Heat exchanger datasheet to Excel.
Upload a TEMA heat exchanger datasheet binder and extract every exchanger into a structured spreadsheet. Tag, TEMA type, shell-side and tube-side fluids, design pressures and temperatures, duty, LMTD, UA, materials, weights, and connection schedule all read into the columns the rotating-equipment reviewer and the asset register expect.
What a tema heat exchanger datasheet carries.
A TEMA heat exchanger datasheet is the rotating-equipment specification document for a process heat exchanger, structured per the Tubular Exchanger Manufacturers Association standard. One datasheet per exchanger tag carries the TEMA type code, BEM, AEL, NEN, AKT, and other 3-letter combinations of front-head, shell, rear-head designations, shell-side and tube-side fluids, design pressures and temperatures, heat duty, log mean temperature difference, LMTD, UA, materials of construction for shell and tubes, tube count and length, empty and hydrotest weights, and the vendor's design data. The TEMA datasheet is the bid document and the lifetime asset record.
Upload a TEMA heat exchanger datasheet binder and extract every exchanger into a structured spreadsheet. Tag, TEMA type, shell-side and tube-side fluids, design pressures and temperatures, duty, LMTD, UA, materials, weights, and connection schedule all read into the columns the rotating-equipment reviewer and the asset register expect.
From legacy file to clean register.
- 01UploadDatasheet binder
- 02ReadPer-exchanger detection
- 03ExtractTEMA, duty, materials
- 04ExportStructured register
The fields you receive.
Every column the tema heat exchanger datasheet typically carries is read and shaped into a structured row. Fields the source does not show stay blank, never invented.
| # | Field | Detail |
|---|---|---|
| 01 | Equipment tag | |
| 02 | TEMA type | BEM, AEL, NEN, AKT, etc. |
| 03 | Service | |
| 04 | Shell side fluid | |
| 05 | Tube side fluid | |
| 06 | Shell design pressure | |
| 07 | Tube design pressure | |
| 08 | Shell design temperature | |
| 09 | Tube design temperature | |
| 10 | Duty | |
| 11 | LMTD | |
| 12 | UA | |
| 13 | Shell material | |
| 14 | Tube material | |
| 15 | Tube count | |
| 16 | Tube length | |
| 17 | Empty weight | |
| 18 | Hydrotest weight | |
| 19 | Vendor | |
| 20 | Model | |
| 21 | Notes |
Exchanger type coverage
| Family | TEMA designation | Typical service |
|---|---|---|
| Shell and tube, fixed | BEM, BKM, BFM | Clean process, utility duty |
| Shell and tube, floating | AES, AET, AEW, AKT | Fouling service, frequent cleaning |
| U-tube | AEU, BEU, CEU | High pressure tube side, thermal expansion accommodated |
| Kettle reboiler | AKT, BKT, CKT | Tower bottom vaporization |
| Plate and frame | , non-TEMA | Compact, high-fouling clean-in-place |
| Plate-fin, brazed | , non-TEMA | Cryogenic, cold-box service |
One extraction, in the format your team imports.
Common questions
Does this work with vendor-specific datasheet forms.
Can this handle plate-and-frame exchangers alongside shell-and-tube.
Does the per-vendor comparison workbook surface bid disagreements.
Convert your Heat exchanger datasheet.
Upload the tema heat exchanger datasheet, read every row, review, and export the structured workbook your team uses.