Intelligent Adapter Ageing Test Equipment

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Intelligent Adapter Ageing Test Equipment

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MOQ : 1 , , Millimeter

Intelligent Adapter Ageing Test Equipment Specification

Resolution
0.01A/0.1V

Frequency
50/60 Hz

Display Type
Digital LED/LCD touch screen

Equipment Type
Intelligent Adapter Ageing Test Equipment

Mounting Type
Floor standing

Number of Specimens
6-24 as per configuration

Power Supply
AC 220V 10%, 50/60 Hz

Accuracy
0.5%

Features
Automatic test cycles, programmable parameters, safety alarms, real-time data logging

Response Time
<100ms

Port Size
Standard adapter ports

Automation Grade
Automatic

Gas Pressure
0.5-0.7 MPa (if required for pneumatic clamps)

Measuring Range
0-300V, 0-5A, programmable

Application
Ageing and performance testing of adapter chargers, power bricks, and plugged devices

Specimen Size
Universal for adapters (customizable holders)

Max Height
1200 mm

Temperature
RT to 50C

Interface Type
USB, RS232 or Ethernet (optional)

Operating Voltage
220V AC

Humidity
20-90% RH

Test Range
0-5A (adapter current)

Usage
Adapter life cycle testing, endurance, and reliability assessment

Capacity
Multi-sample (up to 24 slots)

Machine Weight
Approx. 80-100 kg

Test Speed
Adjustable, up to 60 times/min

Test Width
400 mm

Test Stroke
Up to 100 mm

Control Mode
PLC-based intelligent control

Calibration
Built-in calibration with software adjust

Test Report
Auto-generate & print function

Timer Function
Preset test duration up to 999 hours

Fixture Type
Adjustable universal clamps for adapters

Cooling Type
Built-in forced air cooling

Safety Features
Emergency stop, short-circuit and overload protection

Operating Environment
Indoor

Test Method
Continuous and interval ageing modes selectable

Alarm System
Over-current, over-voltage, and over-temperature with buzzer and indicator

Software Support
PC connectivity with data export feature

Intelligent Adapter Ageing Test Equipment Trade Information

Minimum Order Quantity
1 , , Millimeter

Supply Ability
192 Millimeters Per Month

Delivery Time
20-25 Days

About Intelligent Adapter Ageing Test Equipment

To serve the requisite demands of our esteemed clients, we are engaged in offering a qualitative range of Intelligent Adapter Ageing Test Equipment. This precisely designed test equipment is manufactured by an experienced team of professionals, with in-depth knowledge about the latest trends prevailing in the industry. In addition to this, clients can avail this Intelligent Adapter Ageing Test Equipment from us in diverse specifications. It support parallel channel connection under CC load mode and meet the requirements for power extension of products.

Versatile and Reliable Testing

This equipment provides highly customizable test modes, allowing users to perform both continuous and interval ageing procedures as needed. With programmable current and voltage (0-300V, 0-5A), and advanced test speed adjustment, it adapts to a wide variety of adapter types. Integrated cooling, safety features, and digital controls ensure consistent, reliable performance for all your reliability and endurance assessments.

Advanced Safety and Automation

Safety is paramount, with features like emergency stop, short-circuit, and overload protection, as well as alarms for over-current, over-voltage, and over-temperature. Automatic test cycles, software-assisted calibration, and PLC-based intelligent control bring efficiency and precision to every test, letting you focus on analysis instead of manual intervention.

Seamless Data Management

Easily connect the test equipment to your PC via USB, RS232, or Ethernet, enabling real-time data export and automated report generation. Store, visualize, and analyze results instantly for robust quality control. Comprehensive test reports can be auto-generated and printed, ensuring full traceability for every specimen.

FAQs of Intelligent Adapter Ageing Test Equipment:

Q: How does the Intelligent Adapter Ageing Test Equipment enhance the testing process for adapter chargers?

A: This equipment provides automated, programmable test cycles, supports multiple specimens, and features adjustable test speeds and modes. Real-time data logging, forced air cooling, and adjustable fixtures streamline the testing process, increasing throughput and accuracy in life cycle and endurance measurements.

Q: What safety mechanisms are included to protect users and devices during operation?

A: The system incorporates an emergency stop button, short-circuit, overload, over-current, over-voltage, and over-temperature protection. Audible buzzers and visual indicators promptly alert operators to any abnormal condition, ensuring safe and secure operation throughout the test cycle.

Q: When should the built-in calibration feature be utilized?

A: Calibration should be performed before new test sequences, after significant usage periods, or when accuracy requirements need confirmation. The software-assisted, built-in calibration ensures precise measurements and reliable test results at all times.

Q: Where can this equipment be installed and what are its environmental requirements?

A: The test equipment is designed for indoor installation in laboratories or testing facilities with stable environmental conditions. It operates effectively within 2090% RH humidity and room temperatures up to 50C, and requires a 220V AC power supply.

Q: What is the process for exporting test data and generating reports?

A: Connect the system to your PC using USB, RS232, or Ethernet. The accompanying software provides options for real-time monitoring, easy data export, and automatic generation and printing of detailed test reports for every test run.

Q: How is the usage of adjustable universal clamps beneficial for various adapter sizes?

A: Adjustable universal clamps securely accommodate a wide range of adapter shapes and sizes, reducing setup time and ensuring consistency between specimens. This makes the equipment versatile for different test objects and configurations.

Q: What are the main advantages of using this automatic PLC-based system for ageing tests?

A: The PLC-based intelligent control enables precise programming, automation, and safety monitoring of every test, minimizing operator intervention. Programmable parameters, fast response time, and real-time digital display further enhance operational efficiency and testing reliability.

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