FEATURES: Constant current output Input voltage range: 90-305Vac Short circuit, over current, over voltage and over temperature protections Designed to worldwide safety standards for lighting Active power factor correction IP67 for outdoor use Multiple dimming 5 year warranty Model Nominal Input voltage (Vac) Output current (ma) Output voltage (Vdc) Min. Max. Output power (W) LPU200-C530 530 189 377 199.8 LPU200-C700 700 143 286 200.2 LPU200-C1050 1050 95 190 199.5 LPU200-C1400 1400 72 143 200.2 LPU200-C1750 100-277 1750 57 114 199.5 LPU200-C2100 2100 48 95 199.5 LPU200-C2800 2800 36 71 198.8 LPU200-C3500 3500 29 57 199.5 LPU200-C5000 5000 20 40 200 Note: 1. Other output models may available on request; 2. Add suffix for dimming option, D (0~10V), P (PWM), T (Timer), A (3 in 1 Programmable Dimming). Input Parameters Symbols Test Conditions/ Comment Min. Typ. Max. Units InputVoltage V in --- 90 -- 305 Vac Input Frequency F line --- 47 -- 63 Hz Input current I in Full load, V in =220Vac Full load, V in =100Vac -- -- 2.40 1.10 A Full load, V in =277Vac 0.87 InrushCurrent I inrush ColdStart,V in =230Vac -- -- 50 A www.pairuigroup.com Page: 1/ 8 Date: 07/18/2015
Input Parameters Symbols Test Conditions/ Comment Min. Typ. Max. Units Power Factor PF 70%~100%Load,V in =100Vac 70%~100%Load,V in =220Vac 70%~100%Load,V in =277Vac 0.98 0.95 0.92 -- -- PF Total Harmonic Distortion THD 70%~100%Load,V in =100Vac 70%~100%Load,V in =220Vac 70%~100%Load,V in =277Vac -- -- 10 20 25 % Efficiency η Full voltage, full load 89 92 94 % LeakageCurrent I leakage V in =277Vac/60Hz -- -- 0.5 ma Output OutputCurrent Output Voltage I out V out LPU200-C530 503 530 557 ma LPU200-C700 665 700 735 ma LPU200-C1050 997 1050 1102 ma LPU200-C1400 1330 1400 1470 ma LPU200-C1750 1663 1750 1837 ma LPU200-C2100 1995 2100 2205 ma LPU200-C2800 2660 2800 2940 ma LPU200-C3500 3325 3500 3675 ma LPU200-C5000 4750 5000 5250 ma LPU200-C530 189 -- 377 V LPU200-C700 143 -- 286 V LPU200-C1050 95 -- 190 V LPU200-C1400 72 -- 143 V LPU200-C1750 57 -- 114 V LPU200-C2100 48 -- 95 V LPU200-C2800 36 -- 71 V LPU200-C3500 29 -- 57 V LPU200-C5000 20 -- 40 V LineRegulation I out-line V in from100vacto277vac -- -- 1 % LoadRegulation I out-load V out frommin.tomax. -- -- 1 % Turn-OnDelayTime T on_delay ColdStart,PowerON -- 1 1.5 S Output Current Overshoot I overshoot TurningPowerON -- -- 10 % www.pairuigroup.com Page: 2/ 8 Date: 07/18/2015
Output Parameters Symbols Test Conditions/ Comment Min. Typ. Max. Units Ripple I ripple FullLoad,(pk-to-pk)/Average -- -- 20%I o map-p +12V Auxiliary Output(Optional) 12VOutputVoltage V AUX A+12Vauxiliaryoutputprovides 11 12 13 V 12VOutputCurrent I AUX powerforactiveledcoolerorother 0 -- 100 ma active equipment. AuxiliaryPower P AUX -- -- 1.2 W 0-10V or Resistor Dimming The 0-10V or resistor dimming is a dimming manner that can be used to dim the output current via a standard commercial wall dimmer(0-10vdc or 1-10Vdc) or an external control voltage source(0-10vdc or 1-10Vdc) or external resistor. The dimming range is 100% I out to 5% I out. When V DIM is 9-10Vdc, the output current maintains 100%I out, and when V DIM is1v,theoutputcurrentis5%i out. WhenV DIM below0.7v,thedriverwillshutdownanditwillrecoverywhenv DIMgoesabove1V. See 0-10V Dimming Curve for detailed information. Absolute Maximum Voltage on 0-10V Pin V DIM --- -2 -- 15 V Source Current on 0-10V Dimming Pin I DIM --- 50 75 100 μa V DIM VoltageforFull Bright V DIM-MAX --- 9 -- -- V Minimum Output Current V DIM VoltageWhen the Driver Shut Down V DIM VoltageWhen the Driver Shut Down I OUT-MIN V DIM =1V -- 5% -- %ofi out V DIM-shut --- 0.6 0.7 0.8 V V DIM-recovery --- 0.9 1 1.1 V External Resistor Value at Full Bright R External-MAX See ExternalResistorDimming Curve(D Type) for details -- 120 -- KΩ www.pairuigroup.com Page: 3/ 8 Date: 07/18/2015
