Changing the Button Text

1.In NetLinx Studio, locate the DATA_EVENT section.

2.Enter the following line of code:

SEND_COMMAND VIRTUALKEYPAD, "'LABELx-<string>'"

where:

•x corresponds to the number of the button on the user interface

•<string> represents the text you want to appear on the button. You can also enter the code as:

SEND_COMMAND VIRTUALKEYPAD, "'LABELx-',<variable>"

where <variable> represents a previously-defined variable that contains the text you want to appear on the button.

Changing the Line Text

1.In NetLinx Studio, locate the DATA_EVENT section.

2.Enter the following line of code:

SEND_COMMAND VIRTUALKEYPAD, "'LINETEXTx-<string>'"

where:

•x corresponds to the line of text on the user interface

•<string> represents the text you want to appear. You can also enter the code as:

SEND_COMMAND VIRTUALKEYPAD, "'LINETEXTx- ',<variable>"

where <variable> represents a previously-defined variable that contains the text you want to appear.

Clearing a Line of Text

1.In NetLinx Studio, open the Virtual Keypad workspace.

2.Enter the following line of code:

SEND_COMMAND VIRTUALKEYPAD, "'CLEARTEXTx'"

where x corresponds to the line of text to be cleared.

-You can use 0 through 3 as valid values.

-Using 0 clears all lines.

Note: The number of buttons on the user interface is set and cannot be altered. The base color of each button also cannot be changed. The font, font size, and font color are browser-based and cannot be changed through NetLinx Studio. Unicode characters are not supported.

Channel Codes

Channel codes correspond to the number of each button on the keypad. For example, the channel code for button 1 is 1.

The same logic applies for all 12 buttons on the keypad.

Instantiating Virtual Keypad Module

Instantiate the Virtual Keypad module with one of the following commands, depending on which version you are using:

NDT-VKP Virtual Keypad:

DEFINE_MODULE 'VirtualKeypad_dr1_0_0' VKP (VIRTUALPAD, VIRTUALPAD)

NDT-VKP-ME Virtual Keypad:

DEFINE_MODULE 'VirtualKeypadME_dr1_0_0' VKP (VIRTUALPAD, VIRTUALPAD)

You must enter the name of the module ('VirtualKeypad_dr1_0_0' or 'VirtualKeypadME_dr1_0_0') exactly as indicated above in the DEFINE_START section of the Netlinx code for Virtual Keypad to work.

For Best Performance

•Only one instance of Virtual Keypad can be run per NetLinx Master.

•For the best possible performance, you should only have one instance of a browser open at a time using Virtual Keypad.

•Multiple browsers simultaneously using Virtual Keypad on the same net- work may cause a delay in response time.

•If you are experiencing delays in response time, please wait until all queued commands have been executed before issuing new commands.

•If response times are unusually long and commands do not seem to be executing, reboot the NetLinx Master.

Note: “Apple” is a trademark of Apple Inc., registered in the U.S. and other countries. “iPhone” and “iPod Touch” are trademarks of Apple Inc.

For full warranty information, refer to the AMX Instruction Manual(s) associated with your Product(s).

93-3005

REV: C

 

1/09

©2009 AMX. All rights reserved. AMX and the AMX logo are registered trademarks of AMX.

AMX reserves the right to alter specifications without notice at any time.

3000 RESEARCH DRIVE, RICHARDSON, TX 75082 • 800.222.0193 • fax 469.624.7153 • technical support 800.932.6993 • www.amx.com

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AMX NDT-VKP/-ME manual Changing the Button Text, Changing the Line Text, Clearing a Line of Text, Channel Codes
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NDT-VKP/-ME specifications

The AMX NDT-VKP/-ME is an advanced Non-Destructive Testing (NDT) system that caters primarily to the aerospace, automotive, and manufacturing industries. Designed to enhance the detection and evaluation of material flaws, this innovative system integrates cutting-edge technologies to ensure precision, reliability, and efficiency.

One of the main features of the AMX NDT-VKP/-ME is its advanced imaging capabilities. The system employs high-resolution digital imaging combined with proprietary algorithms that enhance the visual representation of detected flaws. This capability allows operators to identify defects that may be invisible to the naked eye or traditional inspection methods. The system is equipped with a variety of sensors, including ultrasonic, electromagnetic, and thermal imaging technologies, which provide a comprehensive analysis of materials under test.

Another key characteristic of the AMX NDT-VKP/-ME is its versatility. The system can be configured for various inspection tasks, including weld inspections, composite material evaluations, and surface defect detection. Its modular design allows for easy upgrades and adjustments, enabling users to adapt the system according to their specific requirements. This flexibility is crucial in dynamic production environments where inspection demands may change frequently.

The user interface of the AMX NDT-VKP/-ME is intuitive and user-friendly, which is essential for efficient operation. The touchscreen display offers real-time data visualization, and operators can easily navigate through various modes and settings. This ease of use is further complemented by robust training resources that help personnel quickly become proficient in utilizing the system.

Another notable aspect of the AMX NDT-VKP/-ME is its data management capabilities. The system offers advanced reporting tools and data storage solutions. Users can generate detailed inspection reports, which include visual evidence of findings, that comply with industry standards. This feature not only enhances traceability but also supports quality assurance processes in organizations.

In summary, the AMX NDT-VKP/-ME stands out in the realm of non-destructive testing due to its robust imaging technologies, versatility, user-friendly interface, and advanced data management capabilities. These characteristics ensure that it meets the rigorous demands of various industries, providing reliable solutions for critical inspections and contributing to enhanced safety and performance standards in engineering and manufacturing.
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