
2440
1920

50

62.5
45

Scroll / 1

R407C

Capillary

3/Panelfilters

G3

Liebert HPS---PD---272965---20.11.2009

7--1

Technical Data

Ta b . 2 --- HPSE + HPSC (Freecooling and AC emergency freecooling versions)

MODEL: HPS 06 08

Air supply --- Downflow
Main power supply --- 230V±10% / 1Ph / 50Hz 400V±10%/3Ph+N+PE/50Hz
Emergency power supply --- 230V±10% / 1Ph / 50Hz

PERFORMANCE

Total cooling capacity
Sensible cooling capacity
Compressor --- AC power input
Compressor --- AC operative current (OA)
Compressor --- AC max current (FLA)
Compressor --- AC starting current (LRA)
Condenser fan --- AC power input
Condenser fan --- AC max. power input
Condenser fan --- AC operative current (OA)
Condenser fan --- AC max. current (FLA)
C o n d e n s e r f a n --- A C s t a r t --- u p c u r r e n t
Evaporator fan --- AC power input
Evaporator fan --- AC operative current (OA)
Evaporator fan --- AC max. current (FLA)
Evaporator fan --- AC start--- up current
Evaporator air flow
Freecooling air flow
Condenser max. air flow
Outdoor Sound Pressure Level
Indoor Sound Pressure Level
Max. ambient temperature

REFRIGERATION CIRCUITS

Compressor --- type / quantity
Refrigerant
Expansion device
Evaporator coil --- tubes / fins material
Condenser coil --- tubes / fins material

AIR FILTRATION

Main air filter --- quantity / type
Efficiency (CEN --- EU)

Filters dimensiond (DX side) mm 597 / 267 / 10 697 / 332 / 10
Filters dimensiond (FC side) mm 580 / 300 / 50 680 / 365 / 50

EVAPORATOR FAN

Quantity / Type / Poles --- 1 / Plug / 4
Driven / Motor protection --- Direct / IP44 Direct / IP54

CONDENSER FAN

Quantity / Type / Poles --- 1 / Axial / 6
Driven / Motor protection --- Direct / IP54
Control system --- Single speed

ELECTRIC HEATING

Type / Steps --- Wires / 1
Heating capacity kW 1.5 3.0
H e a t i n g --- m a x . c u r r e n t A 6 . 5

CABINET

Frame --- Galvanised steel
Painting --- Polyester --- RAL7035

OVERALL DIMENSIONS

Width / Height / Depth (HPSC outdoor unit) mm 920 / 840 / 390
Width / Height / Depth (HPSE indoor unit) mm 800 / 310 / 800 900 / 375 / 900
Weight (HPSC outdoor unit) kg 80 82
Weight (HPSE indoor unit) kg 55 63

Notes:

(1) – Indoor reference conditions: 30˚C / 35% R.H. air intake. Outdoor reference conditions: 35˚C. Nominal power supply.
(2) – Values referred to nominal speed (facto ry set).
(3) --- Measured with max. outdoor temperature at 2 m from the unit, in free field conditions.
(4) --- Maximum outdoor temperature referred to 30˚C / 35% R.H. air intake.

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(2)

(3)

(3)

(4)

kW
kW
kW

A
A

A
kW
kW

A

A

A
kW

A

A

A

3

/h

m

3

/h

m

3

/h

m
dB(A)
dB(A)

_C

---

---

---

---

---

---

---

5.9

5.9

1.57

7.3

11.4

47.0

0.08

0.08

0.6

1.4

1.6

0.14

0.6

0.6

1.2

1390

820

2170

50
59
48

8.3

8.3

2.18

3.9

5.1

32.0

0.10

0.10

0.7

1.4

1.6

0.39

2.8

2.4

5.3
2020
2040
1920

50

62.5
45

Scroll / 1

R407C

Capillary
Copper / Aluminium
Copper / Aluminium

3 / Panel filters for DX side --- 1 / Plated panel filter for FC side

G3

Liebert HPS---PD---272965---20.11.2009

7--2

Technical Data

Ta b . 3 --- HPSE + HPSC (Freecooling and DC emergency freecooling versions)

MODEL: HPS 06 08

Air supply --- Downflow
Main power supply --- 230V±10% / 1Ph / 50Hz 4000V±10%/3Ph+N+PE/5Hz
Emergency power supply --- 48 VDC

PERFORMANCE

Total cooling capacity
Sensible cooling capacity
Compressor --- AC power input
Compressor --- AC operative current (OA)
Compressor --- AC max current (FLA)
Compressor --- AC starting current (LRA)
Condenser fan --- AC power input
Condenser fan --- AC max. power input
Condenser fan --- AC operative current (OA)
Condenser fan --- AC max. current (FLA)
C o n d e n s e r f a n --- A C s t a r t --- u p c u r r e n t
Evaporator fan --- DC power input
Evaporator fan --- DC operative current (OA)
Evaporator fan --- DC max. current (FLA)
Evaporator fan --- DC start ---up current
Evaporator air flow
Freecooling air flow
Condenser max. air flow
Outdoor Sound Pressure Level
Indoor Sound Pressure Level
Max. ambient temperature

REFRIGERATION CIRCUITS

Compressor --- type / quantity
Refrigerant
Expansion device
Evaporator coil --- tubes / fins material
Condenser coil --- tubes / fins material

AIR FILTRATION

Main air filter --- quantity / type
Efficiency (CEN --- EU)

Filters dimensiond (DX side) mm 597 / 267 / 10 697 / 332 / 10
Filters dimensiond (FC side) mm 580 / 300 / 50 680 / 365 / 50

EVAPORATOR FAN

Q u a n t i t y / Ty p e / Po l e s --- 1 / P l u g / --­Driven / Motor protection --- Direct / IP42 Direct / IP20

CONDENSER FAN

Quantity / Type / Poles --- 1 / Axial / 6
Driven / Motor protection --- Direct / IP54
Control system --- Single speed

ELECTRIC HEATING

Type / Steps --- Wires / 1
Heating capacity kW 1.5 3.0
H e a t i n g --- m a x . c u r r e n t A 6 . 5

CABINET

Frame --- Galvanised steel
Painting --- Polyester --- RAL7035

OVERALL DIMENSIONS

Width / Height / Depth (HPSC outdoor unit) mm 920 / 840 / 390
Width / Height / Depth (HPSE indoor unit) mm 800 / 310 / 800 900 / 375 / 900
Weight (HPSC outdoor unit) kg 80 82
Weight (HPSE indoor unit) kg 55 63

Notes:

(1) – Indoor reference conditions: 30˚C / 35% R.H. air intake. Outdoor reference conditions: 35˚C. Nominal power supply.
(2) – Values referred to nominal speed (facto ry set).
(3) --- Measured with max. outdoor temperature at 2 m from the unit, in free field conditions.
(4) --- Maximum outdoor temperature referred to 30˚C / 35% R.H. air intake.

