Pulsar AWZ101 User manual

PSU-B-13,8V/L-1A/1/EL-TR-7Ah/MC
AWZ101
v.1.0
Linear, uffer type power supply.
EN
Release: 1, dated July 22, 2010
Suppressed release: -----

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Features of the power supply unit:
• uninterruptible power supply 13.8V C
• battery charging and maintaining
• build in protection of the battery output against
short circuit and reverse connection
• LE optical signalization
• build in protections:
• short circuit protection SCP
• overload protection OLP
• overheat protection OHP
• against sabotage
TABLE OF CONTENTS:
1. Technical description.
1.1 General description
1.2 Block diagram
1.3 Technical parameters
1.4 Power supply elements description
2. Installation.
3. Handling and operation.
3.1 Operation status indication
3.2 Battery operation
3.3 Procedures in the case of power pack overloading
4. Maintenance.
1. Technical description.
1.1 General description.
The buffer power supply is dedicated for uninterrupted power supply for the equipment requiring the stabilized
voltage 12V DC (±15%). The linear stabilizing system applied in the equipment delivers the voltage with lower level of
noise and shorter response time for the interference as is the case where a pulse stabilizer is applied.
The power supply automatically control battery charging current. The attery is not protected against
excessive discharge. If the application require protection of the battery from excessive discharging, additional
protection module has to be installed.
The power supply has optical signalization of the operation status (AC operation, output voltage failure).
The power-supply has got a metal casing (RAL 9003 color) with a space for 7Ah/12V battery. The casing features a
microswitch indicating door (front) opening.
Caution! Using AWZ101 Power Supply for CCTV, K , SSiW or other similar applications demands
using the MZN1 overvoltage module in the output C stage of Power Supply.
1.2 Block diagram.
Fig. 1. AWZ101 block diagram.

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1.3 Technical parameters.
Power supply voltage
230V AC, 50 Hz (-15%/+10%)
Transformer TR 30 VA
Output voltage Uout *12.8 V ÷ 13.8 V C
13.8 V C – rated
13.3 V C @ 1A
Output current Iout Imax – 1A (const.)
Power 18 W
SCP short-circuit protection
I-st grade - 200% ÷ 250% of supply power – limitation of current
and/or fuse failure in the battery circuit (fuse-element
replacement required)
II – nd. grade - 110% ÷ 150% (@25ºC÷65ºC) of supply power –
current limitation with the PTC automatic fuse, manual
restart (disconnection of the C output circuit)
OLP overload protection
110% ÷ 150% (@25ºC÷65ºC) of supply power – current
limitation with the PTC automatic fuse, manual restart
(disconnection of the C output circuit)
Battery charging current Iacc (max) = 0,3A max.
0.1A / 24h (Iaverage/24h)
F2 Fuse in the transformer primary circuit T 200 mA (250 V)
Transformer primary circuit current - max 160 mA @ 1,1 A
(-15%, + 10%)
Transformer thermal protection 130
o
C
F1 Fuse in the attery circuit F 2A
Battery 7 Ah/12V SLA
TAMPER output service relia ility - max 500 mA @ 30 V C max.
Enclosure IP IP 20
Operating temperature - 10
o
C ÷ 40
o
C
Relative humidity - max 90 [%] (max.)
Dimensions (WxHxD) 205 x 235 x 88 (80 + 8)
[±2] [mm]
Weight 1,8 kg net / 1,9 kg gross
* - buffer operation
Tab.1 Power supply technical parameters.
Fig. 2. Current and voltage characteristics of the power pack.
0 0,2 0,4 0,6 0,8 1 1,2 1,4 1,6
12
12,2
12,4
12,6
12,8
13
13,2
13,4
13,6
13,8
14
iagram Uwy(Io)
I[A]
U[V]

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1.4 Power supply elements description.
Fig. 3. General view of the power pack.

