ESI - Model PY300 RoHS 2.0 -XRF RoHS Analyzer

• Direct solid injection without sample preparation needed
• Test Time: 20 minutes per sample
• No Chemicals needed
• No need for environmental assessment, no pollution
• Automatic temperature control + automatic cleaning
• User friendly RoHS 2.0 Analyzer

High temperature heating
The instrument is equipped with high precision temperature sensor, accurate temperature control, the highest temperature can reach 500 degrees Celsius, fast and stable heating, low voltage work, safe and reliable.

Automatic cleaning
The self-created automatic cleaning function effectively solves the problem of transmission pipeline pollution. The system can automatically clean the pipeline after completing a sample test, and thoroughly solve the influence of different content of samples, improve the efficiency of detection and ensure the authenticity of data again

Advanced Air Control System
The advanced gas control system of thermal cracking can close the air inlet when the sample is injected and open automatically when the sample is injected to avoid the loss of nitrogen.

Programmed temperature
It has a programmable heating function, and can set different temperature ranges and gradients at will

The friendly interface makes your operation easier

1. split/non-split injection system
Analysis is flexible and easy

2. self-contained two-way valve control system
It is convenient to realize automatic on-line injection

3. high precision EFC (flow rate) system
Your flow at a glance, can more accurately set gas flow

4. a comprehensive testing and fault diagnosis system
Enables you to quickly judge and solve the problem with the instrument

5. wider temperature control range
Ambient temperature 5? ~ 400?, so that the sample analysis range is wider

6. unique gas-off protection system
To minimize damage to the detector and chromatographic column

7. column Box can be installed with ultra-low temperature control system, minimum-80 °C ultra-low temperature control
For Your analysis of low boiling point Phthalates

8. the inter-column Compensation Circuit provides electronic compensation for baseline drift during the operation of the program at elevated temperatures, reducing the complexity caused by the second column, the detector and the auxiliary flow system

Two single column compensation channels can be installed at the same time. The complexity brought about by the second column, the detector, and the auxiliary flow system. Two single column compensation channels can be installed at the same time