Salicru DC POWER-S DC-10-S User Manual Download Page 41

41

SALICRU

Output 

voltage V 

DC

Module

System

Model

Power 

(kW)

Current (A) Current (A)

Power 

(kW)

24

DC-36-S

1

36

36.. 1080

1.. 30

DC-70-S

2

70

70.. 2100

2.. 60

48

DC-18-S

1

18

18.. 540

1.. 30

DC-36-S

2

36

36.. 1080

2.. 60

DC-50-S

2,7

50

50.. 1500

2.7.. 81

110

DC-8-S

1

8

8.. 240

1.. 30

DC-16-S

2

16

16.. 480

2.. 60

DC-22-S

2,7

22

22.. 660

2.7.. 81

125

DC-7-S

1

7

7.. 210

1.. 30

DC-16-S

2

16

15.. 450

2.. 60

DC-20-S

2,7

20

20.. 600

2,7.. 81

220

DC-4-S

1

4

4.. 120

1.. 30

DC-8-S

2

8

8.. 240

2.. 60

DC-10-S

2,7

10

10.. 300

2,7.. 81

Table 5. 

Module and system particular specifications.

Rack cabinet

depth x width x 

height (mm)

Cabinet and 

mechanical parts 

approx. weight 

(kg)

Electrical parts 

approx. weight 

(kg)

Single 

module 

weight (kg) 

 615x615x1320

65

25

(13)

615x815x1320

87

30

615x615x2120

110

35

615x815x2120

145

45

815x815x2120

180

55

NOTE: In the equipments with optional front door increases 35 mm the depth.

(13)

 

Approx. total weight of a system without batteries, add the partial weights of 

the mechanical and electrical parts and to the result add the modules weight, 

considering that the last one is get from multiplying the quantity of modules 

that system has by the single weight of it.

For the battery weight, check the note in the «Packing list».

Table 6. 

Approx. weight calculation of a DC Power-S system.

11.2.  Glossary.

•  AC.-

 It is nominated as alternating current (CA abbre-

viation is Spanish and AC in English) to the electrical 

current in which the magnitude and direction varies 

in a cyclic way. The most common wave shape of the 

alternating current is sinewave, because the energy 

transmission is better. Nevertheless, some applications 

could need other period wave shapes, like triangular or 

square.

•  DC.-

 The direct current (CC in Spanish, DC in English) is the 

continuous electron flow through a cable between two points 

with different potential. Unlike the alternating current (CA in 

Spanish and AC in English), in direct current the electrical 

loads always flow in the same direction from the highest po-

tential point to the lowest one. Although, usually the direct 

current is identified with the constant current (for example the 

one supplied by the battery), it is continuous any current that 

always maintain the polarity.

•  GND.-

 The term ground, as its name states, refers to the po-

tential of the earth surface.

•  Rectifier.-

 In electronic, a rectifier is the element or circuit 

that allows to convert the alternating current into direct cur-

rent. This is done by rectifier diodes, which can be solid state 

semiconductors, vacuum or gassy valves as the mercury 

vapour. Depending on the features of the alternating current 

power supply used, it is classified as single phase, when they 

are fed by a single phase electrical mains, or three phase 

when they are fed by the three phases. Depending on the 

rectification type, they can be half wave, when only one of the 

current semi-cycles is used, or full wave, where both semi-

cycles are used.

•  The thyristor  (gt.: gate).-

 is an electronic component based 

on semiconductors elements that uses the internal feedback 

to make a switching. The materials, which is based on, are 

semiconductor type, so it means, depending on the tempera-

ture that they are they can work as isolators or conductors. 

They are unidirectional devices because the current can only 

flow in one direction. Usually they are used in electrical power 

control.
Some power supplies are defined as thyristor and silicon 

controlled rectifier (SCR) synonyms; 1 others define the SCR 

as a thyristor type, the same as for the DIAC and TRIAC de-

vices.

•  Battery.-

 It is a device able to store energy in a chemical 

way and, later on, by using electrochemical procedures to 

produce electrical energy. This cycle can be repeated for a 

determined number of times. It is a secondary electrical gen-

erator; so it means, a generator, which can't work if electricity 

has not been supplied previously, by means of the so-called 

charge procedure.

•  Interface.-

 In electronic, telecommunications and hardware, 

an interface (electronic) is the port (physical circuit) through 

which are sent or received signals from a system or subsys-

tems toward others.

•  LCD.- 

LCD acronym of Liquid Crystal Display, device in-

vented by Jack Janning, who was employee of NCR. It is an 

electric system of data presentation based on 2 transparent 

conductor layers and in the middle a special crystal liquid that 

have the capacity to orientate the light when trespassing.

