Alarmtech PSV 2435-40 User manual

©2015 Alarmtech 1 / 4 PSV 2435-40 manual 1511en
Power Supplies
24 VDC/3.5 A
Battery 40 Ah/Security grade 3
Instruction manual PSV 2435-40
DESCRIPTION
PSV 2435-40 is an up-to date power supply unit with battery
backup compliant with EN standards. Unit provides all features
required by EN 50131-6:2008, security grade 3.
Distinctive and unique feature of PSV 2435-40 is invented by
Alarmtech ViP mode –Voltage-in-Parallel. Power supply units
with ViP feature can be connected in parallel both (+) and (-) on
one common power bus without a need of additional synchroni-
zation. Connected units will share load on a bus. ViP feature can
be used to build distributed and redundant power systems. It can
be also used to compensate voltage drops on a bus by placing
power supply units in distant bus sections.
Power conversion is based on high frequency SMPS regulator
providing high conversion efficiency. Low losses inside unit pre-
serve batteries from overheating shortening battery life time.
Computerized battery recharging circuit works in constant poten-
tial –limited current mode –the best mode to provide the longest
possible battery life time.
Power unit is equipped with built-in diagnostic system detecting
and signalling mains failure, different battery failures including
end-of-life warning, output faults like low voltage or broken fuse.
APPLICATIONS
Power supply system for 24 V installations
Distributed power supply systems with built-in redundancy
Power supply systems for access control, fire and intruder
alarm installations
MAIN FEATURES
Security grade 3 (EN 50131-6:2008)
Type A –mains supply with rechargeable battery
Basic parameters in grade 3 (default):
Total rated output: 1 A
(30 h in battery mode with 40 Ah batteries)
Battery recharging current: 1.5 A
(providing recharging time below 24 h)
Total rated maximal output to installation: 2 A
Basic parameters in grade 2:
(PSV-2435-40 can be downgraded from default grade 3 to
grade 2 with the help of PSVlink software)
Total rated output: 2.6 A
(12 h in battery mode with 40 Ah batteries)
Battery recharging current: 0.5 A
(providing recharging time below 72 h)
Total rated maximal output to installation: 3 A
Total current capacity of power unit –27.6V, 3.5 A
ViP (Voltage-in-Parallel) feature increasing reliability and ca-
pacity of power supply systems –power supplies with ViP fea-
ture can be connected in parallel to same bus without need
for additional synchronization
Capable to work with pack of two 12 V/40 Ah sealed lead acid
batteries
Short circuit and overload protection
Detection of no mains supply (EPS fault)
Detection of different battery faults (APS fault) –not con-
nected, low voltage, high internal resistance
Detection of low output voltage (OUT fault)
Detection and LED identification of broken fuses
Detection of power unit failure
Deep discharge protection of battery (DDP)
Remote and local battery testing
Tamper security provided –case opening and pry-off
Optional Fuse Card with 6 fused outputs and Ground Fault
Detector (model PSV FC24-6)
BLOCK DIAGRAM
EPS –External Power Supply (mains)
APS –Alternative Power Source (battery)
OUT - Output voltage
SAB –Sabotage
SDT –Storage Device (battery) Test
Remote battery
test
EPS, APS, OUT, SAB, SDT
Power supply unit
PSV-2435
SMPS w. LLC controller
ViP mode, security grade 3
230 VAC
12V battery
40 Ah
12V battery
40 Ah
Front panel
Signalling outputs
230 VAC input
L
PE
N
Fuse Card
PSV FC24-6
Signalling outputs
6 fused
output
channels
