Precision Flow Control Valve LE-PCV102

Precision Flow Control Valve LE-PCV102

Precision Flow Control Valve LE-PCV102 ensures accurate flow regulation in microfluidic applications with a 4 mm internal valve diameter. It offers compact and durable construction facilitates easy system integration. Equipped with a manual knob to allow fine adjustment for various micro pump models. Built-in design ensures smooth operation under different conditions. Our Precision Valve is ideal for gas sampling, lab automation, analytical tools, and micro pump setups.

Specifications

Valve Inner Diameter

4 mm

Maximum Outer Diameter of Valve

Pagoda connector 11.0 mm

Installation Hole Diameter

4.5 mm

Use Pressure

Less than 200 kPa

Working Medium

No corrosive gas (no oil, water vapor not allowed)

Medium Gas Temperature

0°C to 50°C

Valve Main Material

PBT (polybutylene terephthalate), copper alloy

Dimension

94 × 60 mm

Weight

0.50 Kg

Features

  • Maximum Outer Diameter of Valve 11.0 mm
  • Valve Inner Diameter 4 mm
  • Medium Gas Temperature 0°C to 50°C
  • Valve Main Material PBT (polybutlene terephthalate), copper alloy
  • Use Pressure Less than 200 kPa

Applications

FunctionImplementation
Microfluidic analysis4 mm inner diameter ensures precise fluid handling
Lab automation systemsCompact 94 × 60 mm dimension simplifies integration
Gas sampling protocols±0°C to 50°C temperature range supports sensitive measurements
Analytical tool calibrationManual knob allows fine adjustment for precise settings
Micro pump setup configurationsLeak-proof sealing prevents contamination and errors

Related Models Of 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.