PWM Dimming ThePWMdimmingisadimmingmannerthatcanbeusedtodimtheoutputcurrentviathedutycycleofPWMsignal. The dimming range is 100% I out to 5% I out. When the duty cycle is 100%, the output current reaches 100% I out, and the outputcurrentmaintains5%i outwhenthedutycyclebelow5%. WhenthePWMsignalislowthedriverwillshutdownanditwillrecoverywhenthedutycyclegoesabove5%. See PWM Dimming Curve for detailed information. PWMFrequency F PWM --- 0.1 -- 2 KHz High Level Voltage of PWM Signal Lower Level Voltage of PWM Signal Minimum Output Current V PWM-High --- 4 -- 12 V V PWM-Low --- 0 -- 1 V I OUT-MIN Whendutycyclebelow5% -- 5 -- %ofi out Timer Dimming The Timer Dimming is designed with time controlled dimming function, it will dim to 50% of rated output current after operating six hours. See T Type Dimming Curve for detailed information. Full Load Operated Time T FULL-LOAD-TTYPE Note1: The dimming time and dimming current can be customized 5.5 6 6.5 Hrs Note2: Timing shut down function DimOutputCurrent I OUT-MIN-TTYPE can be customized 45 50 55 %ofi out LED Board Temperature Detection(Optional) The LED board temperature detection input can be connected to a thermistor(ntc) to realize a LED Board Over Temperature Protection and prevent the LED lamp from damage or luminous decay at high temperature. The thermistor should be located on the LED assembly to monitor its temperature. If the temperature exceeds the predetermined LED OTP point, the output current of the driver is automatically reduced to regulate the temperature of the LEDboardatasafelevel. See LED OTP Current Reduction Curve for detailed information. Thermistor Resistance Value that Start Current Reduction R LEDOTP Whenthethermistorresistanceless than this value the output current start reduce. -- 4 -- KΩ www.pairuigroup.com Page: 4/ 8 Date: 07/18/2015
Protection Parameters Symbols Test Conditions/ Comment Min. Typ. Max. Units OverVoltage V OVP --- -- 110% 150% V out Short Circuit Hiccup mode, it will recover automatically after fault condition is removed OverTemperature T OTP point, the output current of the IfthetemperatureexceedsOTP driver is automatically reduced. Environment 90 95 100 StorageTemperature T storage Humidity:5%RHto95%RH -40 -- +85 Ambient Operating Temperature Maximum Case Temperature Operating Relative Humidity T a Startupatratedvoltage -40 -- +70 T C Hot-spotoncase -- -- +90 H a Noncondensing 10 -- 95 % LifeTime T Life Fullload,casetemperature55 50 -- -- khrs MTBF T MTBF Fullload,220Vacinput, 25 ambient temperature Dimension(LxWxH) Weight EN55015 EMC Compliance Conducted Emission& Radiated Emission EN61000-3-2 Class C Harmonic Current Emission EN61000-3-3 FCC Part 15 Class B EN61547 EN61000-4-2 EN61000-4-3 EN61000-4-4 EN61000-4-5 EN61000-4-6 EN61000-4-8 EN61000-4-11 Voltage fluctuation and flicker Conducted and Radiated Emission Measurement 222.0 x 70.0 x 34.0mm 200 -- -- khrs www.pairuigroup.com Page: 5/ 8 Date: 07/18/2015 950g Equipment for general lighting purposes: EMC Immunity Requirements Electrostatic Discharge(ESD). Air Discharge: 15kV; Contact Discharge: 8kV Radiated Radio-Frequency electromagnetic field Electrical Fast Transient/ burst Surge Immunity Test: L-N 6KV, L/N-GND 6KV Conducted disturbances induced by Radio-Frequency fields Power Frequency Magnetic Field Test Voltage Dips, short interruptions and Voltage Variations
Note: Unless otherwise specified, all the above parameters are measured at ambient temperature of 25 and Vin = 100Vac to 277Vac. TYPICAL APPLICATION Versatile control features: A Temperature sensor(ntc thermistor) protects the LED from over temperature; 12V/100mA Auxiliary output can be used to power auxiliary loads such as active cooler or external dimming controller; Acceptsvariousmannertodimtheoutputcurrentandthedimmingrangeis5%to100%I out; Support shut down functions at dimming applications. Power Factor VS. Load TYPICAL CHARACTERISTICS CURVE Efficiency VS. Load www.pairuigroup.com Page: 6/ 8 Date: 07/18/2015
Output Current VS. Dimming Voltage TYPICAL CHARACTERISTICS CURVE Output Current VS. External Resistor Output current VS. Duty Cycle of PWM Signal Output Current VS. Running Time Current Reduction VS. Thermistor Resistance Value www.pairuigroup.com Page: 7/ 8 Date: 07/18/2015
MECHANICAL No Dimming& Timer Dimming Unit: mm 0~10Vdc or Resistor Dimming& PWM Dimming Unit: mm www.pairuigroup.com Page: 8/ 8 Date: 07/18/2015