Active Member
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[China]
Address: 7/F,Block A ,HongLianYing Science &Technology Park,SiLi Road,Guan Lan,Longhua New District,Shenzhen,China
Contact name:Antony Liao
SHENZHEN ZLONE LIGHTING CO.,LTD |
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Multifunction Dimmable Led Panel Light 300 X 1200mm Eco - Friendly
Our advantages of Dimmable led panel
Conforming to CE & RoHs.
Environment-friendly and no UV or IR radiation.
Extruded aluminum is good at heat dissipation, surface temperature usually stay below 65°.
Wide range of available operating voltage and low consumption.
Electrical Data | |
Rated wattage | 36W |
Nominal wattage | 37W |
Nominal voltage | AC 100-277V |
Power factor λ | 95% |
Operating frequency | 50-60 Hz |
Energy consumption | 35kWh/1000h |
Light technical data
Nominal luminous flux | 3100 lm |
Rated luminous flux | 3000lm |
Color temperature | 4000-4500k |
Light color as per EN 12464-1 | Natural white |
Color rendering index CRI | 83 |
Standard deviation of color matching | ≤3 sdcm |
Starting time | ≤0,1 s |
Warm-up time (60 %) | 0,0 s |
Lumen main. fact. at end of nom. life time | 70 % min. |
Lumen maintenance at end of service life | 70 % min. |
Farben & Materialien | |
mercury and lead-free | Yes |
Nominal lamp life time | 50,000 hours |
Rated lamp life time | 40,000 hours |
Switching cycles (on/off) | 100,000 |
Additional factor
Installation type | Recessed/Suspended/Surface mounting |
Capabilities | |
Dimmable (standard power adapter) | No |
Dimmable (dimmable power adapter) | Yes |
Certificates & standards
Energy efficiency class | A+ |
Dimensions | |
Actual Size | 295*1195mm |
Thickness | 10mm |
Packing Size | 5pcs/CTN G.W:25KGS |
G.W | 4.7kgs |
How to install the dali dimmable flat panel into the traditional fixtures?
1).Cut off the power.
2).Remove the existing component reflector and ballast.
3). Put the driver in the place of the previous ballast.
4). Remove the plastic cover from the LED head.
5). Mount the LED retrofit kit into the socket.
6).Connect the electric wires
Trailing edge dimmers (as opposed to leading edge, or triac
dimmers) turn off the electrical load at the end, or trailing edge,
of the AC input waveform. They control the power to the load by
varying the duty cycle (the ratio of on time to on+off time) of the
voltage to the load, the same as leading edge or triac dimmers.
Cutting off the trailing edge of the waveform allows compatibility
with electric loads that are either resistive or capacitive in
nature (as opposed to leading edge dimmers which are compatible
with resistive and inductive loads). Trailing edge dimmers are more
complex than other dimmers, and are usually implemented using
back-to-back power FETs (n-channel enhancement-mode MOSFETS with
their source terminals connected together, the gates connected
together, and the drain terminals acting as the two power
terminals). The FETs have an intrinsic body diode which means they
always conduct in one direction. Putting two FETs together as
described allows current flow to be controlled in either direction
(with no gate signal, both FETs are off, and the body diodes allow
no current flow either. If one FET is gated on, the current can
flow through that FET and the body diode of the other FET).
Trailing edge dimmers are designed to fade the voltage to zero
rather than switch it abruptly off, by applying a resistance to
create a ramp rather than a "cliff." This greatly reduces
interfering electrical and radio emissions. It also increases the
amount of heat dissipated, since the resistive period generates
heat. Most trailing edge dimmers contain thermal monitors that can
adjust the ramp if too much heat is being generated.