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Element no.
(fig. 3)
[1]
~AC~ - joint
[2]
F1 - fuse in transformer circuit
[3]
P1 - voltage adjustment
[4]
Red diode - optical signalling
[5]
Green diode - optical signalling
[6]
Outputs - joint (Tab. 3)
[7]
Battery outputs
[8]
230 – 0V - AC supply connectors
[9]
F2 - transformer primary circuit fuse
[10]
- joint (with yellow-green PE protective conductor)
Tab.2 escription of designations from the figure 3.
[6] PL
+ OUT
- OUT
‘+’ +Vcc output
‘-‘0V output
TAMPER Sabotage prevention switch contacts – NC
Tab.3 escription of the output connectors.
2. Installation.
The power supply is dedicated for assembly by the qualified personnel, holding relevant certificates (as required
and necessary for the specific country), permissions and authorizations for making connections in 230 VAC systems and
LV systems. The equipment should be assembled in non-open-space rooms, in accordance with environment class II,
with standard air relative humidity (RH – 90% maximum, without condensation) and the temperature within the range
from -10°C to +40°C. The power pack should be operated in the vertical position such that the free air convection is
ensured through the ventilation openings of the enclosure.
Prior to entering for installation, the balance of power pack loads should be drawn up. uring the normal operation the
sum of currents consumed by the consumers may not exceed 1,1A, with the incorporation of the battery charging current
Iacc = 0,1A.
As the power pack is designed for the constant operation, the circuit breaker is not included and this is why the proper
and appropriate shock protection in the power supply circuit must be ensured. Also the users should be informed about
the method of disconnecting the power pack from the power supply voltage (most frequently through the separation and
designation of the relevant fuse in the fuse box). The wiring system should be completed in accordance with the
applicable norms, standards and regulations.
Caution! Prior to entering for installation make sure that the power supply is disconnected from 230V AC
mains.
1. Install the power supply and connect the connection leads.
2. Remove the AC fuse F2 (refer to fig. 3 – element no. 9) protecting the transformer primary circuit.
3. Connect the 230 V power supply conductors to the 230 V AC transformer terminals [8]. The earthing conductor
should be connected to the terminal designated with the earthing symbol [10]. The connection should be made
by means of the three-wire cable (with yellow-green PE protective conductor). The power supply conductors
should be run as far as the relevant terminals of the connection board, through the insulation pass.
Caution: Pay special attention when completing the shock protection circuit: the yellow-green PE protective
conductor of the power supply cable must be connected from one side to the terminal designated in the
power pack enclosure. The operation of the power pack without the shock protection circuit properly
completed and technically operable IS NOT A MISSIBLE!
The operation without such circuit threatens with damage to the equipment or electric shock.