•  LED.-

 LED acronym of Light Emitting Diode, is a semicon-

ductor device (diode) that emits light almost monochrome 

with a very narrow spectrum, it means, when it is direct polar-

ized and it is crossed by an electric current. The colour, (wave 

longitude), depends on the semiconductor material used in 

its construction, being able to vary from the ultraviolet one, 

going through the visible spectrum light, to the infrared, re-

ceiving these last ones the denomination of IRED (Infra Red 

Emitting Diode).

•  Circuit breaker.-

 A circuit breaker or switch, is a device ready 

to break the electrical current of a circuit when the maximum 

set values are exceeded.

Summary of Contents for DC POWER-S DC-10-S

Page 1: ...OWER SUPPLY UPS LIGHTING FLOW DIMMER STABILIZERS ILUEST SWITCH MODE POWER SUPPLY STATIC INVERTERS PHOTOVOLTAIC INVERTERS VOLTAGE STABILIZERS AND POWER LINE CONDITIONERS USER S MANUAL DC POWER SYSTEMS...

Page 2: ......

Page 3: ...and or X5A 7 5 Connection of the system with the battery set or cabinet Terminals X11 X12 and X47 X48 7 6 Connection to AC mains Terminals X1 X2 X3 and X4 7 7 Connection of the loads 7 7 1 No DC outg...

Page 4: ...or specifi cally authorised Although no effort has been spared to guarantee that the information in this manual is complete and accurate we are not responsible of any errors or omissions that may exi...

Page 5: ...e mandatory to endow it with the appro priate protection degree either with an individual metallic enclosure or integrated in a cabinet together with other equip ments that belong to the installation...

Page 6: ...Reference Standard IEC EN 60950 1 Information technology equipment Safety Part 1 General requirements IEC EN 61204 3 DC low voltage supply devices Part 3 Electromagnetic Compatibility EMC The manufac...

Page 7: ...nderstanding of the instal lation and or commissioning and shutdown procedures of the system The DC Power S system can be supplied in the following ver sions 19 Subrack with 4 U height and designed to...

Page 8: ...to not break the earthed pole As terminal block in the DC outgoing distribution with floating output will be used the own terminals of the protections For outputs positive or negative earthed the term...

Page 9: ...2 t1 RU Mrect Fig 4 Case with casters view AS1 t1 Mrect Mcont AS2 t2 F Q1A F Q1B 1 F Q2B 2 F Q2A F Q3 F Q2 F Q6A 6 TC t4 t3 Mcom TB X40 X46 X6 X9 X11 X12 X1 X4 X5 R N For three phase mains R S T N X1...

Page 10: ...AS1 F Q1A F Q1B 1 F Q2B 2 F Q2A F Q3 F Q2 F Q6A 6 TC t4 t3 Mcom TB X40 X46 X6 X9 X11 X12 X1 X4 X5 R N For three phase mains R S T N X1 X2 X3 X4 PR PR PR Fig 6 Front view of a system in a 605x805x1315...

Page 11: ...Mcont AS2 t2 F Q1A F Q1B 1 F Q2B 2 F Q2A F Q3 F Q2 F Q6A 6 TC t4 TC t4 t3 TB Mcom X40 X6 X9 X11 X12 X1 X4 X5 R N For three phase mains R S T N X1 X2 X3 X4 PR PR PR Fig 7 Front view of a system in a 6...

Page 12: ...nt AS2 AS1 F Q1A F Q1B 1 F Q2B 2 F Q2A F Q3 F Q2 F Q6A 6 TC t4 TC t4 t3 TB Mcom X40 X46 X6 X9 X11 X12 X1 X4 X5 R N For three phase mains R S T N X1 X2 X3 X4 Fig 8 Front view of a system in a 605x805x2...

Page 13: ...13 SALICRU TC t4 TC t4 TC t4 t3 TB X47 X48 X5A F Q8 X43 X25A PR PR PR Fig 9 Front view of 605x605x1315 mm battery cabinet...

Page 14: ...14 TC t4 TC t4 TC t4 t3 TB X47 X48 X5A F Q8 X43 X25A PR PR PR Fig 10 Front view of 605x805x1315 mm battery cabinet USER MANUAL...

Page 15: ...15 SALICRU TC t4 TC t4 TC t4 t3 TB X47 X48 X5A F Q8 X43 X25A PR PR PR Fig 11 Front view of 605x605x2115 mm battery cabinet...

Page 16: ...16 TC t4 TC t4 TC t4 t3 TB X47 X48 X5A F Q8 X43 X25A PR PR PR Fig 12 Front view of 605x805x2115 mm battery cabinet USER MANUAL...

Page 17: ...17 SALICRU 4 1 1 Dimensional drawings Rectifier module dimensions 19 subrack dimensions Table top case dimensions...

Page 18: ...18 Case with casters dimensions Cabinet dimensions 605x605x1315 mm 605x805x1315 mm USER MANUAL...