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(2)

(3)

(3)

(4)

kW
kW
kW

A
A

A
kW
kW

A

A

A
kW

A

A

A

3

/h

m

3

/h

m

3

/h

m
dB(A)
dB(A)

_C

---

---

---

---

---

---

---

5.9

5.9

1.57

7.3

11.4

47.0

0.08

0.08

0.6

1.4

1.6

0.10

2.6

2.6

0.1

1350

820

2170

50
57
48

8.2

8.2

2.17

3.9

5.1

32.0

0.10

0.10

0.7

1.4

1.6

0.28

5.8

9.6

0.1
1910
2040
1920

50
62
45

Scroll / 1

R407C

Capillary
Copper / Aluminium
Copper / Aluminium

3 / Panel filters for DX side --- 1 / Plated panel filter for FC side

G3

Liebert HPS---PD---272965---20.11.2009

7--3

Technical Data

Ta b . 4 --- HPSE + HPSC Advanced/ Long piping (No freecooling version)

MODEL: HPS ADVANCED/LONG PIPING 06 08 10 12 14

Air supply --- Downflow

m
m

kW
kW
kW

kW
kW

kW

_C

A
A
A

A
A
A

A
A
A

3
3

---

---

---

---

---

---

---

/h
/h

230V±10% /

1Ph / 50Hz

6.4

6.4

1.73

8.0

11.4

47.0

0.07

0.24

0.6

1.4

1.6

0.18

0.8

1.0

1.3
1510
2970

48.5
58
51

400V±10% / 3Ph+N+PE / 50Hz

8.1

8.1

2.23

4.0

5.1

32.0

0.10

0.24

0.7

1.4

1.6

0.35

1.5

2.0

2.7
2440
2970

48.5

62.5
50

10.0

10.0

3.06

5.5

7.0

46.0

0.22

0.48

1.5

2.8

3.3

0.35

1.5

2.0

2.7
2440
6300

52.5

62.5
50

12.5

12.5

3.75

10.0

50.0

0.22

0.48

0.34

2770
5675

53.5

Scroll / 1

R407C

Thermostatic expansion valve

Copper / Aluminium
Copper / Aluminium

3/Panelfilters

G3

6.6

1.5

2.8

3.3

2.0

2.0

2.7

64
50

58

Main power supply ---

PERFORMANCE

Total cooling capacity
Sensible cooling capacity
Compressor --- AC power input
Compressor --- AC operative current (OA)

(1)

(1)

(1)

(1)

Compressor --- AC max current (FLA)
Compressor --- AC starting current (LRA)
Condenser fan --- AC power input
Condenser fan --- AC max. power input
Condenser fan --- AC operative current (OA)

(1)

(1)

Condenser fan --- AC max. current (FLA)
C o n d e n s e r f a n --- A C s t a r t --- u p c u r r e n t
Evaporator fan --- AC power input
Evaporator fan --- AC operative current (OA)
Evaporator fan --- AC max. current (FLA)

(1)

(1)

(2)

Evaporator fan --- AC start--- up current
Evaporator air flow
Condenser max. air flow
Outdoor Sound Pressure Level
Indoor Sound Pressure Level
Max. ambient temperature

(3)

(3)

(4)

dB(A)
dB(A)

REFRIGERATION CIRCUITS

Compressor --- type / quantity
Refrigerant
Expansion device
Evaporator coil --- tubes / fins material
Condenser coil --- tubes / fins material

AIR FILTRATION

Main air filter --- quantity / type
Efficiency (CEN --- EU)

Filters dimensiond (DX side) mm 597 / 267 / 10 697 / 332 / 10

EVAPORATOR FAN

Quantity / Type / Poles --- 1 / Axial / 4
Driven / Motor protection --- Direct / IP44 Direct / IP54

CONDENSER FAN

Quantity/Type/Poles --- 1/Axial/6 2/Axial/6
Driven / Motor protection --- Direct / IP54
Control system --- Variable speed

ELECTRIC HEATING

Type / Steps --- Wires / 1
Heating capacity kW 1.5 3.0 3.0 4.5 6.0
H e a t i n g --- m a x . c u r r e n t A 6. 5 1 3 . 0

CABINET

Frame --- Galvanised steel
Painting --- Polyester --- RAL7035

OVERALL DIMENSIONS

Width / Height / Depth (HPSC outdoor unit) mm 920 / 840 / 390 920 / 1190 / 390
Width / Height / Depth (HPSE indoor unit) mm 800 / 310 / 800 900 / 375 / 900
Weight (HPSC outdoor unit) kg 80 82 97 103 111
Weight (HPSE indoor unit) kg 50 53

Notes:

(1) – Indoor reference conditions: 30˚C / 35% R.H. air intake. Outdoor reference conditions: 35˚C. Nominal power supply.
(2) – Values referred to nominal speed (facto ry set).
(3) --- Measured with outdoor temperature of 35˚C, at 2 m from the unit, in free field conditions.
(4) --- Maximum outdoor temperature referred to 30˚C / 35% R.H. air intake.

14.6

14.6

4.68

8.6

10.2

63.0

0.28

0.48

1.7

2.8

3.3

0.34

2.0

2.0

2.7
2750
5675

55.0
64
50

Liebert HPS---PD---272965---20.11.2009

7--4

Technical Data

Ta b . 5 --- HPSE + HPSC Advanced/ Long piping (Freecooling and AC emergency freecooling versions)

MODEL: HPS ADVANCED/LONG PIPING 06 08 10 12 14

Air supply --- Downflow

kW
kW
kW

kW
kW

kW

_C

A
A
A

A
A
A

A
A
A

3

/h

3

/h

3

/h

---

---

---

---

---

---

---

230V ±10%

/1Ph/50Hz

5.9

5.9

1.74

8.1

11.4

47.0

0.07

0.24

0.6

1.4

1.6

0.14

0.6

0.7

1.2

1390

820

2970

48.5
59
52

400V±10% / 3Ph+N+PE / 50Hz

8.3

8.3

2.22

4.0

5.1

32.0

0.10

0.24

0.7

1.4

1.6

0.39

2.8

2.4

5.3
2020
2040
2970

48.5

62.5
50

10.3

10.3

3.06

5.5

7.0

46.0

0.22

0.48

1.5

2.8

3.3

0.39

2.8

2.4

5.3
2020
2040
6300

52.5

62.5
50

12.0

12.0

3.75

6.6

10.0

50.0

0.22

0.48

1.5

2.8

3.3

0.45

2.9

2.4

5.3
2220
2040
5675

53.5

64.5
50

Scroll / 1

R407C

Thermostatic expansion valve

Copper / Aluminium
Copper / Aluminium

3 / Panel filters for DX side --- 1 / Plated panel filter for FC side

G3

14.1

13.8

4.66

8.5

10.2

63.0

0.28

0.48

1.7

2.8

3.3

0.48

2.4

2.4

5.3
2410
2040
5675

55
66
50

Main power supply ---

Emergency power supply --- 230V±10% / 1Ph / 50Hz

PERFORMANCE

Total cooling capacity
Sensible cooling capacity
Compressor --- AC power input
Compressor --- AC operative current (OA)

