NEXOPART Air Jet Sieve Machine e200 LS eControl Lite, with HMI 3.0 Screen, 90–264V, 50/60Hz, 1500–5000 Pa

The NEXOPART Air Jet Sieve Machine e200 LS eControl Lite provides precise particle size analysis with a user-friendly HMI 3.0 touch screen interface. Operating on a voltage range of 90–264V at 50/60Hz, it delivers efficient dry sieving with a negative pressure range of 1500–5000 Pa. This machine is ideal for laboratories requiring reliable, accurate, and reproducible particle separation.

Key Features:

• Brand: NEXOPART
• Model: e200 LS eControl Lite
• Display: HMI 3.0 touch screen for intuitive control
• Voltage: 90–264V; 50/60Hz
• Negative Pressure Range: 1500–5000 Pa
• Sieve Identification: Automatic sieve detection (RFID)
• Vacuum Control: Automatic underpressure control
• Ease of Use: Simple one-touch operation
• Manual Vacuum Control: Manual underpressure control
• User Convenience: Fast, simple evaluation of results (tabular format)
• Connectivity: Balance communication via RS-232 interface
• Parameter Management: Central parameter management for all sieves
• Display Functions: Display of underpressure, sieving time, date, and time
• Vacuum Integration: External vacuum cleaner can be integrated
• Dimensions: Suitable for laboratory air jet sieving and particle size measurement

Scope of Supply:

• Air jet sieve machine
• Software version BASIC
• Sieve adapter
• Slotted nozzle
• Acrylic glass lid
• Suction silencer
• Hammer and brush
• Connection piece
• Power connection cable
• Operating manual

Note: Please order vacuum cleaner separately.

The NEXOPART e200 LS eControl Lite Air Jet Sieve Machine combines advanced control, automation, and reliable sieving performance—making it an essential tool for quality control, research, and particle size analysis in laboratories.

Frequently Asked Questions

1. What is the NEXOPART Air Jet Sieve Machine e200 LS eControl Lite, with HMI 3.0 Screen, 90–264V, 50/60Hz, 1500–5000 Pa used for?

It provides precise particle size analysis with a user-friendly HMI 3.0 touch screen interface. Operating on a voltage range of 90–264V at 50/60Hz, it delivers efficient dry sieving with a negative pressure range of 1500–5000 Pa. This machine is ideal for laboratories requiring reliable, accurate, and reproducible particle separation.

2. Is the NEXOPART Air Jet Sieve Machine e200 LS eControl Lite, with HMI 3.0 Screen, 90–264V, 50/60Hz, 1500–5000 Pa suitable for laboratories requiring reliable, accurate, and reproducible particle separation?

Yes. It is designed for laboratories requiring reliable, accurate, and reproducible particle separation, and offers a voltage of 90–264V; 50/60Hz and a negative pressure range of 1500–5000 Pa to support this kind of work.

3. What voltage and negative pressure range does the NEXOPART Air Jet Sieve Machine e200 LS eControl Lite, with HMI 3.0 Screen, 90–264V, 50/60Hz, 1500–5000 Pa have?

It has a voltage of 90–264V; 50/60Hz and a negative pressure range of 1500–5000 Pa, and is supplied under manufacturer part number 210886531.

4. What display and additional detail does the NEXOPART Air Jet Sieve Machine e200 LS eControl Lite, with HMI 3.0 Screen, 90–264V, 50/60Hz, 1500–5000 Pa offer?

It offers HMI 3.0 touch screen for intuitive control, automatic sieve detection (RFID), automatic underpressure control and simple one-touch operation.

5. How does the NEXOPART Air Jet Sieve Machine e200 LS eControl Lite, with HMI 3.0 Screen, 90–264V, 50/60Hz, 1500–5000 Pa compare with the NanoEnTek Air Jet Sieve Machine e200 LS eControl Basic with HMI 3.0 Screen 90–264V 50/60Hz 1500–5000 Pa from NanoEnTek?

For laboratories requiring reliable, accurate, and reproducible particle separation, the NEXOPART model is the better choice, offering a voltage of 90–264V; 50/60Hz and a negative pressure range of 1500–5000 Pa. The NanoEnTek model offers a voltage of 90–264V; 50/60Hz and a negative pressure of 1500–5000 Pa as an alternative, while the NEXOPART model's HMI 3.0 touch screen for intuitive control and automatic sieve detection (RFID) help make it a strong fit for laboratories requiring reliable, accurate, and reproducible particle separation.