Your shopping cart is empty!
X-ray Fluorescence
Ultraviolet Fluorescent Oil Pollution Remote Sensing Detector ATF2500
application
As Industrialization process continues to accelerate, many reasons have led to heavy soil pollution in some areas, worrying soil environmental quality in cultivated land, prominent environmental problems in industrial and mining waste soil, and overall soil environmental conditions across the country are not optimistic. In order to curb the continued deterioration of the soil environment, the monitoring and control of soil pollution have risen to the level of national development strategy.
ATX3100S relies on advanced technology to provide fast and efficient detection solutions for water and soil environment monitoring and contaminated soil remediation. ATX3100S has a built-in GPS function. It can search for satellite signals at any time in the field, determine the geographical location information of sampling points, quickly survey large-scale soil geological pollution areas, establish pollution maps, and monitor the pollution situation in each area in real time; it is safe and complies with the Radiological Regulations of the People's Republic of China. The Pollution Prevention and Control Law, the Regulations on the Safety and Protection of Radioisotopes and Radiation Devices, and other laws and regulations. When there is no sample at the front of the instrument, the instrument automatically terminates the X-ray tube working state.
- Compact and light weight
- The handle is made of anti-sweat and anti-slip material
- Large area aluminum alloy thermal conductive silicone heat sink
- Operational safety
- Low cost of use
- Faster analysis
- Higher detection accuracy
- Soil heavy metal census
- Emergency treatment after soil heavy metal contamination
- Assist soil remediation in contaminated areas
Model | Remark |
Analysis Scope | Sulfur (S) ~ Uranium (U) |
Heavy Metal Elements In Soil | Cadmium (Cd), mercury (Hg), lead (Pb), arsenic (As), chromium (Cr), nickel (Ni), copper (Cu), zinc (Zn), manganese (Mn), titanium (Ti), Barium (Ba), rubidium (Rb), strontium (Sr), zirconium (Zr), iron (Fe) |
Detector | SDD detector |
Excitation Source | High-power miniature straight-plate electronic X-ray tube, excitation voltage is 35kV; no high-voltage cables, no radio frequency noise, better X-ray shielding, better heat dissipation |
Display | Brand new large-screen high-resolution LCD display |
Data Processing | New digital multi-channel data processor |
Cooling Device | The heat inside the instrument is conducted to the instrument shell, which can better protect the electronic components inside the instrument and extend the life of the electronic components. |
Safety | When there is no sample at the front of the instrument, the instrument automatically terminates the X-ray tube working state. |
Data Format | pdf or Excel format, including element content, maps, images, etc., with a variety of templates to choose from |
Data Storage | 4GB embedded storage, standard 32G MicroSD card, can store 300,000 sets of data, expandable storage capacity |
Detection Object | solid |
Battery Capacity | Original 7.2V large-capacity rechargeable potassium battery. You can check the power directly at the bottom without removing the battery. One potassium battery is included as standard. |
Operating System | Window CE 6.0 special operating system for industrial-grade instruments, safe and secure |
Operation Method | DP-5 digital multi-channel technology, the software adopts the internationally advanced FP-EC algorithm |
Filter | Equipped with a single optical filter, no need to switch motors |
Weight, Size | Light weight (1.6kg); small size (220mm*150mm*220); sturdy and durable anti-fall wrist strap |
Environmental Requirements | The instrument design meets field requirements, has good sealing performance, and the unique heat dissipation concept allows the instrument to work normally in extremely high temperature environments. |
Related Products
16.00″W x 24.00″D x 6.00″H
ATF2500
