Vertiv Liebert HPW Series User Manual Download Page 10

pag. 6

Tab. a --- R407C refrigerant charge

MODELS

HPW

WM05S

WM06S

WM06M

WM08M

Kg

2.35

2.35

3.0

3.0

HPW

WM10M

WM13M

WM15M

---

Kg

3.0

3.55

3.55

---

The oil to be used when topping up is

EMKARATE RL

32---3MA

or

MOBIL EAL ARTIC 22CC

, if it’s unavailable use

an oil with the same characteristics (see Tab. b and Tab. c).

NEVER MIX DIFFERENT OILS TOGETHER. CLEAN THE

PIPING COMPLETELY BEFORE CHANGING THE TYPE OF

OIL USED.

Tab. b --- EMKARATE RL 32---3MA oil

viscosity at 40

_

C

viscosity at 100

_

C

viscosity index (ISO Grade)

:

:

:

31.2 cST

5.6 cST

32

Tab. c --- MOBIL EAL ARTIC 22CC oil

approx. specific weight (at 15

_

C)

flash point (C.O.C.)

pour point

viscosity index

viscosity at 40

_

C

viscosity at 100

_

C

:

:

:

:

:

:

0.99 kg/l

245

_

C

<---54

_

C

116

23.6 cST

4.7 cST

8.3 --- Dismantling the unit

The machine has been designed and built to ensure continu-

ous operation. The working life of some of the main compon-

ents, such as the fan and the compressor, depends on their

maintenance.

The unit contains substances and components

hazardous for the environment (electronic com-

ponents, refrigerating gases and oils). At the end of

the useful life, when the unit is dismantled, the op-

eration must be carried out by specialized refriger-

ating

 

technicians.

 

The

 

unit

 

must

 

be

 

delivered

 

to

 

suitable

 

cen-

ters

 

specialized

 

for

 

the

 

collection

 

and

 

disposal

 

of

 

equipment

 

containing

 

hazardous

 

substances.

 

The

 

refrigerating

 

fluid

 

and

 

the

 

lubricating

 

oil

 

inside

 

the

 

circuit

 

must

 

be

 

recovered

 

accord-

ing

 

to

 

the

 

laws

 

in

 

force

 

in

 

the

 

relevant

 

country.

8.4

 

---

 

Spare

 

parts

We

 

recommend

 

the

 

use

 

of

 

original

 

spare

 

parts.

 

When

 

placing

 

an

 

order

 

please

 

refer

 

to

 

“Component

 

List”

 

enclosed

 

with

 

the

 

machine

 

and

 

specify

 

the

 

unit

 

model

 

and

 

serial

 

no.

8.5

 

---

 

Regulation (EU) no. 517/2014 (F-gas)

 

Stationary air conditioners placed into the European Com-
munity market and operating 

with fluorinated greenhouse gases  (F- gas, such as R407C, 

R134a, R410A), they have to comply 

since Jan 1, 2015 with the F- gas Regulation (EU) No. 

517/2014. It replaces the Re. (EU) no. 

342/2006, applied since July 4, 2007.

By the way, the refrigerants as R22 are not F- gas 

and their relevant regulation is Reg. (EU) no. 2037/2000.

Following notes have to be considered when 

operating with the above mentioned equipments:

No 842/2006

Fluorinated greenhouse gases are covered by the Kyoto

Protocol.

The  fluorinated  greenhouse  gases  in  this  equipment

should not be vented to the atmosphere.

Referring to the value noted in Annex I and Annex IV of Regu-

lation (EU) No 517/2014 here below the global warming poten-

tial 

(GWP) 

of some major F- gases or mixtures:

R-

R-

GWP   1430

R-

R-

GWP   1774

R-

GWP   2088

Operators of the above mentioned applications

, which contain

fluorinated 

greenhouse gases, shall, using all measures which are

technically feasible and do not entail disproportionate cost:

a. Prevent leakage of these gases and as soon as possible

repair any detected leakage.

b.

Ensure that they are checked for leakage by 

certified 

per

-

sonnel.

c.

Ensure for putting in place arrangements for the proper

recovery by certified personnel.

d. In case of applications containing 5 tons CO

2

 equiva-

lent, i.e. 2.4 kg of R410A (10 tons in case of hermetically

sealed system) or more of F- gases: 

certified 

personnel

and Companies (according to Reg. 303/2008) provides

regular leak testing (according to Reg. 1516/2007 and

Reg. 1497/2007) and maintain records of maintenance

activities in a dedicated log book.

e. Recovery for the purpose of recycling, reclamation

or destruction of the fluorinated greenhouse gases,

pursuant to Art. 8 of the Regulation shall take place

before the final disposal of that equipment and, when

appropriate, during its servicing and maintenance.

