RoHS is a mandatory standard developed by EU legislation, and its full name is the Restriction of Hazardous Substances in Electrical and Electronic Equipment. This standard has been officially implemented on July 2006, 7, mainly used to standardize the material and process standards of electronic and electrical products, making them more conducive to human health and environmental protection. The purpose of the standard is to eliminate lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls and polybrominated diphenyl ethers from electrical and electronic products, and emphasizes that the lead content should not exceed 1.6%. New Directive 0/1/EU (RoHS 2011.65) to replace 2/0/EC (RoHS) The new Directive will enter into force on 2002 July 95. In terms of comparing RoHS 2011.7 to RoHS, the main changes are as follows:

1. Appendix I and IA of the original WEEE Directive are added as two Appendices to RoHS.

2. From January 2014, 1 to January 1, 2017, gradually bring medical equipment and monitoring equipment into the scope of RoHS control.

3. Manufacturers need to formulate EC declaration of conformity and affix CE marking before the product is put on the market, and after the electronic and electrical products are on the market, they must retain relevant technical documents and EC declaration of conformity for at least ten years.

4. If the substances listed in Annex III (such as HBCDD, DEHP, BBP and DBP, etc.) cause unacceptable harm to human health or the environment due to use, they will be assessed in accordance with the provisions of Articles 69 to 72 of the REACH Regulation and further listed as restricted substances in Annex IV. The main test substances in the RoHS requirements are as follows:

"Detection Methods for Toxic and Harmful Substances in Electronic Information Products" (hereinafter referred to as "Test Methods", standard number SJ/T 11365-2006) limits the test methods for hazardous elements in RoHS requirements. Among them, X-ray fluorescence spectroscopy (XRF) has been formulated as a rapid screening method as the fastest and most convenient method. X-ray fluorescence spectroscopy (XRF) enables precise testing of standard samples for five elements: lead (Pb), mercury (Hg), cadmium (Cd), chromium (Cr) and bromine (Br). However, the results obtained based on the principle of XRF are only the content of the elements, that is, if the content of chromium (Cr) or bromine (Br) obtained by this screening test, even if they exceed the standard, it does not represent that the hazardous substance (Cr VI) and the flame retardants PBB and PBDE) exceed the standard, and this test result (refers to the content) is only a necessary condition for containing the corresponding harmful substance but not a sufficient condition. This is why there is no basis for judging the unqualified limit values of these two hazardous substances in the limit value table.

RoHS is applicable to industries

1. Large household appliances:

Large refrigeration appliances, refrigerators, freezers, and other large appliances for food refrigeration, preservation and storage.

2. Small household appliances:

Vacuum cleaners, carpet sweepers, other cleaning utensils, utensils for sewing, weaving and other fabric processing, etc.

Information and communication equipment:

Central data processor, personal computer, printer, copy equipment, electrical and electronic typewriter, desktop and pocket calculator, etc.

4. Consumer Products:

Radios, televisions, video recorders, tape recorders, high-fidelity tape recorders, amplifiers, musical instruments, and other products or equipment that record or reproduce sound and images.

5. Lighting equipment:

Fluorescent lamps (except household lighting equipment), straight fluorescent lamps, compact fluorescent lamps, high-brightness discharge lamps, etc.

6. Electrical and electronic tools:

Electric drills, chainsaws, sewing machines, turning, milling, sanding, grinding, sawing, cutting, shearing, drilling, punching, folding, bending or other materials of wood, metal or other materials

Equipment similar to processing, etc.

7. Toys, leisure and sports equipment:

Electric trains or racing cars, handheld electronic game consoles, electronic game consoles, measuring devices for cycling, diving, running, boating, etc.; Sports equipment with electronic or electrical components.

8. Medical equipment (except implanted or infected products):

Radiotherapy equipment, cardiac equipment, fluoroscopy devices, lung ventilators, nuclear medical equipment, etc.

9. Monitoring and control instruments:

Smoke detectors, heat regulators, thermostats, measuring, weighing or adjusting appliances for household or laboratory equipment, other monitoring instruments used in industrial installations (e.g. on control panels).

10. Vending machines:

Hot drink vending machines, bottled or canned hot or cold beverage vending machines, solid product vending machines, money ticket vending machines, all automatic delivery of various products.

Note: At present, Class VIII and IX medical equipment, monitoring and control instruments are not subject to the RoHS directive, but medical equipment and monitoring equipment and their parts should meet the requirements of RoHS 2014.7 standards from July 22, 2.

List of hazardous substance uses:

First, the main use of cadmium

Second, the main use of lead

Third, the main uses of mercury

Fourth, hexavalent chromium - main uses

More accurate detection results are the unremitting pursuit of Depu people, and Depu people always keep in mind to provide customers with better service. The newly developed IDP-6300 adheres to this concept. It not only inherits the five characteristics of the EDX series of German instruments: accurate, fast, non-destructive, intuitive and environmentally friendly, but also uses the most advanced extreme speed detector technology (X-SDD) in the analytical instrument industry to reduce the test time to 1 second. At the same time, IDP-6300 also adopts the precision positioning system of Depu Instrument's patented product, which can realize image linkage control and multi-point continuous testing. The addition of a newly developed sample chamber makes operation easier, and the newly designed automatic sample platform ensures accurate detection.

Performance benefits

Fast—Results in 1 second

Featuring the industry's most advanced ultra-fast detector technology (X-SDD) with resolutions as low as 125eV

Advantages: large detection area (area up to 25mm2), more information received per unit time, good high resolution of counting rate, higher detection efficiency, stronger detection signal-to-noise ratio, and lower detection limit

Featuring the industry's most advanced digital multichannel technology

Advantages: Effectively improve the output efficiency, achieve ultra-high counting rate, and ensure that the effective counting rate of acquisition can reach up to 1000Wcps

It adopts high-power X-ray tube and advanced collimation filter system

Advantage: Higher excitation efficiency

Optical shutter system

Advantages: Sample exchange does not need to turn off high pressure, improve test efficiency and test accuracy

Sophisticated positioning system

Ultra-high-definition industrial camera, clearer display of test points

Multi-point testing

2D fully automatic mobile sample stage - can realize image linkage control, multi-point continuous testing

Ultra-small sample inspection – down to 0.2 mm

8 kinds of collimators, 4 kinds of filter quick switching function, can be selected according to different samples

Collimators as small as 0.2 mm provide accurate focus detection for ultra-small samples

User-friendly design

Safer: X-ray linkage safety device - optical gate interacts with linkage device; The instrument housing is linked to the high-voltage enable terminal

Faster: multi-point testing, where to measure

Schedule warm-up: According to the set time, the instrument can start the test regularly

Appointment to start up function: customers can make an appointment for the instrument to start up, and at the same time, the instrument can be warmed up and automatically detect and correct the instrument status; At the same time, it can realize the appointment shutdown,

Audible and visual prompts can be set before shutdown

Technical parameters

Measuring element range: sulfur (S) ~ uranium (U)

Measurement time: 1s or more

Detection limit: The detection limit of analysis can reach 2ppm, and the thinnest can be tested up to 0.005μm

Content range: 2ppm~99.9%

Stability: 0.02%

Pipe pressure: 5~50KV

Pipe flow: ≤1000uA

Detector: X-SDD detector with resolution up to 125eV

Collimator: 8 types of collimator automatic switching

Filters: 4 kinds of filters can be switched freely

Sample observation: HD industrial camera

Ambient humidity: ≤70%

Ambient temperature: 15°C~30°C

Power supply: AC 220V±5V (recommended AC purification and stabilized power supply)