Pulsar HPSBOC 7012C User manual

HPSBOC 7012C
v.1.0
HPSBOC 13,8V/6A/17Ah/OC
Buffer, switch mode power supply unit
with automatic operation control.
EN
Edition: 1 from 22.01.2013
Supercedes:

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Features:
•DC 13,8V/6A uninterruptible power supply
•fitting battery: 17Ah/12V
•wide range of mains supply: 176÷264V
•high efficiency 80%
•battery charging and maintenance control
•excessive discharging (UVP) protection
•jumper selectable battery charge current 1A/2A
•battery output full protection against short-circuit
and reverse polarity connection
•LED indication
•FAC technical output indicating AC power loss
•FPS technical output indicating PSU failure
•FLB technical output indicating battery low
voltage
•protections:
• SCP short-circuit protection
• OVP overvoltage protection
• overvoltage protection
• against sabotage
• overload protection (OLP)
•warranty – 3 year from the production date
CONTENTS:
1. Technical description.
1.1 General description
1.2 Block diagram
1.3 Description of PSU components and connectors.
1.4 Specifications
2. Installation.
2.1 Requirements
2.2 Installation procedure
3. Operating status indication.
3.1 LED indication of operating status
3.2 Technical outputs
4. Operation and use.
4.1 Overload or short circuit of the PSU output (SCP on)
4.2 Battery-assisted operation
4.3 Maintenance
1. Technical description.
1.1 General description.
A buffer PSU is intended for an uninterrupted supply to devices requiring stabilised voltage of 12 V DC
(+/-15%). The PSU provides voltage of U=13,8 V DC. Current efficiency:
1. Output current 6A + 1A battery charge
2. Output current 5A + 2A battery charge
Total device current + battery: 7A max.
In case of power decay, 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 17Ah/12V battery. A micro switch indicates door opening (front cover).
OPTIONAL POWER SUPPLY CONFIGURATIONS:
(visualisation available at: www.pulsar.pl)
BATTERY 17Ah:
1. Buffer power supply unit HPSBOC 13,8V/4x1,5A/17Ah.
- HPSBOC7012C + LB4 4x1,5A (AWZ576) + 17Ah
2. Buffer power supply unit HPSBOC 13,8V/6x1,0A/17Ah.
- HPSBOC7012C + LB8 6x1,0A (AWZ580 or AWZ579) + 17Ah
3. Buffer power supply unit HPSBOC 13,8V/8x0,5A/17Ah.
- HPSBOC7012C + LB8 8x0,5A (AWZ578 or AWZ580) + 17Ah
4. Buffer power supply unit HPSBOC 13,8V/12V/5A/17Ah.
- HPSBOC7012C + RN500 (13,8V/12V) + 17Ah
5. Buffer power supply unit HPSBOC 13,8V/12V/4x1A/17Ah.
- HPSBOC7012C + RN500 (13,8V/12V) + LB4x1A (AWZ575 or AWZ576) +17Ah

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6. Buffer power supply unit HPSBOC 13,8V/(5V÷7,4V)/2A/17Ah.
- HPSBOC7012C + DCDC20 (5V÷7,4V/2A) + 17Ah
BATTERY 7Ah:
1. Buffer power supply unit HPSBOC 13,8V/12x0,5A/7Ah.
- HPSBOC7012C + LB4 4x0,5A (AWZ574 or AWZ576) + LB8 8x0,5A (AWZ578 or AWZ580) + 7Ah
2. Buffer power supply unit HPSBOC 13,8V/12V/5x1A/7Ah.
- HPSBOC7012C + RN500 (13,8V/12V) + LB8 5x1A (AWZ580 or AWZ579) + 7Ah
3. Buffer power supply unit HPSBOC 13,8V/(2x5V÷7,4V/2x2A)/7Ah.
- HPSBOC7012C + 2 x DCDC20 (2x5V÷7,4V/2x2A) + 7Ah
4. Buffer power supply unit HPSBOC 13,8V/(5V÷7,4V/4x0,5A)/7Ah.
- HPSBOC7012C + DCDC20 (5V÷7,4V/2A) + LB4x0,5A (AWZ574 or AWZ576) + 7Ah
1.2 Block diagram (fig.1)
Fig.1. The block diagram of the PSU.
1.3 Description of the module’s components and connectors.
Table 1. Elements of the module’s (see fig. 2).
Element no. Description
[1] LED indicating presence of AC power
[2] LED indicating presence of DC power
[3] LED indicating correct battery voltage
[4] FAC- AC absence technical output – relay type
[5] FAC- AC absence technical output – OC type
[6] FPS- output indicating DC absence/PSU failure - OC type
[7] FLB- output indicating battery low voltage - OC type
[8] V
ADJ
- potentiometer, DC voltage adjustment
[9] +V ,-V- DC supply output
[10] L-N 230V/AC power connector, PE protection connector
[11] Connector of extra LED indication
[12] LED indication
on the front panel
[13] Battery connectors: +BAT =red, - BAT = black
[14]
Battery charging current selection
•IBAT = Ibat =1A
•IBAT = Ibat =2A
Legend: dip switch installed dip switch removed

