RPS-100-S24
RIEVTECH
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Features:
Ø Universal AC input range(90~264Vac)
Ø High efficiency up to 89%
Ø Built-in current limiting circuit
Ø Output protections: OVP/OLP/SCP/OTP
Ø Wide operating ambient temp (-20℃~70℃)
Ø Built-in DC OK function
Ø Can be installed on TS-35/7.5 or TS-35/15
Ø 100% full load burn-in test
Ø Suitable for critical applications
Ø Operating altitude up to 6000m
Ø PCB with conformal coating
Ø Ultra-slim,45mm width
Ø 18 months warranty
Features:
Ø Universal AC input range(90~264Vac)
Ø High efficiency up to 89%
Ø Built-in current limiting circuit
Ø Output protections: OVP/OLP/SCP/OTP
Ø Wide operating ambient temp (-20℃~70℃)
Ø Built-in DC OK function
Ø Can be installed on TS-35/7.5 or TS-35/15
Ø 100% full load burn-in test
Ø Suitable for critical applications
Ø Operating altitude up to 6000m
Ø PCB with conformal coating
Ø Ultra-slim,45mm width
Ø 18 months warranty
MODEL | RPS-U120S12 | RPS-U120S24 | RPS-U120S48 | ||
OUTPUT | DC Output | 12V | 24V | 48V | |
Rated Current | 10A | 5A | 2.5A | ||
Current Range Note 1 | 0~10A | 0~5A | 0~2.5A | ||
Ripple and Noise Note 2 | 0~70℃ | ≤120mV | ≤120mV | ≤240mV | |
-20℃~0 | ≤240mV | ≤240mV | ≤480mV | ||
Voltage ADJ. Range | 12~14V | 24~28V | 48~56V | ||
Voltage Accuracy | ±1.0% | ||||
Line Regulation | ±0.5% | ||||
Load Regulation | ±1.0% | ||||
Set-up Time | <1.2S@230Vac ; <3.0mS@115Vac | ||||
Hold up Time | ≥10mS@115Vac; ≥20mS@230Vac Full load | ||||
Temperature Coefficient | ±0.03%/℃ | ||||
Overshoot and Undershoot | <5.0% | ||||
INPUT | Voltage Range | 90Vac~264Vac, 127Vdc-370Vdc | |||
Frequency Range | 47Hz~63Hz | ||||
Efficiency ( Typical) | 85% | 88% | 89% | ||
AC Current (max.) | <2.7 A/115VAC ; <1.35A/230VAC | ||||
Inrush Current (Typical) | 20A/115Vac ; 35A/230Vac Cold start | ||||
Leakage Current | Input—output:<0.25mA Input—PG:<3.5mA (264Vac input, 63Hz) | ||||
PROTECTION | Over Load | 10.5~13A | 5.25~6.5A | 2.75~3.25A | |
Protection type: Constant current | |||||
Over voltage | 15~18V | 29~33V | 58~63V | ||
Protection type: Shut down, re-power on. | |||||
Over temperature | 100±5℃, detect on heat sink of power transistor; shut down O/P, re-power on. | ||||
Short Circuit | Long-term mode, auto recovery | ||||
Operating amb.Temp.&Hum. | -20℃~70℃; 20%~90%RH No condensing (pls refer to derating curve) | ||||
ENVIRONMENT | Storage Temp. & Hum. | -40℃~85℃; 5%~95%RH No condensing | |||
Safety Standards | UL508, UL60950, EN60950 | ||||
SAFETY &EMC Note 3 | Withstand Voltage | Primary-Secondary:3.0KVac/10mA. | |||
Primary-PG:1.5KVac/10mA. | |||||
Secondary-PG: 0.5KVac/10mA. | |||||
Isolation Resistance | 10M ohms | ||||
EMC Emission | Compliance to EN55022, EN55024, FCC PART 15 Class B | ||||
Harmonic Current | Compliance to EN61000-3-2, CLASS A | ||||
EMC Immunity | Compliance to EN61000-4-2,3,4,5,6,11; heavy industry level | ||||
MTBF (MIL-HDBK-217F) | More than 500,000Hrs (25℃, Full load) | ||||
OTHERS | Dimension (L*W*H) | 124*119*45mm | |||
Cooling method | Cooling by free air convection | ||||