(1)

(1)

(1)

(1)

Compressor --- AC max current (FLA)
Compressor --- AC starting current (LRA)
Condenser fan --- AC power input
Condenser fan --- AC max. power input
Condenser fan --- AC operative current (OA)

(1)

(1)

Condenser fan --- AC max. current (FLA)
C o n d e n s e r f a n --- A C s t a r t --- u p c u r r e n t
Evaporator fan --- AC power input
Evaporator fan --- AC operative current (OA)
Evaporator fan --- AC max. current (FLA)

(1)

(1)

(2)

Evaporator fan --- AC start--- up current
Evaporator air flow
Freecooling air flow
Condenser max. air flow
Outdoor Sound Pressure Level
Indoor Sound Pressure Level
Max. ambient temperature

(4)

(3)

(3)

m
m

m
dB(A)
dB(A)

REFRIGERATION CIRCUITS

Compressor --- type / quantity
Refrigerant
Expansion device
Evaporator coil --- tubes / fins material
Condenser coil --- tubes / fins material

AIR FILTRATION

Main air filter --- quantity / type
Efficiency (CEN --- EU)

Filters dimensiond (DX side) mm 597/267/10 697 / 332 / 10
Filters dimensiond (FC side) mm 580/300/50 680 / 365 / 50

EVAPORATOR FAN

Quantity / Type / Poles --- 1 / Plug / 4
Driven / Motor protection --- Direct / IP44 Direct / IP54

CONDENSER FAN

Quantity/Type/Poles --- 1/Axial/6 2/Axial/6
Driven / Motor protection --- Direct / IP54
Control system --- Variable speed

ELECTRIC HEATING

Type / Steps --- Wires / 1
Heating capacity kW 1.5 3.0 3.0 4.5 6.0
H e a t i n g --- m a x . c u r r e n t A 6. 5 1 3 . 0

CABINET

Frame --- Galvanised steel
Painting --- Polyester --- RAL7035

OVERALL DIMENSIONS

Width / Height / Depth (HPSC outdoor unit) mm 920 / 840 / 390 920 / 1190 / 390
Width / Height / Depth (HPSE indoor unit) mm 800/310/800 900 / 375 / 900
Weight (HPSC outdoor unit) kg 80 82 97 103 111
Weight (HPSE indoor unit) kg 55 63

Notes:

(1) – Indoor reference conditions: 30˚C / 35% R.H. air intake. Outdoor reference conditions: 35˚C. Nominal power supply.
(2) – Values referred to nominal speed (facto ry set).
(3) --- Measured with outdoor temperature of 35˚C, at 2 m from the unit, in free field conditions.
(4) --- Maximum outdoor temperature referred to 30˚C / 35% R.H. air intake.

Liebert HPS---PD---272965---20.11.2009

7--5

Technical Data

Ta b . 6 --- HPSE + HPSC Advanced/ Long piping (Freecooling and DC emergency freecooling versions)

MODEL: HPS ADVANCED/LONG PIPING 06 08 10 12 14

Air supply --- Downflow

kW
kW
kW

kW
kW

kW

_C

A
A
A

A
A
A

A
A
A

3

/h

3

/h

3

/h

---

---

---

---

---

---

---

230V ±10%

/1Ph/50Hz

5.9

5.9

1.74

8.1

11.4

47.0

0.07

0.24

0.6

1.4

1.6

0.10

2.6

2.6

0.1

1350

820

2970

48.5
57
52

400V±10% / 3Ph+N+PE / 50Hz

8.2

8.2

2.23

4.0

5.1

32.0

0.10

0.24

0.7

1.4

1.6

0.28

5.8

9.6

0.1
1910
2040
2970

48.5
62
50

10.2

10.2

3.06

5.5

7.0

46.0

0.22

0.48

1.5

2.8

3.3

0.28

5.8

9.6

0.1
1910
2040
6300

52.5
62
50

12.0

12.0

3.75

6.6

10.0

50.0

0.22

0.48

1.5

2.8

3.3

0.39

8.1

9.6

0.1
2240
2040
5675

53.5
67
50

Scroll / 1

R407C

Thermostatic expansion valve

Copper / Aluminium
Copper / Aluminium

3 / Panel filters for DX side --- 1 / Plated panel filter for FC side

G3

14.0

13.7

4.66

8.5

10.2

63.0

0.28

0.48

1.7

2.8

3.3

0.45

9.5

9.6

0.1
2380
2040
5675

55

68.5
50

Main power supply ---

Emergency power supply --- 48 VDC

PERFORMANCE

Total cooling capacity
Sensible cooling capacity
Compressor --- AC power input
Compressor --- AC operative current (OA)

(1)

(1)

(1)

(1)

Compressor --- AC max current (FLA)
Compressor --- AC starting current (LRA)
Condenser fan --- AC power input
Condenser fan --- AC max. power input
Condenser fan --- AC operative current (OA)

(1)

(1)

Condenser fan --- AC max. current (FLA)
C o n d e n s e r f a n --- A C s t a r t --- u p c u r r e n t
Evaporator fan --- DC power input
Evaporator fan --- DC operative current (OA)
Evaporator fan --- DC max. current (FLA)

(1)

(1)

(2)

Evaporator fan --- DC start ---up current
Evaporator air flow
Freecooling air flow
Condenser max. air flow
Outdoor Sound Pressure Level
Indoor Sound Pressure Level
Max. ambient temperature

(4)

(3)

(3)

m
m

m
dB(A)
dB(A)

REFRIGERATION CIRCUITS

Compressor --- type / quantity
Refrigerant
Expansion device
Evaporator coil --- tubes / fins material
Condenser coil --- tubes / fins material

AIR FILTRATION

Main air filter --- quantity / type
Efficiency (CEN --- EU)

Filters dimensiond (DX side) mm 597/267/10 697 / 332 / 10
Filters dimensiond (FC side) mm 580/300/50 680 / 365 / 50

EVAPORATOR FAN

Q u a n t i t y / Ty p e / Po l e s --- 1 / P l u g / --­Driven / Motor protection --- Direct / IP42 Direct / IP20

