Key Specifications

• **Model:** ETP-4500UG
• **Display Size:** 15 inches
• **Design:** Non-Modular
• **Rated Power:** < 150W
• **Input Voltage:** 5V
• **Output Voltage:** 3.3V
• **Application:** Desktop
• **Certification:** Other Certification (80 PLUS)

What is the ETP-4500UG Industrial Touch Screen Control Card?

The ETP-4500UG is a specialized industrial control card designed for integration with 15-inch touch screen displays.

It features a non-modular configuration and operates efficiently with a rated power consumption of less than 150W, making it suitable for various industrial desktop applications.

With an input voltage of 5V and an output of 3.3V, this control card ensures stable performance for your industrial equipment.

Why Choose the FGHGF ETP-4500UG?

This control card offers reliable performance for industrial settings, providing essential control and interface capabilities for your 15-inch touch screen setup.

Its specific input and output voltages, along with the 'Other Certification' for 80 PLUS, indicate a focus on power efficiency and compatibility within industrial systems.

The FGHGF brand is known for providing components that meet the demands of industrial environments.

Frequently Asked Questions:

What is the ETP-4500UG industrial touch screen control card?

The ETP-4500UG is a 15-inch industrial control card designed for touch screen applications. It features a non-modular design and specific voltage outputs for industrial desktop use.

What are the power specifications for this control card?

This control card has a rated power of less than 150W, with an input voltage of 5V and an output voltage of 3.3V. It also holds an 'Other Certification' related to 80 PLUS standards.

Is this control card suitable for home use?

The ETP-4500UG is specifically designed for industrial desktop applications. While it has a low power rating, its intended use is in industrial environments.

What does 'Non-Modular' mean for this control card?

A non-modular design means all components and connections are permanently integrated into the card. This is common in industrial hardware for simplicity and durability.