

Add to Cart
1-10v dimmable led panel 60x60cm led panel light 1-10v dimming panel light
Features of Dimmable led panel
1. Light distribution design: front light, high brightness, mixed
evenly.
2. waterproof, Prevent lampblack, dustproof, anti-mosquito
3. Luminance decrease control No more than 3% control: 2000 hours
4. LED selection:SMD 2835 Hight lumens.
5. Driven design: adopting the designed with high efficiency
constant current drive power supply.
6. Product quality: all products before they leave the factory
after several strict
7. Pure white.warm white , cool white ,Red,Green Bule, Yellow,and
RGB available.
8.200*200mm,300*300mm,300*600mm,300*1200mm,600*600mm,600*1200mm
available.
9.Energy saving, Environmental friendly
10.Light and Soft, no electric wave,no RF interference.
11. Can be dimming
12.Long service life over 50000 hours
Our advantages of Dimmable led panel
Item | Model No. | ZLP031240WD | |||
Optical | Light Source | LED 2835 epistar | |||
Color Temperature | 2800-6500K | ||||
Luminous Flux | 3400-3600LM | ||||
Color Render Index | Ra > 80 | ||||
Beam Angle | 120 | ||||
Optical Decay Rate | Less than 3% in 3000 Hours | ||||
Service Life | ≥ 50000 Hours | ||||
Electric | Input Voltage | AC 100~240 V/DC24V | |||
Frequency | 50 ~ 60 Hz | ||||
Power Consumption | 40W | ||||
Power Factor | PF>0.95 | ||||
Starting Time | ≤ 1.2 S (@ 110Vac) | ||||
Withstand Voltage | 3000Vac/1Min | ||||
Structure | Materials | Aluminum, PMMA LGP, PC diffuser | |||
Temperature Rising | < 20 | ||||
Dimensions | 1195*295*10 MM | ||||
Net Weight | 4.7Kg / piece | ||||
Protection class (IP) | IP44 | ||||
Others | Working Temperature/Humidity | -20 ~ +50 ; 10% ~ 80% R.H. | |||
Storage Temperature/Humidity | -40 ~ +80 ; 10% ~ 80% R.H. | ||||
Certificate | CE,TUV,CB,SAA | ||||
Environmental Protection | RoHS |
Intruduction about TRIAC DIMMING PANE LIGHT
1-10V (0-10V) dimming LED panel light
1-10v (0-10 V) is one of the earliest and simplest electronic
lighting control signaling systems; simply put, the control signal
is a DC voltage that varies between zero and ten volts. The
controlled lighting should scale its output so that at 10 V, the
controlled light should be at 100% of its potential output, at 1v
it should be at minimum output, and at 0 V it should at 0% output
(i.e. “Off”). Dimming devices may be designed to respond in various
patterns to the intermediate voltages, giving output curves that
are linear for: voltage output, actual light output, power output,
or perceived light output.
Some knowledge about 1-10v dimming solution:
There are two variations to the 0 to 10 V system, 0 to -10 V and 0
to +10 V. Despite being incompatible with each other, both systems
were widely implemented by lighting manufacturers.
Dimming fluorescent ballasts and dimming LED drivers often use 0-10
V control signals to control dimming functions. In many cases, the
dimming range of the power supply or ballast is limited. If the
light output can only be dimmed from 100% down to 10%, there must
be a switch or relay available to kill power to the system and turn
the light completely off.
Most 0-10 V controllers offer either a built-in line voltage relay
or an external line voltage relay. Depending on the application,
these options should be considered.
In production lighting this system was replaced by analog
multiplexed systems such as D54 and AMX192, which themselves have
been almost completely replaced by DMX512. For dimmable fluorescent
lamps (where it operates instead at 1-10 V, where 1 V is minimum
and 0 V is off) the system is being replaced by DSI, which itself
is in the process of being replaced by DALI.
When using this system, one must take into consideration the actual
application, since controlling office lights is not the same as
controlling theatrical lighting. 0-10 V lighting control is widely
used in commercial and industrial lighting by ballast manufacturers
such as GE, , Universal, Metrolight, and Sylvania. There are
distributed control approaches on the market today that can be
installed inside or very near the fixture(s) to be controlled thus
eliminating the wire runs and the voltage drop.
Advantages and disadvantages
The simplicity of the lighting system makes it straightforward to
understand, implement and diagnose, and its low current (typically
1 mA) means it can be run along relatively thin cables with little
voltage drop. However, since it requires one wire per control
channel (plus a common return wire), a sophisticated system could
have hundreds of wires, requiring expensive multicore cables and
connectors. Over a long cable, the voltage drop requires every
channel of the receiving device to be calibrated to compensate for
the voltage losses. (This is only a theoretical limitation as the
resistance of the thinnest practical wire is around 20 Ω/1000 m.)
Interference from nearby ac power cables can affect the signal to
the fitting and even cause flickering. Signal wire running parallel
to power cables for a fair distance would need to be screened.
Installation of led panels 1-10V & 0--10V dimming