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Fig. 2. The view of the PSU.
Description of PSU components and connectors (tab.2, fig.3).
lement no.
[Fig. 3] Description
[1] PSU module
[2] TAMPER, contact, sabotage protection (NC)
Tab.3. Output terminals of the PSU.
Fig.3. The view of the PSU.

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1.4 Specifications:
- electrical parameters (tab.3)
- mechanical parameters (tab.4)
- operation safety (tab.5)
- operating parameters (tab.6)
Electrical parameters (tab. 3)
Mains supply 176÷264V AC
Current up to 0.95A@230VAC
Supply power 100W max.
Efficiency 80%
Output voltage 11V÷ 13,8V DC – buffer operation
9,5V÷13,8V DC – battery-assisted operation
Output current 6 A + 1A battery charge
5 A + 2A battery charge
Output current t
AMB
<30°C 6 A + 1,0A battery charge - refer to chart 1
5A + 2,0A battery charge - refer to chart 1
Output current t
AMB
=40°C 4,9 A + 1A battery charge - refer to chart 1
3,9 A + 2A battery charge - refer to chart 1
Voltage adjustment range 12÷14VDC
Ripple 120mV p-p max.
Battery charge current
1A or 2A max. @ 17Ah (± 5%) – jumper selectable
Short-circuit protection SCP Electronic, automatic recovery
Overload protection OLP 105-150% of power supply, automatic recovery
Battery circuit protection SCP and reverse
polarity connection polymer fuse
Surge protection varistors
Overvoltage protection OVP
>16V (automatic return)
Excessive discharge protection UVP U<9,5 V (± 5%) – disconnect of connection battery
Tampering protection system:
- TAMPER – indicating unwanted opening of the
PSU’s enclosure
- a microswitch, NC contacts (enclosure closed)
0,5A@50V DC (max.)
LED indication:
- AC diode indicating AC power status
- AUX diode indicating DC power status at
the PSU output
- red, normal status – on, failure: off
- green, normal status – on, failure: off
Technical outputs:
- FAC; output indicating AC power failure
- FPS; output indicating DC absence/PSU failure
-FLB output indicating battery low voltage
- relay type: 1A@ 30VDC/50VAC, time lag: approx. 10s.
CAUTION! In Fig.2. the contact set in the potential-free
status corresponds to a state with no AC power (AC
power failure).
- OC type, 50mA max., normal status: L (0V) level,
failure: hi-Z level, time lag: 10s.
- OC type, 50mA max., normal status: L (0V) level,
failure: hi-Z level
- OC type, 50mA max., normal status: (U
BAT
>11,5V): L
(0V) level,
failure: (U
BAT
<11,5V): hi-Z level
Mechanical parameters (tab. 4)
Enclosure dimensions 285 x 297 x 80 +8 (280 x 292 x 80) (WxHxD)
Fixation See figure 2
Fitting battery 17Ah/12V (SLA) max.
Net/gross weight 2,37kg / 2,57kg
Enclosure Steel plate, DC01 0,7mm colour: RAL 9003
Closing Cheese head screw x 2 (at the front), (lock assembly possible)
Connectors Power supply: Φ0,63-2,50 (AWG 22-10)
Outputs: Φ0,63-2,50 (AWG 22-10), battery output BAT: 6,3F-2,5
TAMPER output: wires
Notes The enclosure does not adjoin the assembly surface so that cables can be led

