The R 650 has the advantages of simple sample preparation, fast analysis speed, wide analysis content range, good reproducibility, and high accuracy. Based on the traditional RoHS detector, it has upd
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在线咨询The R 650 has the advantages of simple sample preparation, fast analysis speed, wide analysis content range, good reproducibility, and high accuracy. Based on the traditional RoHS detector, it has updated an 88 position automatic sampling system, combining high accuracy, high reliability, and an intuitive user experience, greatly improving the product testing efficiency, providing professional elemental analysis solutions, and contributing to the development of multiple fields.
Technical Specifications
Sample Chamber Size | 400mm×340mm×80mm |
Vacuum Sample Chamber Size | φ100mm×h75mm |
Appearance Size | 700mm×510mm×336mm |
Overall Machine Weight | 56kg |
It is equipped with an 88 position super large automatic sampling platform. Each sample position is digitally marked, and it has a flexible robotic arm that can automatically open and close the vacuum chamber. Users can independently select the sample testing process and working curves. After batch sample preparation, it can automatically and continuously sample and test without interruption, which not only reduces the testing cost but also greatly improves the testing efficiency.
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Performance and Principle Features
Element Analysis Range | Sodium (Na) Uranium (U) |
Analysis Range | ppm 99.99% | |
Detector | Amptek Silicon Drift SDD from the United States |
Measurement State | Powder, solid, liquid |
Collimation and Filter System | Collimator + multi combination filter |
Resolution | 129eV±5eV |
Analysis Time | Single test time is adjustable |
Cooling Method | Electric cooling, no consumables required |
Analysis Accuracy | RSD≤0.05% (for samples with a content greater than 96% of the national standard reference material) |
Sample Environment | Atmospheric state / Vacuum state |
Operating Power Supply | AC 220V ±5V, 50Hz |
Element Analysis Capability | Can measure dozens of elements between Sodium (Na) and Uranium (U) at one time |
Operating Environment | Indoor temperature: 15 30℃; Relative humidity ≤80% (no condensation) |
Functional Advantages
u Appearance Design: Elegant, durable, with multiple safety protection modes.
u Collimation and Filter System: Collimator + multi combination filter, automatically switched by software to meet various testing applications.
u SES Signal Processing System: Adopting the independently developed SES signal processing system (digital multi channel), which effectively improves the peak to background ratio and makes the measurement more accurate.
u Multi dimensional Heat Dissipation System: Optimized integrated heat dissipation design significantly enhances the overall heat dissipation performance of the machine, ensuring the safe operation of the X ray source.
u Radiation Safety System: Multiple anti radiation leakage designs result in the highest level radiation protection among similar products.
u Vacuum System: Selecting a vacuum pumping system to optimize the testing environment, improving the analysis accuracy of light elements such as magnesium, aluminum, silicon, phosphorus, and sulfur, and greatly expanding the analysis capabilities of the R 650 analyzer.
u Core Temperature Monitoring Technology: The unique core temperature monitoring technology ensures the safe and reliable operation of the ray source, effectively extending its service life and reducing the use cost.
Hardware Advantages
1．Detector: The original Amptek silicon drift SDD probe from the United States, with a minimum resolution of 129eV±5eV, excellent energy linearity and energy resolution, and a high peak to background ratio.
2．X ray Tube: Maximum power 50W, tube voltage 5 50KV, tube current 0 1000uA; long life X ray tube (Rh, Ag, W can be switched).
3．High voltage Power Supply: Maximum power 50 W, voltage 0 50 KV, current 0 1000uA, 8 hour stability ≤0.05%.
4．Signal Processor: An imported signal processor is used, which is suitable for high resolution and high count rate applications, with self adjusting amplification factor and a maximum number of channels: 4096.
Testing Process
1. Equipment energy detection during operation
2. Batch sample preparation
3. Fix the material tray
4. Machine safety inspection
5. Robotic arm operation
6. The system runs automatically, and the robotic arm grabs samples one by one for testing
Application Fields
1．RoHS Testing
2．Footwear and Leather Materials
3．Automotive ELV (End of Life Vehicles)
4．Archaeological Analysis
5．Jewelry
6．Refractory Materials
7．Food Safety
8．Ore Analysis
9．Metal Alloys
10．Petroleum and Chemical Industry
11．Coating Thickness Measurement
12．Environmental Testing
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