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swaziland Infrared board burning and testing fixture
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Product Description
The infrared board programming and testing fixture (hereinafter referred to as the “fixture”) is a high-precision, high-efficiency testing device designed to meet the production requirements of infrared boards, including infrared transmission modules and receiving modules. This fixture integrates functions such as programming, testing, and verification, ensuring that products achieve optimal performance before leaving the factory.
Product Features
High Precision: Utilizing advanced optical positioning technology to ensure high precision in the burning and testing processes.
High efficiency: Automated operations significantly reduce programming and testing time, boosting production efficiency.
High compatibility: Suitable for various models of infrared panels, with a wide range of applications.
Good stability: Made from high-quality materials to ensure the fixture’s stability over long-term use.
Easy to operate: Human-centered design, simple operation, and easy to learn.
Feature Introduction
Burn-in function: The fixture is equipped with a high-performance burner that enables fast and accurate programming of the infrared board.
Testing Function: The fixture is equipped with comprehensive test items, including infrared emission power, receiver sensitivity, transmission distance, and more, ensuring that all performance indicators of the infrared board meet the specified requirements.
Verification Function: During programming and testing, the fixture performs real-time data verification to ensure the accuracy of programming and testing results.
Fault Diagnosis: The fixture is equipped with a fault-diagnosis function that can quickly pinpoint the location of faults, facilitating maintenance and production adjustments.
Data statistics: The fixture can automatically collect production data, providing strong support for production management.
Structure and Principle
Fixture body: Made of high-strength aluminum alloy material, featuring excellent heat dissipation and anti-interference performance.
Burner: Built-in high-performance burner that supports multiple programming protocols.
Test module: Includes an infrared transmitting module, a receiving module, a signal processing module, and more, enabling the testing of various performance indicators of the infrared board.
Control unit: A microcontroller is used for centralized control, enabling automated operation of the fixture.
Interface section: Provides standard interfaces for communication with external devices (such as computers, PLCs, etc.).
Operating steps
Power-on preparation: Connect the power supply, turn on the fixture, and check the equipment’s operating status.
Place the infrared board: Insert the infrared board to be programmed and tested into the designated position in the fixture.
Programming operation: Start the programming software, and the fixture will automatically complete the programming process.
Test operation: After the programming is complete, the fixture automatically enters the testing phase and performs various performance tests on the infrared board.
Data Viewing and Export: After the test is completed, review the test data. If necessary, you can export the data for analysis.
Shutting Down and Maintenance: After completing the operation, turn off the fixture and perform daily maintenance.
Scope of application
Infrared board programming and testing fixtures are widely used in the manufacturing processes of infrared remote controls, infrared sensors, infrared communication devices, and other similar products, providing manufacturers with efficient and reliable production assurance.
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