Verified supplier

Verified supplier

Supplier Location:

Santa Cruz, CA

Member Since:

2024

Rating
0.00
(0 reviews)

SVC-1 Summit Vacuum Control

In stock
0.00
(0 reviews) Write a review
$1,76999
Chat Now
  • Precise Vacuum Control: Ideal for solvent recovery, rotary evaporators, and botanical processing.
  • Simultaneous Display: Displays both current vacuum and set point for accurate control.
  • Remote Control: USB-enabled for remote operation in lab environments.
  • Durable Design: PTFE valves and chemical-resistant flow path for harsh chemical environments.
  • Prolongs Pump Life: Maintains pump pressure, reducing oil changes and extending vacuum pump life.
  • Simple Interface: Easy to use with fewer components than competing units for hassle-free setup.
  • Fast Pump Downs: Features larger orifice components for faster vacuum pump performance.

Tell us what you need

+
SVC-1 Summit Vacuum Control
In stock
0.00
(0 reviews) Write a review

Reviews

Average Star Rating:
0.00 (0 reviews Total)
  • 5 stars
    0
  • 4 stars
    0
  • 3 stars
    0
  • 2 stars
    0
  • 1 star
    0
Have you used the product?
Tell us something about it and help others make the right decision
Show reviews with:
5 stars (0 reviews)
4 stars (0 reviews)
3 stars (0 reviews)
2 stars (0 reviews)
1 star (0 reviews)

No reviews found

Description

The SVC-1 Summit Vacuum Control is a state-of-the-art vacuum regulator designed for use in chemical duty solvent recovery and vacuum control. This unit is ideal for a variety of applications, including rotary evaporators, filtration, and highly volatile solvent recovery. Engineered to set a new industry standard, the SVC-1 features advanced circuit boards, PTFE valves, and a minimal number of components compared to competitors, ensuring high-flow vacuum regulation with unmatched reliability and simplicity.

Versatile Applications for Laboratory Processes

The SVC-1 is designed to excel in environments where precise vacuum control is essential, particularly in botanical processing and rotary evaporation. By maintaining pressure at desired levels, the unit helps facilitate accurate and consistent compound separation through distillation. It can be mounted either on a bench-top or laboratory pole, offering flexibility in setup and operation.

Key Applications:

  • Rotary Evaporation: Ensures consistent vacuum levels for efficient solvent recovery.
  • Botanical Processing: Maintains fine-grained vacuum control for precise compound separation.
  • Solvent Recovery: Ideal for recovering highly volatile solvents with precise pressure regulation.

Advanced Features for Enhanced Performance

The SVC-1 Summit Vacuum Control provides a range of advanced features designed to make vacuum regulation more efficient and reliable. The unit simultaneously displays both the set-point and current vacuum control, allowing users to closely monitor and adjust vacuum levels as needed. It offers fine control over target vapor pressure, making it ideal for applications that require precise distillation control.

Key Features:

  • Fine-Grained Vacuum Control: Enables more precise compound separation through distillation by offering fine adjustments to vacuum levels.
  • Simultaneous Display: Shows both the current vacuum and set point in real-time for better monitoring.
  • Remote Control via USB: Allows users to control the vacuum system remotely, providing greater flexibility in lab environments.

Durability and Chemical Resistance

The flow path of the SVC-1 is specifically designed to withstand harsh chemical environments. With the use of PTFE valves and other chemical-resistant components, the unit ensures longevity even when exposed to aggressive solvents and chemicals commonly found in laboratory settings. This makes it an excellent choice for chemical duty applications, where durability is critical.

Durability Features:

  • PTFE Valves: Built to resist chemical degradation and extend the lifespan of the vacuum control unit.
  • Large Orifice Components: Allows for faster pump-downs and improves the overall efficiency of vacuum regulation.

Efficiency and Maintenance Benefits

One of the key advantages of the SVC-1 is its ability to extend the lifespan of vacuum pumps by keeping pumps near their base pressure, reducing wear and tear. This results in fewer oil changes, less oil mist, and an overall longer-lasting system. Additionally, by separating the pump oil from the process, the unit enables the use of rotary vane oil pumps in applications that previously required diaphragm pumps.

Benefits:

  • Prolongs Pump Life: Reduces the need for frequent oil changes and minimizes oil mist, extending the life of the vacuum pump.
  • Enhanced Efficiency: Maintains pump performance close to base pressure, ensuring consistent and reliable operation.
  • Simplifies Setup: The SVC-1 requires fewer components than competing units, reducing maintenance needs and simplifying the setup process.

Safety and Compliance

The SVC-1 Summit Vacuum Control is CE and RoHS certified, ensuring compliance with international safety and environmental standards. This guarantees that the unit is not only safe to use but also environmentally responsible, meeting stringent guidelines for electrical equipment used in laboratory environments.

Included Components and Specifications

The SVC-1 comes equipped with all necessary components for quick and efficient setup, including a user-friendly interface, larger orifice parts for faster pump-downs, and a remote control option via USB.

Recommendation

The SVC-1 Summit Vacuum Control is the ideal solution for labs requiring fine-grained vacuum control in chemical duty applications. With its innovative features, chemical resistance, and ability to extend pump life, this unit sets a new standard in high-flow vacuum regulation. For more information or to place an order, contact Summit Research at 831-226-2948 or via email. Orders typically ship within 1-3 days after processing unless otherwise specified.

Attachments

PDF SPEC SHEET (SVC1-Controller-Manual.pdf, 956 Kb) [Download]

PDF MANUAL (SVC1-Controller-Data-Sheet.pdf, 4,901 Kb) [Download]