Powersolve C(AC) Series - Manual

www.powersolve.co.uk
Powersolve Electronics Ltd. 8A, Arnhem Road, Newbury, RG14 5RU. England
Tel:01635 521858 Fax: 01635 523771 Email: [email protected]
Specification
50-22 kWatts
• CE Marked LVD & EMC
• 1-4 Outputs
• 5-400 Volts Output
• Eurocassette or Wall Mount
• Parallel Redundant Operation
• Fully Wired Customised Racks
• Power Factor Correction Modules
C (AC-DC) Series
Input
DC Input Voltage • See Table
AC Input Voltage • See Table
Input Frequency • 47-440 Hz
No-Load Input Current • 3% of full load current typical
Inrush Current • AC/DC limited by thermistor
DC/DC depends on impedance of supply
line, see List of Options for Option ‘I’
Earth Leakage • <3.5 mA at 230 VAC, to EN60950
Output
DC Output Voltages • See Table, for voltages above 250 VDC
contact Sales Office
Switch-On Time • 100 ms typical C300-C4700,
500 ms typical C5600-C5800
Hold-Up Time • AC/DC increases with input voltage
15 ms typical at 230 VAC
DC/DC depends on input voltage
(typical 2 ms at 12 VDC)
Line Regulation • 0.1% (±10% change Vin)
Load Regulation • 0.2% (10-90% load)
Transient Response • 6% maximum deviation 2ms
C300-C4700, 10ms C5600-C 5800
recovery time to within 1% for load
change 20-100- 20% of full load
Ripple & Noise • ≤1% +30 mV pk-pk
(0.5% typical lin. regulator auxiliary)
Overvoltage Protection • Standard on single output models &
main output on multi output units
Overload Protection • Current limited at 105-110% of full load
Temperature Coefficient • 0.02%/°C typical
Remote Sensing • Standard for main output
1
General
Efficiency at Full Load • 60-95%, depending on model
Isolation • EN60950 Class 1
Switching Frequency • Approx. 33 KHz
MTBF • AC/DC & DC/DC approx 130,000 hrs
at +25 °C
Connector • H 15 DIN 41612 or studs for higher
current outputs C300-C4700,
studs only for C5600-C5800
Environmental
Operating Temperature • -20 °C to +75 °C, derate from +55 °C
at 2.5%/°C (Optional -40 °C to +75 °C)
Storage Temperature • -40 °C to +85 °C
Relative Humidity • 5-95%, non-condensing
EMC & Safety
RFI-Interference • VDE 0878, EN 55022, Level A
Construction (Safety) • EN60950 Class 1
Creepage Distance • VDE 0110, 4 mm
Air Distance • VDE 0110, 3 mm
High-Energy • ENV 50142, Level 3
Pulses/Surges
Spike/Bursts • IEC 1000-4-4, Level 3
UPS/INVERTERS