Home> News> Article

GlacialLight Launches New Panel Lights

2014-12-11 11: 00

GlacialLight, the lighting division of GlacialTech Inc., announces a new 24cm square panel light offering up to 1600 lumens of energy efficient LED light in a compact package - GL-PL24-SM. Consuming only 17.3W, the GL-PL24-SM produces bright, uniform lighting over the entire lighting panel in an easy to install surface mount format. The GL-PL24-SM comes in 3 color temperatures and dimming is available.


Better Light

Compared to the uneven, flickering light from fluorescent tube lighting, the GL-PL24-SM creates a much smoother, uniform illumination that is more pleasant to the eye. Light is created across the entire 24 square LED panel creating a smoother illumination ideal for indoor lighting applications. The GL-PL24-SM comes in either Warm White (3000K), Neutral White (4000K), or Cool White (5700K) color temperatures.

Easy to Install

A one piece surface mount design makes this panel light easy to install as a replacement or supplement to existing lighting. Made of die-cast aluminum, the GL-PL24-SM is sturdy yet light enough to be wall-mounted. The compact 24cm square dimension fits a variety of modern interiors and the packaged LED driver mean exterior wiring is kept to a minimum. A rod pendant mount allows the light to be lowered from the ceiling, giving an additional installation option.

Energy Saving

At only 17.3 watts of energy usage, the GL-PL24-SM efficiently produces up to 1600 lumens of light, making it ideal as a modular lighting solution for kitchens, restaurants, cafes, or other indoor environments. The GL-PL24-SM is RoHS compliant, contains no mercury and emits not harmful UV or IR rays. 3-in-1 dimming capability allows the light to be lowered as needed and for additional energy savings.

Features:

·      One piece, easy installation.

·      Can be mounted on nearly any surface: wall or ceiling.

·      Die-cast aluminum construction - light and sturdy.

·      Color temperatures 3000K/4000K/5700K available.

·      Optional rod pendant mount.

·      3 different models under this series: non-dimmable, 3-in-1 dimmable, and DC input.

GlacialLight's GL-PL24-SM. (GlacialLight/LEDinside)

Specifications

GL-PL24-SM (non-dimmable)

Type

GL-PL24-SM-WW

GL-PL24-SM-NW

GL-PL24-SM-CW

Energy Used

17.3W

Rated Life

30,000 Hours

Input Voltage

100-240V AC

Power Factor (PF)

0.89 @120V AC, 0.81@240V AC

CCT (color)

3000K

4000K

5700K

Luminous Flux

1400 lm

1550 lm

1600 lm

System Efficacy

81 lm/W

90 lm/W

92 lm/W

CRI (Minimum)

80

80

80

Beam Angle

110° with lampshade

Dimension

240 x 240 x 40 mm

IP Rating

IP20

Operation Temperature

-20°C ~ +40°C

Bundled Driver

GP-HS15P-22C1
(Driver Output : Constant Current 700mA, 14~24V)

Net Weight

1.0 Kg (with driver)

Package

10 Boxes / Carton


GL-PL24DA-SM (DC dimmable : 1-10V/PWM/Resistor)

Type

GL-PL24DA-SM-WW

GL-PL24DA-SM-NW

GL-PL24DA-SM-CW

Energy Used

17.3W

Rated Life

30,000 Hours

Input Voltage

100-240V AC

Power Factor (PF)

0.89 @120V AC, 0.81@240V AC without dimmer

CCT (color)

3000K

4000K

5700K

Luminous Flux

1400 lm

1550 lm

1600 lm

System Efficacy

81 lm/W

90 lm/W

92 lm/W

CRI (Minimum)

80

80

80

Beam Angle

110° with lampshade

Dimension

240 x 240 x 40 mm

IP Rating

IP20

Operation Temperature

-20°C ~ +40°C

Bundled Driver

GP-HS15P-24CA (for 1-10V/PWM/Resistor)
(Driver Output : Constant Current 700mA, 24V)

Net Weight

1.0 Kg (with driver)

Package

10 Boxes / Carton


GL-PL24LD-SM (DC input)

Type

GL-PL24LD-SM-WW

GL-PL24LD-SM-NW

GL-PL24LD-SM-CW

Energy Used

17.3W

Rated Life

30,000 Hours

Input Voltage

11-15V DC / 22-30V DC

CCT (color)

3000K

4000K

5700K

Luminous Flux

1400 lm

1550 lm

1600 lm

System Efficacy

81 lm/W

90 lm/W

92 lm/W

CRI (Minimum)

80

80

80

Beam Angle

110° with lampshade

Dimension

240 x 240 x 40 mm

IP Rating

IP20

Operation Temperature

-20°C ~ +40°C

Bundled Driver

GP-LD15-24C
(Driver Output : Constant Current 700mA, 25V)

Net Weight

950 g (with driver)

Package

10 Boxes / Carton

Recommended Article