CONDENSER FAN

Quantity/Type/Poles --- 1/Axial/6 2/Axial/6
Driven / Motor protection --- Direct / IP54
Control system --- Variable speed

ELECTRIC HEATING

Type / Steps --- Wires / 1
Heating capacity kW 1.5 3.0 3.0 4.5 6.0
H e a t i n g --- m a x . c u r r e n t A 6. 5 1 3 . 0

CABINET

Frame --- Galvanised steel
Painting --- Polyester --- RAL7035

OVERALL DIMENSIONS

Width / Height / Depth (HPSC outdoor unit) mm 920 / 840 / 390 920 / 1190 / 390
Width / Height / Depth (HPSE indoor unit) mm 800/310/800 900 / 375 / 900
Weight (HPSC outdoor unit) kg 80 82 97 103 111
Weight (HPSE indoor unit) kg 55 63

Notes:

(1) – Indoor reference conditions: 30˚C / 35% R.H. air intake. Outdoor reference conditions: 35˚C. Nominal power supply.
(2) – Values referred to nominal speed (facto ry set).
(3) --- Measured with outdoor temperature of 35˚C, at 2 m from the unit, in free field conditions.
(4) --- Maximum outdoor temperature referred to 30˚C / 35% R.H. air intake.

Liebert HPS---PD---272965---20.11.2009

7--6

Technical Data

Ta b . 7 --- SE_W + HPSC (No freecooling version)

13.5

13.2

3.80

6.7

10.0

50.0

0.23

0.48

1.5

2.8

3.3

1.14

4.8

7.2

--­3950
5675

53.5
62
49

(*)

2(2motors)
/Centrifugal

120

MODEL: HPSW 06 08 10 13

Air supply --- Upflow

Main power supply ---

230V±10% /

1Ph / 50Hz

400V ±10% / 3Ph+N+PE / 50Hz

PERFORMANCE

Total cooling capacity
Sensible cooling capacity
Compressor --- AC power input
Compressor --- AC operative current (OA)
Compressor --- AC max current (FLA)
Compressor --- AC starting current (LRA)
Condenser fan --- AC power input
Condenser fan --- AC max. power input
Condenser fan --- AC operative current (OA)
Condenser fan --- AC max. current (FLA)
C o n d e n s e r f a n --- A C s t a r t --- u p c u r r e n t
Evaporator fan --- AC power input
Evaporator fan --- AC operative current (OA)
Evaporator fan --- AC max. current (FLA)
Evaporator fan --- AC start--- up current
Evaporator air flow
Condenser max. air flow
Outdoor Sound Pressure Level
Indoor Sound Pressure Level
Max. ambient temperature

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(2)

(3)

(3)

(4)

kW
kW
kW

A
A

A
kW
kW

A

A

A
kW

A

A

A

3

/h

m

3

/h

m
dB(A)
dB(A)

_C

6.1

5.4

1.75

8.0

11.4

47.0

0.11

0.24

0.8

1.4

1.6

0.26

1.2

1.2

1.8
1510
2970

48.5
55
52

8.3

8.3

2.26

4.0

5.1

32.0

0.10

0.24

0.7

1.4

1.6

0.71

3.2

3.7

7.0
2670
2970

48.5
60

49.5

10.5

10.1

3.08

5.5

7.0

46.0

0.22

0.48

1.5

2.8

3.3

0.71

3.2

3.7

7.0
2670
6300

52.5
60

50.5

REFRIGERATION CIRCUITS

Compressor --- type / quantity
Refrigerant
Expansion device
Evaporator coil --- tubes / fins material
Condenser coil --- tubes / fins material

---

---

---

Thermostatic expansion valve

---

---

Scroll / 1

R407C

Copper / Aluminium
Copper / Aluminium

AIR FILTRATION

Main air filter --- quantity / type
Efficiency (CEN --- EU)

---

---

1/Pleated

G3

Filters dimension mm 740/230/48 946 / 300 / 60

EVAPORATOR FAN

Quantity / Type / Poles --- 2 coupled (single motor) / Centrifugal / 4

Driven --- Direct

CONDENSER FAN

Quantity/Type/Poles --- 1/Axial/6 2/Axial/6
Driven / Motor protection --- Direct / IP54
Control system --- Variable speed

ELECTRIC HEATING

Type / Steps --- Tube / 1 Wires / 1
Heating capacity kW 3.0 6.0
H e a t i n g --- m a x . c u r r e n t A 6 . 5 8 . 7

CABINET

Frame --- Galvanised steel
Painting --- Polyester --- RAL7035

OVERALL DIMENSIONS

Width / Height / Depth (HPSC outdoor unit) mm 920 / 840 / 390 920 / 1190 / 390
Width / Height / Depth (SE_W indoor unit) mm 800/310/800 1100 / 395 / 1095
Weight (HPSC outdoor unit) kg 80 82 97 103 111
Weight (SE_W indoor unit) kg 54 110

Notes:

(1) – Indoor reference conditions: 27˚C / 47% R.H. air intake. Outdoor reference conditions: 35˚C. Nominal power supply.
(2) – Values referred to nominal speed (facto ry set).
(3) --- Measured with outdoor temperature of 35˚C, at 2 m from the unit, in free field conditions.
(4) --- Maximum outdoor temperature referred to 27˚C / 47% R.H. air intake.
(*) --- HPSW 13 is composed by SE 13W + HPSC 12.

14

14.7

13.6

4.76

8.7

10.2

63.0

0.28

0.48

1.7

2.8

3.3

1.14

4.8

7.2

--­3950
5675

55.0
62
49

/4

Liebert HPS---PD---272965---20.11.2009

7--7

Technical Data

Ta b . 8 --- SE_W + HPSC (Freecooling and AC emergency freecooling versions)

13.5

13.2

3.80

6.7

10.0

50.0

0.23

0.48

1.5

2.8

3.3

1.14

4.8

7.2

--­3950
3600
5675

53.5
62
49

(*)

2(2motors)
/Centrifugal

132

MODEL: HPSW 06 08 10 13

Air supply --- Upflow

Main power supply ---

230V ±10%

/1Ph/50Hz

400V ±10% / 3Ph+N+PE / 50Hz

Emergency power supply --- 230V ±10% / 1Ph / 50Hz

PERFORMANCE

Total cooling capacity
Sensible cooling capacity
Compressor --- AC power input
Compressor --- AC operative current (OA)
Compressor --- AC max current (FLA)
Compressor --- AC starting current (LRA)
Condenser fan --- AC power input
Condenser fan --- AC max. power input
Condenser fan --- AC operative current (OA)
Condenser fan --- AC max. current (FLA)
C o n d e n s e r f a n --- A C s t a r t --- u p c u r r e n t
Evaporator fan --- AC power input
Evaporator fan --- AC operative current (OA)
Evaporator fan --- AC max. current (FLA)
Evaporator fan --- AC start--- up current
Evaporator air flow
Freecooling air flow
Condenser max. air flow
Outdoor Sound Pressure Level
Indoor Sound Pressure Level
Max. ambient temperature

