MITSUBISHI A950GOT-LBT HMI

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MITSUBISHI A950GOT-LBT HMI Specification

Phase
Single Phase (DC Input)

Features
12.1-inch TFT LCD color touch screen, multi-language support, built-in Ethernet, programmable function keys

Noise Level
Low / <50 dB (fanless operation)

Cooling Method
Natural air cooling (fanless)

Output Type
Touch Display Output

Application
Industrial Automation, Process Monitoring/Control

Operating Temperature
0C to 50C

Power Supply
24 VDC external power supply

Rated Current
Approx. 1.1A

Connector Type
RS232, RS422/485, Ethernet, USB

Rated Power
Approx. 25W

Working Temperature
0C to 50C

Product Type
Human Machine Interface (HMI)

Output Power
N/A (Display device)

Input Voltage
24 VDC

Voltage Protection
Built-in (Overvoltage/Reverse protection)

Material
Industrial-grade plastic and metal chassis

Storage Temperature
-20C to +60C

Weight
Approx. 2.7 kg

About MITSUBISHI A950GOT-LBT HMI

Capitalise on the crowning capabilities of the MITSUBISHI A950GOT-LBT HMIyour last chance to equip operations with a preeminent, sought-after touch panel for seamless industrial automation! This 10.4-inch TFT-LCD color touchscreen impresses with 640 x 480 VGA clarity and analog resistive touch, supporting extensive connectivity via Ethernet, RS-232C, RS-422, RS-485, and USB. Its robust construction, IP65 ingress protection, and advanced voltage safeguards ensure reliability in the harshest environments. Instant checkout is available for this industry-leading HMIperfect for streamlined process monitoring and control.

Key Advantages and Features of MITSUBISHI A950GOT-LBT HMI

The MITSUBISHI A950GOT-LBT HMI stands out with its 10.4-inch TFT-LCD color touch display, offering vibrant visuals for accurate process monitoring. Key features include multi-language support, programmable function keys, and built-in Ethernet for effortless connectivity. Ideal for industrial automation and process control, it delivers reliable performance thanks to an IP65-rated front panel and robust internal memory. Its fanless, low-noise design ensures longevity and continuous operation in demanding environments.

Packaging, Supply Ability, and Proposal Estimates for A950GOT-LBT

Packaging for the MITSUBISHI A950GOT-LBT HMI is secure and industry-grade, ensuring product integrity during transit. Estimate delivery times based on regional logistics and supply capabilities. Our supply chain supports bulk and custom orders, while payment terms are aligned with client expenditure plans. Proposal amounts can be tailored to suit project and volume requirements. Transparent costing, reliable packaging, and prompt delivery are our unwavering commitments, designed to streamline your procurement process.

FAQs of MITSUBISHI A950GOT-LBT HMI:

Q: How does the MITSUBISHI A950GOT-LBT HMI improve process monitoring and control?

A: The A950GOT-LBT offers a vibrant 10.4-inch TFT-LCD color touchscreen, multi-protocol communication ports, and programmable function keys, which collectively enhance real-time monitoring and precise control in industrial automation environments.

Q: What types of connectivity does the A950GOT-LBT support?

A: It supports a wide range of communication ports, including Ethernet, RS-232C, RS-422, RS-485, and USB (both Type A and B), ensuring compatibility with various industrial networks and programmable logic controllers.

Q: Where can the A950GOT-LBT HMI be used most effectively?

A: This HMI excels in industrial automation, process monitoring, and control applications within manufacturing plants, thanks to its durable design, IP65-rated front panel, and reliable performance in rugged environments.

Q: What is the typical process for installing the MITSUBISHI A950GOT-LBT HMI?

A: Installation involves panel mounting, connecting the external 24 VDC power supply, and configuring communication ports with your automation network. The device is programmed using GT Designer2 software for tailored functionality.

Q: What benefit does the built-in voltage protection offer for this HMI?

A: The built-in overvoltage and reverse protection safeguards the device and connected systems from electrical faults, enhancing operational reliability and reducing maintenance risks.

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