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7.0 Inch High Brightness TFT LCD Module for Industrial HMI & Control Panels – FUT0700WV35S-LCM-A0

Short Description:

7.0 Inch 800 Nits Industrial TFT LCD Display for HMI Control & Automation Equipment

The FUT0700WV35S-LCM-A0 is a 7.0-inch industrial TFT LCD module designed for HMI control panels, automation equipment, embedded terminals and industrial monitoring systems. It features 800 × 480 resolution, 800 cd/m² typical brightness, RGB 24-bit interface, and a 154.08 × 85.92 mm active area, providing a practical display solution for equipment that requires a larger visual area and clear information presentation.

Key Specifications

  • Display Size: 7.0 inch
  • Resolution: 800 × RGB × 480
  • LCD Mode: Normally White
  • Interface: RGB 24-bit
  • Brightness: 800 cd/m² typ.
  • Contrast Ratio: 500:1 typ.
  • Outline Size: 165 × 100 × 5.5 mm
  • Active Area: 154.08 × 85.92 mm
  • Operating Temperature: -20°C to +70°C
  • Storage Temperature: -30°C to +80°C
  • Backlight: 36 white LEDs
  • Touch Panel: Without touch panel
  • RoHS-compliant materials and process

Common Customer Pain Points

1. Standard displays are not bright enough

In industrial workshops, control rooms or equipment installed near strong ambient light, low-brightness displays can become difficult to read.

Solution:
The FUT0700WV35S-LCM-A0 provides 800 cd/m² typical brightness, improving readability compared with lower-brightness standard panels.

2. Limited screen space makes HMI information crowded

Industrial HMIs often need to show operating status, alarms, process data, charts and control information at the same time.

Solution:
The 7.0-inch display size and 800 × 480 resolution provide more usable display space for control interfaces, status monitoring and data visualization.

3. Interface compatibility can slow engineering integration

Engineers often spend extra time matching display interfaces, timing and system hardware.

Solution:
The module uses an RGB 24-bit interface, making it suitable for many embedded industrial control platforms and helping simplify integration for compatible systems.

4. Industrial equipment requires stable long-term operation

Display failures caused by heat, cold, humidity, vibration or electrostatic discharge can increase maintenance costs and delay equipment delivery.

Solution:
This module is verified through high/low temperature operation, storage, humidity, thermal shock, vibration, drop and ESD testing.

Reliability Testing

The display is evaluated under multiple reliability conditions:

  • High temperature operation: 70±2°C / 120H
  • Low temperature operation: -20±2°C / 120H
  • High temperature storage: 80±2°C / 120H
  • Low temperature storage: -30±2°C / 120H
  • Humidity: 60±2°C / 90%±5%RH / 120H
  • Thermal shock: 10 cycles
  • Vibration test: X/Y/Z axis
  • Drop test: 75 cm
  • ESD: Contact ±4kV / Air ±8kV

These tests help evaluate the module’s stability during operation, transportation and storage.

Typical Applications

This 7.0-inch TFT LCD can be used in:

  • Industrial HMI panels
  • Automation equipment
  • Machine control systems
  • Test and measurement instruments
  • Embedded terminals
  • Production monitoring systems
  • Industrial control cabinets
  • Smart manufacturing equipment

Why Choose This 7.0 Inch TFT LCD

For customers looking for a 7 inch industrial TFT LCD, the main value is not only the display size. This module combines 800 nits brightness, RGB 24-bit interface, industrial temperature capability and reliability verification, helping reduce integration risk and improve long-term equipment stability.


Product Detail

Product Tags

  • 7.0-inch TFT LCD with 800 × 480 resolution
  • 800 cd/m² typical brightness for improved visibility
  • RGB 24-bit interface for embedded integration
  • Normally White TN display mode
  • 500:1 typical contrast ratio
  • 36 white LEDs for stable backlight performance
  • -20°C to +70°C operating temperature range
  • Reliability tested for temperature, humidity, thermal shock, vibration, drop and ESD
  • RoHS-compliant materials and manufacturing process

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