LCC250-48U-4P

ARTESYN LCC250 250 Watts Convection/Conduction Mounting Advanced Energy's Artesyn LCC250 AC-DC power supply is a fully-enclosed conduction cooled series delivering full useable power at high temperatures. The LCC250 series, with IP64 protection against the ingress of dust and water, is ideal for applications such as outdoor signage and telecom installation like antenna and base station equipment. The power supplies are equally suitable for indoor use, such as in control consoles, indoor signage and desktops for medical applications, where the absence of cooling fans can help minimize dust and noise. SPECIAL FEATURES SAFETY5  250 W full power at elevated  UL + CSA temperatures  Wide operating temperature range suited for outdoor application  IP64 rated  Conduction-cooled or convection  Differential remote sense  Output adjust  Output On/Off (Positive or Negative logic user selectable) COMPLIANCE  TÜV Data Sheet Total Power: 250 W # of Outputs: Single Outputs: 12, 24, 48 V 62368-1 2nd Ed. ANSI ES60601-1 3rd Ed 62368-1 2nd Ed. 60601-1 3rd Ed. 61347-1; 2-13  CB Scheme IEC 62368-1 IEC 60950-1 2nd Ed IEC 61347-1; 2-13 IEC 60601-1  China CCC  CE Mark  EMI Class B  EN61000 Immunity  MIL-STD-461E: CE101; CE102; CS101; CS114 ©2020 Advanced Energy Industries, Inc. LCC250 ELECTRICAL SPECIFICATIONS Input Input ra­nge 90 - 264 Vac (Operating) 115/230 Vac (Nominal) Frequency 47 - 63 Hz Input fusing Internal fuse on both L and N lines Inrush current 50 A Power factor > 0.92 Full load Harmonics Meets EN61000-3-2; MIL-STD-461E(6); CE101; CE102; CS101; CS104 Input current 3.4 A @ 90 Vac full load Hold up time 16 ms minimum at 115 Vac; 100% load Efficiency 230 Vac; 100% load 12 V - 89% typical 24 V - 91% typical 48 V - 91.5% typical Leakage current < 275 μA at 230 Vac Output Output rating 12 V @ 20.8 A 24 V @ 10.4 A 48 V @ 5.2 A Set point ±0.2% Factory set point Total regulation range ±2% Line/Load/Temperature Rated load 250 W maximum Minimum load 0 A Load Capacitive load 0 - 330 μF/Amp Output voltage overshoot No loss of regulation No overshoot/undershoot outside the regulation band during on or off cycle Constant output voltage adjustment range 12 V: +10 / -10% 24 V: +14.6 / -15% 48 V: +15% / -15% Adjust via VR2 Constant output current adjustment range +0 / -50% Adjust via VR1 CC mode supported from Vo nominal down to 80% Vo Output ripple and noise 1﹪ 0 to 330 μF/Amp Transient response ±5% Vo max transient; recovery < 500 μs max 50% Load Step @ 1 A/μs Step Load verified at: 50% to 100% Load; 90 - 264 Vac input; Capacitive load from 0 to 330 μF/Amp Remote sense Capable of Stable Offset of ±0.5 Vdc at output +SENSE (Red Wire); -SENSE (Black Wire) cable termination Output On/Off Remote On/Off referenced to secondary side. Positive or Negative logic user selectable via CN2. Factory default is Positive logic On/Off (Orange Wire); On/Off Return (White Wire) Overcurrent protection (OCP) ≤ 150% Io Auto-recovery Overvoltage protection (OVP) 110% to 135% Vo Latching mode; Requires input AC recycle Overtemperature protection (OTP) Output isolation 2 