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RED DIODE
 ON - the power pack is supplied with voltage 230V AC
 OFF - the power pack is not supplied with voltage 230V AC
GREEN DIODE
 ON – DC voltage at the output of the power pack
 OFF – DC voltage missing at the output of the power pack
4. Connect the leads of the consumers to joints OUT + and - of the joint box on the power pack board [6].
(Optionally connect the MZN1 module between +OUT- and load).
5. Activate the 230 V AC power supply and insert the power network fuse protecting the transformer primary circuit
[9]. Check the optical signalling of the power pack operation. The output voltage of the unloaded power pack is
equal to ~ 13.8 V C. The voltage may fluctuate from 12.8 V to 13.8 V C during battery charging.
6. Connect the battery in accordance with the designations [7] with colours. After this operation is completed, the
voltage appears in the output of the power pack, which is signalled by the green diode on.
7. Perform the power pack test checking the optical signalling [4] [5]: - the disconnection of the voltage 230 V AC
through the removal of the fuse from the transformer socket will be signalled by the red diode going off.
8. Following the assembly and checking the correctness of operation, the enclosure may be locked.
3. Handling and operation.
3.1 Power pack operation signalling.
The unit is equipped with the optical signalling of operation states:
- LE on - LE off
Description Comments
Proper state of operation
Output overloaded or short
circuited
- check cabling and consumers
- if the battery is connected, check
battery fuse
The absence of power
supply from the power
network, operation from
- check transformer fuse
The absence of voltage at
the output
- check cabling and consumers
- check transformer fuse
- check battery fuse
flickers
Output overloaded - lower the consumption of current by
consumers
Tab.4. Optical signalling.
3.2 Operation from the attery.
Starting the operation from the attery.
The time of operation with supplies from battery depends on the battery capacity, the extent of charging and the
load current. For example, for the typical, fully charged battery with capacity of 7 Ah and load current 1A, the maximum
operation time safe for the battery is approximately five hours.
Starting the power pack from the attery: after connecting the battery in accordance with the designations [7],
the voltage appears on the output terminals of the power pack.
The limitation of the attery charging current.
The power pack is equipped with the battery charging current limitation to the value Iacc (max) =~ 300mA.
3.3 Procedures in the case of power pack overloading.
The power pack is equipped with the protection of the output stage with the application of the PTC polymer fuse.
When the power pack is loaded with current exceeding 1A (110% ÷150% P) , the automatic disconnection of the output
voltage takes place which is signalled by the green diode going off. In such a case, the load should be disconnected from
the output of the power pack for the period of about 1 minute.

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4.
Maintenance.
All the maintenance duties may be performed following disconnection of the power pack from the power grid.
The power pack does not require any specific maintenance procedures, however, in the case of significant level of dust,
its interior should be cleaned with the compressed air.
When replacing the fuse, use only substitutes in conformity to originals.

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WEEE designation
The waste electric and electronic equipment worn out may not e disposed of together with
standard household waste. According to the WEEE directive applica le in the EU, the separate
neutralization methods should e used for electric and electronic equipment.
The power supply unit is adapted for cooperation with the sealed lead-acid battery (SLA). After the operation period it must
not be thrown but recycled according to the applicable law.
GENERAL WARRANTY CONDITIONS
1. Pulsar K. Bogusz Sp.j. (manufacturer) grants a two-year quality warranty for the equipment starting from the date of purchase placed
on the purchase order.
2. Should such purchase order be missing when the claim is submitted the three-year guarantee period is counted from the date of the
manufacturing of the device.
3. The warranty includes free-of-charge repairing or replacing with a functional equivalent (the selection is made by the manufacturer) of
the malfunctioning device due to reasons attributable to the manufacturer including manufacturing and material defects unless such
defects have been reported beyond the warranty period (item 1 and 2).
4. 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.
5. The warranty applies to complete equipment including the type of defect specified in writing using a properly filled warranty claim.
6. Should the claim be accepted the manufacturer is obliged to render warranty repairs as soon as possible however not later that within
14 days from the delivering of the equipment to the service centre of the manufacturer.
7. The repair period mentioned in item 5 may be prolonged if there is no technical capability to carry out the repairs and in the case that
the equipment has been accepted conditionally due to the failing of the warranty terms by the claimant.
8. All the services rendered by force of the warranty are carried out at the service centre of the manufacturer exclusively.
9. 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 application
- random events including lightning discharges failures of power networks fire flooding high temperatures and chemical agents
- improper installation and configuration (at variance with the rules set forth in the manual)
10. Each confirmation of structural modifications or repairs carried out beyond the service centre of the manufacturer or any modification
of serial numbers or warranty labels results in the loss of the rights resulting from the warranty.
11. 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.
12. The manufacturer shall not be responsible for the defects that resulted from the damaging malfunctioning or inability to operate the
equipment particularly if such defects are the result of failing to abide by the recommendations and requirements contained in the
manual or the use of the equipment.
Pulsar K.Bogusz Sp.j.
Siedlec 150 32-744 Łapczyca Poland
Tel. [phone] Fax. [phone]
e-mail: [e-mail] sale[email protected]
http:// www.pulsar.pl