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www.pulsar.pl   

 

 

 

PSBEN10A12C  

 

 

 

    

BLACK POWER

 

 
 

31 

8.  Technical parameters.  

 
Electrical parameters (Table 13). 
Mechanical parameters (Table 14). 
Safety of use (Table 15). 
 

Table 13. Electrical parameters. 

PSU type 

A, protection class 1

÷3, 

II environmental class

 

Mains supply 

230V AC  50Hz (-15%/+10%) 

Current consumption 

1,1 A  

PSU’s power 

146 W 

Efficiency 

80% 

Output voltage 

11 V÷ 13,8 V DC – buffer operation 
10 V÷ 13,8 V DC – battery-assisted operation 

Output current  

- for grades 1, 2:  

 

 

 

Io = 1,4A + 3A battery charging 

- for grade 3: 

 

 

Io = 0,56A + 3A battery charging - 

(connection with 

ARC required, compliant with 9.2 

– EN 50131-1) 

 

Io = 0,28A + 3A battery charging 

- for general use: 
           Io = 10A + 0,6A battery charging 
 

Io = 9,1A + 1,5A battery charging 

 

Io = 8,4A + 2,2A battery charging 

 

Io = 7,6A + 3A battery charging 

Output voltage adjustment range 

12 V÷ 14,5 V  

Ripple voltage 

120 mV p-p max. 

Current consumption by the PSU systems 
during battery-assisted operation 

I = 22 mA 

Battery charging current 

0,6A/1,5A/2,2A/3A 

– I

BAT 

jumper selectable

 

Low battery voltage indication 

Ubat < 11,5V, during battery-assisted operation 

Surge protection 

varistors 

Over voltage protection OVP 

U>15,5V, disconnection of the output voltage (AUX+ 
disconnection), automatic return 

 

Short circuit protection SCP 

Electronic 

–  current limitation and / or F

BAT

 fuse failure in the 

battery circuit (requires fuse replacement) 
Automatic return

 

Overload protection OLP 

Program - equipment 

Battery circuit protection SCP and reverse 
polarity connection 

T10A- current limiting, F

BAT

 fuse (failure requires fuse-element 

replacement)

 

Deep discharge battery protection UVP 

U<10

V (± 2%) – disconnection (-BAT) of the battery, 

configuration with jumper P

BAT

 

Indication of opening the cover of the power 
supply or detachment from the ground 

Micro switch TAMPER 

Technical outputs: 
- EPS FLT; output indicating AC power failure 
 
- APS FLT; output indicating battery failure 
 
- PSU FLT; output indicating PSU failure  
 

- type 

– electronic, max 50mA/30V DC, galvanic isolation 

1500V

RMS

 

- time lag, approx. 5s/140s/17m/2h 20m (+/-5%) 
- type 

– electronic, max 50mA/30V DC, galvanic isolation 

1500V

RMS

 

- type 

– electronic, max 50mA/30V DC, galvanic isolation 

1500V

RMS

 

EXT IN technical input 

Voltage ’on’ –  10÷30V DC 
Voltage ’off’ –  0÷2V DC 
Level of galvanic isolation: 1500V

RMS

 

Optical indication: 

LEDs on the PSU’s PCB, 

- LED panel 

  output current readings 

  output voltage readings 

 

failure codes with history

 

Acoustic indication: 

- piezoelectric indicator ~75dB /0,3m, switchable via jumper

 

F

BAT 

fuse

 

F

MAIN 

fuse 

T 10A / 250V 
T 6,3A / 250V

 

Additional accessories 

(not included)

 

- USB-

TTL ‘INTU’ interface;  USB-TTL communication 

RS485 ‘INTR’ interface: RS485 communication 

Summary of Contents for PSBEN 10A12C

Page 1: ...PSBEN 10A12C v 1 1 PSBEN 13 8V 10A 17Ah EN Buffer switch mode power supply unit EN Edition 6 from 02 02 2015 Supercedes edition 5 from 18 06 2014 LED Version...

Page 2: ...ss Adr applies to cooperation with PowerSecurity 19 5 3 4 Setting the transmission speed trS applies to cooperation with PowerSecurity 20 5 3 5 Setting the parity of the transmission trP applies to co...

Page 3: ...ww pulsar pl PSBEN10A12C BLACK POWER 3 8 TECHNICAL PARAMETERS 31 TABLE 13 ELECTRICAL PARAMETERS 31 TABLE 14 MECHANICAL PARAMETERS 32 TABLE 15 SAFETY OF USE 32 9 TECHNICAL INSPECTIONS AND MAINTENANCE 3...

Page 4: ...overcharge protection battery output protection against short circuit and reverse polarity connection jumper selectable battery charging current 0 6A 1 5A 2 2A 3A remote battery test additional module...

Page 5: ...YES YES No battery charge YES YES Low output voltage YES YES High output voltage YES YES PSU failure YES YES Surge protection YES YES Short circuit protection YES YES YES YES Overload protection YES Y...

Page 6: ...g Centre ARC in accordance with 9 2 EN 50131 1 standard Output current 0 28A 3A battery charge General use if the PSU is not mounted in an installation complaint with the EN 50131 standard the accepta...

