Standard Emergency Lighting - Beta Industries

AC Output Soccorgroup
AC output Soccorgroup In the event of a power failure,
the loads connected to the Maintained and
non-maintained outputs are connected to the inverter
via a high speed changeover device.
The PWM (Pulse With Modulation) inverter operating
at high frequency, converts the DC battery voltage
into a stabilised, low-distortion sinusoidal AC
voltage.
The inverter is protected against overload and short
circuit by means of an electronic current limiter that
is capable of ensuring safe operation under all
conditions.
Soccorgroups are equipped with an AUTOTEST
function where the built-in microprocessor will periodically
perform functional and duration tests.
An RS232 serial port also allows the central system
to be connected to a PC for remote control and
monitoring.
MAIN APPLICATIONS
- Emergency lighting and other safety systems.
- Mixed mainatained and non-maintained AC loads.
B
TECHNICAL
SPECIFICATIONS
A
C
Power supply voltage:
230V ± 15% / 50Hz
Single phase
Non-Maintained output:
- absent when mains is present
- derived from the inverter in the
absence of in tolerance mains
supply (± 2%)
Maintained output:
- from the mains when
mains is present
- derived from the inverter in the
absence of in tolerance mains
supply (± 2%)
Battery output:
- stabil. voltage ± 1%
Charging system:
- switch mode
- IU charging curve
Changeover time:
- equal to or less than 500ms
Protection:
- fuses on power supply
- fuse on NM-M load
- battery fuse
- minimum battery voltage cut-off
remote control switch
- electronic current limiter
on inverter
LED Indicators:
- power mains present/absent
- output present/absent
- complete battery recharge
- maintaining battery charge
- general failure
- emergency
- battery in reserve status
- battery failure
- self-testing
Display signals and measures
- Power supply: V [VAC],
I [A], f [Hz]
- Output: V [VAC], I [A], f [Hz]
- Battery: V [VDC], I [A]
- Events: Type, Date
- Status: Failure type
Remote Signals:
- operation from the mains
- operation from the inverter
- battery in reserve status
- general failure
Storage batteries:
- sealed lead acid batteries
Recharging:
- 80% in 10 hours, approx.
Recharging in 6 hours:
- on request
Operative temperature:
- 10 to + 40°C
Cubicle:
- single unit also containing
the storage batteries
- IP21 protection rating
AT
ALTERNATING- CURRENT CENTRAL BATTERY DEVICES
NON MAINTAINED / MAINTAINED LIGHTING
Ordering code Article Apparent power VA Active power W Duration Battery Battery Cubicles Dimensions (AxBxC) Weight kg
3249 SCASE/SA 1KVA 1P-1ELM 1000 700 1 2x(12V 65Ah) NO 80x80x40 140
3250 SCASE/SA 1KVA 3P-1ELM 1000 700 3 4x(12V 65Ah) NO 80x80x40 200
3251 SCASE/SA 1.5KVA 1P-1ELM 1500 1000 1 2x(12V 85Ah) NO 80x80x40 170
3252 SCASE/SA 1.5KVA 3P-1ELM 1500 1000 3 4x(12V 85Ah) NO 80x80x40 230
3253 SCASE/SA 2KVA 1P-1ELM 2000 1400 1 4x(12V 65Ah) NO 80x80x40 210
3254 SCASE/SA 2KVA 3P-1ELM 2000 1400 3 8x(12V 65Ah) NO 80x140x40 300
3255 SCASE/SA 3KVA 1P-1ELM 3000 2100 1 8x(12V 50Ah) NO 80x140x40 300
3256 SCASE/SA 3KVA 3P-1ELM 3000 2100 3 8x(12V 85Ah) NO 80x140x40 400
3257 SCASE/SA 4KVA 1P-1ELM 4000 2800 1 8x(12V 65Ah) NO 80x140x40 360
3258 SCASE/SA 4KVA 3P-2ELM 4000 2800 3 16x(12V 65Ah) 1 MOB-2 80x140x40 360
3259 SCASE/SA 5KVA 1P-1ELM 5000 3500 1 8x(12V 85Ah) NO 80x140x40 390
3260 SCASE/SA 5KVA 3P-2ELM 5000 3500 3 16x(12V 85Ah) 1 MOB-2 80x140x40 420
3261 SCASE/SA 6KVA 1P-1ELM 6000 4200 1 8x(12V 85Ah) NO 80x140x40 450
3262 SCASE/SA 6KVA 3P-2ELM 6000 4200 3 16x(12V 85Ah) 1 MOB-2 80x140x40 450
3263 SCASE/SA 7KVA 1P-2ELM 7000 4900 1 24x(12V 38Ah) 1 MOB-2 80x140x40 320
3264 SCASE/SA 7KVA 3P-2ELM 7000 4900 3 24x(12V 85Ah) 1 MOB-2 80x140x40 450
3265 SCASE/SA 8.5KVA 1P-2ELM 8500 6000 1 16x(12V 65Ah) 1 MOB-2 80x140x40 400
3266 SCASE/SA 8.5KVA 3P-3ELM 8500 6000 3 32x(12V 85Ah) 2 MOB-2 80x140x40 270
3267 SCASE/SA 10KVA 1P-2ELM 10000 7000 1 24x(12V 65Ah) 1 MOB-2 80x140x40 290
3268 SCASE/SA 10KVA 3P-4ELM 10000 7000 3 48x(12V 65Ah) 3 MOB-2 80x140x40 310
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