Kyocera TCG058WXLPAPNN-AN30-S LCD Screen – Industrial Infrared Display Instrument Solution
News 2025-11-14
Whether in steel smelting, equipment inspection, electronic component testing, medical thermal imaging, or energy detection, infrared imaging requires a high-precision visual display as the output interface. In modern industrial inspection systems, infrared display instruments are responsible for “seeing temperatures invisible to the naked eye.”

In this process, the stability and clarity of the LCD screen directly determine the accuracy of data interpretation and the reliability of the system. Kyocera’s 5.8-inch LCD module TCG058WXLPAPNN-AN30-S is designed specifically for industrial visual inspection instruments, infrared analysis terminals, and temperature measurement equipment. Combining industrial-grade characteristics such as wide temperature range, high brightness, anti-interference, and long lifespan, it provides accurate and stable image display even in harsh environments.
I. What are Infrared Display Instruments? Why are High-Quality LCD Screens Indispensable?
Infrared display instruments are intelligent detection devices that use infrared sensors to collect the surface temperature distribution of objects and display it on a screen in pseudo-color or grayscale format.
Typical applications include:
- Overheat detection of power equipment
- Temperature control monitoring of industrial motors and pipelines
- Building energy efficiency testing
- Medical thermal imaging and skin blood flow analysis
- Scientific research experiments and materials analysis
An infrared detection system typically consists of three core components:
- Infrared sensing module (Sensor)
- Image processing control unit (MCU/FPGA)
- Display module (LCD/TFT screen)
The display module needs to handle multiple tasks, including high brightness, low latency, long-term operation, and resistance to temperature and interference. This is why industrial infrared display systems rarely use consumer-grade LCD screens, but instead choose professional industrial modules like the Kyocera TCG058WXLPAPNN-AN30-S.
II. Why Industrial Infrared Display Customers Choose Kyocera LCD Panels
Kyocera boasts over 30 years of technological expertise in industrial and medical displays. Its LCD panels excel in wide-temperature driving, high brightness uniformity, color consistency, and long-term supply stability. For infrared display instruments, these devices often face the following challenges:
| Challenges | Responding Display Requirements |
| High/Low Temperature Operating Environments | Wide Temperature Range (-30°C to 85°C) |
| Continuous Operation for Over 12 Hours | Long-Life Backlight (≥50,000 hours) |
| Complex Lighting Environments | High-Brightness Anti-Glare Display (≥500 cd/m²) |
| Strong Electromagnetic Interference | EMI Anti-Interference Design |
| High Contrast Display Requirements | Stable Color Reproduction and Fast Response |
Kyocera’s TCG058WXLPAPNN-AN30-S is designed to meet these industrial conditions, and it outperforms commercial panels of the same size in terms of long-term stability and display accuracy.
III. Detailed Specifications of the TCG058WXLPAPNN-AN30-S LCD Screen
| Project | Technical Specifications |
| Brand | Kyocera |
| Model | TCG058WXLPAPNN-AN30-S |
| Size | 5.8-inch TFT-LCD module |
| Resolution | 800(RGB)×480(WVGA) |
| Pixel Density | Approx. 160 PPI |
| Display Area | 125.28(W)×75.84(H)mm |
| Dimensions | 132.2(W)×88.0(H)×6.5(D)mm |
| Brightness | 500 cd/m²(Typ.) |
| Contrast Ratio | 800:1(Typ.) |
| Viewing Angle | 80° left/right/up/down (CR≥10) |
| Display Mode | a-Si TFT-LCD, TN constant white display, transmissive |
| Display Colors | 16.7M colors (8-bit) |
| Response Time | 10ms rise/15ms fall |
| Light Source | White WLED, including LED driver, lifespan ≥50K hours |
| Signal Interface | LVDS 1ch, 6/8-bit selectable |
| Operating Voltage | 3.3V (Typ.) |
| Operating Temperature | -30°C to +85°C |
| Storage Temperature | -40°C to +90°C |
| Surface Finish | Anti-glare matte (Haze 25%), anti-fingerprint coating |
| Weight | Approx. 110g |
| Applications | Infrared detectors, industrial control, medical displays, detection terminals |
As we can see from the parameters, it is a standard industrial-grade high-brightness wide-temperature screen, designed specifically for visual tasks in harsh environments.
IV. Why is this LCD screen particularly suitable for infrared displays?
- Strong wide-temperature stability, adaptable to high and low temperature environments: Infrared instruments are often used near high-temperature equipment or in low-temperature experimental environments. The TCG058WXLPAPNN-AN30-S operates from -30°C to +85°C, and still maintains a fast response with no LCD lag at -20°C.
- High brightness + matte anti-glare: 500cd/m² brightness ensures clear visibility even in strong light. The matte anti-glare layer reduces reflections, making the infrared pseudo-color image more detailed. A contrast ratio of 800:1 allows for more accurate differentiation of color changes across temperature gradients.
- Full-view display, suitable for multi-angle observation: On-site operators may observe the instrument from the side or above. An 80° full-view display ensures accurate color reproduction and facilitates simultaneous viewing of temperature distribution maps by multiple users.
- Long backlight lifespan, supporting long-term operation: Infrared detection often involves continuous operation for hours or even days. 5. LED lifespan ≥50,000 hours, combined with built-in driver circuitry, effectively reducing system heat generation and maintenance costs.
- High signal compatibility, easy integration with main controllers. Supports LVDS standard interface, seamlessly interfacing with mainstream infrared image processing motherboards (TI, NXP, Rockchip, Renesas series).
- Electromagnetic interference suppression design. The screen body adopts a metal backplate and grounding structure, effectively suppressing high-frequency interference in industrial equipment and ensuring stable signal output.
- Kyocera’s unique color stabilization control. Through GammaLUT calibration and optical compensation, the gradation between infrared pseudo-color layers is smoothed, avoiding color jump errors.
Hangzhou LEEHON Technology Co., Ltd., as a provider of LCD display driver solutions for the industrial field, has established in-depth cooperative relationships with many leading global LCD panel manufacturers such as BOE, TIANMA, IVO, AUO, Innolux, and Kyocera, and professionally supplies multi-brand, full-series industrial-grade LCD displays and customized solutions.

