R1233zd Ph Diagram Hot! File

The dome is the heart of the diagram. It consists of three regions:

To the right of the saturated vapor line.A notable feature of R1233zd(E) is its "overhanging" wet steam area. This shape often necessitates superheating at the evaporator outlet to prevent droplet erosion in the compressor, a common practice in high-temperature heat pump applications. 3. Trace the Refrigeration Cycle

A horizontal line at high pressure where the gas rejects heat and reverts to a liquid. Expansion: A vertical line of constant enthalpy ( r1233zd ph diagram

The R1233zd Ph diagram extends far beyond standard air conditioning. Because the critical point is 166°C, you can condense at 150°C (Pressure ~2.2 MPa or 22 bar).

: Located at 3.42 MPa and 166.5°C . This high critical temperature makes it exceptionally stable for high-ambient cooling and heat recovery. The dome is the heart of the diagram

: Since its boiling point is above room temperature, R1233zd systems typically operate under vacuum on the low side (evaporator), requiring a "purge unit" to remove non-condensables.

These values define the "peaks" and limits of the R1233zd P-h chart: Critical Temperature Critical Pressure Boiling Point (at 1.013 bar) Temperature Glide (Single-component fluid) How to Read the Chart Vertical Lines Because the critical point is 166°C, you can

But to unlock its full potential, you need to understand its . Here’s a quick breakdown 👇

The R1233zd ph diagram typically consists of several key components, including: