NEC 5.5 Inch Industrial LCD Display Monitor
Model: NL3224BC35-20R | Resolution: 320*240 QVGA | WLED Backlight
Product Overview
This 5.5-inch industrial LCD display from NEC LCD Technologies features a compact design with QVGA resolution, making it suitable for various industrial applications requiring reliable visual performance.
| Specification |
Details |
| Brand |
NEC |
| Diagonal Size |
5.5 inch |
| Pixel Format |
320(RGB)*240 [QVGA] |
| Active Area |
111.36(H)*83.52(V) mm |
| Bezel Area |
116.4(H)*88.5(V) mm |
| Support Color |
262K |
| Frame Rate |
60Hz |
| Model |
NL3224BC35-20R |
| Type |
a-Si TFT-LCD, LCM |
| Configuration |
RGB Vertical Stripe |
| Outline Dimensions |
134(H)*104.5(V) mm |
| Operating Mode |
TN, Normally White, Transmissive |
| Light Source |
CCFL [2 pcs], W/O Driver |
| Touch Panel |
Without |
| Interface Type |
CMOS (1 ch, 6-bit), Connector |
| Operating Temperature |
-10 ~ 70 °C |
| Storage Temperature |
-30 ~ 80 °C |
Key Features
- 5.5-inch QVGA industrial display
- Landscape orientation with wide viewing capabilities
- CCFL backlight system with replaceable lamps
- U/D, L/R reverse functionality
- Wide operating temperature range (-10°C to 70°C)
- Compact outline dimensions for space-constrained applications
Application Recommendations
This display model is particularly suited for industrial applications requiring reliable performance in varying environmental conditions. Its robust construction and temperature tolerance make it ideal for industrial control systems, instrumentation, and specialized equipment.
Important Notice
This model is currently discontinued with last shipment occurring in Q3 2015. Specifications provided are for reference only and may not reflect the latest production details. We strongly recommend contacting NEC or their authorized agents for current production status and updated specifications before incorporating this model into your product design.
Quality Assurance
All our LCD display modules undergo comprehensive individual testing before shipment to ensure optimal performance and reliability.