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(2)

(3)

(3)

(4)

kW
kW
kW

A
A

A
kW
kW

A

A

A
kW

A

A

A

3

/h

m

3

/h

m

3

/h

m
dB(A)
dB(A)

_C

6.1

5.4

1.75

8.0

11.4

47.0

0.11

0.24

0.8

1.4

1.6

0.26

1.2

1.2

1.8
1510
1400
2970

48.5
55
52

8.3

8.3

2.26

4.0

5.1

32.0

0.10

0.24

0.7

1.4

1.6

0.71

3.2

3.7

7.0
2670
2230
2970

48.5
60

49.5

10.5

10.1

3.08

5.5

7.0

46.0

0.22

0.48

1.5

2.8

3.3

0.71

3.2

3.7

7.0
2670
2230
6300

52.5
60

50.5

REFRIGERATION CIRCUITS

Compressor --- type / quantity
Refrigerant
Expansion device
Evaporator coil --- tubes / fins material
Condenser coil --- tubes / fins material

---

---

---

Thermostatic expansion valve

---

---

Scroll / 1

R407C

Copper / Aluminium
Copper / Aluminium

AIR FILTRATION

Main air filter --- quantity / type
Efficiency (CEN --- EU)

---

---

1/Pleated

G3

Filters dimension mm 740/230/48 946 / 300 / 60

EVAPORATOR FAN

Quantity / Type / Poles --- 2 coupled (single motor) / Centrifugal / 4

Driven --- Direct

CONDENSER FAN

Quantity/Type/Poles --- 1/Axial/6 2/Axial/6
Driven / Motor protection --- Direct / IP54
Control system --- Variable speed

ELECTRIC HEATING

Type / Steps --- Tube / 1 Wires / 1
Heating capacity kW 3.0 6.0
H e a t i n g --- m a x . c u r r e n t A 13 . 1 8 . 7

CABINET

Frame --- Galvanised steel
Painting --- Polyester --- RAL7035

OVERALL DIMENSIONS

Width / Height / Depth (HPSC outdoor unit) mm 920 / 840 / 390 920 / 1190 / 390
Width / Height / Depth (SE_W indoor unit) mm 800/310/1050 1100 / 395 / 1395
Weight (HPSC outdoor unit) kg 80 82 97 103 111
Weight (SE_W indoor unit) kg 62 122

Notes:

(1) – Indoor reference conditions: 27˚C / 47% R.H. air intake. Outdoor reference conditions: 35˚C. Nominal power supply.
(2) – Values referred to nominal speed (facto ry set).
(3) --- Measured with outdoor temperature of 35˚C, at 2 m from the unit, in free field conditions.
(4) --- Maximum outdoor temperature referred to 27˚C / 47% R.H. air intake.
(*) --- HPSW 13 is composed by SE 13W + HPSC 12.

14

14.7

13.6

4.76

8.7

10.2

63.0

0.28

0.48

1.7

2.8

3.3

1.14

4.8

7.2

--­3950
3600
5675

55.0
62
49

/2

Liebert HPS---PD---272965---20.11.2009

7--8

Technical Data

Ta b . 9 --- SE_W + HPSC (Freecooling and DC emergency freecooling versions)

MODEL: HPSW 06 08 10 13

Air supply --- Upflow

Main power supply ---

230V ±10%

/1Ph/50Hz

400V ±10% / 3Ph+N+PE / 50Hz

Emergency power supply --- 48 VDC

PERFORMANCE

Total cooling capacity
Sensible cooling capacity
Compressor --- AC power input
Compressor --- AC operative current (OA)
Compressor --- AC max current (FLA)
Compressor --- AC starting current (LRA)
Condenser fan --- AC power input
Condenser fan --- AC max. power input
Condenser fan --- AC operative current (OA)
Condenser fan --- AC max. current (FLA)
C o n d e n s e r f a n --- A C s t a r t --- u p c u r r e n t
Evaporator fan --- DC power input
Evaporator fan --- DC operative current (OA)
Evaporator fan --- DC max. current (FLA)
Evaporator fan --- DC start ---up current
Evaporator air flow
Freecooling air flow
Condenser max. air flow
Outdoor Sound Pressure Level
Indoor Sound Pressure Level
Max. ambient temperature

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(1)

(2)

(3)

(3)

(4)

kW
kW
kW

A
A

A
kW
kW

A

A

A
kW

A

A

A

3

/h

m

3

/h

m

3

/h

m
dB(A)
dB(A)

_C

6.1

5.4

1.75

8.1

11.4

47.0

0.11

0.24

0.8

1.4

1.6

0.14

3.0

6.0

0.1
1510
1400
2970

48.5
55
52

8.3

8.3

2.26

4.0

5.1

32.0

0.14

0.24

0.8

1.4

1.6

0.38

7.9

16.8

0.1
2670
2230
2970

48.5
60

49.5

10.5

10.1

3.08

5.5

7.0

46.0

0.22

0.48

1.5

2.8

3.3

0.38

7.9

16.8

0.1
2670
2230
6300

52.5
60

50.5

REFRIGERATION CIRCUITS

Compressor --- type / quantity
Refrigerant
Expansion device
Evaporator coil --- tubes / fins material
Condenser coil --- tubes / fins material

---

---

---

Thermostatic expansion valve

---

---

Scroll / 1

R407C

Copper / Aluminium
Copper / Aluminium

AIR FILTRATION

Main air filter --- quantity / type
Efficiency (CEN --- EU)

---

---

1/Pleated

G3

Filters dimension mm 740/230/48 946 / 300 / 60

EVAPORATOR FAN

Q u a n t i t y / Ty p e / Po l e s --- 2 / P l u g / --­Driven --- Direct

CONDENSER FAN

Quantity/Type/Poles --- 1/Axial/6 2/Axial/6
Driven / Motor protection --- Direct / IP54
Control system --- Variable speed

ELECTRIC HEATING

Type / Steps --- Tube / 1 Wires / 1
Heating capacity kW 3.0 6.0
H e a t i n g --- m a x . c u r r e n t A 13 . 1 8 . 7

CABINET

Frame --- Galvanised steel
Painting --- Polyester --- RAL7035

OVERALL DIMENSIONS

Width / Height / Depth (HPSC outdoor unit) mm 920 / 840 / 390 920 / 1190 / 390
Width / Height / Depth SE_W indoor unit) mm 800/310/1050 1100 / 395 / 1395
Weight (HPSC outdoor unit) kg 80 82 97 103 111
Weight (SE_W indoor unit) kg 62 122

Notes:

(1) – Indoor reference conditions: 27˚C / 47% R.H. air intake. Outdoor reference conditions: 35˚C. Nominal power supply.
(2) – Values referred to nominal speed (facto ry set).
(3) --- Measured with outdoor temperature of 35˚C, at 2 m from the unit, in free field conditions.
(4) --- Maximum outdoor temperature referred to 27˚C / 47% R.H. air intake.
(*) --- HPSW 13 is composed by SE 13W + HPSC 12.

