• Compressors — 5,452

Compressor maps by refrigerant: R407C 718, R448A 540, R407F 479, R407A 474, R404A 441, R449A 361, R410A 356, R134a 310, R22 277, R507 247, R454C 234, R455A 219, R513A 218, R454A 214, R290 145, R454B 106, R32 44, R450A 32, R1234yf 22, R452A 14, R245fa 1.

Copeland compressor ranges

Each range on a page of its own: every model code with its refrigerants, frequencies and ratings, and every model a page.

• Copeland ZB — 485
• Copeland ZF — 406
• Copeland YF — 254
• Copeland ZR — 227
• Copeland ZS — 215
• Copeland YB — 213
• Copeland ZBD — 202
• Copeland YS — 190
• Copeland ZP — 133
• Copeland YBD — 123
• Copeland CR — 91
• Copeland YFH — 79
• Copeland ZW — 74
• Copeland ZFH — 70
• Copeland ASE — 67
• Copeland CS — 52
• Copeland RST — 49
• Copeland YH — 38
• Copeland AFE — 37
• Copeland 3DF — 36
• Copeland ZX — 35
• Copeland 3DS — 34
• Copeland RFT — 34
• Copeland 6DUNR — 32
• Copeland 6DUXR — 32
• Copeland ARE — 30
• Copeland 6DVNR — 29
• Copeland 6DVXR — 29
• Copeland ZH — 27
• Copeland ZPS — 27
• Copeland ZRH — 26
• Copeland 6DUNF — 25
• Copeland 6DUXF — 25
• Copeland 6DZNR — 24
• Copeland RRT — 24
• Copeland ZSH — 24
• Copeland 6DVNF — 23
• Copeland 6DVXF — 23
• Copeland YAT — 22
• Copeland 2DA — 20
• Copeland 3DB — 20
• Copeland 4DANF — 20
• Copeland 4DENF — 20
• Copeland ZPD — 20
• Copeland 3DA — 19
• Copeland 4DAXF — 19
• Copeland 4DENR — 19
• Copeland KCJ — 19
• Copeland VR — 19
• Copeland 3YF — 18
• Copeland 2DL — 17
• Copeland AFF — 17
• Copeland ASM — 17
• Copeland YA — 17
• Copeland YAU — 17
• Copeland ZJ — 17
• Copeland 3PA — 16
• Copeland 4DANR — 16
• Copeland 4DAXR — 16
• Copeland 4DHNR — 16
• Copeland 4DHXR — 16
• Copeland 4DJXR — 16
• Copeland ZWD — 16
• Copeland 6DHNR — 15
• Copeland 6DJNR — 15
• Copeland 6YKNR — 15
• Copeland 6YKXR — 15
• Copeland VP — 15
• Copeland 6DZNF — 14
• Copeland 6YGXR — 14
• Copeland 6YRNR — 14
• Copeland KCN — 14
• Copeland YP — 14
• Copeland ZE — 14
• Copeland ZFD — 14
• Copeland ZPSU — 14
• Copeland ZPV — 14
• Copeland 4DKNR — 13
• Copeland 2DB — 12
• Copeland 2YA — 12
• Copeland 2YL — 12
• Copeland 3DFDF — 12
• Copeland 3DSDR — 12
• Copeland 3YFDS — 12
• Copeland 4DBXR — 12
• Copeland 4DJNR — 12
• Copeland 4DRNR — 12
• Copeland 4YANF — 12
• Copeland 4YBXF — 12
• Copeland 4YCNF — 12
• Copeland 4YENF — 12
• Copeland 4YHNS — 12
• Copeland 4YHXF — 12
• Copeland 4YHXS — 12
• Copeland 4YJXF — 12
• Copeland 4YKNF — 12
• Copeland 6DKNR — 12
• Copeland 6DPNR — 12
• Copeland KCM — 12
• Copeland YASU — 12
• Copeland ZRD — 12
• Copeland 3DSDF — 11
• Copeland 4DBNR — 11
• Copeland KCE — 11
• Copeland ZBW — 11
• Copeland 2DD — 10
• Copeland 2DF — 10
• Copeland 3DADF — 10
• Copeland 3DBDF — 10
• Copeland 3DFDS — 10
• Copeland 3DSDS — 10
• Copeland 4DCNR — 10
• Copeland 4DJNF — 10
• Copeland 6DMNR — 10
• Copeland 6DNNR — 10
• Copeland 6DRNR — 10
• Copeland 6DSNR — 10
• Copeland 6YMNR — 10
• Copeland CF — 10
• Copeland YAV — 10
• Copeland 3DFDR — 9
• Copeland 3YA — 9