PE
PSV FC24-6
Optional Fuse Card
24 VDC output

©2015 Alarmtech 2 / 4 PSV 2435-40 manual 1511en
1. INSTALLATION
Power supply installation and start-up procedure:
Break-out pre-cut openings on top side of the case and install
cable glands: one for 230 VAC input on the left side and
planned number (1 to 5) for output cables
Fix unit in destination place using 4 fixing holes
Place two batteries 12 V/40 Ah in battery chambers
Make internal connection in battery pack connecting left bat-
tery (+) with right battery (-) with the help of grey cable
Make connection between left battery (-) and battery con-
nector using black battery cable connected to BAT-
Make connection between right battery (+) and battery con-
nector using red battery cable connected to +BAT
Make appropriate connections between power outputs and
power receivers - carry out to the load using necessary num-
ber of outputs and cable glands
The socket outlet delivering 230 VAC shall be installed near
the power supply unit and shall be easily accessible
Make sure that cable delivering 230VAC to PSV 2435-40 is dis-
connected from mains
Carry in cable delivering 230 VAC to the unit using separate
cable gland on the left side and connect it to 230 VAC input of
power unit PSV-2435 –make sure that PE cable is connected
to PE input
Switch on mains delivering energy to power supply - PSV
2435-40 unit will start automatically delivering power to the
load and monitoring state of PS
50
50
50
335
435 (440 with lid)
420 (425 with lid)
40
330
Ø14
Battery #1
12 V, 40 Ah
+
-
Battery #2
12 V, 40 Ah
+
-
Cable between batteries
Battery cable (+)
Battery cable (-)
230 VAC Outputs
Case
fixing
hole
Case fixing hole Case fixing hole
Grounding
cable
Ø8
All dimensions in [mm]
To front panel
Ø8
PE N
Case
fixing
hole
L
Mains
input
Power Unit
PSV 2435
Main output fuse
4 A, fast
Signalling
outputs
Mains input fuse
2 A, slow
Output & battery
connector
Battery fuse
6.3 A, fast
Optional Fuse Card
PSV FC24-6

©2015 Alarmtech 3 / 4 PSV 2435-40 manual 1511en
2. TECHNICAL DESCRIPTION
2.1 Front panel
Power supply unit is equipped with front panel showing actual general state of unit. Three LED’s display shows:
Green LED: mains voltage present –unit in EPS mode supplied from mains
Yellow LED: mains voltage missing –unit in APS mode supplied from battery
Red LED: fault detected –quick visual identification and localisation of failure is possible with help of set of diagnostic LED’s
in power unit
2.2 Internal state monitoring functions in power unit
All monitored states of PS are displayed with help of LED diodes for quick visual identification. The placement of monitoring LED is
documented in below placed drawings. The meaning of LED colours is following:
Green - normal state, OK
Red - fault detected
Yellow - informative meaning (neutral)
EPS APS OUT SAB SAB -SDT*
SDT START
KICK-
Alarmtech ViP
F3
N L +BAT- VOUT COM
F2
F1
Power Supply
24 V battery pack recharging
Output 24 V
Input AC voltage
To tamper switches
Tamper
fault output
Storage Device Test input (*)
Storage Device Test ground (-)
EPS fault output (isolated)
APS fault output (isolated)
OUT fault output (isolated)
Kick
start
jumper LED yellow: battery recharging enabled
LED red: APS fault LED red: OUT fault
LED green: output voltage OK
Battery fuse,
6.3 A, fast
Output fuse,
4 A, fast
Open: battery circuit enabled
Closed: battery circuit disabled
Closed-to-open: battery test triggered
Front panel / USB link
PSV-2435
F1: T 2H25 0V
F2: F 4H25 0V
F3: F 6.3H25 0V
Battery recharg.