(*)

13.5

13.2

3.80

6.7

10.0

50.0

0.23

0.48

1.5

2.8

3.3

0.82

16.8

16.8

0.1
3950
3600
5675

53.5
62
49

132

14

14.7

13.6

4.76

8.7

10.2

63.0

0.28

0.48

1.7

2.8

3.3

0.82

16.8

16.8

0.1
3950
3600
5675

55.0
62
49

Liebert HPS---PD---272965---20.11.2009

7--9

28.528.5 803

Refrigerant

connection

8--1

803

310

Electrical

connection

LEFT SIDE VIEW

FRONT VIEW (CIRCULAR DUCTS VERSION)

FRONTVIEW(RECTANGULARDUCTVERSION)

251,5 300 251,5

155155

310

803 28,528,5

120,5 562 120,5

N. 2 collars

ø200 H=35 mm

Refrigerant

connection

Collar

190x560 H=35 mm

59 192 59

Dimensional D rawings

8

F i g . 4 --- E v a p o r a t i n g u n i t HPSE 06 (version with freecooling)

310

unit fixing

N. 8 slots 9x12---

70994

RIGHT SIDE VIEW

Condensate drain

14.5

150 150 125

803

228 150

13,583313,5

860

TOP VIEW

Liebert HPS---PD---272965---20.11.2009

28.528.5 903

Refrigerant

connection

8--2

903

375

Electrical

connection

LEFT SIDE VIEW

276,5 350 276,5

FRONT VIEW (CIRCULAR DUCTS VERSION)

187,5

187,5

375

903 28,528,5

FRONTVIEW(RECTANGULARDUCTVERSION)

150,7 601,6 150,7

N. 2 collars

ø250 H=35 mm

Refrigerant

connection

Collar

250x600 H=35 mm

61,7 251,6 61,7

Dimensional D rawings

F i g . 5 --- E v a p o r a t i n g u n i t HPSE 08 --10--12--14 (version with freecooling)

375

226,5

81588

RIGHT SIDE VIEW

Condensate drain

14.5

903

150 150

226,5 150

13,593313,5

960

unit fixing

N. 8 slots 9x12---

TOP VIEW

Liebert HPS---PD---272965---20.11.2009

Electrical

8--3

connection

803

310

LEFT SIDE VIEW

Refrigerant

connection

803

BOTTOM VIEW

860

Dimensional D rawings

FRONT VIEW

310

28,5 803 28,5

unit fixing

N. 8 slots 9x12---

70994

RIGHT SIDE VIEW

Condensate drain

14.5

F i g . 6 --- E v a p o r a t i n g u n i t HPSE 06 --08--10 (version without freecooling)

803

228 150 150 150 125

TOP VIEW

13,583313,5

Liebert HPS---PD---272965---20.11.2009

Electrical

8--4

connection

903

375

LEFT SIDE VIEW

Refrigerant

connection

903

BOTTOM VIEW

960

Dimensional D rawings

FRONT VIEW

375

28,5 903 28,5

unit fixing

N. 8 slots 9x12---

80994

RIGHT SIDE VIEW

Condensate drain

14.5

F i g . 7 --- E v a p o r a t i n g u n i t HPSE 12 --14 (version without freecooling)

903

226.5 150 150 150 226.5

TOP VIEW

13,593313,5

Liebert HPS---PD---272965---20.11.2009

Dimensional D rawings

Fig. 8 --- Evaporating unit SE 06W (version with freecooling)

310

Circular ducts version

Rectangular duct version

N.2 COLLARS 4 200 HEIGHT 35 mm COLLAR 190 X 560 HEIGHT 35 mm

310

185 125

300 280220 560 15090

BOTTOM VIEW BOTTOM VIEW

90 190 30

Condensate drain Condensate drain

Refrigerant inlet

Refrigerant outlet

83412 12

Electrical connections

N.6 HOL ES 4 8

Refrigerant inlet

Refrigerant outlet

250 800

35060 350 40

REAR VIEW SIDE VIEW

310

800 2929

TOP VIEW

1050

Liebert HPS---PD---272965---20.11.2009

8--5

Dimensional D rawings

Fig. 9 --- Evaporating unit SE 06W (version without freecooling)

Refrigerant outlet

Refrigerant inlet

Condensate drain

BOTTOM VIEW

800

35060 350 40

310

83412 12

Electrical connections

N.6 HOL ES ø8

800

REAR VIEW SIDE VIEW

80029 29

TOP VIEW

Liebert HPS---PD---272965---20.11.2009

8--6

Dimensional D rawings

Fig. 10 --- Evaporating unit SE 08--10 --13 -- 14W (version with freecooling)

Circular ducts version Rectangular duct version

395

220 175220 175

50

N.2 COLLARS 4 250 HEIGHT 35 mm

310 350 395

BOTTOM VIEW

Refrigerant inlet Refrigerant inlet

Refrigerant outlet Refrigerant outlet

395

250

95 50

N.8 HOL ES 4 8

COLLAR 250 X 600 HEIGHT 35 mm

185 600 270

BOTTOM VIEW

Condensate drainCondensate drain

Electrical connections

32090 320320

1100

295

REAR VIEW SIDE VIEW

395

30 1055 30

TOP VIEW

1395

Liebert HPS---PD---272965---20.11.2009

8--7

Dimensional D rawings

Fig. 11 --- Evaporating unit SE 08--10 --13 -- 14W (version without freecooling)

Refrigerant outlet

Refrigerant inlet

400

Condensate drain

BOTTOM VIEW

1100

320 50320

320

400

1086 1717

Electrical connections

N.8 HOL ES 4 8

1100

90

REAR VIEW

SIDE VIEW

TOP VIEW

Liebert HPS---PD---272965---20.11.2009

1052

3434

8--8

A

8--9

338

FRONT VIEW

132 656 132

A

80535

outlet

Refrigerant

inlet

Refrigerant

1818

Electrical

connections

390

SIDE VIEW

354

390

A --- A S e c .

Dimensional D rawings

Fig. 12 --- Condensing unit HPSC 06-- 08

outlet

Refrigerant

840

920

REAR VIEW

inlet

Refrigerant

Liebert HPS---PD---272965---20.11.2009

A

8--10

27

656

FRONT VIEW

27

132 132

A --- A S e c .

