Honeywell HLSPS25-XPH User manual

Power Supply Unit
HLS PS Series
HLSPS25-XPH and HLSPS50-XPH
User manual
Information in this document is subject to change without notice
8 APRIL 2010
HW_MN-DT-1305I_B

HLS PS25 & HLS PS50 User Manual
MN-DT-1305I_B 2

HLS PS25 & HLS PS50 User Manual
MN-DT-1305I_B 3
Contents
1 HLS PS Series Installation 4
1.1 Checking the HLS PS for damage 4
1.2 Pre-installation check list 5
1.3 Transient protection 5
1.4 Cleaning 5
1.5 Back Box HLS PS fixing 6
2 Functions and indicators 7
2.1 HLS PS25 and HLS PS50 characteristics 8
2.2 Battery 9
2.3 Fault relay 9
2.4 Control Unit connections 10
2.5 Indicator leds 12
3 Specification 14

HLS PS25 & HLS PS50 User Manual
MN-DT-1305I_B 4
1. POWER SUPPLIES HLS PS SERIES
INSTALLATION
The HLS PS Serie s i s ea sy to i nstall p roviding th e
recommended procedu res de scribed in this m anual are
followed.
Follow all installation instructions described in this
manual. Theses instructions must be understood
and followed to avoid damage to the S Series and
associated equipment.
1.1 Checking the HLS PS Series for
damage
Before attempting to install your power supply you should
do the following.
The procedure describe bellow tells you what to do in the
unlikely event that the sup plied e quipment ha s been
damaged after leaving th e factory. Ho wever, if you have
problems re garding th e quality of a ny sup plied order
items, follow the procedure bellow:
1. If, after removing the HLS PS Series , a visual
inspection reveals that it has bee n damaged, you MUST
NOT continue with the installation but conta ct you
supplier for advice on what to do next.
Similarly, if the prod uct is found to be faulty during
installation, contact your supplier immediately.
2. To aid you r supplier, you are requested to note all the
details relevant to your complaint, clearly stating details of
any techni cal probl ems, date of recei pt, packaging
condition, etc. and forward this to your supplier.
3. Wh ere th e p roduct needs to be returned to your
supplier, you are requested to use the original packaging
wherever possible
.
• The b uilding whe re th e device i s connected should
have su rge and earth protections an d these sh ould be
easily a ccessible in o rder to di sconnect the unit from
mains by its two poles.
WARNING

HLS PS25 & HLS PS50 User Manual
MN-DT-1305I_B 5
1.2 Pre-installation check list
Before selecting the location for the HLS PS Series, DO make
sure that:
a) The ambient temperature is in the range:
-5 ºC to 40 ºC
b) The relative humidity is bellow:
93% (non-condensing)
c) DO NOT loca te th e e quipment w here i t is ex posed to high
levels of moisture.
d) DO NO T locate the e quipment where there are hi gh levels of
vibration or shock.
e) DO NOT s ite the HLS PS Series where there w ould be
restricted access to the internal equ ipment and wiring
connections.
1.3 Transient protection
As with all solid state devices, this system may operate erratically
or c an be damaged i f sub jected to li ghtning-induced t ransients.
This equipmen t contains trans ient p rotection devic es. Al though
no system is immune from lightning transients an d in terference,
for thes e devices to func tion co rrectly, and to reduc e
susceptibility, this equipment must be earthed correctly.
The use of overhead or outside aerial wiring is not recommended
due to the increased susceptibility to nearby lightning strikes.
The HLS PS Series is wall m ounted in a posi tion, which a llows
clear v isibility of ind icator leds. The he ight above fl oor le vel
should be chosen such that t he indicators are just above normal
eye level (approximately 1.5 metres).
1.4 Cleaning
The HLS PS Series cas e may be clean ed periodically by wiping
with a soft, damp lint-free cloth.
Do not use solvents.

HLS PS25 & HLS PS50 User Manual
MN-DT-1305I_B 6
1.5 Back Box HLS PS Series fixing
When a suitable location has been found for installing the HLS PS Series, proceed as follows:
1. Hold th e b ack box a ssembly in the required p osition ag ainst the wall and m ark the p osition of th e
fixing holes, while ensuring the panel is level.
The drawing below shows the position of the fixing holes at the back box.
Do NOT use the back box as a guide when drilling!
2. Drill and plug the wall.
3. Prepare apertures required for cable access.
4. Screw the ba ck box to the wall using the fixing hole s
and appropriate-sized screws.

