Precision Flow Control Valve LE-PCV101

Precision Flow Control Valve LE-PCV101

Lab Expo Precision Flow Control Valve LE-PCV101 delivers smooth, wear-resistant operation with a wide temperature range of -60°F to +400°F. It offers adjustable flow with vacuum and pressure control in compact tubing systems. Incorporated internal Teflon surfaces ensure ultra-low friction performance and long-term durability. Built-in option for maximum 5-way port configurations with precise rotation. Our Control Valve delivers reliable and refined flow regulation for laboratory setups, industrial gas control, and analytical applications.

$1,795.00 $ 1496

Precision Flow Control Valve LE-PCV101 - Specifications

Function Adjustable Flow, Vacuum, Pressure
Connector Inner Diameter 4 mm
Connector Outer Diameter 7.0 mm Pagoda Connector
Installation Aperture 4.5 mm
Work Pressure Less than 200 kPa
Working Medium No Corrosive Gas (Oil free, moisture allowed)
Medium Temperature (Gas Only) 0°C to 50°C
Main Material of Valve PBT, Copper Alloy, Enhanced Nylon
Dimension 94 × 60 mm
Weight 0.50 Kg

Precision Flow Control Valve LE-PCV101 - Key Features

  • Fine Threaded Adjustment 0.5mm pitch
  • Leak-Proof Design 200 kPa rating
  • Quick-Connect Port 7.0 mm outer diameter
  • Low Dead Volume
  • Corrosion-Resistant Construction PBT copper alloy

Precision Flow Control Valve LE-PCV101 - Applications

FunctionImplementation
Laboratory gas systemsLess than 200 kPa regulates pressure in tubing setups
Vacuum line adjustmentsAdjustable Flow manages suction levels precisely
Temperature-controlled environments0°C to 50°C maintains stable medium conditions
Compact fluidic assemblies4 mm Connector Inner Diameter enables tight-space integration
Multi-port configuration needsBuilt-in option for maximum 5-way port configurations supports complex routing

Precision Flow Control Valve LE-PCV101 - Catalog

Related Precision Flow Control Valve

Lab Expo Precision Flow Control Valves support critical regulation tasks where fine adjustment of liquid, gas, or vacuum flow is required for stable process control. The system operates with mechanically regulated flow paths to maintain consistent pressure and delivery rates. Wear-resistant materials and low-friction internal surfaces support durable operation, while multiple port configurations and smooth manual control ensure controlled integration and repeatable performance in continuous laboratory and industrial use.