Shenzhen Dreamway Technology Co., Limited

Shenzhen Dreamway Technology Co., Limited

Manufacturer from China
Active Member
12 Years
Home / Products / Outdoor LED Billboard /

10 mm Outdoor LED Billboard with Synchronous Control Meanwell Power

Contact Now
Shenzhen Dreamway Technology Co., Limited
City:shenzhen
Province/State:guangdong
Country/Region:china
Contact Person:MsJean Shen
Contact Now

10 mm Outdoor LED Billboard with Synchronous Control Meanwell Power

Ask Latest Price
Video Channel
Brand Name :Dreamway
Model Number :P10
Certification :CE,ROHS
Place of Origin :China
MOQ :negotiable
Price :negotiable
Payment Terms :T/T, Western Union
Supply Ability :2000sq.m/Month
Delivery Time :20 days after receiving the deposit
Packaging Details :Plywood case
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description



10 mm Outdoor LED Billboard with Synchronous Control Meanwell Power


Quick Detail:

1. MBI5024 drive IC;
2. All EPISTAR LED;
3. Not less than 7,500 nits;
4. Meanwell power supply;
5. 150 mm thickness of cabinet;
6. Plywood case packed.


Detail Description:

5V 40A Meanwell brand power source, 1 pc supports 10 pcs P10 outdoor LED module;
Spare parts provided based on quantity;
Each cabinet uses 1 pc receiving card to make sure high refresh rate.


Application:

Outdoor LED billboard is used for highway advertising.


Specifications:

Model

P 10

LED Composition

1R1G1B

LED Type

DIP346

LED Chip

EPISTAR

LED Module Pixel

W 16 × H 16

Module Size

W 160 × H 160 mm

Cabinet Size

W 960 × H 960 mm

Thickness

150 mm

Cabinet Material

Steel waterproof cabinet with back door

Drive Method

1/4 scan constant current

Brightness

≥7500 CD/sq.m

Refresh Rate

≥800Hz

Resolution

10,000 dots/sq.m

Drive IC

MBI5024

View Angle

110°

LED Life Span

>100,000 hours

Power Supply

110V/60HZ and 220V/50HZ interchangeable

Brand

Meanwell

Standard

UL

Control Software

NovaStudio


10 mm Outdoor LED Billboard with Synchronous Control Meanwell Power































Inquiry Cart 0