Page 19: ...19 SALICRU Dimensions for equipment cabinets or batteries regardless illustration 605x605x2115 mm 605x805x2115 mm 805x805x2115 mm Fig 13 Dimensional drawings...

Page 20: ...ary contact terminals general outgoing distri bution protection F Q2 3 X46A 46 Auxiliary contact terminals single outgoing distribu tion protection F Q6A 6 3 X47 Positive battery terminal in the batte...

Page 21: ...tifier and or battery cabinet op tional PF1 Fixing points at the front of the subrack PF2 Fixing points of the telescopic guide GS of the sub rack PI Elevator parts feet PR Cable gland for cable entry...

Page 22: ...code type 2 147 Last three characters of the battery code type 1 AB Letters of the battery family 4 Quantity of batteries in one string 4x Quantity of battery strings of type 2 in parallel Omit when t...

Page 23: ...r without batteries but ready to install them space and accessories are supplied 5 0A It means rectifier without batteries accessories to install them are not supplied 6 S Series of the equipment MOD...

Page 24: ...re of the rectifiers and the capacity of storing energy in the batteries for long back up times makes the DC Power S appropriate for different kind of high technology ap plications All rectifiers are...

Page 25: ...g function and Smart mode Usually the system is sized to the estimated power of the loads plus the battery charging current and finally the redundant mod ules are added to the system But in most of th...

Page 26: ...o the configura tion in both cabinets Battery protection is fitted in the system cabinet and it is identified in the manual as F Q3 and the battery cabinet s as F Q8 Each cabinet will al ways have its...

Page 27: ...foam PE and anti static plastic bag Fig 17 Unpacking process of system in a cabinet Subrack or case system Cardboard packaging expanded polystyrene corners EPS polyethylene bag and polyester strip Sy...

Page 28: ...the quantity of modules that system has by the single weight of it For the battery weight check the note in the Packing list Table 1 Approx weights fractioned cabinet DC Power S Systems with flooded b...

Page 29: ...the front of the equipment PF1 allows it mechanical fixing to the cabinet Proceed as follows by means of two operators interven tion Depending on the case remove the rear and side cover s or open the...

Page 30: ...about 3 cm Fig 18 shows the mechanization in the base of the 600x800 and 800x800 mm cabinet bottom cabinet view Put the equipment and or battery cabinet over the mech anised floor Fix the cabinet bas...

Page 31: ...in case there were an external battery set When the protection is done by means of fuses they are sup plied inserted in the fuse holder because the batteries are not supplied already fitted in the ca...

Page 32: ...sk of electrical discharges As an example and mere guide for the end user figures 5 to 8 show the quantity of N rectifier modules connected in parallel with the most frequent requested devices and opt...

Page 33: ...output protection is determined and es tablished as follows Floating output two poles protection Positive pole connected to earth single pole protection in the negative pole Negative pole connected t...

Page 34: ...ts homologous F Q8 in the battery cabinet in case there were an external battery set Outgoing distribution By default to the protection terminals Connect the positive of the loads to the single pole p...

Page 35: ...s the protection will be single pole there will be only one group of terminals for the auxiliary contact X42 corresponding to the alive pole the one not connected to earth Table 2 Correlation between...

Page 36: ...as follows In cabinets sharing the DC Power S and batteries The probe is pre connected from factory to the com munication module and bridled to the frame of the cabinet at the height of one of the bat...

Page 37: ...tput protections F Q2B F Q2 for each module turn them On Turn the general output protection F Q2A to On Output switch of the system IS NOT A LOAD BREAK TYPE SWITCH Turn the output or general outgoing...

Page 38: ...that the rectifier is working at maximum current conditions The recti fier is self limited and it gives the maximum power that it can supply c Alarm indication due to over temperature short circuit or...

Page 39: ...hot and it is only needed to check the features of the new module to be inserted in the system are iden tical to the removed rectifier Once the new module is fitted in the operative system it will be...

Page 40: ...buci n de salida Circuit breaker Option COMMUNICATION AND ALARMS Slot Yes one as standard pre wired SNMP Telemaintenance NIMBUS option DB9 connector COM1 RS232 With NIMBUS unit it is inhibited DB9 con...

Page 41: ...one by rectifier diodes which can be solid state semiconductors vacuum or gassy valves as the mercury vapour Depending on the features of the alternating current power supply used it is classified as...

Page 42: ...42 USER MANUAL...

Page 43: ...43 SALICRU...

Page 44: ...NCIA VALLADOLID ZARAGOZA BRANCHES AND SERVICES AND TECHNICAL SUPPORT S T S CHINA FRANCIA HUNGR A MARRUECOS M XICO PORTUGAL REINO UNIDO SINGAPUR SUBSIDIARIES ALEMANIA ARABIA SAUD ARGELIA ARGENTINA B LG...

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