Bus SMD P7.62 LED Information Display Board

• Customization: Available
• Tube Chip Color: Single Color
• IP Rating: IP43
• Model NO.: P7.62
• Pixel Pitch: 7.62mm
• Pixel Configuration: 1y
• Display Function: Text Display
• Average Power Consumption: 180W / m²
• Pixel Density: 17222DOT/M2
• Scanning Mode: 1/4 Scan
• Display Type: LED Dot Matrix Display
• Application: Advertising
• Certification: CE, RoHS
• Transport Package: Wooden Box
• Specification: 176x32pixel
• Trademark: Nick
• Origin: Chian
• HS Code: 8531200000
• Production Capacity: 650000pieces/Month

Product Description

Features
1. Easy to operate. The message can be updated via U flash drive. The drivers can select the stored routes via some buttons.
2. Self-defined English, Spanish fonts, specially designed for Africa and South America.
3. Adopt Taiwan Epistar 12mil LED chip with high brightness, little heat and long life time.
4. The brightness is automatically controlled, it will save more energy and make the life time longer.
5. Constant current driver with reliable quality.
6. The software and hardware are both developed by ourself, so we can make the price competitive.
 
Specification of Bus LED Destination Board
 

NO.	Item	Specification
1	Type of LED	DIP504
2	LED color	Amber/Red
3	Wavelength	592 to 595
4	Pitch	7.62mm horizontal,6mm vertical
5	Line Resolution	32*172
6	Character Height	284mm
7	Display Area Dimensions	1831mm(H)*284mm(W) approx.
8	Visibility	60-100meters
9	Viewing Angle	120oH/60oV
10	Languages Supported	English/Spanish/Portuguese(complete font),  Regional language
11	Brightness	Inbuilt light sensor,automatically adjusted. Also 4class set,25%,50%,75%,100%
12	Data Interface	Wireless, RS232/485
13	Inbuilt Controller	999routes/1000 stations per route.
14	UV Resistant	yes
15	Operating Voltage Range	DC12V~36V
16	Ingress protection	If need IP65,will add a organic glass
17	Ambient Operating Temperature	-40ºC to +80ºC
18	LED Chip	Taiwan Epistar 14mil
19	Cabinet material	Aluminium
20	Life Span	>100,000hrs

Certifications of NICK

Work Shop of NICK

Project case