Powersolve PSV60 Series - Manual

Powersolve Electronics Ltd. 8A Arnhem Road, Newbury, RG14 5RU. England
Tel: 01635 521858 Fax: 01635 523771 Email: [email protected]
www.powersolve.co.uk
AC-DC Battery Backed Power Supply
PSV60 Series
50 Watt Open Frame
Dual Output
Battery Backed
Features
• Universal input range 90-264Vac
• 12V Battery Back-up (with external sealed lead acid battery)
• Integral Battery Charger
• Dual +5V & +12V Outputs
• AC Power FAil & Battery Low Signals
• Battery Under Voltage Lockout
INPUT
Input Voltage Range
90 - 264Vac
Frequency 47 - 63Hz
Input Current 1.5A max for 120Vac
Inrush Current 70A max. @ 230Vac, cold start
Earth Leakage Current 3.5mA max.
Input Fuse T2A/250V
OUTPUT
Output 1
+13.8V @ 1A for battery charging (suitable for charging up to 12Ahr 12V battery)
Output 2 +5V @ 4A
Output 3 +12V @ 1.2A (follows 13.8V charger voltage, therefore output will be 13.8V when AC is present
and follows 12V battery voltage under battery back-up conditions)
Minimum Load 100mA on outputs 1 & 2
Ripple & Noise 1% Vout
Max. Output Power 50 Watts
Efficiency 70% minimum at max. load, 230Vac input
Turn On Delay 2 seconds max. @ 120Vac input
Hold Up Time 8mS minimum at max. load, 120Vac input
Transient Response 1mS for return to ±10% of nominal for 50% load change, 120Hz 50% duty cycle
Over Voltage Protection 16.0V @ full load for 13.8V output
Short Circuit Protection Protection against short circuit with auto-recovery.
Note: The output can be shorted permanently without damage, but the battery MUST be fused
externally to prevent fire hazard.
Temperature Coefficient 0.2% per °C max. over entire operating temperature range
Battery Under Voltage Lockout Disconnects load from battery at a preset voltage (approx. 10.5V) to prevent deep discharge of
the battery.
AC Power Good Signal Goes low with loss of AC input
Battery Low Signal Goes high when battery voltage is low (approx. 11V)
Operating Temperature Range 0 to +50°C
Storage Temperature Range -20 to + 85°C
Safety Meets EN60950 CB Report
EMC Requirement Meets EN55022 ‘B’
Hi-pot Test Primary to Secondary: 3KVac for 1 sec. 10mA
Secondary to Ground: 500VDC for 1 sec. 10mA
Insulation Resistance Input to Output: >7MΩ 500VDC
Electrical Specification