NOTE | 1. All parameters NOT specially mentioned are measured at rated input, rated load and 25℃ of ambient temperature. 2. Measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1 uF & 10uF parallel capacitor. 3. The power supply is considered as a component which will be installed into a final equipment. The final equipment must be re-confirmed that it still meets EMC directives. For guidance on how to perform these EMC tests, please refer to “EMI testing of component power supplies” on www.rievtech.com. |
MODEL | RPS-U120S12 | RPS-U120S24 | RPS-U120S48 | ||
OUTPUT | DC Output | 12V | 24V | 48V | |
Rated Current | 10A | 5A | 2.5A | ||
Current Range Note 1 | 0~10A | 0~5A | 0~2.5A | ||
Ripple and Noise Note 2 | 0~70℃ | ≤120mV | ≤120mV | ≤240mV | |
-20℃~0 | ≤240mV | ≤240mV | ≤480mV | ||
Voltage ADJ. Range | 12~14V | 24~28V | 48~56V | ||
Voltage Accuracy | ±1.0% | ||||
Line Regulation | ±0.5% | ||||
Load Regulation | ±1.0% | ||||
Set-up Time | <1.2S@230Vac ; <3.0mS@115Vac | ||||
Hold up Time | ≥10mS@115Vac; ≥20mS@230Vac Full load | ||||
Temperature Coefficient | ±0.03%/℃ | ||||
Overshoot and Undershoot | <5.0% | ||||
INPUT | Voltage Range | 90Vac~264Vac, 127Vdc-370Vdc | |||
Frequency Range | 47Hz~63Hz | ||||
Efficiency ( Typical) | 85% | 88% | 89% | ||
AC Current (max.) | <2.7 A/115VAC ; <1.35A/230VAC | ||||
Inrush Current (Typical) | 20A/115Vac ; 35A/230Vac Cold start | ||||
Leakage Current | Input—output:<0.25mA Input—PG:<3.5mA (264Vac input, 63Hz) | ||||
PROTECTION | Over Load | 10.5~13A | 5.25~6.5A | 2.75~3.25A | |
Protection type: Constant current | |||||
Over voltage | 15~18V | 29~33V | 58~63V | ||
Protection type: Shut down, re-power on. | |||||
Over temperature | 100±5℃, detect on heat sink of power transistor; shut down O/P, re-power on. | ||||
Short Circuit | Long-term mode, auto recovery | ||||
Operating amb.Temp.&Hum. | -20℃~70℃; 20%~90%RH No condensing (pls refer to derating curve) | ||||
ENVIRONMENT | Storage Temp. & Hum. | -40℃~85℃; 5%~95%RH No condensing | |||
Safety Standards | UL508, UL60950, EN60950 | ||||
SAFETY &EMC Note 3 | Withstand Voltage | Primary-Secondary:3.0KVac/10mA. | |||
Primary-PG:1.5KVac/10mA. | |||||
Secondary-PG: 0.5KVac/10mA. | |||||
Isolation Resistance | 10M ohms | ||||
EMC Emission | Compliance to EN55022, EN55024, FCC PART 15 Class B | ||||
Harmonic Current | Compliance to EN61000-3-2, CLASS A | ||||
EMC Immunity | Compliance to EN61000-4-2,3,4,5,6,11; heavy industry level | ||||
MTBF (MIL-HDBK-217F) | More than 500,000Hrs (25℃, Full load) | ||||
OTHERS | Dimension (L*W*H) | 124*119*45mm | |||
Cooling method | Cooling by free air convection | ||||
NOTE | 1. All parameters NOT specially mentioned are measured at rated input, rated load and 25℃ of ambient temperature. 2. Measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1 uF & 10uF parallel capacitor. 3. The power supply is considered as a component which will be installed into a final equipment. The final equipment must be re-confirmed that it still meets EMC directives. For guidance on how to perform these EMC tests, please refer to “EMI testing of component power supplies” on www.rievtech.com. |