Page 7: ...ACK POWER 7 3 2 Block diagram The PSU is manufactured based on a high duty system of DC DC converter The microprocessor system is responsible for full diagnostics of the PSU and battery parameters Fig...

Page 8: ...utton disconnection of the PSU during battery assisted operation pin activation of the acoustic indication indication on indication off Caption jumper on jumper off VADJ potentiometer DC voltage adjus...

Page 9: ...no Description Insolation transformer PSU board see Tab 1 fig 2 TAMPER micro switch contacts of tamper resistance NC FMAINS fuse in the supply circuit 230V AC L N power supply connector 230V AC PE pro...

Page 10: ...cables 230VAC to L N terminals of the PSU Connect the ground wire to the terminal marked by the earth symbol PE Use a three core cable with a yellow and green PE protection wire to make the connectio...

Page 11: ...e total current efficiency of the PSU 12 Once the tests are completed close the PSU cover Table 3 Operation parameters Environmental class II Operating temperature 10 C 40 C Storing temperature 20 C 6...

Page 12: ...g 5 Control panel Table 5 The description of the buttons and LEDs of the LED panel Description Additional information moves the pointer on the screen next screen selection selection approval red LED i...

Page 13: ...The voltage indicator displays the measured output voltage at the AUX output If the voltage drops below 13V during operation with activated battery test or exceeds 14 7V the PSU will indicate a failur...

Page 14: ...atically displayed if the memory has more failures pressing the OK button will result in displaying subsequent codes the parameter on the display marks the end of the list of failures 5 2 4 Current fa...

Page 15: ...re code will be automatically displayed if the memory has more failures pressing the OK button will result in displaying subsequent codes the parameter on the display marks the end of the list of fail...

Page 16: ...ow battery voltage APS FLT the battery voltage has dropped below 11 5V during battery assisted operation F11 Low battery volt off APS FLT the battery voltage has dropped below 10V during battery assis...

Page 17: ...mbols Symbol Description Additional information Battery test tSt On battery test on OFF battery test off Sections 5 3 1 LED display dimmer On dimmer ON OFF dimmer OFF Sections 5 3 2 Communication addr...

Page 18: ...your choice with the OK button in order to return to the main menu simultaneously press the rightmost and leftmost buttons on the LED panel Deactivating activating the test with the STOP button on the...

Page 19: ...mer on OFF dimmer off confirm by pressing OK in order to return to the main menu simultaneously press the rightmost and leftmost buttons 5 3 3 Setting the communication address Adr applies to cooperat...

Page 20: ...ess parity and speed should have the same settings for both the PSU and the PowerSecurity program The PSU has preset transmission parameters of 115200 baud 8E1 However if it is connected to the networ...

Page 21: ...he panel use the or buttons in order to set the required communication mode 8N2 8E1 factory setting 8O1 confirm by pressing OK in order to return to the main menu simultaneously press the rightmost an...

Page 22: ...ndicates the PSU failure Under normal status during correct operation the output is close In case of a failure the PSU will switch the output into the open state Any failures can be triggered by the f...

Page 23: ...tee a correct cooperation between the module and the EXT IN input the VEXT jumper must be on and the connections are to be made accordingly to the diagram below Fig 11 Example of a connection with the...

Page 24: ...ted by the OVP yellow LED on the PCB board and the PSU FLT output 5 9 PSU overload The PSU is fitted with the LED OVL overload on the PCB and indicator on the LED panel informing about output overload...

Page 25: ...ns voltage The protection mode is off when the PBAT jumper is removed Caution Deactivating of the UVP function is not recommended since a deep discharge of the battery limits its capability of storing...

Page 26: ...rging time The PSU has a battery circuit charged with direct current The current selection is done with use of the IBAT jumpers The table below shows how long does it take to charge a fully discharged...

Page 27: ...power supply unit power supply current consumption used for the calculation of standby time should be taken into account see section 6 4 7 1 Communication via the USB TTL interface The easiest way of...

Page 28: ...g against adverse environmental conditions Fig 14 Ethernet network communication using the RS485 INTRE interface 7 3 The Wi Fi wireless communication The Wi Fi wireless communication can be implemente...

Page 29: ...inst adverse environmental conditions Fig 16 The Wi Fi communication using the RS485 WIFI INTRW interface 7 4 RS485 network communication Another type of network communication is the RS485 communicati...

Page 30: ...f the program into smaller areas depending on the number of monitored power supplies The program is equipped with manager mode which allows the grouping of power supplies for easier analysis and orien...

Page 31: ...hort circuit protection SCP Electronic current limitation and or FBAT fuse failure in the battery circuit requires fuse replacement Automatic return Overload protection OLP Program equipment Battery c...

Page 32: ...or RAL 9005 black Closing Cheese head screw x2 at the front lock assembly possible Terminals Supply 0 63 2 50 AWG 22 10 Outputs 0 51 2 AWG 24 12 BAT battery outputs 6 3F 2 5 30cm Notes The enclosure d...

Page 33: ...require any specific maintenance however its interior should be cleaned with compressed air if it is used in dusty conditions In case of fuse replacement use only compatible replacement parts Technica...

Page 34: ...epted the manufacturer is obliged to provide warranty repairs at the earliest convenience however not later that within 14 days from the delivery to the service centre of the manufacturer 6 The repair...

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