Precision Flow Control Valve LE-PCV103

Precision Flow Control Valve LE-PCV103

Lab Expo Precision Flow Control Valve LE-PCV103 includes an internal thread connector 13.0 mm for accurate control of flow in pump-based systems. It is compatible with various micro pump models for flexible integration. Incorporated valve features a manual knob that enables smooth and fine-tuned adjustments. Built with a compact and durable structure for reliable performance under diverse operating conditions. Our Control Valve is ideal for use in laboratory instruments, gas sampling systems, and analytical equipment.

$1,838.00 $ 1532

Precision Flow Control Valve LE-PCV103 - Specifications

Valve Inner Diameter 6 mm
Maximum Outer Diameter of Valve Internal thread connector 13.0 mm
Installation Hole Diameter 4.5 mm
Use Pressure Less than 200 kPa
Working Medium No corrosive gas (no oil, water vapor allowed)
Medium Gas Temperature 0°C to 50°C
Valve Main Material PBT (polybutylene terephthalate), copper alloy
Dimension 94 × 51 mm
Weight 0.50 Kg

Precision Flow Control Valve LE-PCV103 - Key Features

  • Use Pressure Less than 200 kPa with safe installation
  • Maximum Outer Diameter of Valve 13.0 mm with internal thread connector
  • Valve Inner Diameter 6 mm with precise flow control
  • Medium Gas Temperature 0°C to 50°C with stable operation

Precision Flow Control Valve LE-PCV103 - Applications

FunctionImplementation
Lab Instrument Applications6mm inner diameter enables precise flow control up to 200kPa
Gas Sampling SystemsManual knob facilitates smooth and fine-tuned adjustments
Analytical InstrumentationCompact and durable structure ensures reliable performance under diverse conditions
Micro Pump IntegrationInternal thread connector 13.0 mm supports accurate control of flow
Laboratory Settings±1°C accuracy supports repeatable analytical results

Precision Flow Control Valve LE-PCV103 - 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.