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Operation safety (tab.5)
Protection class PN-EN 60950-1:2007 I (first)
Protection grade PN-EN 60529: 2002 (U) IP20
Electrical strength of insulation:
- between input and output circuits of the PSU (I/P-O/P)
- between input circuit and PE protection circuit (I/P-FG)
- between output circuit and PE protection circuit (O/P-FG)
3000 V/AC min.
1500 V/AC min.
500 V/AC min.
Insulation resistance:
- between input circuit and output or protection circuit 100 MΩ, 500V/DC
Operating parameters (tab.6)
Operating temperature -10ºC...+40ºC (see: chart 1)
Storage temperature -20ºC...+60ºC
Relative humidity 20%...90%, without condensation
Vibrations during operation unacceptable
Impulse waves during operation unacceptable
Direct insulation unacceptable
Vibrations and impulse waves during transport According to PN-83/T-42106
Chart 1. Acceptable output current from the PSU depending on ambient temperature.
2. Installation.
2.1 Requirements.
The buffer PSU shall be mounted by a qualified installer with appropriate permissions and qualifications for
230V/AC installations and low-voltage installations (required and necessary for a given country). The device shall
be mounted in confined spaces, according to the environment class II, with normal air humidity (RH=90% max.
without condensation) and the temperature from -10°C to +40°C. The PSU shall work in a vertical positi on that
guarantees sufficient convectional air-flow through ventilating holes of the enclosure.
Before installation, prepare a PSU load balance.
1. Output current 6,0A + 1,0A battery charge
2. Output current 5,0A + 2,0A battery charge
Total device current + battery: 7A max.
As the PSU is designed for a continuous operation and is not equipped with a power-switch, therefore an
appropriate overload protection shall be guaranteed in the power supply circuit. Moreover, the user shall be
informed about the method of unplugging (usually through assigning an appropriate fuse in the fuse-box). The
electrical system shall follow valid standards and regulations.

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RED LED:
•on – the PSU is supplied with 230V AC
•off – no 230V AC supply
GREE LED:
•on – DC voltage in the AUX output of the PSU
•off – no DC voltage in the AUX output of the PSU
2.2 Installation procedure.
1. Before installation, cut off the voltage in the 230V power-supply circuit.
2. Mount the PSU in a selected location and connect the wires.
3. Connect the power cables (~230Vac) to L-N clips of the PSU. Connect the ground wire to the clip marked by the
earth symbol PE (PSU module connector). Use a three-core cable (with a yellow and green PE protection wire) to
make the connection. Lead the cables to the appropriate clips through the insulating bushing of the connection
board.
The shock protection circuit shall be performed with a particular care, i.e. the yellow and
green wire coat of the power cable shall stick to one side of the terminal - marked with
‘‘symbol on the PSU enclosure. Operation of the PSU without the properly made and
fully operational shock protection circuit is UNACCEPTABLE! It can cause a device
failure or an electric shock.
4. Connect the receivers’ cables to the terminals V+ (+), V-(-) of the PSU module.
5. Connect the power (~230V)
6. Connect the battery (mind the colours):
- battery output (+V): BAT+ cable / red,
- battery output (0V): BAT – cable / GND / black.
7. Check the PSU operation indicator: green LED.
8. Check the PSU output voltage:
- the PSU voltage without load should amount to U=13,8V DC.
9. After installing and checking proper working, the enclosure can be closed.
3. Operating status indication.
3.1 LED indication of operating status.
The PSU is equipped with two diodes on the front panel:
Moreover, the PSU is equipped with 3LEDs on the PCB board:
- red LED (Fig.2, element 1) normal status (AC power): permanently illuminated. AC power absence is
indicated by the AC diode going out.
Caution! LED indicates power absence if the outage lasts >10s.
- green LED (Fig.2, element 2) indicates DC power at the PSU output. Under normal status the diode is
permanently illuminated. In case of a short circuit or an overload, the diode is off.
- green LED (Fig.2, element 3) indicates battery voltage level. Under normal status (U
BAT
> 11,5V) the diode is
permanently illuminated. In case of decrease of battery voltage (U
BAT
< 11,5V) the diode is off.

