Products Center

  Your Location:Home > Products Center > Products Center
  • Functional Description
  • Specifications
  • Applications

  DDU converts the signal from the Data Processor into standard DMX512 data for lighting fixtures in the lighting system on a large scale. Each DDU can drive 1360, 170 x 8, full colour LED display units (lighting fixtures or pixels). Features of the DMX512 DDU are as follows:
1. Synchronous video signal transfer;
2.
Online function setting and Mapping technology;
3.Maximum driven pixel quantity up to1360dots
;
4.Maximum refresh frequency:
30HZ/s;
5.
8 channels DMX512 signal outputs, 5-pin output interface;
6.Support specialized network cascaded connection, maximum cascaded quantity is 96.

Technical Specification

Technical Specification

Item

Parameter

Identification

Model

JM09-0335

Electrical Property

Input Voltage

AC100-240V,50Hz

Power Consumption

20W

Signal Input

Control Input Interface

1x Joinmax Network Signal

Signal Output

Control Output Interface

1x Joinmax Network Signal

Control Output Interface

8×DMX512

System Function

General Control Capacity

30HZ refresh rate, 131072 pixels

Control Capacity

Each channel controls 170 RGB pixel, 8 channels up to 1360 pixels

Cascaded Quantity

96

Setting Function

Support Online Setting

Physical Property

 

 Size(L*W*H)

250×150×50mm

Weight

1.5 kg

Housing Material

 Zinc-coated Plate

Operating Temperature

-1050

Operating Humidity

090%不凝露

Protection Rating

IP40

Safety

Operating Environment

Indoor

Certificate

CE


Products Center

Architectural landscape lightingIntelligent Control SystemLED displayHealthy indoor lighting

Classic Case

Architectural landscape lightingPublic Health LightingOtherHealthy indoor lightingLED display

Added Services

Lighting Design Project Design Project Management Technical Support

Market Activity

Brand ActivitiesMedia Reports

Service Center

Service Process Contacts Feedback

Download Center

General DownloadClient AreaStaff Area

Experience Center

Experience Center