Condensate Temperature Calculator

The Condensate Temperature Calculator is a tool used to determine the temperature of condensate in steam systems based on the system's pressure. Condensate temperature is critical for maintaining system efficiency, preventing thermal shock in equipment, and optimizing heat recovery processes.

This calculator provides an easy and accurate way to match the pressure in a system with the corresponding temperature of the condensate, using established steam table data.

Formula of Condensate Temperature Calculator

The relationship between pressure and temperature is derived from steam tables:

T = f(P)

Where:

• T = Condensate temperature (°C or °F)
• P = Absolute pressure of the system (bar, psi, or Pa)

Using steam tables, you can find the saturation temperature that corresponds to the given pressure. This temperature represents the point at which water changes between liquid and vapor phases at the specified pressure.

Steps to Determine Condensate Temperature

1. Measure the System Pressure:
   Determine the absolute pressure of the steam system in bar, psi, or Pa.
2. Refer to Steam Tables:
   Use a steam table to find the saturation temperature corresponding to the measured pressure.
3. Verify Consistency:
   Ensure the pressure value is accurate and consistent with the units used in the steam table.

Reference Table for Pressure and Temperature

This table provides quick reference points for common pressures and their corresponding temperatures in steam systems.

Example of Condensate Temperature Calculator

Problem:

A steam system operates at an absolute pressure of 5 bar. Determine the condensate temperature.

Solution:

1. Refer to the steam table for the saturation temperature at 5 bar.
   From the table, the temperature is 151.8°C (305.2°F).
2. Conclusion:
   The condensate temperature is 151.8°C or 305.2°F.

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