Ux-220X Fluorescent RoHS Detector

Ux-220X Fluorescent RoHS DetectorProduct specifications:
Test element range: Control elements in Na-U
Detector type: Si PIN electric refrigeration
Detector resolution: 169-126eV
High voltage range: 5-50KV, 50W
X-ray tube parameters: 5-50KV, 50W, side window type
Light tube target material: Mo target
Filter: 8 types of composite filters with automatic switching
CCD camera: 2 million pixels
Micro movement range: XY8mm
Input voltage AC220V, 50-60Hz
Opening method: button automatically pops open
Test sample types: liquid, solid, and powder
Measurement range: 1ppm-99.99%
Measurement time: 120-400 seconds
Test environment: Non vacuum testing
Data communication: USB 2.0 mode
RoHS检出限： Pb≤5ppm，Cd/Cr/Hg/Br≤2ppm，Cl60≤ppm
准直器： Ø2, Ø5mm
Software method: alpha coefficient method
Workplace: Open customization
Sample chamber: 300 × 300 × 100mm

Standard accessories:
EU RoHS standard samples and inspection certificates
Two sample cups for testing liquids
Test film: one bag
Insurance tube: 3 pieces
Computer host: brand+dual core
Display screen: 19 inch LCD
Printer: Inkjet printer

The application of halogens in industry:
RoHS 2.0 2011/65/EU Control Knowledge:
Scope of RoHS controlled products:
Large household appliances; Small household appliances; Information technology and telecommunications equipment; Consumer devices; lighting; Electric tool; Toys, entertainment and sports equipment; Medical equipment; Monitoring equipment; vending machine; Other electronic and electrical equipment are not covered by the above 10 categories of products
RoHS Directive *:
Pb，Hg≤1000ppm；
Cr6+，PBB，PBDE≤1000ppm
Cd≤100ppm
Zero halogen regulations:
Cl≤900ppm； Br≤900ppm； Cl+Br≤1500ppm
Testing EU standard sample data statistics (unit: ppm)
Element name Pb Br Cd Hg Cl Cr
The true value of the standard sample is 13.6 96 19.6 5 102 20.2
Test average 13.44 99.48 17.72 6.2 106.9 24.48
Standard deviation 1.387 1.939 4.449 2.041 2.041 2.163

After the R&D and engineering departments acknowledge the functionality of the samples, RoHS testing is carried out. After passing the testing, the approved sample spectra are saved and marked. In the later supply process, as long as the same source and number as the recognized sample are selected and inputted, the program will automatically determine whether the material composition and process of the supplier's materials have changed during the testing process to determine the risk of RoHS control.