338

A

115535

outlet

Refrigerant

1190

inlet

Refrigerant

Electrical

connections

390

SIDE VIEW

354 1818

390

Dimensional D rawings

Fig. 13 --- Condensing unit HPSC 10--12 --14

outlet

Refrigerant

920

REAR VIEW

inlet

Refrigerant

Liebert HPS---PD---272965---20.11.2009

9

F i g . 1 4 --- HPSE 06 --08 --10 --12--14 evaporating unit ceiling installation (version without freecooling)

Installation

min. 300

Service area

for electical

board

803 (HPSE 06--08--10)

903 (HPSE 12--14)

min. 200

310 (HPSE 06--08--10)

375 (HPSE 12--14)

Ceiling fixing points

Liebert HPS---PD---272965---20.11.2009

9--1

Installation

F i g . 1 5 --- HPSE 06 --08 --10 --12--14 evaporating unit installation (version with freecooling)

C

Service area

for electical

Service area

for Freecooling

min. 300

A

filter

board

B

min. 200

HPSE A B C

06 min. 300 803 310

0 8 --- 1 0 --- 1 2 --- 1 4 min. 320 903 375

3

5

1

4

2

ITEM DESCRIPTION

3

3

1 Electrical box accessibility

2 Support for filter

3Airfilter

4 Freecooling filter accessibility

Electrical box

5

Liebert HPS---PD---272965---20.11.2009

9--2

Installation

F i g . 1 6 --- HPSE 06 --08 --10 --12--14 evaporating unit ceiling installation (version with freecooling)

4

1

10

11

9

23

8

7

6

5

5

ITEM DESCRIPTION

1 Wall p late for circular duct 13503801 13536101

2 2 flexible ducts with fixing clamps, L = 0.5 m 270190 (ø 202mm) 270191 (ø 254mm)

3 F i x i n g c l a m p s --- ---

4 Wall plate for rectangular duct 13501801 13536001

5 C i r c u l a r / r e c t a n g u l a r v e r s i o n --- ---

6 Wall hole 400 x 200mm 600 x 400mm

7 Overpressure damper 134948 134992

8 Grille for overpressure damper 270206 117832

9 Aluminium grille with metallic prefilter 270202 270219

10 Metallic prefilter (included in item 9) -- - ---

11

Liebert HPS---PD---272965---20.11.2009

Wall hole 550 x 210mm 590 x 230mm

COD.

HPSE 06

H P S E 0 8 --- 1 0 --- 1 2 --- 1 4

COD.

9--3

Installation

F i g . 1 7 --- SE 06 -- 08 --10--13--14W service area

A

CB D

B

E

C

VERSION WITH FREECOOLING

VERSION WITHOUT FREECOOLING

F i g . 1 8 --- SE 06 -- 08 --10--13--14W evaporating unit wall installation

With freecooling option

AIR CONDITIONED

BC DA

200 300 300 0

200 100 0 0

Without freecooling option

AIR CONDITIONED

E

700

700

OUTSIDE AIR

Liebert HPS---PD---272965---20.11.2009

1050 (SE 06W)

min. 500

1395 (SE 08--- 10 --- 13 ---14W)

1550 (SE 06W)

1895 (SE 08--- 10 --- 13 ---14W)

AIR RETURN

800 (SE 06W)

1000 (SE 06W)

1100 (SE 08--- 10 --- 13 ---14W)

1300 (SE 08--- 10 --- 13 ---14W)

min. 200

AIR RETURN

9--4

Installation

F i g . 1 9 --- SE 06 -- 08 --10--13--14W evaporating unit wall installation (version with freecooling)

3

2

1

6

7

5

4

10

11

8

8

9

9

ITEM DESCRIPTION

1 SE_W with FC option (optional rectangular hole) --- ---

2 S E _ W w i t h F C o p t i o n (s t a n d a r d c i r c u l a r h o l e ) --- ---

3 Overpressure damper 134948 134992

4 Grille for overpressure damper 270206 117832

5Holeinthewall 400 x 200 mm 600 x 400 mm

6 2 FC flexible ducts L=0.5 m, with fixing clamps 270190 (∅ 202) 270191 (∅ 254)

7 Wall plate for FC circular duct 13503801 13536101

8 Aluminium grille with metallic prefilter 270202 270219

9 Metallic prefilter (included in (8) -- - ---

10 Hole in the wall 550 x 210 mm 590 x 230 mm

11

Wall plate for FC rectangular duct 13501801 13536001

10

SE

06W

CODE

SE

0 8 --- 1 0 --- 1 3 --- 1 4 W

Liebert HPS---PD---272965---20.11.2009

9--5

Installation

F i g . 2 0 --- HPSC 06 -- 08 -- 10 --12--14 condensing unit installation components

1

2

3

4

5

3

2

1

HPSC 06--- 08

H P S C 1 0 --- 1 2 --- 1 4

ITEM DESCRIPTION

1 Nut

2 Serrated lock washer

3Washer

4 Anti--- vibrating mount

Bracket

5

Liebert HPS---PD---272965---20.11.2009

9--6

Installation

F i g . 2 1 --- HPSC 06 -- 08 -- 10 --12--14 service and working area

3

1

WALL IN FRONT

OF UNITS

WALL BEHIND

UNITS

2

4

WALL IN FRONT

OF UNITS

WALL BEHIND

UNITS

If H1 < 0.5 x H2 ⇒ L min. = 500 mm.........

If 0.5 x H2 ≤ H1 ≤ H2 ⇒ L min. = 800 mm...

5

If H1 > H2 ⇒ Not allowable configuration..............

Liebert HPS---PD---272965---20.11.2009

5

M U LT I --- R O W S

INSTALLATION

9--7

Installation

F i g . 2 2 --- Liebert HPS (HPSE + HPSCxx0/A) suggested refrigerant connections

Gas pipeline
(Sloping 1%)

(External Unit)

3mmax.

vertical distance

(External Unit)

HPSC

HPSC

Liquid/gas pipeline

10 m max. horizontal equivalent length

Gas pipeline

(Sloping 1%)

Gas pipeline

(Sloping 1%)

Liquid/gas pipeline

7 m max. horizontal equivalent length

HPSE

(Internal Unit)

Syphons (obligatory)

HPSE

(Internal Unit)

HPSC

(External Unit)

Liebert HPS---PD---272965---20.11.2009

Gas pipeline

(Sloping 1%)

Liquid/gas pipeline

Gas pipeline

(Sloping 1%)

HPSE

(Internal Unit)

B

two syphons

5mmax.vertical

distance between

NOTE:

A

Max. equivalent length for
refrigerant line A + B =10m

9--8

Installation

F i g . 2 3 --- Liebert HPS (HPSE + HPSCxxL, Long piping) suggested refrigerant connections

