6.2 Inch Industrial Equipment LCD Screen for Control Panels

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Key Specs

Model P/N

HS620009B0-CTP

Size

6.2″

Resolution

480×1280

Brightness

1200 (Typ.)(cd/m²)

Viewing Angle

89/89/89/89

Connector Type

40-pin MIPI

Operating Temp

-30 ~
85 °C

Overall(mm)

62.29(W)×
163.36(H)×
4.38(D)
Upgrade Options (OEM/ODM)

huisoar

HS620009B0-CTP

General Features

Brand

huisoar

Panel Size (inch)

6.2"

Model P/N

HS620009B0-CTP

Resolution

480×1280

Brightness (nits)

1200 cd/m² (Typ.)

Viewing Angle

89/89/89/89

Contrast Ratio

1200:1 (Typ.)

Response Time

12ms

Overall (mm)

62.29(W)×
163.36(H) ×
4.38(D) mm

Active Area (mm)

54.43 (W) × 146.65 (H) mm (A.A)

Refresh Rate

60Hz

Display Colors

16.7M colors

Panel Type

tft-lcd, lcm

Connector Type

40-pin MIPI

Operating Temp

-30 ~
85 °C

Touchscreen Type

Non-touch

Storage Temp

-40 ~ 90 °C

Work Mode

IPS full-view configuration

Pixel Format

480 × RGB × 1280

Control Type

Host-controlled TFT-LCD module

Operating Environment

Industrial equipment after complete-system qualification g(Typ./Max.)

Designed For

Industrial control panels, industrial equipment displays, agricultural machinery control displays, two-wheeler instrument clusters, medical instruments, compact operator terminals, digital gauges, and outdoor high-brightness bar displays.

6.2 Inch Industrial Equipment LCD Screen for Control Panels

This portrait IPS module combines a 480 × 1280 control canvas, 1200 cd/m² typical luminance and 40-pin MIPI integration for compact industrial equipment.

Product Summary

The 6.2 inch industrial equipment LCD Screen is a narrow TFT-LCD component for machinery and embedded systems that require a tall information area without increasing the width of the equipment enclosure.

Its native 480 × 1280 resolution supports machine status, warnings, operating modes, process values, vertical menus and instrument graphics. The 3:8 format is relevant to industrial control panels, agricultural-machinery interfaces, compact equipment terminals and specialized instruments.

The standard configuration is non-touch. A separate touch system, front lens, controller architecture and protective enclosure must be specified when the finished product requires direct interaction or environmental sealing.

Key Specifications

SpecificationValue
Display size6.2 inch
Native resolution480 × 1280 pixels
Aspect ratio3:8
Active area54.43 × 146.65 mm
Module outline62.29 × 163.36 × 4.38 mm
Panel technologya-Si IPS TFT-LCD
Optical modeTransmissive
Luminance1200 cd/m² typical
Contrast ratio1200:1 typical
Viewing-angle data89/89/89/89, raw sequence
Display colors16.7M colors
InterfaceMIPI
Connection40 pins
BacklightWLED
Touch statusNon-touch
Operating temperature−30°C to +85°C
Storage temperature−40°C to +90°C

Portrait 480 × 1280 Interface Planning

Vertical Equipment-Status Layouts

The portrait raster provides a tall interface zone for products that organize information from top to bottom.

A control-panel interface can assign separate areas for:

  • Primary operating value
  • Machine mode
  • Warning indicators
  • Process status
  • Temperature or pressure
  • Connectivity state
  • Maintenance information
  • Navigation or menu options
  • Secondary operating data

Preparing graphics at the native 480 × 1280 resolution helps maintain text clarity, icon proportions and consistent alignment.

3:8 Information Hierarchy

A narrow screen requires clear prioritization. Critical alarms and primary values should remain more prominent than service data or secondary status information.

The interface should be evaluated for:

  • Operator viewing distance
  • Installation height
  • Equipment orientation
  • Glance duration
  • Day and night themes
  • Multilingual labels
  • Non-touch input methods
  • Front-cover reflection
  • Graphic scaling

1200 cd/m² IPS Optical Performance

Bright-Environment Visibility

The panel provides 1200 cd/m² typical luminance.

This specification gives the display additional optical headroom for bright workshops, machinery cabins and equipment installed near strong ambient lighting. Comparable bar-type displays are currently offered for industrial control and embedded equipment with 480 × 1280 MIPI configurations and high-brightness positioning.

Panel luminance alone does not prove that a completed control panel will remain readable in every direct-sun condition.

Front-Cover Optical Validation

Finished visibility also depends on:

  • Front-lens transmission
  • Surface reflection
  • Air gap or optical bonding
  • Decorative printing
  • Anti-glare or anti-reflective treatment
  • Installation angle
  • Equipment hood or shading
  • Ambient-light direction
  • Backlight control
  • Internal temperature

The completed optical stack should be tested under representative installation lighting before a direct-sun readability claim is approved.

6.2 Inch Industrial Equipment LCD Screen Integration

The 6.2 inch industrial equipment LCD Screen uses a 40-pin MIPI interface. Integration must be based on the complete electrical definition, not connector count alone.

