Energy saving feedback TV power aging system of TV board aging equipment

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Energy saving feedback TV power aging system of TV board aging equipment

Name: Energy saving feedback TV power aging system of TV board aging equipment
Brand: Shenzhen CPET Electronics Co., Ltd.
Price: 5200 USD
Availability: InStock

Price 5200 USD ($)/ Roll

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MOQ : 2 Sets

Energy saving feedback TV power aging system of TV board aging equipment Specification

Operating Voltage
AC 220V

Response Time
Real-time feedback

Frequency
50Hz

Measuring Range
0100% Power Consumption

Resolution
0.01 W

Mounting Type
Floor-standing

Hardness
N/A (non-applicable)

Display Type
LCD digital display

Test Range
1999 hours

Specimen Size
All common TV board specifications

Number of Specimens
1040 boards

Features
Energy-saving feedback, automatic overload protection, real-time data monitoring

Application
Aging, energy feedback and power durability test of TV boards

Automation Grade
Full Automatic

Max Height
1800 mm

Accuracy
1%

Interface Type
RS485/USB

Humidity
85%

Power Supply
AC 220V/50Hz

Temperature
0C to 40C

Port Size
Standard/Custom

Equipment Type
TV board aging test system

Usage
TV board aging and power consumption analysis

Capacity
50 pcs/day

Machine Weight
380 kg

Test Speed
Customized

Test Width
Various (adaptable to board size)

Test Stroke
Adjustable

Control Mode
PLC Automatic control

Cooling System
Forced air cooling

Dimension
2100 x 950 x 1800 mm

Communication Interface
Ethernet/USB optional

Alarm Function
Visual & audible alarms for error or fault conditions

Power Feedback Efficiency
96%

Material
Industrial grade sheet metal

Data Storage
Supports data logging and export

Protection Level
Overcurrent/short circuit/overvoltage protection

About Energy saving feedback TV power aging system of TV board aging equipment

1. Set various load parameters and real-time monitor for parameters such as voltage,

current and power by computer software

2. Be of list load mode and dynamic load mode

3. Be of editable switch sequence and load conversion function

4. Cooperate with monitoring software of power burn-in, for application

5. Be of five kinds of load modes such as CC, CV, CR, CP and LED

6. Support parallel connection of channels under any load modes and meet power

extension of products

7. Support power burn-in from low voltage to high voltage and from low current to

large current

8. Be of built-in over-temperature and smoke-alarming automatic protection device

9. Interface of multiple DC adapter plates can meet the demands for different output

interface products

10. Be of optional multiple laminate structures at products zone and meet the requirements for more convenient operation of different products

11. Be of AC parameters measurement module and testing power input characteristics

(optional)

12. Be of automatic voltage switching function (optional)

13. Be of temperature monitoring function at products zone (optional)

14. Be of PWM dimming function (optional)

15. 2 ways extension logic signal output (optional)

16. The model of E-load model can be selected

17. Efficiency of energy saving conversion over 85%

Superior Energy Feedback Efficiency

This TV power aging system maximizes energy conservation with 96% feedback efficiency. The advanced forced air cooling and automatic overload protection help minimize power wastage during rigorous testing cycles. Continuous real-time data logging, combined with automatic alarms, ensures any deviations or faults are detected immediately, enhancing safety and process reliability.

Advanced Data Logging and Communication

Efficient data storage capabilities allow seamless data logging and export via optional Ethernet or USB interfaces. The system is compatible with RS485/USB for flexible integration with factory automation networks. LCD display and real-time feedback deliver precise monitoring of power consumption and system performance, ensuring optimal test outcomes and operational transparency.

FAQ's of Energy saving feedback TV power aging system of TV board aging equipment:

Q: How does the energy-saving feedback feature benefit TV board aging tests?

A: The energy-saving feedback mechanism recycles excess power, achieving a feedback efficiency of 96% or more. This not only reduces electricity consumption and operational costs but also minimizes heat generation and environmental impact during TV board testing cycles.

Q: What types and sizes of TV boards can this system accommodate?

A: The system is adaptable to all common TV board specifications and supports a test width adjustable to various board sizes. It can simultaneously process 10-40 boards, making it versatile for small or large production batches.

Q: When should the visual and audible alarms be expected to activate?

A: Alarms are triggered immediately when error or fault conditions such as overcurrent, overvoltage, or short circuit are detected. These safety features provide timely alerts to operators, enabling swift resolution and protection of both equipment and test specimens.

Q: Where can data from the TV power aging system be accessed and exported?

A: Data can be accessed via the system's LCD digital display and exported through either Ethernet or USB interfaces. The equipment supports comprehensive data logging, ensuring testing records are easily retrievable for analysis or quality assurance purposes.

Q: What is the process for running a TV board aging test on this system?

A: Operators load TV boards into the system, adjusting test width and stroke as needed. The PLC automatic control oversees the entire process, running aging and power consumption tests between 1-999 hours. Real-time monitoring and feedback ensure precision, while alarms safeguard against electrical faults.

Q: How does the forced air cooling system enhance equipment performance?

A: Forced air cooling efficiently regulates internal temperature, ensuring stable operation even during prolonged or intensive testing cycles. This prevents overheating and maintains consistent performance, contributing to equipment longevity and product test reliability.

Q: What are the key benefits of using this full-automatic aging test system in a manufacturing environment?

A: Key benefits include significant energy savings, high-throughput testing (50 pcs/day), rapid real-time feedback, robust safety protections, minimal manual intervention, and comprehensive data reporting. These advantages make it ideal for modern TV board mass production and quality control.

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