Gas pipeline

(Sloping 1%)

HPSC

(External Unit)

HPSC

(External Unit)

20 m max.

vertical distance

Liquid/gas pipeline

50 m max. horizontal equivalent length

Gas pipeline
(Sloping 1%)

two syphons

5mmax.vertical

distance between

Liquid/gas pipeline

30 m max. horizontal equivalent length

Syphons (obligatory)

Gas pipeline
(Sloping 1%)

HPSE

(Internal Unit)

HPSE

(Internal Unit)

HPSC

(External Unit)

Liebert HPS---PD---272965---20.11.2009

Gas pipeline

(Sloping 1%)

Gas pipeline

(Sloping 1%)

Liquid/gas pipeline

30 m max. horizontal equivalent length

HPSE

(Internal Unit)

two syphons

5mmax.vertical

distance between

20 m max. vertical distance

9--9

Installation

F i g . 2 4 --- Liebert HPSW (SE_W + HPSCxxA) suggested refrigerant connections

HPSC

(External Unit)

Gas pipeline

(Sloping 1%)

Liquid/gas pipeline

10 m max. horizontal equivalent length

Syphons

(obligatory)

SE_W

(Internal Unit)

SE_W

Gas pipeline

(Sloping 1%)

Gas pipeline
(Sloping 1%)

3mmax.

vertical distance

HPSC

(External Unit)

Liquid/gas pipeline

7 m max. horizontal equivalent length

(Internal Unit)

SE_W

(Internal Unit)

HPSC

(External Unit)

Gas pipeline
(Sloping 1%)

Liebert HPS---PD---272965---20.11.2009

Gas pipeline

(Sloping 1%)

Liquid/gas pipeline

B

vertical

distance

between

5mmax.

two syphons

A

NOTE:

Max. equivalent length for
refrigerant line A + B =10m

9--10

Installation

F i g . 2 5 --- Liebert HPSW (SE_W + HPSCxxL, Long piping) suggested refrigerant connections

HPSC

(External Unit)

(Internal Unit)

Gas pipeline

(Sloping 1%)

Liquid/gas pipeline

50 m max. horizontal equivalent length

Syphons

(obligatory)

Gas pipeline

(Sloping 1%)

SE_W

(External Unit)

20 m max.

vertical distance

HPSC

HPSC

(External Unit)

Gas pipeline

(Sloping 1%)

between

5mmax.

two sypho ns

vertical distance

Liquid/gas pipeline

30 m max. horizontal equivalent length

Gas pipeline
(Sloping 1%)

SE_W

(Internal Unit)

SE_W

(Internal Unit)

Liebert HPS---PD---272965---20.11.2009

Gas pipeline

(Sloping 1%)

Liquid/gas pipeline

30 m max. horizontal equivalent length

20 m max.

vertical distance

vertical

distance

between

5mmax.

two syphons

9--11

Il Fabbricante dichiara che questo prodotto è conforme alle direttive Europee:

The Manufacturer hereby declares that this product conforms to the European Union directives:

Der Hersteller erklärt hiermit, dass dieses Produkt den Anforderungen der Europäischen Richtlinien gerecht wird:
Le Fabricant déclare que ce produit est conforme aux directives Européennes:

El Fabricante declara que este producto es conforme a las directivas Europeas:

O Fabricante declara que este produto está em conformidade com as directivas Europeias:

Tillverkare försäkrar härmed att denna produkt överensstämmer med Europeiska Uniones direktiv:
De Fabrikant verklaart dat dit produkt conform de Europese richtlijnen is:

Since the Liebert HIROSS Company has a policy of continuous
product improvement, it reserves the right to change design and
specifications without previous notice.

Vaimistaja vakuuttaa täten, että tämä tuote täyättää seuraavien EU---direktiivien vaatimukset:

Produsent erklærer herved at dette produktet er i samsvar med EU---direktiver:

Fabrikant erklærer herved, at dette produkt opfylder kravene i EU direktiverne:

Ο Κατασευαστ δhλνει τι τo παν πoΪν εναι ατασευασνo αφwνα ε τι oδhγε τh Ε.Ε.:

2006/42/EC; 2004/108/EC; 2006/95/EC; 97/23/EC

Printed in Italy by Liebert HIROSS S.p A.

Issued by T.D.Service

Ensuring The High Availability
Of Mission-Critical Data And Applications.

Emerson Network Power, a business of Emerson (NYSE:EMR), is
the global leader in enabling Business-Critical Continuity™ from
grid to chip for telecommunication networks, data centers, health
care and industrial facilities. Emerson Network Power provides
innovative solutions and expertise in areas including AC and DC
power and precision cooling systems, embedded computing and
power, integrated racks and enclosures, power switching and
controls, monitoring, and connectivity. All solutions are supported
globally by local Emerson Network Power service technicians.
Liebert power, precision cooling and monitoring products and
services from Emerson Network Power improve the utilization
and management of data center and network technologies by
increasing IT system availability, fl exibility and effi ciency. For more
information, visit www.liebert.com, www.emersonnetworkpower.
com or www.eu.emersonnetworkpower.com

While every precaution has been taken to ensure the accuracy
and completeness of this literature, Liebert Corporation assumes no
responsibility and accepts no liability for damages resulting from use of
this information or for any errors or omissions.
©2008 Liebert Corporation
All rights reserved throughout the world. Specifi cations subject to change
without notice.
Liebert and the Liebert logo are registered trademarks of Liebert
Corporation. All names referred to are trademarks
or registered trademarks of their respective owners.

Locations

Emerson Network Power - Headquarters EMEA

Via Leonardo Da Vinci 16/18

Zona Industriale Tognana

35028 Piove di Sacco (PD) Italy

Tel: [phone]

Fax: [phone]

[e-mail]

Emerson Network Power - Service EMEA

Via Leonardo Da Vinci 16/18

Zona Industriale Tognana

35028 Piove di Sacco (PD) Italy

Tel: [phone]
Fax: [phone]

[e-mail]

United States

1050 Dearborn Drive

P.O. Box 29186

Columbus, OH 43229

Tel: [phone]

Asia

7/F, Dah Sing Financial Centre

108 Gloucester Road,Wanchai

Hong Kong

Tel: [phone]

Fax: [phone]

Emerson Network Power

The global leader in Business-Critical Continuity™.

AC Power
Connectivity
DC Power

Emerson Network Power and the Emerson Network Power logo are trademarks and service marks of EmersonElectric Co. ©2008 Emerson Electric Co.

Embedded Computing
Embedded P

ower

Monitoring

Outside Plant
P

ower Switching & Control

Precision Cooling

Rack & Integrated Cabinets

Se

rvices

Surge Protection