ZHAGA 2x8 LED Board 4000K Color Temperature For LED Street Light 15550

ZHAGA 2x8 LED Board 4000K Color Temperature For LED Street Light 15550



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Product Introduction

ZHAGA 2x8 LED Board 4000K Color Temperature For LED Street Light 15550

 

Approval marks:

ESD 

cRUus 

CE 

UKCA 

ENEC 

RoHs


     

    Technical data

    Beam characteristic

    120°

    Ambient temperature range

    -40 ... +80 °C

    tp rated

    75 °C

    tc

    105 °C

    Irated

    650 mA

    Imax

    1,200 mA

    Max. permissible LF current ripple

    1,320 mA

    Max. permissible peak current

    2,000 mA / max. 10 ms

    Max. working voltage for insulation 

    370 V

    Max. working voltage for insulation with lens

    670 V

    Insulation test voltage

    1.74 kV

    CTI of the printed circuit board

    > 600

    ESD classification

    Severity level 4

    Risk group (IEC 62471)

    RG2 (Ethr = 684 lx, RG1 at d ≥ 48 cm)

    Classification acc. to IEC 62031

    Built-in

    Type of protection

    IP00

    Lumen maintenance L70B50

    100,000 h

    Guarantee

    5 Year(s)

     

    Specific technical dataFilter

    Type①

    Photo­metric code

    Useful luminous flux at tp = 25 °C②

    Expected luminous flux at tp rated ③

    Typ. forward current

    Min. forward voltage at tp = 75 °C

    Max. forward voltage at tp = 25 °C

    Typ. power con­sump­tion at tp = 75 °C ④

    Efficacy of the module at tp = 25 °C

    Expected efficacy of the module at tp rated

    Col­our ren­der­ing in­dex CRI

    ▼ 121*49mm - 2x4 2000lm – Operating mode NM

    AL15548

    827/579

    2,144 lm

    2,024 lm

    650 mA

    21.5 V

    24.0 V

    14.97 W

    143 lm/W

    139 lm/W

    > 80

    830/579

    2,354 lm

    2,224 lm

    650 mA

    21.5 V

    24.0 V

    14.97 W

    157 lm/W

    153 lm/W

    > 80

    840/579

    2,435 lm

    2,295 lm

    650 mA

    21.5 V

    24.0 V

    14.97 W

    163 lm/W

    158 lm/W

    > 80

    850/579

    2,460 lm

    2,320 lm

    650 mA

    21.5 V

    24.0 V

    14.97 W

    164 lm/W

    159 lm/W

    > 80

    722/579

    1,802 lm

    1,742 lm

    550 mA

    21.2 V

    23.9 V

    12.60 W

    143 lm/W

    142 lm/W

    > 70

    730/579

    2,124 lm

    2,054 lm

    550 mA

    21.2 V

    23.9 V

    12.57 W

    169 lm/W

    167 lm/W

    > 70

    740/579

    2,270 lm

    2,190 lm

    550 mA

    21.2 V

    23.9 V

    12.57 W

    181 lm/W

    180 lm/W

    > 70

    765/579

    2,270 lm

    2,190 lm

    550 mA

    21.2 V

    23.9 V

    12.60 W

    181 lm/W

    179 lm/W

    > 70

    ▼ 223*49mm - 2x8 4000lm – Operating mode NM

    AL15550

    827/579

    4,288 lm

    4,038 lm

    650 mA

    43.1 V

    48.0 V

    29.93 W

    143 lm/W

    139 lm/W

    > 80

    830/579

    4,708 lm

    4,438 lm

    650 mA

    43.1 V

    48.0 V

    29.93 W

    157 lm/W

    153 lm/W

    > 80

    840/579

    4,871 lm

    4,591 lm

    650 mA

    43.1 V

    48.0 V

    29.93 W

    163 lm/W

    158 lm/W

    > 80

    850/579

    4,919 lm

    4,639 lm

    650 mA

    43.1 V

    48.0 V

    29.93 W

    164 lm/W

    159 lm/W

    > 80

    722/579

    3,605 lm

    3,465 lm

    550 mA

    42.7 V

    47.6 V

    25.10 W

    143 lm/W

    141 lm/W

    > 70

    730/579

    4,248 lm

    4,088 lm

    550 mA

    42.7 V

    47.6 V

    25.13 W

    169 lm/W

    167 lm/W

    > 70

    740/579

    4,540 lm

    4,379 lm

    550 mA

    42.7 V

    47.6 V

    25.13 W

    181 lm/W

    179 lm/W

    > 70

    757/579

    4,540 lm

    4,379 lm

    550 mA

    42.7 V

    47.6 V

    25.13 W

    181 lm/W

    179 lm/W

    > 70

    765/579

    4,447 lm

    4,250 lm

    550 mA

    42.7 V

    47.6 V

    25.13 W

    177 lm/W

    174 lm/W

    > 70

    ①HE ... High Efficiency, NM ... Nominal Mode, HO ... High Output.

    ②Tolerance of useful light flux - 0 % / + 15 %. Measurement uncertainty ± 10 %.

    ③Tolerance of expected light flux - 0 % / + 15 %. Measurement uncertainty ± 10 %. Based on calculation.

    ④Tolerance of power consumption Pon ± 10 %. Measurement uncertainty ± 5 %.



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