R15L100-VMC3-P(HB) | 15" G-WIN VM Series DisplayR15L100-VMC3-P(HB) | 15" G-WIN VM Series DisplayR15L100-VMC3-P(HB) | 15" G-WIN VM Series Display
R15L100-VMC3-P(HB) | 15" G-WIN VM Series DisplayR15L100-VMC3-P(HB) | 15" G-WIN VM Series DisplayR15L100-VMC3-P(HB) | 15" G-WIN VM Series Display
Overview
Specification
Product FAQs
Product Details
Rugged Design for Vehicle Operations
Built to withstand harsh environments, the display features a durable aluminum die-casting housing and complies with MIL-STD-810F/G standards. Its anti-shock and vibration design ensures reliable performance in heavy-duty vehicles like forklifts and trucks.
Superior Clarity and Readability
To ensure safety and efficiency in changing lighting conditions, the screen is designed for maximum clarity. With an optional 1000-nit high brightness panel and a built-in ambient light sensor, the display automatically adjusts to the environment, providing excellent readability in both bright daylight and dark warehouses.
Wide Range Power with Isolation
Designed for vehicle power systems, it supports a wide 9V to 36V DC input range with power isolation. This feature protects the display from voltage spikes and electrical surges often found in vehicle ignitions and fluctuating power sources.
Intuitive Touch & IP65 Protection
The device features a responsive P-Cap multi-touch screen (with an optional resistive touch) for easy operation. Its front panel is IP65-rated, providing robust protection against water and dust ingress, making it easy to clean and maintain.
Specification
Display
Size
15.0 inches
Touch / Glass
Projected Capacitive Multi Touch Screen
Resolution
1024x768
Panel Brightness
1000.0 nits
Contrast Ratio
2000:1
View Angles
88,88,88,88
Display Color
16.2M Colors
Active Area
304.1x228.1 mm
Mechanical
Dimension
379.4 x 278.4 x 58 mm
Weight
3.8 kg
Mounting
VESA mount
Enclosure
Aluminum Housing
Cooling System
Fanless Design
Environment
Operating Humidity
10% to 90% RH, Non-Condensing
Operating Temperature
-10°C to 55°C
Storage Temperature
-30°C to 70°C
Shock
MIL-STD-810G Method 516.6 Procedure I (Optional)
Vibration
MIL-STD-810G Method 514.6 Procedure I
IP rating
Front IP65
Certification
Certification
CE, FCC
IO Ports
USB Port
1x USB type-A for touch screen control (Optional)
Serial Port
1 x RS232 D-sub9 for touch screen control (Optional)
Video
1x VGA input (Default) 1x HDMI input (Optional)
Indicator
1 x LED Indicator for power 1 x LED Indicator for status
Power Input
1 x 9~36V DC, 3-Pin Terminal Block
Control
Button
1 x "Power" key to power on the device. 1 x "+" key to increase screen brightness. 1 x "-" key to decrease screen brightness. 1 x "Menu" key can Automatically or manually adjusts brightness of the display screen 1 x Day / Night Mode button 1 x LED indicator brightness adjustment button 1 x Ambient Light sensor
Accessory
Accessory
Open Wire Cable with terminal block connector External VGA cable External USB/COM cable for touchscreen control VESA screws
Optional Accessory
Yoke mount stand (Optional) 100~240V AC to DC 50W Adapter with power cord (Optional) External COM cable for RS232 remote control (Optional) External HDMI cable (Optional)
Ordering Information
Option
R15L100-VMC3-R(HB) for Resistive Touch (Optional) R15L100-VMC3-G(HB) for Anti Reflective Protection Glass (Optional)
Product FAQs
What is the primary application for the R15L100-VMC3-P(HB)?
This display is part of the G-WIN VM (Vehicle Mount) Series, specifically engineered for heavy-duty logistics and transportation. It is ideal for installation in forklifts, trucks, and other industrial vehicles operating in harsh environments like warehouses, ports, and agricultural sites.
Can this display be read in direct sunlight?
Yes. While the standard brightness is 300 nits, the "HB" in the model name suggests it supports an optional 1000-nit high brightness panel. Combined with Anti-Reflective options, it ensures excellent readability even under strong direct sunlight.
How does the display handle the vibration of a moving vehicle?
The R15L100-VMC3-P(HB) is fully compliant with MIL-STD-810F/G standards for shock and vibration. Its rugged aluminum die-casting housing is designed to withstand the continuous shaking and jarring typical of forklifts and off-road vehicles without interrupting operation.
How can this display be mounted in a vehicle?
The display is designed with VESA standard mounting holes, allowing it to be easily attached to various vehicle mounts, RAM mounts, or poles commonly used in forklifts and trucks.
How does the power input handle vehicle voltage fluctuations?
The display features a wide range 9 to 36V DC input with isolation. This built-in isolation protects the monitor from dangerous voltage spikes, surges, and electrical noise often generated by vehicle ignition systems or unstable power sources.
Is the display resistant to water and dust?
Yes, the front panel is rated IP65, meaning it is dust-tight and protected against low-pressure water jets. This allows for easy cleaning and protects the internal components from environmental debris.
What touch screen technologies are available?
The standard configuration comes with a P-Cap (Projected Capacitive) multi-touch screen for a responsive, tablet-like experience. For specific use cases, an optional True Flat 5-Wire Resistive Touch is available, which is often preferred when operators wear thick, heavy-duty gloves.
Does the screen brightness need to be adjusted manually?
No, the device includes a built-in ambient light sensor. This sensor automatically detects surrounding light levels and adjusts the screen brightness accordingly—dimming it in tunnels or at night to prevent eye strain, and brightening it during the day for visibility.
What is the operating temperature range?
The R15L100-VMC3-P(HB) is built for wide-temperature operation, functioning reliably from -10°C to 55°C. This makes it suitable for use in everything from cold storage facilities to hot outdoor environments.
How durable is the housing of the display?
The unit is encased in a robust aluminum die-casting housing with anti-corrosion treatments. This provides superior structural integrity compared to plastic, effectively dissipating heat and resisting physical impact and corrosive elements.