• Copeland 4YAXF — 9
• Copeland 4YRNF — 9
• Copeland 6DGNR — 9
• Copeland 6DHNF — 9
• Copeland 6DKXR — 9
• Copeland 6DMXR — 9
• Copeland 6DRXR — 9
• Copeland 6YGNR — 9
• Copeland ZEV — 9
• Copeland ZPDU — 9
• Copeland 2DC — 8
• Copeland 3DADR — 8
• Copeland 3DBDR — 8
• Copeland 3PADF — 8
• Copeland 3PADR — 8
• Copeland 4DBXF — 8
• Copeland 4DE — 8
• Copeland 4DJXF — 8
• Copeland 4DK — 8
• Copeland 4DKNS — 8
• Copeland 6DKNF — 8
• Copeland 6DPNF — 8
• Copeland 6DYNR — 8
• Copeland 6YJNR — 8
• Copeland 6YSNR — 8
• Copeland 6YVXR — 8
• Copeland 6YZNR — 8
• Copeland YADU — 8
• Copeland YFD — 8
• Copeland ZFW — 8
• Copeland ZPI — 8
• Copeland 4DBNF — 7
• Copeland 4DHNF — 7
• Copeland 4DHXF — 7
• Copeland 6DHXR — 7
• Copeland 6DJNF — 7
• Copeland 6DJXF — 7
• Copeland 6DRXF — 7
• Copeland 6YPNR — 7
• Copeland 6YVXF — 7
• Copeland 6YZNF — 7
• Copeland YEV — 7
• Copeland ZBH — 7
• Copeland ZBV — 7
• Copeland 2YB — 6
• Copeland 2YC — 6
• Copeland 2YD — 6
• Copeland 3YADR — 6
• Copeland 3YB — 6
• Copeland 3YBDR — 6
• Copeland 3YFDR — 6
• Copeland 4DKNF — 6
• Copeland 4YBNF — 6
• Copeland 4YHNF — 6
• Copeland 4YJNF — 6
• Copeland 4YRNR — 6
• Copeland 6DBXR — 6
• Copeland 6DJXR — 6
• Copeland 6DKXF — 6
• Copeland 6DWNR — 6
• Copeland 6YHNR — 6
• Copeland 6YKNF — 6
• Copeland 6YKXF — 6
• Copeland 6YUXR — 6
• Copeland YAW — 6
• Copeland ZXV — 6
• Copeland 3YS — 5
• Copeland 4DCNF — 5
• Copeland 4DHNS — 5
• Copeland 4DHXS — 5
• Copeland 4DRNF — 5
• Copeland 6DBNR — 5
• Copeland 6DGXR — 5
• Copeland 6DHXF — 5
• Copeland 6DRDR — 5
• Copeland 6YNNR — 5
• Copeland VPI — 5
• Copeland XPV — 5
• Copeland YAD — 5
• Copeland ZPDT — 5
• Copeland 3DEHR — 4
• Copeland 3DKHR — 4
• Copeland 3DPHR — 4
• Copeland 3DTHR — 4
• Copeland 4DA — 4
• Copeland 4DADS — 4
• Copeland 4DHDS — 4
• Copeland 4DJ — 4
• Copeland 6YBNR — 4
• Copeland FW — 4
• Copeland XHV — 4
• Copeland YPV — 4
• Copeland ZHT — 4
• Copeland ZRHV — 4
• Copeland 2YF — 3
• Copeland 4DH — 3
• Copeland 6DJ — 3
• Copeland 6DMDR — 3
• Copeland 6YHNF — 3
• Copeland 6YHXF — 3
• Copeland 6YJNF — 3
• Copeland 6YJXF — 3
• Copeland 6YPNF — 3
• Copeland 6YRNF — 3
• Copeland 6YRXF — 3
• Copeland 6YRXR — 3
• Copeland 6YSNF — 3
• Copeland 6YUNF — 3
• Copeland 6YUNR — 3
• Copeland 6YVNF — 3
• Copeland VPW — 3
• Copeland YSH — 3
• Copeland ZPJ — 3
• Copeland 3DK — 2
• Copeland 3DT — 2
• Copeland 4DADF — 2
• Copeland 4DC — 2
• Copeland 4DHDF — 2
• Copeland 4DJDF — 2
• Copeland 4DJDR — 2
• Copeland 4DL — 2
• Copeland 4DN — 2
• Copeland 4DP — 2
• Copeland 4DR — 2
• Copeland 6DH — 2
• Copeland 6DKDR — 2
• Copeland AFM — 2
• Copeland CRAQ — 2
• Copeland CRDQ — 2
• Copeland CREQ — 2
• Copeland CRGQ — 2
• Copeland JPV — 2
• Copeland VE — 2
• Copeland VPV — 2
• Copeland VRI — 2
• Copeland YAI — 2
• Copeland YPS — 2
• Copeland YRH — 2
• Copeland ZBHV — 2
• Copeland ZDV — 2
• Copeland ZFI — 2
• Copeland ZHV — 2
• Copeland ZHW — 2
• Copeland ZPVU — 2
• Copeland ZRDT — 2
• Copeland ZSV — 2
• Copeland ZXW — 2

