E2M with EH Booster Combination

Enhance performance by combining the E2M series with an EH booster, delivering higher pumping speeds and improved ultimate vacuum levels.

The EM275/EH4200 integrated system provides exceptionally high suction capacity, enabling rapid evacuation of large chambers even at very low pressures.

EH Mechanical Booster Pumps

Improving performance, reducing capital costs
EH Mechanical Booster Pumps

Utilitique Solutions’ EH mechanical booster pumps are designed to operate efficiently under high differential pressures. They can be started simultaneously with the backing pump, reducing pump-down time and simplifying overall operations.

  • Up to 50% Faster Evacuation:

The patented hydrokinetic (HK) drive enables operation from atmospheric pressure, allowing the booster to assist from the start and drastically reduce process time.

  • Smart Thermal Protection:

The HK drive automatically adjusts pump speed at higher pressures, preventing overheating and ensuring safe, continuous operation.

  • Heavy-Duty Reliability:

A proven shaft seal design protects internal components from contamination, ensuring durability even in harsh and demanding applications.

  • Automatic Overload Protection:

Variable speed functionality safeguards the motor against overload, enhancing lifespan and operational stability.

  • Flexible & Resilient Operation:

Handles sudden pressure surges without damage, minimizing the risk of breakdowns and improving process reliability.

  • Simplified Installation:

Eliminates the need for by-pass lines, pressure switches, and inverters—reducing installation costs and maintenance efforts.

HV Mechanical Booster Pumps

High reliability operation in aggressive environments

HV Mechanical Booster Pumps

Utilitique Solutions’ HV8000 high vacuum mechanical booster is engineered for reliable performance in aggressive environments. With a nominal pumping speed of 7,200 m³/h at 50 Hz and equipped with IE3 energy-efficient three-phase motors, it is ideal for large-scale industrial and chemical applications.

Key Highlights:

  • Consistent Performance: Stable operation across a wide pressure range, suitable for continuous heavy-duty applications
  • High Reliability: Water-cooled mechanical shaft seal, robust shaft design, and heavy-duty helical gears minimize downtime
  • Adaptable Design: Options include exhaust gas after-cooler, shaft seal purge, temperature monitoring, and VFD for enhanced safety and control
  • Flexible Configuration: Available with or without motor, and in horizontal or vertical flow designs to suit system requirements