WOODWARD HMI 8440-1614 E

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WOODWARD HMI 8440-1614 E Specification

Current Rating
1.6 A

Protection Class
Class I

Connectivity Type
Ethernet, RS232, RS485, USB

Features
Color Touchscreen, LED Backlight, Multi-Protocol Support

Operating Voltage
24 V DC

Cabinet Material
Aluminum (Front), Polycarbonate (Back)

Panel Type
Touch Screen Panel

Protection Level
IP66 (front)

Cooling System
Passive Cooling

Base Material
Polycarbonate

Rated Current
Max. 1.6 A

Rated Operation Voltage
24 V DC

Thickness
Approx. 55 mm

Cover Material
Aluminum

Components
CPU, Display, Touch Panel, Serial and Ethernet ports

Control System
Programmable Automation Controller Compatible

Product Type
Industrial HMI (Human Machine Interface)

Material
Polycarbonate, Aluminum Front Bezel

Surface Finish
Matte

Standard
CE, UL, cUL, RoHS

Surface Color
Grey / Silver

Rated Voltage
24 V DC

Frequency (MHz)
60 MHz (Processor)

Dimension (L*W*H)
230 mm x 190 mm x 55 mm

Application
Power Generation, Industrial Automation

IP Rating
IP66 (front)

Display Type
TFT LCD

About WOODWARD HMI 8440-1614 E

Discover the WOODWARD HMI 8440-1614 E, a remarkable touch screen panel designed for precision and reliability in every operation. Boasting an 800 x 480 pixel display and praiseworthy resistive touch technology, this HMI stands out for its top-ranking performance in power generation and industrial automation. With an unbeatable price and a deal that ensures robust durabilitythanks to UV-resistant polycarbonate and aluminum materialsyour purchase is backed by CE, UL, and RoHS certifications. Experience seamless integration with Woodward ToolKit, Codesys, and multi-protocol connectivity for ultimate operational control.

Application and Suitable Usage

The WOODWARD HMI 8440-1614 E is ideal for demanding environments such as power generation facilities and industrial automation setups. Its robust construction and IP66 front protection make it highly suitable for use in control panels requiring uninterrupted, precise data visualization and management. Specifically crafted for integration into programmable automation controllers, this HMI is best utilized in areas demanding stringent operational standards and process reliability, including energy management, process automation, and machinery monitoring.

Sample Availability, Certifications, and Export Markets

Samples of the WOODWARD HMI 8440-1614 E are available for trial and evaluation purposes, ensuring buyers can experience its remarkable features firsthand before purchase. Certified with CE, UL, cUL, and RoHS, this device meets international quality and safety benchmarks. Our shipped goods are dispatched safely to major export markets across Europe, North America, and Asia, underscoring our commitment to delivering quality products swiftly and securely to global clients.

FAQs of WOODWARD HMI 8440-1614 E:

Q: How is the WOODWARD HMI 8440-1614 E typically used in industrial applications?

A: This HMI is often used for real-time monitoring, control, and data logging within industrial automation systems and power generation plants, providing operators with a responsive interface for system interaction.

Q: What certifications does the WOODWARD HMI 8440-1614 E hold for compliance and safety?

A: The device is compliant with CE, UL, cUL, and RoHS standards, ensuring it meets rigorous benchmarks for international market acceptance and operational safety.

Q: Where can the WOODWARD HMI 8440-1614 E be installed?

A: Thanks to its IP66-rated front and panel-mount design with clip lock, the unit can be securely installed on control panels in environments requiring high protection against dust and water ingress.

Q: What are the main benefits of using resistive touch technology in the WOODWARD HMI 8440-1614 E?

A: Resistive touch enables precise inputs even with gloves or styluses, making it highly suitable for industrial settings where operators may require enhanced usability in rugged conditions.

Q: When should you consider requesting a sample of this HMI?

A: Requesting a sample is recommended when evaluating compatibility with your existing automation systems or when needing to ensure the device meets your applications specific technical and operational requirements.

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