P100mm High Refresh Rate Flexible LED Curtain LED Display Panel

China P100mm High Refresh Rate Flexible LED Curtain LED Display Panel, Find details about China LED Screen, LED Display from P100mm High Refresh Rate Flexible LED Curtain LED Display Panel

Basic Info.

Model NO.

FD4-P100-A

Pixel Density

100DOT/Sqm

Scanning Mode

Static Scan

Display Type

LED Dot Matrix Display

Application

Advertising

Certification

CE, RoHS, CCC

Specification

8*128pixels

Origin

Shenzhen, China

HS Code

8528591090

Model NO.

FD4-P100-A

Pixel Density

100DOT/Sqm

Scanning Mode

Static Scan

Display Type

LED Dot Matrix Display

Application

Advertising

Certification

CE, RoHS, CCC

Specification

8*128pixels

Origin

Shenzhen, China

HS Code

8528591090

Product Desciption

P100mm High Refresh Rate Flexible LED Curtain LED Display Panel

PRODUCT DESCRIPTION

1. Ultra flexible design make it can be curved freely to achieve creative shapes like arch,
circle, wave, customized size available.

2. 70% transparency rate, easy for stage light,fog, lasers go through the screen to create
superb visual effect

3. Fast inter-panel locks make it quick and easy to set up and dismantle large-scaled screen,
no tools required.

4. Quick hanging up by using the following two pieces of connector

5. LED strips can be taken out to satisfy various creative ideas.

6. Head and tail of the panel, with waterproof connectors

SPECIFICATION

optical	Pixel Pitch	mm	100mm
	LED Type	-	SMD3535
	Dot Size(L*W)	mm	181810.4
	Brightness	nit	250
	Panel Resolution (W*H)	pixels	8*128
	Pixel Density	pixel/m²	100
	LED Quantity/ Pixel	pixel	4
	Viewing Angle	degree	H/V140°
	Color Depth	bit	16 bit
	Refresh Rate	HZ	2000
Electrical	Max Power Consumption	w/sqm	50
	Ave Power Consumption	w/sqm	25
	Main Power Source	AC/V	AC 100-240V
	Input Voltage	DC	15
Mechanical	IP Rating	-	IP66
	Panel Weight	kg/sqm	11
	Weight Per Tile	IB/sqm	24.27
	Life Time	hours	100,000
	Certification	-	CE,ROHS
	Working Temperature	ºC	-20ºC~+45ºC
	Humidity	-	10~90%RH
Control	Control System	-	DVI synchronous