40-Pin MIPI Qualification

Before releasing a controller, host board or cable, confirm:

  • Native 480 × 1280 timing
  • MIPI lane count
  • Operating mode
  • Clock requirements
  • Complete 40-pin assignment
  • Panel supply voltage
  • Logic levels
  • Reset and control signals
  • Backlight voltage and current
  • Enable and dimming controls
  • Connector pitch
  • Contact orientation
  • Cable direction
  • Grounding and shielding

A 40-pin MIPI connector does not guarantee timing, lane mapping, voltage or pin compatibility with another panel.

Host, Cable and Backlight Review

The panel cannot be assumed to connect directly to HDMI, DisplayPort, USB, eDP, LVDS, parallel RGB or an arbitrary MIPI host.

Engineering qualification should cover:

  • Native portrait output
  • MIPI implementation
  • Complete pin definition
  • Panel power
  • Backlight driver
  • Firmware support
  • Cable routing
  • Startup behavior
  • Available enclosure volume
  • Thermal conditions

JD9265T is an identifier associated with the panel configuration. Its presence alone does not establish initialization commands, register programming, voltage levels or power sequencing.

Mechanical and Thermal Design

The active area is 54.43 × 146.65 mm, while the exact module outline is 62.29 × 163.36 × 4.38 mm.

Mechanical planning should include:

  • Front-window dimensions
  • Active-area centering
  • Bezel overlap
  • Rear-component clearance
  • FPC access
  • Cable bend radius
  • Mounting support
  • Panel flatness
  • Housing stiffness
  • Front-lens spacing
  • Thermal clearance
  • Tolerance accumulation
  • Service access

The operating range is −30°C to +85°C, and the storage range is −40°C to +90°C. These component limits do not automatically qualify the host board, connector, adhesives, front lens, backlight driver or completed equipment.

Industrial Application Scenarios

Industrial Control Panels

The portrait screen can present machine state, operating values, alarms, mode selection and maintenance data in a narrow control-panel area.

Agricultural-Machinery Controls

The 3:8 layout can support machine status, operating mode, warning indicators and vertically organized control information in agricultural equipment.

Compact Equipment Terminals

The narrow module is relevant where a standard widescreen panel would increase enclosure width or leave unused horizontal space.

Instrument and Gauge Displays

The display can present numerical values, level indicators, status icons and warning information in industrial or mobility instruments.

Medical-Instrument Display Integration

The panel may be evaluated as a visual component for medical instruments. This application direction does not establish medical certification or diagnostic-display compliance.

Vehicle and Two-Wheeler Instruments

The module format can also support compact instrument layouts. Vehicle certification, vibration resistance, sealing and regulatory compliance remain finished-system responsibilities.

Customization Boundaries

Project review can include:

  • MIPI host and cable matching
  • Complete 40-pin pinout review
  • Cover-lens design
  • Anti-glare or anti-reflective treatment
  • Optical bonding
  • Separate touch development
  • Enclosure adaptation
  • Mounting support
  • Backlight review
  • Branding
  • Packaging
  • Sample validation

Custom configurations are generally reviewed from 500 pieces, subject to tooling requirements, material availability and the requested specification. Samples and standard-module quantities are confirmed separately.

Procurement Checklist

Submit:

  • Approved model-specific datasheet
  • Approved mechanical drawing
  • Native 480 × 1280 timing
  • MIPI lane count
  • MIPI operating mode
  • Clock requirements
  • Complete 40-pin assignment
  • Panel input voltage
  • Backlight voltage and current
  • Backlight enable and dimming controls
  • Connector pitch and contact orientation
  • Cable length and direction
  • Host-board model
  • Enclosure drawing
  • Front opening
  • Mounting method
  • Front-lens stack
  • Optical-bonding requirement
  • Target finished-front luminance
  • Installation lighting
  • Temperature requirement
  • Touch requirement
  • Sample quantity
  • Annual demand
  • Production schedule
Application Scenarios

FAQ

About 6.2 Inch Industrial Equipment LCD Screen

What must be checked before connecting a 40-pin MIPI host?

Confirm the native 480 × 1280 timing, MIPI lane count, operating mode, complete pin assignment, panel voltage, control signals and backlight requirements. The same connector size and resolution do not establish compatibility with another display.

How should an industrial HMI be designed for the 480 × 1280 format?

Prepare the interface at the native portrait resolution and organize critical values, warnings and operating state in a clear vertical hierarchy. Validate text size, icon scale and menu order at the actual installation height and viewing distance.

Does 1200 cd/m² guarantee direct-sun readability?

Yes. The panel provides 1200 cd/m² typical luminance, but finished visibility also depends on front-lens reflection, transmission, bonding, printing, installation angle, shading and internal temperature.

Need a custom solution or samples?

Submit the Project for Engineering Review Information to Submit For the 6.2 inch industrial equipment LCD Screen, submit the approved datasheet and drawing, native timing, MIPI lane and mode information, complete 40-pin definition, panel and backlight electrical requirements, host-board details, enclosure and front-lens drawings, lighting conditions, touch requirement, sample quantity and annual demand. Engineering Review Outcome Engineering review covers MIPI compatibility, cable and pinout matching, mechanical fit, front-cover optical performance, backlight planning, thermal boundaries, separate touch feasibility, sample configuration and production requirements.
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