advancedenergy.com Auto-recovery; hiccup mode 3000 Vac Input to Output 1500 Vac Input to Ground 500 Vac Output to Ground LCC250 ENVIRONMENTAL SPECIFICATIONS Operating temperature Suffix 4P (Conduction): -40 °C to +85 °C Baseplate Temperature Suffix 7P (Convection): -40 °C to +85 °C Ambient Temperature Storage temperature -40 °C to +85 °C Humidity 10% to 100% (Condensing & Non-Condensing) Altitude Operating: 13,000 feet Non-Operating: 50,000 feet Shock IEC68-2-27 Vibration IEC68-2-6 / IEC721-3-2 Ingress protection IP64 Rated MTBF (calculated) > 780,000 hours at 100% load; Low line; Telcordia SR-332 ORDERING INFORMATION Model Number Output Adjustment Range Output Current Min Max Output Ripple P/P1 Line/ Load Regulation LCC250-12U-4P 12 V ±10% 0A 20.8 A 1% 2 ±2% LCC250-12U-4PE 12 V ±10% 0A 20.8 A 1% 2 ±2% LCC250-12U-7P 12 V ±10% 0A 20.8 A 1% 2 ±2% LCC250-12U-7PE 12 V ±10% 0A 20.8 A 1% 2 ±2% LCC250-24U-4P 24 V +14.6 / -15% 0A 10.4 A 1% 3 ±2% LCC250-24U-4PE 24 V +14.6 / -15% 0A 10.4 A 1% 3 ±2% LCC250-24U-7P 24 V +14.6 / -15% 0A 10.4 A 1% 3 ±2% LCC250-24U-7PE 24 V +14.6 / -15% 0A 10.4 A 1% 3 ±2% LCC250-48U-4P 48 V ±15% 0A 5.2 A 1% 4 ±2% LCC250-48U-4PE 48 V ±15% 0A 5.2 A 1% 4 ±2% LCC250-48U-7P 48 V ±15% 0A 5.2 A 1% 4 ±2% advancedenergy.com 3 LCC250 ORDERING INFORMATION (CONTINUED) 1. Output ripple measured at the end of the output cable terminated with 10 μF tantalum cap in parallel with 0.1 μF ceramic capacitor. 2. 12 V: 1% limit is achieved with 2X 820 uF/16 V external cap (e.g. PLG1C821MDO1 from Nichicon or equivalent). Otherwise, maximum limits are 1.5% at Ta ≥ 0 °C and 2.0% max at Ta < 0 °C. 3. 24 V: 1% limit is achieved with 2X 820 uF/35 V external cap (e.g. UPM1V821MHD1TO from Nichicon or equivalent). Otherwise, maximum limits are 1.5% at Ta ≥ -10 °C. 2.0% max ripple at Ta < -10 °C is met with below external capacitance: Ambient Temperature (°C) Recommended External Capacitors (μF) -20 -25 -30 -35 -40 1000 2200 3300 12000 22000 4. 48 V: 1% limit is achieved with 3X 470 uF/63 V external cap. Otherwise, maximum limits are 1.5% max at Ta ≥ 0 °C and 2% max at Ta < 0 °C. 5. Two (2) LCC250 model numbers exist with same electrical performance except for safety approvals as shown below: · LCC250-XXu-xPE version = Europe/USA/China safety approved & carries CE/TUV, cUL, & CCC logos · LCC250-XXu-xP version = Europe/USA safety approved & carries CE/TÜV & cUL logos 6. 12 V unit requires external filtering for MIL-STD-461E compliance. Consult Artesyn Technical Support. 7. Warranty: 2 years 4 advancedenergy.com LCC250 ORDERING INFORMATION (CONTINUED) LCC250-12U-7P (Convection) VIN = 115 Vac 25 20 15 NAT CONV 100 LFM 10 200 LFM 5 20 Output Current (A) Output Current (A) 25 300 LFM 400 LFM 15 25 35 45 55 65 Ambient Temperature (˚C) 75 200 LFM 300 LFM 400 LFM 0 25 35 75 85 12V Efficiency vs. Input Line 95% 90% 15 Efficiency (%) 20 NAT CONV 10 100 LFM 200 LFM 5 300 LFM 25 35 85% 80% 75% Vin = 115 Vac 70% 400 LFM 0 45 55 65 75 85 Vin = 230 Vac 65% 0% Ambient Temperature (˚C) 20% Fig 3. 