background image

www.pulsar.pl 

                  HPSB series 

 

 

Features: 

 

 

supply voltage ~200 

– 240 V 

 

DC 13,8 V; 27,6 V or 54 V uninterruptible power 
supply 

 

available versions with space for 

7 Ah 

– 65 Ah

 

batteries

 

 

available versions with current efficiencies 

13,8 V: 2A/3A/5A/7A/10A/15A/20A 
27,6 V: 2A/3A/5A/7A/10A  
54 V: 3A/5A 

 

high efficiency (up to 90%) 

 

battery charging and maintenance control 

 

battery charging current jumper selectable  
(models with charging current adjustment) 

 

 

LED optical indication 

 

deep discharge battery protection (UVP) 

 

battery output protection against short circuit 
and reverse connection 

 

protections: 

o

  SCP short-circuit protection 

o

  OLP overload protection 

o

  over voltage protection 

o

  surge protection 

o

  against sabotage: unwanted enclosure 

opening 

 

warranty 

– 2 years from the production date 

 

 
 

TABLE OF CONTENTS: 
1. Technical description. 

1.1. General description 
1.2. Block diagram 
1.3. Description of components and connectors 
1.4. Specifications 

2. Installation. 

2.1. Requirements 
2.2. Installation procedure 

3. Operating status indication. 

3.1. Optical indication 

4. Maintenance 
 
 
 
1. Technical description. 
 

1.1. General description. 

Switch mode buffer power supply units HPSB are intended for continuous power supply to devices that require 

stabilised voltage of 12, 24 or 48 V 

DC (±15%). 

 

Displaying parameters of the power supply:

 

PSU’s name 

Output voltage 

Output current max. 

Charging current 

HPSB-12V2A-B 

13,8 V 

2,5 A 

0,5 A 

HPSB-12V3A-B 

13,8 V 

3,5 A 

0,5 A 

HPSB-12V3A-C 

13,8 V 

3,5 A 

0,5 A 

HPSB-12V5A-C 

13,8 V 

5,5 A 

0,5 / 1 A 

HPSB-12V7A-C 

13,8 V 

7 A 

1 / 2 A 

HPSB-12V10A-C 

13,8 V 

10 A 

1 / 4 A 

HPSB-12V15A-D 

13,8 V 

15 A 

2 / 4 A 

HPSB-12V20A-E 

13,8 V 

20 A 

2 / 4 / 8 A 

HPSB-24V2A-B 

27,6 V 

2,2 A 

0,2 / 0,5 A 

HPSB-24V3A-B 

27,6 V

 

3,5 A 

0,5 / 1 A 

HPSB-24V5A-C 

27,6 V

 

5 A 

0,5 / 2 A 

HPSB-24V7A-C 

27,6 V

 

7 A 

1 / 2 A 

HPSB-24V10A-D 

27,6 V

 

10 A 

1 / 2 / 4 A 

HPSB-48V3A-B 

54 V 

3 A 

0,5 / 1 A 

HPSB-48V5A-C 

54 V 

5 A 

0,5 / 1 / 2 A 

Total current of the rec battery charging current mustn’t cross maximum current of power supply. 

 

In  case  of  power  failure,  a  battery  back-up  is  activated  immediately.  The  PSU  is  constructed  based  on  the  switch 
mode  PSU,  with  high  energy  efficiency.  The  PSU  is  housed  in  a  metal  enclosure  (colour  RAL  9003)  which  can 
accommodate a battery (batteries). A micro switch indicates door opening (front cover).

 

 

 
 
 
 

Summary of Contents for HPSB Series

Page 1: ...USER MANUAL EN Edition 1 from 24 11 2020 Supersedes the edition Power supplies HPSB series Buffer switched mode power supply...

Page 2: ...l indication 4 Maintenance 1 Technical description 1 1 General description Switch mode buffer power supply units HPSB are intended for continuous power supply to devices that require stabilised voltag...

Page 3: ...utput voltage adjustment 3 Connector to external LED indicators 4 The output of the PSU V V 5 Battery terminals B B 6 L N power supply connector 230V AC protection connector 7 Selection jumper for cha...

Page 4: ...module models 12V10A 24V5A 48V3A Fig 2d View of power supply module models 12V15A 24V7A Fig 2e View of power supply module models 12V20A 24V10A 48V5A Table 2 View of PSU see Fig 3 Element no Descripti...

Page 5: ...www pulsar pl HPSB series 5 Fig 3 View of PSU 1 4 Specifications electrical parameters tab 3 mechanical parameters tab 4 operation safety tab 5 operating parameters tab 6...

Page 6: ...h 17Ah 17Ah 40Ah 65Ah Jumper selectable battery charging current 0 5 A 0 5 A 0 5 A I1 0 5 A I2 1 A I1 1 A I2 2 A I1 1 A I2 4 A I1 2 A I2 4 A I1 2 A I2 4 A I3 8 A Net gross weight 1 1 1 kg 1 3 1 4 kg 1...

Page 7: ...Jumper selectable battery charging current I1 0 2 A I2 0 5 A I1 0 5 A I2 1 A I1 0 5 A I2 2 A I1 1 A I2 2 A I1 1 A I2 2 A I3 4 A I1 0 5 A I2 1 A I1 0 5 A I2 1 A I3 2 A Net gross weight 1 8 1 9 kg 2 3 2...

Page 8: ...sation Vibrations during operation unacceptable Impulse waves during operation unacceptable Direct insulation unacceptable Vibrations and impulse waves during transport Wg PN 83 T 42106 2 Installation...

Page 9: ...circuit is UNACCEPTABLE It can cause a device failure or an electric shock 3 Check output voltage and adjust if necessary using potentiometer see table displaying parameters of the power supply 4 Con...

Page 10: ...ers WEEE LABEL Waste electrical and electronic equipment must not be disposed of with normal household waste According to the European Union WEEE Directive waste electrical and electronic equipment sh...

Reviews: