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Product Installation Instruction
Description
Flux(lm)
BRP715 LED50 CW Solar hybrid 3
5000lm
Y
BRP715 LED70 CW Solar hybrid 3
7200lm
Y
BRP715 LED90 CW Solar hybrid 3
9000lm
Y
BRP715 LED120 CW Solar hybrid 3
12000lm
Y
BRP715 LED180 CW Solar hybrid 3
18000lm
Y
BRP715 LED50 CW Solar Pro hybrid 3
5000lm
Y
BRP715 LED70 CW Solar Pro hybrid 3
7200lm
Y
BRP715 LED90 CW Solar Pro hybrid 3
9000lm
Y
BRP715 LED120 CW Solar Pro hybrid 3
12000lm
Y
BRP715 LED180 CW Solar Pro hybrid 3
18000lm
Y
Ba ery
Ba ery
AC input
DC input
type
parameter
voltage
LFP
12Ah/12.8V
200-240V
LFP
12Ah/12.8V
200-240V
LFP
12Ah/12.8V
200-240V
LFP
18Ah/12.8V
200-240V
LFP
12Ah/25.6V
200-240V
LFP
12Ah/12.8V
200-240V
LFP
18Ah/12.8V
200-240V
LFP
30Ah/12.8V
200-240V
LFP
30Ah/12.8V
200-240V
LFP
24Ah/25.6V
200-240V
Solar board
PV power
Remote type
voltage
voltage
12.8V
33W
17.5V
microwave
12.8V
45W
19V
microwave
12.8V
55W
19V
microwave
12.8V
70W
19V
microwave
12.8V
90W
36V
microwave
12.8V
55W
19V
microwave
12.8V
90W
19V
microwave
12.8V
100W
22V
microwave
12.8V
110W
17.5V
microwave
12.8V
175W
42V
microwave
Gross weight
Remote
CCT
Ta
(kg)
distance
7-8m
5700K
8
-10
-55
7-8m
5700K
9.5
-10
-55
7-8m
5700K
11
-10
-55
7-8m
5700K
12.6
-10
-55
7-8m
5700K
-10
-55
16
7-8m
5700K
14
-10
-55
7-8m
5700K
-10
-55
17
7-8m
5700K
19
-10
-55
7-8m
5700K
25
-10
-55
7-8m
5700K
-10
-55
41
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Summary of Contents for Philips BRP715 LED50 CW Solar hybrid 3Y
- Page 1 Product Installation Instruction Gross weight Ba ery Ba ery AC input Solar board Remote DC input Description Flux(lm) PV power Remote type (kg) type parameter voltage voltage distance voltage BRP715 LED50 CW Solar hybrid 3 5000lm 12Ah/12.8V 200-240V 12.8V 17.5V microwave 7-8m 5700K...
- Page 2 - Product Size (Unit: mm) 911401668509 BRP715 LED50 CW Solar hybrid 3Y 911401668609 BRP715 LED70 CW Solar hybrid 3Y 911401668709 BRP715 LED90 CW Solar hybrid 3Y...
- Page 3 - Product Size (Unit: mm) 911401668809 BRP715 LED120 CW Solar hybrid 3Y 911401668909 BRP715 LED180 CW Solar hybrid 3Y...
- Page 4 - Product Size (Unit: mm 911401669009 BRP715 LED50 CW Solar Pro hybrid 3Y 911401669109 BRP715 LED70 CW Solar Pro hybrid 3Y 911401669209 BRP715 LED90 CW Solar Pro hybrid 3Y...
- Page 5 - Product Size (Unit: mm) 911401669309 BRP715 LED120 CW Solar Pro hybrid 3Y 911401669409 BRP715 LED180 CW Solar Pro hybrid 3Y...
- Page 6 Installation Instructions BRP715 LED50 CW Solar hybrid 3Y BRP715 LED70 CW Solar hybrid 3Y BRP715 LED90 CW Solar hybrid 3Y BRP715 LED120 CW Solar hybrid 3Y Type-A Type-B BRP715 LED180 CW Solar Pro hybrid 3Y BRP715 LED180 CW Solar hybrid 3Y...
- Page 7 Installation Procedure for Type-B Post Top Bracket Step 1: Open the package and check whether the appear- Step 2: Prepare installation tools and accessories: 8mm ance of lamp is in good condition. Click the switch button hexagonal wrench, socket bracket, M10 * 20 screw 4pcs. to test whether the lamp is working.
- Page 8 Pole installation Road...
- Page 9 Note: I. The product mounting height must be <= 8meters. Incase mounted above 8meters, the strength and performance of the luminaire will be compromised. 2. The detection range of the sensor is related to the movement speed/ the size of movement object/the installation height and angle/the installation site/reflectors around the sensor, etc.
- Page 10 Wiring Sequence 1. Sensor, Switch 2. Load 3. Driver 4. Battery 5. Solar panel Do not connect 220V AC directly to the controller When operating with a system voltage of 12V or 24V (lithium), the controller can function normally even if there is no battery, as long as the solar panel and load are connected. Note: 1.
- Page 11 Indicator : State of Indicator Description of State of Remote Indicator Light Light Indicator Light Controller System Normally on Normal system Idle / discharge Charging Charge Slow flash Short circuit / open circuit / over-discharge / PV over-temperature / BV over- Fast flash System failure temperature / EBMS / over-temperature...
- Page 12 Visually inspect or use a multimeter to test whether there 1. The load may be shorted or is a short circuit or an open circuit between the positive open and negative terminals of the load. Or use the remote control to read the luminaire status to confirm the problem Visually inspect for loose wires.
- Page 13 It is r o m ed to ean it every 6 month The specific 3. There may be dust accumulation on the solar panel, frequ y de nds on the dust accumu a l tion . It can be which reduces the charging cleaned with neutral tap water.
- Page 14 Maintenance Panel 1.PV Panel has to be cleaned quarterly or whenever not performing according to specs, whichever is earlier. (The PV panel cleaning frequency are most depend on location, local pollution and climate event such as storms, typhoon or if PV panel is actually covered with soils/bird shits etc.;) 2.If in heavy dust area, It is required to clean the solar module regularly (may be once a quarter)with a damp towel to guarantee optimum performance of the solar panel;...
- Page 15 Replacement I. If the battery capacity is actually less than the rated capacity of 70% or as per warranty statement and conditions for remaining capacity or End of life, it is required to be replaced with new one to comply with the designed system requirement.
- Page 16 11. The battery presents a risk of electrical shock and a high short circuit current. Only a qualified Signify service representative who is knowledgeable in batteries and the required precautions is permitted to service the battery. Keep unauthorized personnel away from batteries. 12.
- Page 17 4. Walls, glass, and ceramics will bring reflection and penetration attenuation of electromagnetic waves, and reduce the sensing distance of the sensor. The thicker the material is, the more serious the attenuation is. 5. The movement of animals and objects within the sensing range may cause the light to turn on, which is a normal phenomenon.
- Page 18 20. In case of FIRE: To extinguish a fire in a battery room containing lead acid batteries, use CO2, foam, or dry chemical extinguishing media. Do not discharge the extinguisher directly onto the battery. The resulting thermal shock may cause cracking of the battery case/cover. 21.
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