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Components

Showing 457–480 of 5,452

How the model reads against Copeland's data

Compressor maps converted from the vendor's own rating database	5 452 maps (4 776 of the worldwide publication, 676 of the Asia and China publications listed for their region)	every basis median within 3.1 % of the nomenclature; the vendor's polynomial substituted exactly, never refitted; each map's superheat and subcooling reference read off its own rating row (the ZW heat pumps at 5 K, the ZH/YH at 10 K, the Discus at 25 K, the small hermetics at a 40 °F return gas)
The compressor map's superheat/subcooling correction — AHRI-rated maps read at EN 12900 conditions	99 R410A (13 models) + 22 R407C + 35 R134a	the corrected map reads the guide's capacity at −0.1 % mean / 1.0 % RMS on R410A, flat across evaporating temperature, every model within ±1.6 %; R407C nominal +1.0 % / 1.8 % (with the subcooling measured from the bubble point, as AHRI 540 Appendix C reads it — +0.3 % when it was measured from the dew point, a difference inside the band either way); R134a +1.5 % / 1.8 %. The uncorrected polynomial reads +9 to +11 %. The R404A refrigeration scrolls, rated at a return gas rather than a superheat, read the guide's 20 °C return-gas tables at +0.7 % / 1.5 % from −15 to −5 °C (88 points) — there the correction is a one-per-cent matter either way. Not held: the heat-pump scrolls, for which the guide prints heating capacity — and one R407C row (ZRD72KCE) disagrees with its map by a quarter and is recorded as a catalogue fault
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
KeepRite KEZ Generation D scroll condensing units, modelled — four frames on the catalog's maps of the Copeland scrolls the manual names, against its capacity tables on four refrigerants	806 cells on 15 tables (KEZA009H8, KEZA050H8, KEZA150H8, KEZA150L8), four of them pinned	on the one condenser each, R404A within 0.5–1.1 % RMS (worst +3.4 %) and R407A, R407C and R448A within 1.3–3.7 % RMS (worst −6.9 and +6.7 %, both R448A), every table's mean within a point of the day's — a band no table read one ambient column or one suction row over meets; the 50 cells the manual shades for a 20 °F superheat limit read like the rest. What it tests is the four maps at their own rating basis more than the condenser: the tables are three significant figures with no power, and on three of the four frames the pinned airflow is not air the printed fans could move — through the stated coil it takes 1.9–4.1 times the air power they could give at the best static efficiency of a catalog axial fan of their size, so it stands for the conductance the tables ask for. The suction temperature reads as a dew point — taken as a mid-point the R448A tables read 10–11 % high. Across the manual's 18 cooler frames with a map the same reading runs 1.5–5.2 % RMS, KEZA061H8's R407C table apart (8–46 % under its map), and 10 of them ask a condenser their fans could not drive; the freezer tables mostly print more than their maps give near the ambient — three cannot be reached at any airflow, none is air its fans could move — and are recorded, not modelled

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

Worked cases that run Copeland machines

• A supermarket floor dried at the door, and a freezer held at −20 °C — Houston
• A district plant serving three buildings through a manifold — New York
• The dryer that keeps its heat — Buôn Ma Thuột

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.