current = 1.5 A
LED red: EPS fault
Input fuse,
2 A, slow
230 VAC
Power Supply 24 VDC
+_
230 VAC
Power Supply 24 VDC
+_
230 VAC
Power Supply 24 VDC
+_
230 VAC
Power Supply 24 VDC
+_
Unit state OK
Supplied from mains
Battery OK
Output OK
No faults reported
Missing mains
(EPS output triggered)
Supplied from battery
No other faults
PS supplied from mains
Possible fault detected:
-APS (battery)
-OUT (output)
Missing mains
(EPS output triggered)
Supplied from battery
Possible faults detected:
-APS (battery)
-OUT (output)

©2015 Alarmtech 4 / 4 PSV 2435-40 manual 1511en
2.3 Jumpers in power units
Power unit is equipped with 2 jumpers placed on PCB:
Kick-start jumper (default position: open)
Momentary shunt
Kick-start of PS from battery (w/o mains)
Open (default)
Deep Discharge Protection (DDP) of battery enabled
Closed
Deep Discharge Protection (DDP) of battery disabled
SDT (Storage Device Test) jumper (default position: open)
Momentary shunt
Battery test trigger (30s test of internal battery circuit resistance)
Open (default)
Battery recharging circuit enabled
Closed
Battery recharging circuit disabled
2.4 Input/output terminals
Input / Output
Marking
Description
Mains input with PE
PE, N. L
230 VAC input
Mains failure signalling
EPS
Potential free NC opto-relay output signalling EPS fault
Battery failure signalling
APS
Potential free NC opto-relay output signalling APS fault
Output failure signalling
OUT
Potential free NC opto-relay output signalling OUT fault
SAB Tamper output/input
SAB, SAB
Potential free NC micro-switch connection points
Storage Device Test trigger
-SDT*
Test triggered by momentary shunt between (-) and (*)
Battery pack connection
+BAT-
(+) and (-) terminals for 2x12 V battery pack connection
Power output
VOUT COM
(+) and (-) terminals for power output
3. TECHNICAL SPECIFICATION
Type of Power Supply acc. to EN 50131-6:2008: type A
Security grade acc. to EN 50131-6:2008: grade 3
Nominal input voltage rating: 230 VAC, 0.71 A with maximal load, 50 Hz
Nominal output voltage: 27.6 V
Minimum output voltage in battery mode: 20.0 V (in APS mode)
Total rated output in grade 3: 1 A (30 h in APS mode with 40 Ah batteries)
Total rated output in grade 2: 2.6 A (12 h in APS mode with 40 Ah batteries)
Total maximal output to installation: 2 A (grade 3), 3 A (grade 2)
Quiescent current consumed by built-in modules in PS: 0.06 A
Maximum output ripple voltage: < 50 mVpp
Battery pack type: Two 12 V/40 Ah sealed lead acid batteries in series
Battery recharging method: constant potential –limited current
Maximum battery recharging current: 1.5 A (grade 3), 0.5 A (grade 2)
Time to recharge batteries to 80%: 24 h max
Over-voltage protection trigger level: 34.5 V
Battery pack voltage triggering APS fault: 22 V
Battery pack voltage triggering DDP circuit: 19 V (Deep Discharge Protection level)
Output voltage triggering OUTPUT fault: 18 V
Monitoring outputs: EPS –loss of mains
APS –battery pack low voltage, battery failure, disconnected
OUT –output voltage low, power unit failure
SAB –case tampering
Electrical characteristics of monitoring outputs: - Opto-isolated semiconductor relay for EPS, APS, OUT
- Micro-switch for case tampering
Logical characteristics of monitoring signals: Closed state –monitored condition not present
Open state –monitored condition present
Remote battery test input: -SDT* - shunt between terminals (-) and (*) triggers 30 s test of internal
battery circuit resistance
Remote battery test acknowledgement: APS output
Local battery test trigger: SDT jumper, momentary shunt
Automatic battery diagnostics procedure: executed every 10 h automatically
Operating temperature and humidity range: -10 ºC…+55 ºC, RH to 90%, no condensation
Environmental Class acc. to EN 50130-5:1998: Class II
Weight without batteries: approx. 11 kg
Weight with batteries: approx. 37 kg
Dimensions: 440 x 425 x 200 mm (W x H x D)
Compliance: