50L To 2000L ZF Series Vacuum Pumping Station Vacuum System Or Vacuum Unit

Product Specification

The ZF series vacuum pumping station (also known as a vacuum system or vacuum unit)

I. Introduction

The ZF series vacuum pumping station (also known as a vacuum system or vacuum unit) is not a single vacuum pump but an integrated vacuum solution. It combines various components—such as vacuum pumps (e.g., rotary vane pumps, liquid ring pumps, Roots pumps), vacuum receivers (storage tanks), piping, vacuum valves, instrumentation (pressure switches/sensors), electrical control systems (PLC, control panel), cooling systems, and gas/liquid separators—onto a common base frame or skid, tailored to the customer's specific process requirements.

The core concept of the ZF series is "plug-and-play." Users simply need to connect power, vacuum inlet(s), and cooling medium (if required) to obtain a fully functional, precisely controlled, and stable vacuum system.

II. Advantages

1. Ready-to-Use, High Integration: Eliminates the complex process of users having to design, select, procure, assemble, and commission multiple individual components, significantly shortening project timelines.

2. Stable and Reliable Performance: System matching design and integration by professional manufacturers ensure all components work in harmony, avoiding performance issues or equipment damage due to incorrect matching.

3. Intelligent Control & Protection: Equipped with PLC and HMI (Human-Machine Interface), it enables advanced functions like automatic start/stop, pressure control, timed operation, multi-pump sequencing, and fault alarms (e.g., phase loss, overload, high oil temperature, low vacuum).

4. Energy Efficient: Energy savings are achieved by using the PLC to control pump start/stop or a VFD (Variable Frequency Drive) to adjust pump speed based on actual vacuum demand, especially suitable for applications with fluctuating load.

5. Stable Vacuum Supply, Reduced Fluctuation: The vacuum receiver acts as a buffer, effectively balancing pressure fluctuations in the system, providing a stable and reliable vacuum level to points of use, and reducing the cycling frequency of the pump(s).

6. Improved Environment, Safety & Eco-Friendliness: Integrated oil mist separators and gas filters reduce oil mist emissions and environmental pollution. The enclosed design reduces noise and exposed hazardous parts.

7. Space Saving: The compact integrated design saves significant floor space compared to a dispersed layout.

III. Key Technical Parameters & Configuration
The ZF series is customizable. Its parameters depend on the specific configuration but generally include:

• Core Pump Type: Can be configured with rotary vane pumps (oil-lubricated, high vacuum), liquid ring pumps (oil-free, handles vapor), dry pumps (completely oil-free), Roots pumps (high pumping speed), etc.

• Ultimate Vacuum: Depends on the primary pump type, ranging from rough vacuum (e.g., -0.09 MPa) to high vacuum (e.g., 1×10⁻³ Pa).

• Effective Pumping Speed: At a specified inlet pressure (e.g., 100 m³/h @ -0.08 MPa).

• Vacuum Receiver Volume: From 50L to 2000L or larger, selected based on system capacity and allowable pressure fluctuation range.

• Control Method: Basic relay control, PLC automatic control, variable frequency drive (VFD) control.

• Drive Motor Power: Matched to the primary pump(s), ranging from a few kilowatts to over a hundred kilowatts.

• Connection Ports: Vacuum inlet and exhaust ports are typically flanged (e.g., DN25, DN50, DN80).

• Protection Functions: Typically include motor overload, phase sequence protection, low/high vacuum alarm, oil level/temperature monitoring (for oil pumps), liquid level monitoring (for water ring pumps), etc.

• Options: Oil mist separator, dust filter, cooler, drain valve, remote communication interface, etc.

IV. Application Fields
Vacuum pumping stations are widely used in any application requiring stable, reliable, and automated vacuum supply:

• Vacuum Packaging: Providing centralized vacuum source for packaging machines in food, pharmaceutical, and electronics industries.

• Woodworking: Vacuum cup clamping systems for CNC machines and woodworking machinery.

• Printing & Paper: Paper feeding, holding, and drying.

• Plastics Industry: Vacuum grippers for robots and part removal in injection molding.

• Central Vacuum Systems: Providing centralized vacuum supply for multiple points of use in laboratories, hospitals, and factory workshops.

• PV & Electronics Industry: Handling and processing of silicon wafers, solar cells, and LCD panels.

• Chemical & Pharmaceutical: Automated control for processes like vacuum drying, distillation, and filtration.