Nozzle Specifications and Operational Parameters

This document provides detailed data on nozzle diameters (in mm) and their corresponding operational pressures (in MPa) up to 4000 bar. It includes the number of nozzles available depending on nozzle diameter and pressure, highlighting the relationship between these parameters.

Key Parameters

• Nozzle Diameter Range: Various diameters are listed, ranging approximately from 0.08 mm to 0.45 mm.
• Operational Pressure: Pressures are specified up to 4000 bar (400 MPa), with detailed counts of nozzles available at different pressure levels.
• Flow Rates: Flow rates are indicated for different pump types, measured in liters per minute (l/min), e.g., 6.0 l/min for HYTRON® 40.55, 4.3 l/min for SERVOTRON® 40.45, and various flow rates for ECOTRON® models ranging from 1.2 to 3.8 l/min.

Pump Types and Corresponding Nozzle Data

• HYTRON® Pumps: Models such as 40.55 (6.0 l/min) and 40.75 (7.6 l/min) are listed with nozzle diameter and pressure data.
• SERVOTRON® Pumps: Models 40.45 (4.3 l/min) and 38.37 / 40.37 (3.8 l/min) are included with nozzle specifications.
• ECOTRON® Pumps: Multiple models (38.11, 38.15, 38.19, 38.22, 38.30) with flow rates from 1.2 to 3.1 l/min are detailed, showing nozzle diameters and pressure capabilities.

Number of Nozzles vs Diameter and Pressure

The document contains tabulated data showing the number of nozzles available for each combination of nozzle diameter and operational pressure. This data is critical for selecting appropriate nozzles based on system pressure and desired flow characteristics.

Summary of Critical Information

• Nozzle diameters and operational pressures are tightly correlated, with specific counts of nozzles available for each combination.
• Different pump types (HYTRON®, SERVOTRON®, ECOTRON®) have distinct flow rates and compatible nozzle specifications.
• Operational pressures up to 4000 bar are supported, with nozzle availability decreasing as pressure increases and diameter changes.

Recommendations and Best Practices

When selecting nozzles for high-pressure applications, consider the pump type and flow rate requirements alongside nozzle diameter and pressure ratings. Ensuring compatibility between these parameters is essential for optimal performance and system safety.