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quality EDX-4000PLUS Portable X-ray Fluorescence Spectrometer factory
quality EDX-4000PLUS Portable X-ray Fluorescence Spectrometer factory
quality EDX-4000PLUS Portable X-ray Fluorescence Spectrometer factory
quality EDX-4000PLUS Portable X-ray Fluorescence Spectrometer factory
quality EDX-4000PLUS Portable X-ray Fluorescence Spectrometer factory
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EDX-4000PLUS Portable X-ray Fluorescence Spectrometer

Product Summary

Advantages of the Instrument The EDX-4000PLUS Portable X-ray Fluorescence Spectrometer is a lightweight, on-site rapid testing device. The instrument is equipped with a touchscreen microcomputer, a built-in lithium-ion battery, an imported electro-cooled detector, and an imported integrated X-ray ...

Product Description
Detailed Specifications & Features
Advantages of the Instrument

The EDX-4000PLUS Portable X-ray Fluorescence Spectrometer is a lightweight, on-site rapid testing device. The instrument is equipped with a touchscreen microcomputer, a built-in lithium-ion battery, an imported electro-cooled detector, and an imported integrated X-ray tube. The high-voltage module and X-ray tube are integrated into a single unit, resulting in a lightweight, compact design that offers high dose, extremely stable output, and plug-and-play functionality.

Key advantages are as follows:

  • The device is compact and lightweight, offering excellent portability. It can be easily moved to flexibly meet the demands of various field testing operations.
  • The unit features a compact, integrated design with a high-definition touchscreen interface. The user interface is intuitive and easy to understand, making it simple and quick to learn and hassle-free for daily use.
  • There is no need for cumbersome or complex sample pretreatment procedures; overall testing efficiency is high, and results are delivered very quickly.
  • The instrument is equipped with a built-in high-capacity, long-lasting battery that ensures durable, continuous operation. The battery status is displayed in real time, making it easy to plan usage in advance.
  • It supports dual-mode wireless data transmission via Bluetooth and Wi-Fi, while also being compatible with wired USB connections, offering diverse data transfer options to suit various scenarios.
Basic Technical Parameters
Parameter Category Parameter Item Parameter Specification
Detector Electro-cooled silicon drift detector (FASTSDD) Imported electro-cooled detector

Amplifier circuit module Efficiently amplifies and processes the acquired data

Detector window Be window

Detector area 25mm², large-area window that increases the signal reception area

Energy resolution 129±5eV

Peak-to-background ratio >20,0001 (count ratio at 5.9keV vs. 1keV)
X-ray Excitation System Integrated X-ray tube Utilizes an imported integrated X-ray tube

High-voltage module and X-ray tube design Integrated design, offering advantages such as lightweight, compact design, high dose, highly stable output, and plug-and-play functionality

Optional targets Ag, W, and others

Voltage Range 5–50kV

Current Range 0–200µA

Maximum Power 4W
Instrument Performance Element Testing Range Si(14)–U(92)

Element Concentration Range 2ppm to 99.99%

Test Time Selectable from 30 to 300s

Instrument Detection Limit As low as 2ppm

Instrument Measurement Accuracy Repeatability 0.05%, Stability 0.05% (for Fe at 96% concentration)
Dimensions and Weight Body Dimensions Length: 45cm, Width: 35cm, Height: 18cm

Main Unit Weight ≤12kg (main unit)
Safety Features Test Chamber Design Fully enclosed bell-shaped design that effectively prevents radiation leakage

Status Indicator Light In standby mode, the indicator light remains green; during analysis, the light turns red to provide a safety warning
Power Supply Configuration Power Supply Specification Built-in 15Ah lithium iron phosphate battery pack
Note Remark The above parameters are for reference only; actual configuration will be based on customer requirements
Applications

The EDX-4000 online detection solution can be applied across various industries, including RoHS compliance screening, as well as the analysis of ores, soil, petroleum products, alloys, and solid and liquid waste. Taking the detection of sulfur in liquids as an example, a comparison between atmospheric and helium-filled conditions shows that the sulfur signal is significantly enhanced under helium-filled conditions.

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