12 V “7P” Suffix (Convection) Output Current Derating at 230 Vac LCC250-24U-4P (Conduction) Output Current (A) 6 90 Vac 4 115 Vac 230 Vac 2 264 Vac 25 35 45 55 65 75 85 Baseplate Temperature (˚C) Fig 5. 24 V “4P” Suffix (Conduction) Output Current Derating 95 100% 10 8 NAT CONV 100 LFM 200 LFM 300 LFM 400 LFM 6 4 2 0 0 80% LCC250-24U-7P (Convection) VIN = 115 Vac 12 10 8 40% 60% Output Load Fig 4. 12 V Efficiency Curve 12 Output current (A) 45 55 65 Ambient Temperature (˚C) Fig 2. 12 V “7P” Suffix (Convection) Output Current Derating at 115 Vac LCC250-12U-7P (Conduction) VIN = 230 Vac 25 100 LFM 5 85 Fig 1. 12 V “4P” Suffix (Conduction) Output Current Derating NAT CONV 10 0 Output Current (A) LCC250-12U-7P (Convection) VIN = 115 Vac 25 35 45 55 65 75 85 Ambient Temperature (˚C) Fig 6. 24 V “7P” Suffix (Convection) Output Current Derating at 115 Vac advancedenergy.com 5 LCC250 ORDERING INFORMATION (CONTINUED) 12 95 90 10 8 Efficiency (%) Output Current (A) 24 V Efficiency vs. Input Line LCC250-24U-7P (Convection) VIN = 230 Vac NAT CONV 100 LFM 200 LFM 300 LFM 400 LFM 6 4 2 85 80 75 115 Vac 70 230 Vac 65 0 25 35 45 55 65 75 0 85 20 40 Ambient Temperature (˚C) 60 80 100 Output Load (%) Fig 7. 24 V “7P” Suffix (Convection) Output Current Derating at 230 Fig 8. 24 V Efficiency Curve Vac LCC250-48U-7P (Convection) VIN = 115 Vac LCC250-48U-4P (Conduction) 6 6 Output Current (A) Output Current (A) 5 4 3 90 Vac 115 Vac 230 Vac 264 Vac 2 1 0 25 35 45 55 65 75 85 5 4 NAT CONV 100 LFM 200 LFM 300 LFM 400 LFM 3 2 1 0 95 25 35 Baseplate Temperature (˚C) Fig 9. 48 V “4P” Suffix (Conduction) Output Current Derating 65 75 85 48 V Efficiency vs. Input Line 95 90 5 Efficiency (%) Output Current (A) 55 Fig 10. 48 V “7P” Suffix (Convection) Output LCC250-48U-7P (Convection) VIN = 230 Vac 6 45 Ambient Temperature (˚C) 4 NAT CONV 100 LFM 200 LFM 300 LFM 400 LFM 3 2 1 85 80 75 Vin=115 Vac 70 Vin=230 Vac 65 0 25 35 45 55 65 Ambient Temperature (˚C) 75 85 Fig 11. 48 V “7P” Suffix (Convection) Output Current Derating at 230 Vac 6 advancedenergy.com 0 20 40 60 Output Load (%) Fig 12. 48 V Efficiency Curve 80 100 LCC250 MECHANICAL DRAWINGS 12 V MODEL LABEL L1 AC INPUT POTTING TRIM LABEL C A L2 DC OUTPUT 6-Ø 3.6 ±0.10 C C B B A (4 - 63.5) (2 - 93.8) 101.4 ±0.6 L3 CONTROL A B B C C (2 - 59.7) M A BUSHING (See DETAIL C) C (2 - 119.4) (2 - 119.4) (2 - 139.7) ADJUST DIMMING (VR1) ADJUST REMOTE ON/OFF (CN2) SEE DETAIL C 177.6 ±0.6 VIEW M 27.9 ±0.6 LCC250-12U-4P ADJUST OUTPUT VOLTAGE (VR2) ON (NEGATIVE POLARITY) 0.30 SERIAL NO. BARCODE LABEL OFF (POSITIVE POLARITY) 37.6 ±0.6 LCC250-12U-7P DETAIL C 24 V / 48 V MODEL LABEL POTTING TRIM LABEL L1 AC INPUT L2 DC OUTPUT 6-Ø 3.6 ±0.10 C A C C B B A (4 - 63.5) (2 - 93.8) 101.4 ±0.6 A B B C C (2 - 59.7) C L3 CONTROL BUSHING See DETAIL C (2 - 119.4) (2 - 119.4) (2 - 139.7) Available Mounting Holes for “-7P” Suffix (with Heatsink) 177.6 ±0.6 Mounting Hole “A” 4X locations (Top Cover Side) #6-23 thread 27.9 ±0.6 LCC250-xxU-4P SERIAL NO. BARCODE LABEL (FOR 4PE/7PE ONLY) 37.6 ±0.6 LCC250-xxU-7P A 0.30 Mounting Hole “B” 4X locations (Top Cover Side) M3X0.5 thread For both “A” and “B” Mounting Holes, screw length should be