Select country

SELECT LANGUAGE

Contact us
fluidity.nonstop fluidity

APV LR4

Description

APV LR4 is used where reliable heat transfer affects product quality, plant capacity or energy use. The exact suitability depends on media, temperatures, pressure, fouling tendency, approach temperature and the required thermal duty.Its heat-transfer surface is configured to maximise useful thermal exchange while keeping the equipment footprint compact. Plate pattern, materials, connections and service access vary by execution, so the exchanger should be selected against the complete thermal and mechanical design case.For this model, the available performance data specifies a stated maximum pressure of 30 bar, a stated operating range of -38 to 200 °C. These values must be checked together with the complete operating point and the selected execution before final specification.Correct sizing and planned maintenance help limit unnecessary energy use, component loading and unplanned downtime. Access to suitable seals, wear parts and service support helps protect process continuity and total cost of ownership, and AxFlow can assist with product selection, service and spare parts.

Price offered

Amount
Estimated delivery time

Construction

Height
1490
Width
574
Categories
Heat Exchangers
Product groups

Performance

Min Temperature
-38 Celsius
Max Temperature
200 Celsius
Max differential pressure
30 bar

APV LR4 is used for industrial heat transfer in applications that match its design and operating envelope. The exact duty depends on the selected configuration. AxFlow can help confirm whether the model fits the process.
Selection should be based on the complete operating point rather than model name alone. Check flow or thermal duty, pressure, temperature, medium and connection requirements. Hygienic and cleaning requirements should also be included where relevant.
Provide the required duty, medium properties, temperature and pressure. Include viscosity, solids, cleaning regime or thermal data where relevant to the equipment type. Accurate process data reduces the risk of oversizing, poor performance or premature wear.
Maintenance intervals should reflect operating hours, process severity and the selected seals or wear components. Planned inspection helps identify deterioration before it causes an unplanned stop. AxFlow can support service and spare-parts planning.
AxFlow can help verify the correct APV LR4 configuration for the application. Support can include product selection, availability, service and spare parts. Contact AxFlow with the operating data and installed-equipment details.
UAB AxFlow