SP1650 & SP1660
Celab
MAINS AC SUPPLY
Input Voltage
Input Frequency
Input Current
Inrush Current
Power Factor
AC OUTPUT
Output Voltage
Output Frequency
Output Current Range
■
■
■
■
Occupies same volume as non battery backed CVT
power system.
Integral battery management with 10A charging facility.
Operation Configurable by microprocessor controller.
Remote monitor and control facility by RS232 interface.
Line Regulation
Short Circuit Current
Output Over Voltage
Output Voltage Drift
50Hz +/- 6%
8A rms
CATV Uninterruptible Power Supply
230V AC +15% -10%, Single Phase
30A Max for <10mS
>0.95
Insulation to earth and to outputs to the requirements of EN60950
56 to 63VAC rms Adjustable, Factory set to 60VAC rms
50Hz +/- 6%, Quasi-square
0 - 15A rms
+/- 1%
<25A (before unit shuts down)
70V +/- 2VAC Trip & Reset
<20mV/°C
BATTERY MANAGEMENT
Float Voltage
Charging Current
Protection
Battery Good Test
Battery Present Test
SYSTEM MANAGEMENT
Alarms
55.8V +/- 0.3V at 20°C, temperature compensated
0 - 10A Max, depending on battery charge state. Current limit field selectable, 5A or 10A
Low Battery Detection, Invertor Shutdown, Battery Input, Fuse 30A
Automatically check battery condition on load every 7 days for 10 minutes
Automatically check every hour if the battery is present.
Alarm 1: AC Input Mains Good
Alarm 3: AC/DC Convertor Good
Alarm 5: Alarms 1-4 in series
Alarm 2: AC Output Good
Alarm 4: Battery Good
Alarm 6: Battery Present
Alarm 7: Battery Charger Good
Alarm 8: Alarms 1-4 & 6-7 Six Green LED’s
All alarms are available via 37 way D type socket and are isolated relay contacts
Analogue Outputs
PSU Heatsink Temperature:
50 mV/°C
CATV Output VAC:
0.1 VDC/Vrms
CATV AC Output Current
0.1 VDC/Arms
Battery Voltage
0.1 VDC/VDC
Battery Charging Current
1 VDC/ADC
All analogue outputs are available via 37 way D type socket
Serial Interface
An RS232 serial communications interface will be provided. The output information that will be available from this port will
include the alarm status and the analogue signals as defined above. The interface will also enable the activation of the
Battery Good Test and the Battery Present Test.
Thermal Protection
Heatsink temperature 80°C, internal fan operation
Heatsink temperature 100°C the system will switch to battery backup operation until heatsink has fallen to normal level.
ENVIRONMENTAL CONDITIONS AND STANDARDS
Working Temperature
Storing Temperature
Enclosure
Safety
EMC
-20 to +65°C
-25 to +85°C
To IP20
EN60950 (Class 1 Equipment)
CE Marked LVD Compliant
EN50081-1 (emissions)
EN50082-1 (immunity)
EN6100-3-2 (mains harmonics)
EN61003-3 (mains fluctuatuions)
MECHANICAL FORMAT OPTIONS
The SP1650 is housed in a backboard mounting enclosure
Height:
410mm
Depth:
210mm
Width:
170mm
Weight:
<10Kg
The SP1660 is housed in a 19” rack mounting enclosure
Height:
3U(133mm)
Depth:
210mm
Width:
405mm
Weight:
<10Kg
Electrical Connection
SP1650 on front & RH panels
SP1660 on front panel only
Mains Input
AC Output
Battery Input
Temperature Sensor
Alarms, Remote Enable
Serial Interface RS232
Fused IEC connector
Screw Terminals rising clamp type
4 way Beau Type
2 way Molex Mini - Fit JNR
37 way D type socket
9 way D type socket
Fax: +44 (0)1420 487476
Murata Power Solutions (Celab) Ltd
,
25 Woolmer Way, Bordon, Hampshire, GU35 9QE
Tel: +44 (0) 1420 477011
www.murata-ps.com/celab
MURATA-PS [ MURATA POWER SOLUTIONS INC. ]
