Vacuum Configurator Matrix Overview

This document presents a matrix for configuring vacuum systems based on rotary evaporators and various vacuum sources. It categorizes vacuum pumps and control options according to different Hei-VAP rotary evaporator models and vacuum control technologies.

Main Sections and Key Points

1. Vacuum Pump Types

• Valve-regulated vacuum pumps: These pumps use valves to regulate vacuum levels.
• RPM-regulated vacuum pumps: Vacuum is controlled by adjusting the pump speed (RPM).
• House vacuum: Utilization of an external vacuum source, typically from a facility's central vacuum system.

2. Rotary Evaporator Models

• Hei-VAP Core
• Hei-VAP Expert / Ultimate
• Hei-VAP Expert Control / Ultimate Control

3. Vacuum Control and Sensor Integration

• Different vacuum control units are compatible with each rotary evaporator model and vacuum pump type.
• Vapor temperature sensors: Required or optional depending on the configuration. For Hei-VAP Core, vapor temperature sensors are generally not required, while for Expert and Control models, they are required or optional.
• AUTOaccurate sensors: Integrated in advanced control models to provide precise vacuum regulation.
• Vacuum valves: Used in various configurations to regulate vacuum flow.

4. Vacuum Controllers

• Manual vacuum controllers are available as optional accessories for house vacuum setups.
• Hei-VAC Control: An optional control unit compatible with multiple configurations to enhance vacuum regulation.
• Some configurations include vacuum controllers as standard equipment.

5. Configuration Options and Recommendations

• House vacuum is generally optional across most configurations.
• Selection of vacuum pump type and control depends on the rotary evaporator model and desired automation level.
• Advanced models (Expert Control / Ultimate Control) support more sophisticated sensors and automatic vacuum control for improved process accuracy.

Summary Table Insights

The matrix aligns rotary evaporator models with compatible vacuum pumps and control options, highlighting sensor requirements and optional components. It guides users in selecting the appropriate vacuum configuration based on their equipment and process needs, balancing manual and automated control features.

Note: The original matrix includes repeated mentions of optional components and sensor requirements, emphasizing flexibility in system setup.