Water Cooled and Air Cooled Ultra High Vacuum Pump Unit Model FJ-110

FJ-110 Standard pump Station is an cleaning equipment to obtain high vacuum.

The FJ-110 Molecular Pump Unit consists of a mechanical pump and a molecular pump, offering fast startup, high vacuum, low oil contamination, and easy operation. It is widely used in high-vacuum applications including surface analysis, accelerator technology, and plasma technology. Includes detailed technical parameters and FAQs.

FJ-110 High Vacuum Molecular Pump Unit – Standard Pump Station Cleaning Equipment

Product Overview

The FJ-110 Standard Pump Station is a cleaning device designed for obtaining high vacuum. Based on vacuum principles, it comprises a mechanical pump and a molecular pump, featuring rapid startup, high vacuum levels, minimal oil contamination, and easy operation. It is extensively used in vacuum-related fields such as surface analysis, accelerator technology, plasma technology, and electric vacuum device manufacturing.

Product Features

✅ High Vacuum Performance

Ultimate vacuum (no load): ≤ 5×10⁻⁵ Pa

Vacuum system leak rate: ≤ 5×10⁻⁹ Pa·M³/S

✅ Dual Cooling Modes

Supports both water cooling and air cooling to suit different environmental requirements.

✅ High Pumping Speed

Pumping speed for Nitrogen (N₂): 110 L/s

Pumping speed for Helium (He): 100 L/s

Pumping speed for Hydrogen (H₂): 50 L/s

Pumping speed for Argon (Ar): 100 L/s

✅ Compact Design

Dimensions: 500 mm × 510 mm × 840 mm

Weight: 52 kg, compact structure for easy installation.

✅ Reliable Control

Controller Model: FD-110B

Mounting Position: Vertical

Industrial Applications

Surface Analysis – For high vacuum surface analysis equipment.

Accelerator Technology – Provides a clean high vacuum environment.

Plasma Technology – Supports plasma experiments and processing.

Electric Vacuum Device Manufacturing – Used for evacuation and sealing of electric vacuum devices.

Scientific Research Experiments – Core component for high vacuum experimental systems.

Technical Parameters

Gas Pumping Speeds & Compression Ratios

Frequently Asked Questions (FAQ)

Q1: What are the main application areas of the FJ-110 Molecular Pump Unit?
A1: It is primarily used in high vacuum environments such as surface analysis, accelerator technology, plasma technology, and electric vacuum device manufacturing.

Q2: What ultimate vacuum can be achieved?
A2: The ultimate vacuum under no-load conditions is ≤ 5×10⁻⁵ Pa.

Q3: What cooling methods are supported?
A3: Both water cooling and air cooling are supported, allowing users to choose based on their environmental conditions.

Q4: Is an external forevacuum pump required?
A4: Yes, using a forevacuum pump (like the RV-4) is recommended to maintain high vacuum performance.

Q5: What are the power supply requirements?
A5: Input voltage is 220V ±10%, 50Hz.

Q6: Is the equipment easy to install?
A6: Yes, the unit has a compact structure and supports vertical mounting, facilitating integration into existing systems.

Q7: Is the controller integrated?
A7: Yes, it comes standard with the FD-110B controller, which is easy to operate.

Q8: Does it support pumping various gases?
A8: Yes, it supports gases including Nitrogen, Helium, Hydrogen, and Argon. Refer to the parameter table for specific pumping speeds and compression ratios.

Q9: Is the equipment environmentally friendly?
A9: Yes, it features low oil contamination and a low system leak rate, meeting clean vacuum requirements.

Q10: Are customizations available?
A10: Customized solutions for non-standard frames, piping, or control systems can be provided based on user requirements.

Conclusion

The FJ-110 High Vacuum Molecular Pump Unit, with its high vacuum level, rapid startup, low contamination, and flexible cooling options, is an ideal choice for scientific research and industrial