Active Member
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[China]
Address: No.40 Shinan Street,Dawen Village,DongchongTown, Nansha District,Guangzhou City,China
Contact name:Don-Li
Guangzhou Mankun Electronic Co., Ltd. |
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2X6 Injection LED Module Suitable For Harsh Humid Outdoor Conditions
Zhaga Pcb Led Light Module 2X6 LED Street Light Lamp For Outdoor Module
| Technical data | |
|---|---|
| Beam characteristic | 120° |
| Ambient temperature range | -40 ... +80 °C |
| tp rated | 75 °C |
| tc | 105 °C |
| Irated | 700 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 |
| Operating mode NM | ||||||||||
AL15549 AL16197 | 830/579 | 3,747 lm | 3,528 lm | 700 mA | 32.4 V | 36.1 V | 24.28 W | 154 lm/W | 149 lm/W | > 80 |
| 840/579 | 3,888 lm | 3,668 lm | 700 mA | 32.4 V | 36.1 V | 24.28 W | 160 lm/W | 155 lm/W | > 80 | |
| 850/579 | 3,926 lm | 3,696 lm | 700 mA | 32.4 V | 36.1 V | 24.28 W | 162 lm/W | 157 lm/W | > 80 | |
| 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 %. | ||||||||||