Operator, according to Regulation Article 2, point 8, means

the natural or legal person exercising actual power over the

technical functioning of products and equipment covered by

this Regulation. The State may, in 

defined, specific 

situations,

designate the owner as being responsible for the operator’s

obligations. Where large installations are involved, service

companies are contracted to carry out maintenance or servic-

ing. In these cases the determination of the operator depends

on the contractual and practical arrangements between the

parties.

Direct methods of leakage checking approved by the

manufacturer (Reg. 1516/2007 and Reg. 1497/2007)

a. Gas detection device adapted to the refrigerant in the

system;the sensitive of portable gas detection devices (as a

direct test method) shall be at least five grams par year

.

b. Proprietary bubble solutions / soapsuds.

Additional information located into a dedicated label of

unit (Reg. 1494/2007)

a.

Where 

fluorinated 

greenhouse gas is foreseen to be add

-

ed to the equipment outside of the manufacturing site at the

point of installation, a dedicated label accommodates notation

of both the quantity (kg) pre-charged in the manufacturing

plant and of the quantity charged at the installation site as well

as the resulting total quantity of f-gas as a combination of the

above mentioned quantities, in a manner which conforms to

the legibility and indelibility.

Our split units are usually not pre-charged on factory, in this

case the total quantity of refrigerant charged in the unit has

to be written in the relevant label, during the commissioning

operation at the installation site.

b. Our packaged units (not split) operating with f - gas are

usually full charged on factory and the total amount of refrig-

erant charge is already reported on the label. In this case, the

label has no need of further written information.

c.

In generally, the above mentioned information has been

located in the main nameplate of relevant unit.

Summary of Contents for Liebert HPW Series

Page 1: ...Liebert HPW Outdoor Package Cooling System for Mobile Network Access Nodes User Manual English cod 265883 rev 31 01 2019...

Page 2: ......

Page 3: ...nce or spare parts read the identification label placed on the outside and inside of the unit IMPORTANT This manual may be subject to modification for complete and up to date information the user shou...

Page 4: ...g pag 2 4 1 First start up or after a long halt pag 2 4 2 Start up with low outside temperature pag 2 5 Operation pag 3 5 1 Adjustment of the condenser fan speed optional pag 3 5 2 Emergency cooling o...

Page 5: ...cabinet is made of heavy gauge galva nised steel panels painted on both sides with RAL7035 poly ester powder insulated with polyurethane foam fire proof class 1 Fixed panels are secured by water tight...

Page 6: ...hes to ensure a suitable power supply it is possible to start and stop the unit following the instructions here below On the user interface check that the fans are working correctly make sure that the...

Page 7: ...only unit 6 1 1 Control logic The control algorithm is based on a one step adjustment for the mechanical cooling with compressor the control manages all the activation delays so as to ensure the corre...

Page 8: ...3 1 1 2 2 3 Freecooling mode P Band Set Compressor cooling mode P Band _C Cooling Heating 6 5 Alarm control The two alarm contacts available on the terminal board of the electric board are 1 General...

Page 9: ...for units in emergency cooling ver sion 2 Remove the panels necessary for inspecting the refrigerat ing circuit 3 Connect a high efficiency vacuum pump to the needle valves Schr der on the gas and liq...

Page 10: ...sible and do not entail disproportionate cost a Prevent leakage of these gases and as soon as possible repair any detected leakage b Ensure that they are checked for leakage by certified per sonnel c...

Page 11: ...tions connected by refrigerant piping the label information will be on that part of the equipment which is initially charged with the refrigerant In case of a split system separate indoor and outdoor...

Page 12: ...10 0 10 0 10 Evaporator fan DC operative current OA 2 A 2 6 2 6 2 6 2 6 Evaporator fan DC max current FLA 3 A 2 6 2 6 2 6 2 6 Evaporator fan DC starting current LRA A 0 1 0 1 0 1 0 1 Electric heating...

Page 13: ...1 6 1 6 1 6 1 6 7 4 7 4 Evaporator fan DC power input 2 kW 0 10 0 10 0 28 0 45 0 45 0 45 Evaporator fan DC operative current OA 2 A 2 6 2 6 5 8 9 4 9 5 9 5 Evaporator fan DC max current FLA 3 A 2 6 2...

Page 14: ...erative current OA 2 A 9 5 9 5 17 2 16 3 Evaporator fan DC max current FLA 3 A 9 6 9 6 19 2 19 2 Evaporator fan DC starting current LRA A 0 1 0 1 0 1 0 1 Electric heating optional Heating capacity kW...

Page 15: ...rator fan AC power input 2 kW 0 14 0 14 0 14 0 14 Evaporator fan AC operative current OA 2 A 0 7 0 7 0 7 0 7 Evaporator fan AC max current FLA 3 A 0 7 0 7 0 7 0 7 Evaporator fan AC starting current LR...

