Automatic EL+IV Integrated Testing and Sorting Machine
Technical specifications:
Technical Parameter:
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Test size:
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230×230mm
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Camera:
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20 million pixels
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Workpiece specification:
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4 loading boxes
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Capacity:
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1500 pieces/hour
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Uptime (up time):
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≥99% (normal downtime is not calculated)
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Mean time between failures (MTBF):
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MTBF ≥ 500 hours
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Mean time to repair failure (MTTR):
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MTTR ≤ 1 hour
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Ambient temperature/humidity:
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20～40℃/85 RH%u below
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Noise:
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≤20dB
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Cleanliness:
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in line with the requirements of 100,000 class clean area related specifications
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Discharging station:
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24 discharging stations (standard machine)
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Input voltage:
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220VAC/50HZ
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Machine power consumption:
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3KW
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Equipment Size:
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4200mm*2000mm*1970mm
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Weight:
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800kg
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Application:
Designed for sorting various types of solar cells, including full-size wafers, half-cut cells, and other cell formats. The machine provides fast, accurate, and reliable sorting to meet different solar cell manufacturing and processing requirements, helping improve production efficiency and sorting consistency.
Features:
1. Automatic Solar Cell Defect Detection and Recognition
Equipped with an intelligent automatic defect recognition system, the machine accurately detects, identifies, and classifies various solar cell defects during the testing and sorting process. This automated inspection technology helps manufacturers improve defect detection accuracy, maintain consistent product quality, and reduce manual inspection requirements in solar cell production.
2. AAA-Rated Solar Simulator for High-Precision Testing
Featuring an AAA-rated solar simulator, the machine provides stable and uniform illumination for accurate solar cell performance testing. It enables high-precision measurement of key electrical parameters under simulated sunlight conditions, ensuring reliable and repeatable test results for solar cell quality assessment and classification.
3. Multiple High-Capacity Storage Bins for Efficient Sorting
Designed with multiple high-capacity storage bins, the automatic solar cell sorting machine can accommodate different cell grades and specifications. The large storage capacity reduces frequent material loading and unloading operations, minimizes manual intervention, and ensures a smoother workflow with improved sorting efficiency and production continuity.
4. Ultra-Low Solar Cell Breakage Rate Below 0.05%
With a solar cell breakage rate of less than 0.05%, the machine minimizes cell damage during automated handling, testing, and sorting. Its reliable material transfer and sorting process help reduce production losses, improve cell yield, and increase overall manufacturing efficiency.
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Feature
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Description
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Automatic Recognition System
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Accurately detects and classifies battery defects.
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AAA-Rated Solar Simulator
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Enables high-precision measurements by simulating real solar conditions.
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High-Capacity Storage Containers
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Reduces the frequency of loading and unloading operations.
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Low Fragment Rate
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Fragment rate < 0.05%, reducing material loss and increasing production capacity.
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