HLS PS25 & HLS PS50 User Manual
MN-DT-1305I_B 7
2. HLS PS Functions and indicators
FRONT PANEL:
1
2
FUS BAT FAULT LOW BAT NO BAT BAT TEST BAT CH BAT DIS IN ALARM 321087
CPU
MAX.
LEGEND:
=> ON
=> FAULT
=> MAIN SUPPLY FAULT
=> BATTERY FAULT
=> BATTERY CHARGER
FAULT
=> OUTPUT 1 FAULT
=> OUTPUT 2 FAULT
=> EARTH FAULT
=> OVERLOAD
=> SYSTEM FAULT
INTERNAL LEDS:

HLS PS25 & HLS PS50 User Manual
MN-DT-1305I_B 8
2.1 HLS PS25 / HLS PS50 characteristics
These Po wer Supplies Units are des igned to comply with th e
requirements of EN54-4 in order to provide fire control systems with
backup supply.
The HLS PS Series operates at 115/230 Vac and 50/60 Hz.
Both Power Supply Units, HLS PS25 a nd HLS PS50, are very similar :
they consist o f a 2x 65W, which means 1 30W in HL S PS50 and 1 x65W
in HLS PS25 and a standard module control which supervises the entire
power supply.
HLS PS25 an d HLS PS50 power supplie s provide 2.5 Amp and 5 Amp
respectively a nd 300mA to 600mA of th em are dedic ated to charg e
batteries. Th ese po wer su pplies are able to supply either up to 1.1 0
and 2.20 Amp current at each PSO1 a nd PSO2 out puts. This is the
default set up (DIP SW1 ON, up position). However, power supplies can
also supply all the current in only one outp ut by placing the DIP SW1 in
the down position, OFF. This way, all the current (2.20Amp or 4.40Amp
respectively) will be supplied through PSO1 output
.
HLS PS25
HLS PS50
SW1 up
SW1 up
SW1 down
SW1 down

HLS PS25 & HLS PS50 User Manual
MN-DT-1305I_B 9
2.2 Battery
DIP SW2 al lows se lecting the m aximum cu rrent o f battery load,
depending on the batteries inside the power supply unit box.
With DIP SW2 in ON position (up), 7Amp/h batteries can be charged
at 3 00mA. When DIP SW2 is in OFF pos ition (down ), 20Amp/h
batteries can be charged at 600mA.
In this ex ample,
DIP SW2 is in OFF position
(down) and the l oad current will be limited to
600mA.
DIP SW3 . This DIP switch is in ON position (up).
For future use.
DIP SW4 . For future use.
2.3 Fault relay
The Power Supply has a fault relay to repo rt any anomaly to a remote
control unit.
Any fault has a delay of 30 seconds from the fault signal to fault relay
confirmation, ex cept when there is a ma ins AC loss, which will be
indicated afte r an 8-minut e delay to avoid faults from intermittent
power cuts.
In stand-by, the fault relay is energized indicating its normal operation.
In case of any fault, the relay deactivates after the confirmation time.
Fault relay operation
FAULT switch with three terminals
Terminal 1 (left) C common
Terminal 2 (centre) NC or Normally Closed
Terminal 3 (right) NO or Normally Open
Fault relay operates as follows:
No supervision (without power) or in fault condition
Between C and NC —> continuity
Between C and NO —> open circuit
Operating with supervision without faults, i.e. in NORMAL STATE
Between C and NC —> open circuit
Between C and NO —> continuity

HLS PS25 & HLS PS50 User Manual
MN-DT-1305I_B 10
2.4 Control Unit Connections:
The following 4 connectors are placed at the top of the Control Unit:
FAULT (C) Fault Relay Common
FAULT (NC) Normally Closed Contact
FAULT (NO) Normally Open Contact
The faul t rel ay may be li nked to an analogue
input modu le to report any fault t o a third
equipment li ke a FACP ( Fire Alarm Control
Panel).
IN ALARM
(+)
IN ALARM (-)
Alarm input to d isable, momen tarily, t he battery c harger and be able to supp ly 300 -
600mA from ba ttery loa d to the ou tputs. Fo r th is, i t is necessa ry to l ink both IN
ALARM terminals by means of a jumper or short-circuit.
When this input is activated, the control unit will have an extra current of battery load
0.3 A or 0.6 A, depending on the DIP SW2 for outputs. Thus, if the power supply is in
Overload (Imax) sta te, the indication will disappear by ac tivating this input, p rovided
that the excess current is the current which is supplying batteries.
PSO1 Output 1 (+)
PSO1 Output 1 (-)
PSO2
Output 2 (+)
PSO2 Output 2 (-)