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Systems modelled on Drake Chillers' published data

Built in this model on the maker's own published data — not verified by Drake Chillers. Each page names the document it was read from and what the model was held to.

Drake PAC360D3 (30 HP air-cooled scroll chiller, R407C) — modelled	Drake Chillers PAC360D data sheet (Pac360d-z+ref.pdf, Drake Refrigeration, Inc.) — the R407C performance table: tons and EER against leaving fluid from 35 to 65 °F and ambient from 80 to 105 °F, the two ZB114KCE named in the product information (docs/drake-chillers-source.json)
Drake PAC360D6 (30 HP air-cooled scroll chiller, R404A) — modelled	Drake Chillers PAC360D data sheet (Pac360d-z+ref.pdf, Drake Refrigeration, Inc.) — the R404A performance table: tons and EER against leaving fluid from 0 to 55 °F and ambient from 80 to 105 °F, the two ZB114KCE named in the product information (docs/drake-chillers-source.json)

How the model reads against Drake Chillers' data

Drake Chillers PAC360D (30 HP, R407C and R404A), modelled — one air-cooled chiller on the catalog's maps of the compressor its sheet names, on both refrigerants it is sold on

44 + the pinned cell

the pinned 45 °F row within −1.9 to +1.7 % on tons and −2.8 to 0 % on compressor power; every water row's ambient trend on both fluids, each cell against its row's 95 °F cell, at 1.2 % RMS on tons (worst 3.3) and 1.9 % on power (worst 4.7); and at 55 °F, the one leaving temperature both tables print, R404A's capacity over R407C's within −1.6 to −2.9 % of the sheet's ratio. Recorded, not held to the sheet: the sheet holds its evaporator at one approach whatever the duty ("selected upon requirements"), so one fixed conductance reads +6 to +11 % at 35 °F and −14 to −15 % at 65 °F; R404A's power over R407C's reads 4.9–8.7 % above the sheet's at 55 °F — the condenser model holds the refrigerant at its dew point, which credits R407C with half its 4.7 K glide, while the sheet's two tables are one condenser on the mean condensing temperature; the 0–25 °F R404A rows want glycol

From the validation page; every row is held by a test.

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.