SPN30
SPN30 is Universal Input Fully Enclosed Switching Power Supply manufactured by Volgen Kaga Electronics.
WER UNIVERSAL INPUT OVERVOLTAGE PROTECTION OVERCURRENT PROTECTION LIGHTWEIGHT CONSTRUCTION METAL CHASSIS WITH COVER PACT, LOW-PROFILE PACKAGES 3 YEAR WARRANTY
Output Voltage ……………………….See Chart Voltage Adjustment.………………….±10% Minimum Load………………………..±10% Efficiency..................................……..75 ~ 80% Over-Voltage Protection...…………..115 ~ 150% Manual Reset Over-Current Protection………….....Automatic Recovery (105% min) Ripple and Noise…………………….100m Vp-p max. Hold-Up Time.......................…….....40 ~ 50 m S Line/Load Regulation...............…… See Chart Rise Time...…...……………………...800 ~ 1700 m S Leakage Current (100/230VAC)………….0.75m A
GENERAL SPECIFICATIONS
MTBF.............................…………….>160,000 Hours Isolation Voltage Primary to Secondary……………3000VAC Primary to Case………………….1500VAC Secondary to Case………………500VAC Isolation Resistance………………….100 M-Ohms min.
ENVIRONMENTAL SPECIFICATIONS
Operating Temperature ............…….0°C ~ +60°C Cooling………………….....................Convection Temperature Coefficient................... 0.02% / °C Humidity………………......................20 ~ 85%Rh (non-condensing) Storage Temperature………………..-20°C ~ +85°C Shock Vibration………………………Shock: 20G(3 Directions each 3 times) Vibration: 10 ~ 55Hz
SAFETIES/APPROVALS
FCC-B EN 55022-B VCCI-II
PHYSICAL SPECIFICATIONS
Metal Enclosed
- Terminal Block
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MODEL SPN30-05S SPN30-12S SPN30-15S SPN30-24S SPN30-48S
Output Voltage 5VDC 12VDC 15VDC 24VDC 48VDC
Output Current
(85 ~ 264 VAC)
6.0A 2.6A 2.1A 1.4A 0.7A
Efficiency (%) 75% 78% 79% 80% 80%
Load Regulation (m V max) 10m V max 10m V max 10m V max 20m V max 40m V max
Note:
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- Mounting screws not to exceed max penetration of 6mm Screw thread size is M3 (Metric) or 6/32nd (Inch) Weight 200g typ. Measurements in millimeter (mm) unless otherwise specified Tolerance ± 1mm
NOTE: All specifications typical and nominal / full load and 25°C unless otherwise noted. Avoid sustained operation in overload or dead short conditions....