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3.2 Technical outputs
The PSU has indication outputs:
FAC - absence of AC supply output: - OC type output that indicates AC power loss. Under normal status,
with 230V AC supply, the output is connected to ground (L level – 0V). In case of power loss, the PSU will
switch the output into high impedance state hi-Z after approx. 10s.
FAC - absence of AC supply output: - relay output indicating the absence of AC supply. In case of power
loss, the PSU module will switch the relay contacts after approx. 10 seconds.
CAUTION! In Fig.2. the contact set in the potential-free status corresponds to a state with no AC
power (AC power failure).
FPS – technical output indicating absence of DC voltage at the PSU: OC type output indicating the PSU
failure. In normal state (during correct operation) the output is connected to ground (L level – 0V). In case
of absence of DC voltage at the output (e.g. short circuit), the output is switched into high impedance state
– hi-Z.
FLB – technical output indicating battery voltage: OC type output. Under normal status (U
BAT
> 11,5V) the
output is connected to ground (L level – 0V). In case of decrease of battery voltage (U
BAT
< 11,5V) the
output is switched into high impedance state – hi-Z.
Fig. 4. Electrical diagram of OC outputs.
4. Operation and use.
4.1 Overload or short circuit of the PSU output (SCP on)
In case of overload, the output voltage is automatically shut off, and so is the LED indicator. The restoration
of the voltage takes place immediately after the failure (overload) is over.
4.2 Battery-assisted operation.
In case of a main power outage, the device is immediately switched into a battery-assisted operation.
The PSU is equipped with the discharged battery disconnection system. During the
battery-assisted operation, reducing voltage below 9,5V at the battery terminals will cause
battery disconnection.
4.3 Maintenance.
Any and all maintenance operations may be performed following the disconnection of the PSU from the
power supply network. The PSU does not require performing any specific maintenance measures, however, in
case of significant dust rate, its interior is recommended to be cleaned with compressed air. In case of fuse
replacement, use a replacement of the same parameters.

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WEEE MARK
According to the EU WEE Directive – It is required not to dispose of electric or
electronic waste as unsorted municipal waste and to collect such WEEE separately.
The power supply unit is adapted for a sealed lead-acid battery (SLA). After the operation period it must not be disposed of but recycled
according to the applicable law.
Pulsar K.Bogusz Sp.j.
Siedlec 150, 32-744 Łapczyca, Poland
Tel. [phone], Fax. [phone]
e-mail: [e-mail], [email protected]
http:// www.pulsar.pl, www.zasilacze.pl
GENERAL WARRANTY CONDITIONS
1. Pulsar K. Bogusz Sp.j. (the manufacturer) grants a three-year warranty for the equipment, , counted from the device’s
production date.
2. The warranty includes free-of-charge repair or replacement with an appropriate equivalent (the selection is at the
manufacturer’s discretion) if the malfunction is due to the manufacturer, includes manufacturing or material defects, unless such
defects have been reported within the warranty period (item 1).
3. The equipment subject to warranty is to be brought to the place where it was purchased, or directly to the main office of the
manufacturer.
4. The warranty applies to complete equipment, accompanied by a properly filled warranty claim with a description of the defect.
5. Should the claim be accepted, the manufacturer is obliged to provide warranty repairs, at the earliest convenienve, however
not later that within 14 days from the delivery to the service centre of the manufacturer.
6. The repair period mentioned in item 5 may be prolonged, if there are no technical possibilities to carry out the repairs, or if the
equipment has been conditionally accepted, due to the breaking warranty terms by the claimant.
7. All the services rendered by force of the warranty are carried out at the service centre of the manufacturer, exclusively.
8. The warranty does not cover the defects of the equipment, resulting from:
- reasons beyond the manufacturer's control,
- mechanical damage,
- improper storage and transport,
- use that violates the operation manual or equipment’s intended use
- fortuitous events, including lightning discharges, power failures, fire, flood, high temperatures and chemical agents,
- improper installation and configuration (in defiance with the manual),
9. The warranty is void in any of the following circumstances:
- construction changes
- repairs carried out by any unauthorized service center
- damage or removal of warranty labels
- modifications of the serial number
10. The liability of the manufacturer towards the buyer is limited to the value of the equipment, determined according to the
wholesale prices suggested by the manufacturer on the day of purchase.
11. The manufacturer takes no reponsibility for the defects that result from:
- the damaging, malfunctioning or inability to operate the equipment
- defects that result from using the equipment outside its stated specifications and operating parameters failing to abide by the
recommendations and requirements contained in the manual, or the use of the equipment.