Carrier Plate Rotation Automated Test Fixture For Circuit Board OEM

Product Specification

Carrier Plate Rotation Test Stand

During the testing process, another carrier plate can be placed with workpieces to be tested (panel, 1 dragging 4). After the test is completed, pull out the carrier plate from the test stand and place the newly arranged workpieces on it, doubling efficiency. With the carrier plate detached from the test stand, loading and unloading workpieces is extremely convenient without constraints from other mechanisms on the test stand.

A Carrier Plate Rotation Test Stand is a specialized piece of equipment used for testing and calibrating the performance of carrier plates in various industries, most commonly in aerospace and defense. Carrier plates are typically used to mount and stabilize electronic components, sensors, or other critical systems within a hostile environment.

Key Features:

1. Rotation Mechanism: The stand allows for precise rotation of the carrier plate to simulate different orientations and operational scenarios.
2. Stability: Ensures that the carrier plate remains stable during the test, providing accurate measurements.
3. Control System: Often includes a computer-controlled system for setting parameters such as rotation speed, angle, and duration.
4. Data Acquisition: Equipped with sensors and data logging capabilities to record the performance metrics of the carrier plate under test.
5. Environmental Simulation: Some stands may include environmental chambers to simulate temperature, humidity, and other conditions.
6. Safety Features: Includes emergency stop buttons, safety interlocks, and other measures to ensure safe operation.

Applications:

• Aerospace: Testing avionics systems, radar components, and other sensitive equipment.
• Defense: Calibration of military communication devices, targeting systems, and other critical hardware.
• Automotive: Testing automotive sensors and electronic control units (ECUs).
• Industrial: Verification of industrial automation and control systems.

Components:

1. Base Frame: Provides a solid foundation for the stand.
2. Rotating Assembly: Includes the mechanism for rotating the carrier plate.
3. Carrier Plate Clamp: Holds the carrier plate securely in place during testing.
4. Drive System: Electric motor or stepper motor to control rotation.
5. Control Panel: User interface for setting up and controlling the test parameters.
6. Sensors: To measure parameters like vibration, tilt, and rotational accuracy.
7. Software: For data analysis, real-time monitoring, and reporting.

Benefits:

• Precision: Allows for highly accurate calibration and testing of carrier plates.
• Reproducibility: Ensures consistent results across multiple tests.
• Efficiency: Automates the testing process, reducing human error and increasing throughput.
• Versatility: Can be customized to fit a wide range of carrier plate sizes and types.

Considerations:

• Load Capacity: Must support the weight and size of the carrier plate being tested.
• Customization: May need to be tailored to specific requirements of the carrier plate or testing scenario.
• Maintenance: Regular maintenance and calibration are essential to ensure continued accuracy and reliability.

In summary, a Carrier Plate Rotation Test Stand is an essential tool for ensuring the reliability and performance of carrier plates used in critical applications. Its ability to precisely control and measure rotational parameters makes it indispensable in fields where accuracy and reliability are paramount.