Page 16: ...fan AC starting current LRA A 1 6 1 6 1 6 1 6 7 4 7 4 Evaporator fan AC power input 2 kW 0 15 0 15 0 47 0 48 0 48 0 48 Evaporator fan AC operative current OA 2 A 0 7 0 7 2 3 2 3 2 3 2 3 Evaporator fan...

Page 17: ...put 2 kW 0 49 0 49 0 78 0 80 Evaporator fan AC operative current OA 2 A 2 4 2 4 3 9 3 9 Evaporator fan AC max current FLA 3 A 2 4 2 4 4 8 4 8 Evaporator fan AC starting current LRA A 9 6 9 6 19 2 19 2...

Page 18: ...oling unit version Differential current protection switch I nn 0 03A Minimum cable sizing 2 poles 4 poles Main line power supply 230V 1Ph 50Hz 400V 3Ph N 50Hz Unit EFC DC line power supply 48VDC main...

Page 19: ...e switch HP STOP 28 0 bar START 20 0 bar fixed settings Manual reset pressing the push button Fan speed controller BV optional SET CUT OFF 21 2 bar standard factory set 15 0 bar optional set MAX SPEED...

Page 20: ...230 60 50 15 828 15 858 100 380 380 380 380 70 370 45 TOP VIEW FRONT VIEW REAR VIEW SX SIDE VIEW DX SIDE VIEW 450 N 5 5 holes 8 for conditioner fixing Electrical supply Conditioned air inlet Condition...

Page 21: ...8 15 828 15 858 60 50 460 1230 100 380 380 380 380 70 450 N 5 5 holes 8 for conditioner fixing TOP VIEW FRONT VIEW REAR VIEW SX SIDE VIEW DX SIDE VIEW Conditioned air inlet Conditioned air outlet Cond...

Page 22: ...960 15 990 1401 445 50 445 100 390 390 390 390 241 1901 N 5 5 holes 8 for conditioner fixing Lift with eye bolts Electrical supply TOP VIEW FRONT VIEW REAR VIEW SX SIDE VIEW DX SIDE VIEW Conditioned...

Page 23: ...60 990 50 640 43 370 970 370 148 100 390 390 390 390 241 N 5 5 holes 8 for conditioner fixing Electrical supply Lift with eye bolts TOP VIEW FRONT VIEW REAR VIEW SX SIDE VIEW DX SIDE VIEW Conditioned...

Page 24: ...nd Operational B E areas 90o D A C E HPW Shelter PROTECTIVE ROOF F HPW A mm B mm C mm D mm E mm F mm S Models min 900 min 3500 800 450 min 500 0 M Models min 900 min 900 932 640 min 2000 0 No minimum...

Page 25: ...pag 21 Fig 6 Lifting system Liebert HPW Liebert HPW WM05 06SO SD Liebert HPW WM06 08 10 13 15MO MD SHACKLES NOT SUPPLIED EYE BOLTS NOT SUPPLIED...

Page 26: ...pag 22 Fig 7 Holes on the wall Liebert HPW models WM05 06SO SD 33 390 17 40 40 140 49 760 49 390 770 390 min 200 mm Installation of 1 unit Installation of 2 units SECTION...

Page 27: ...3 Fig 8 Holes on the wall Liebert HPW models WM06 08 10 13 15MO MD 50 890 50 390 950 390 33 390 40 350 190 min 200 mm Installation of 1 unit Installation of 2 units SECTION 350 107 WM 13 15 57 WM 06 0...

Page 28: ...pag 24 Fig 9 Sealing Liebert HPW models Insulating rubber mounted between the unit and the shelter External sealing with silicone after you have fixed the unit...

Page 29: ...pag 25 Fig 10 Correct procedure for the bending of the air inlet and outlet duct...

Page 30: ...agram Liebert HPW models WM05 06SO SD OUTSIDE INSIDE OUTSIDE INSIDE OUTSIDE INSIDE OUTSIDE INSIDE Freecooling Compressor cooling Freecooling Compressor cooling Exhaust air outlet from left lateral pan...

Page 31: ...m Liebert HPW models WM06 08 10 13 15MO MD Upflow version OUTSIDE Freecooling Compressor cooling OUTSIDE OUTSIDE OUTSIDE Freecooling Compressor cooling Exhaust air outlet from left lateral panel INSID...

Page 32: ...5 6 HP LP 11 POS DESCRIPTION POS DESCRIPTION 1 Compressor 7 Thermostatic expansion valve 2 High pressure switch HP 8 Evaporating coil 3 Condenser fan 9 Evaporator fan 4 Condensing coil 10 Low pressur...

Page 33: ...rd Le Fabricant d clare que ce produit est conforme aux directives Europ ennes El Fabricante declara que este producto es conforme a las directivas Europeas O Fabricante declara que este produto est e...

Page 34: ...red trademarks of Vertiv Co All other names and logos referred to are trade names trademarks or registered trademarks of their respective owners While every precaution has been taken to ensure accurac...

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