V-100 Rotary Vane Vacuum Pump
For thermoforming, packaging or automated machinery, send the chamber volume, evacuation time, target pressure, gas composition and duty cycle. Review oil-mist separation and exhaust treatment against the process cleanliness requirements. Confirm gas-ballast options, inlet protection, cooling, oil service intervals and continuous-duty capability for the proposed operating conditions.
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Technical Specifications
| Technical Parameter | V100 Specification Details |
|---|---|
| Model Series | V100 (Single-Stage Rotary Vane) |
| Rated Pumping Speed | 100 m³/h |
| Ultimate Pressure | 0.1 – 0.5 mbar |
| Motor Power | 3 kW |
| Rated Voltage & Frequency | 380 V / 50 Hz (confirm available motor and electrical options) |
| Nominal Speed | 1440 r/min |
| Inlet Port Connection | G1 1/4" |
| Noise Level | ≤ 67 dB(A) |
| Oil Capacity | 2.5 Liters |
| Water Vapor Tolerance | 40 mbar |
| Water Vapor Evacuation Rate | 1.6 kg/h |
| Operating Temperature | 84 °C |
| Net Weight | 85 kg |
| Dimensions (L × W × H) | 715 × 410 × 295 mm |
Features & Key Advantages
Direct-Drive Performance
The direct-drive configuration supports industrial machinery integration. Confirm motor rating, supply frequency and the pumping-speed curve for the selected V-100 configuration and operating pressure.
Oil Mist Separation
An integrated oil mist separator helps reduce oil carryover. Exhaust quality depends on gas load, oil condition and separator maintenance; assess ventilation and exhaust treatment for the process.
Noise & Vibration Planning
Assess noise and vibration under the intended load and installation conditions. Select the foundation, mounts and any acoustic measures to suit the equipment and site requirements.
OEM Installation Planning
Confirm port threads, dimensions and electrical connections before integration or replacement. Provide cooling clearance and service access, and verify the operating limits for the intended duty cycle.
Target Applications & Industry Uses
Primary Industrial Applications
- Thermoforming: compare chamber volume, target pressure and cycle time with the selected V-100 pumping-speed curve.
- Vacuum packaging and food processing: review vapor load, product carryover and exhaust management against equipment hygiene requirements.
- Degassing, impregnation and drying: confirm gas compatibility, operating pressure and liquid or vapor separation needs.
- Clamping, lifting and handling: calculate leakage, holding force and simultaneous demand, and review controls for loss of vacuum.
- Laminating and pressing: check tooling leakage, evacuation time and pressure requirements throughout the process cycle.
- Crystallization, distillation and cooling: assess condensable vapor load, process temperature and inlet condensation control.
Equipment Selection Considerations
- Packaging machinery: confirm electrical supply, installation dimensions, cooling clearance and service access.
- Plastics forming equipment: define cycle demand and assess dust, fumes and process temperature before selection.
- Drying and filtration systems: confirm target pressure, vapor or liquid carryover and inlet trapping requirements.
- Resin impregnation units: assess resin and gas compatibility, and provide appropriate inlet protection against carryover.
- Mold evacuation systems: check mold leakage, evacuation time and protection from entrained process material.
- CNC tables and robotic handling: size for leakage and peak demand, with suitable filtration and vacuum monitoring.
Advanced Technical FAQ
What is the water vapor tolerance and maximum water vapor evacuation rate for the V100?
Confirm water vapor tolerance and evacuation rate for the supplied V100 configuration and the specified inlet pressure, temperature and gas-ballast setting. The published ratings require those conditions to be defined. Assess vapor load and any inlet condensation control before selection.
Is the V100 suitable for drop-in replacement with other European or Asian standard 100 m³/h vacuum pumps?
Replacement compatibility must be checked against the existing pump and installation. Compare mounting dimensions, port threads and positions, motor supply, performance curves, cooling clearance and exhaust routing. Matching nominal pumping speed alone does not establish drop-in compatibility.
What type of vacuum pump oil is recommended, and what is the typical oil change interval?
Use the oil grade and maintenance schedule specified for the supplied pump and process. Confirm viscosity, base oil and gas compatibility before filling. Inspect oil level and condition regularly, and adjust replacement intervals for temperature, contamination and duty cycle.
What preventative measures or external accessories are recommended for dusty or particulate-heavy applications?
Assess particle size, dust load, gas compatibility and pressure loss when selecting an inlet filter. Where condensate is possible, evaluate suitable separation or trapping equipment. Inspect and service accessories to the agreed schedule; filtration does not establish suitability for every process.
Ready to Upgrade Your Industrial Vacuum System?
Send the model, target pressure, gas load, electrical supply and operating schedule for a configuration and quotation review. Request drawings and confirm availability and lead time for the proposed configuration.