1826 listing(s) in HVAC Builder's catalog from Baltimore Aircoil's published data and 7 system(s) modelled on it, selectable in the builder and solved with the catalog's own figures. This page is listed by HVAC Builder from published data; Baltimore Aircoil has not claimed it.
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Built in this model on the maker's own published data — not verified by Baltimore Aircoil. Each page names the document it was read from and what the model was held to.
| Baltimore Aircoil VT0-12-E cooling tower (12 tons, 53 kW) — modelled | Baltimore Aircoil Product & Application Handbook volume VI, Series V engineering data — the model's own row (nominal tonnage, airflow in CFM, fan motor, dimensions) and the sheet's own rating note: a nominal ton is 3 USGPM of water cooled from 95 °F to 85 °F at a 78 °F entering wet-bulb temperature (docs/bac-source.json) |
| Baltimore Aircoil VCL-016 evaporative condenser (69 kW rejection) — modelled | Baltimore Aircoil Product & Application Handbook volume VI, Series V evaporative condenser engineering data — the VCL-016 row (Base Heat Rejection, airflow, fan motor) on the sheet's own stated basis: model number in R-22 tons at a 105 °F condensing temperature, 40 °F suction and a 78 °F entering wet bulb (docs/bac-source.json → condensers) |
| Baltimore Aircoil VFL-036-32M closed-circuit cooler (56 tons, 246 kW) — modelled | Baltimore Aircoil Product & Application Handbook volume VI, Series V closed circuit engineering data — the model's own row (nominal tonnage, airflow in CFM, fan motor, dimensions) and the sheet's own rating note: a nominal ton is 3 USGPM of water cooled from 95 °F to 85 °F at a 78 °F entering wet-bulb temperature (docs/bac-source.json) |
| Baltimore Aircoil FXT-0709B-J cooling tower (130 tons, 571 kW) — modelled | Baltimore Aircoil Product & Application Handbook volume VI, FXT engineering data — the model's own row (nominal tonnage, airflow in CFM, fan motor, dimensions) and the sheet's own rating note: a nominal ton is 3 USGPM of water cooled from 95 °F to 85 °F at a 78 °F entering wet-bulb temperature (docs/bac-source.json) |
| Baltimore Aircoil VT1-600-P cooling tower (600 tons, 2.6 MW) — modelled | Baltimore Aircoil Product & Application Handbook volume VI, Series V engineering data — the model's own row (nominal tonnage, airflow in CFM, fan motor, dimensions) and the sheet's own rating note: a nominal ton is 3 USGPM of water cooled from 95 °F to 85 °F at a 78 °F entering wet-bulb temperature (docs/bac-source.json) |
| Baltimore Aircoil Series 1500 S15E-1285-09LN cooling tower (253 tons, 1.1 MW) — modelled | Baltimore Aircoil Product & Application Handbook volume VI, Series 1500 engineering data — the model's own row (nominal tonnage, airflow in CFM, fan motor, dimensions) and the sheet's own rating note: a nominal ton is 3 USGPM of water cooled from 95 °F to 85 °F at a 78 °F entering wet-bulb temperature (docs/bac-source.json) |
| Baltimore Aircoil Series 3000 S3E-1222-06N cooling tower (471 tons, 2.1 MW) — modelled | Baltimore Aircoil Product & Application Handbook volume VI, Series 3000 engineering data — the model's own row (nominal tonnage, airflow in CFM, fan motor, dimensions) and the sheet's own rating note: a nominal ton is 3 USGPM of water cooled from 95 °F to 85 °F at a 78 °F entering wet-bulb temperature (docs/bac-source.json) |
1115 more of Baltimore Aircoil's units open as systems of their own — each the listing's rating, airflow and fan, drawn as the maker builds it, derived from its catalog row rather than written by hand — in the systems directory and in the builder's systems picker under Baltimore Aircoil, by series:
Showing 1729–1752 of 1826
Evaporative condenser — 2829 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 56.6 m³/s of air.
Evaporative condenser — 2848 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 43.3 m³/s of air.
Evaporative condenser — 2852 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 64.7 m³/s of air.
Evaporative condenser — 2886 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 41.3 m³/s of air.
Evaporative condenser — 2920 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 58.3 m³/s of air.
Evaporative condenser — 2930 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 52.3 m³/s of air.
Evaporative condenser — 2947 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 56.4 m³/s of air.
Evaporative condenser — 2964 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 51.8 m³/s of air.
Evaporative condenser — 3046 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 44.5 m³/s of air.
Evaporative condenser — 3093 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 54.3 m³/s of air.
Evaporative condenser — 3102 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 42.3 m³/s of air.
Evaporative condenser — 3126 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 65.7 m³/s of air.
Evaporative condenser — 3191 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 47.9 m³/s of air.
Evaporative condenser — 3231 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 59.8 m³/s of air.
Evaporative condenser — 3231 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 50.4 m³/s of air.
Evaporative condenser — 3248 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 64.6 m³/s of air.
Evaporative condenser — 3264 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 78.7 m³/s of air.
Evaporative condenser — 3283 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 56.4 m³/s of air.
Evaporative condenser — 3356 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 50.9 m³/s of air.
Evaporative condenser — 3369 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 51.3 m³/s of air.
Evaporative condenser — 3419 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 63.0 m³/s of air.
Evaporative condenser — 3430 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 49.1 m³/s of air.
Evaporative condenser — 3464 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 65.9 m³/s of air.
Evaporative condenser — 3481 kW rejected at 40.6 °C condensing and a 25.6 °C wet bulb, 71.1 m³/s of air.
Listed from published data with the source named on every entry; a listing's figures are the manufacturer's, the model that runs them is ours. Solver results never depend on who has claimed what.