Published components

Compressors with AHRI 540 maps, coils with real geometry, fans, pumps, evaporative media, heaters, exchangers and recovery cores — published by the manufacturers themselves and selectable directly inside the builder.

Suppliers 26Systems 3,346Components 10,248
All kindsCompressor 9,761Pump 260Fan 173Heater 40Evaporative media 5Recovery core 5Heat pipe 3Coil 1
All marketsEU 5,807NA 4,975APAC 3,696CN 1,283LATAM 1,283MEA 1
All tagsR404A 1,129R134a 1,064R407C 941R448A 845R22 735R449A 661R290 541R410A 506R407F 479R407A 477R454C 348R455A 342+13 more — search by name instead
All suppliersCopeland 5,452Tecumseh 1,891Embraco 1,283Invotech 1,103Grundfos 223Ziehl-Abegg 171KSB 33Bitzer 25Powrmatic 22Reznor 6Systemair 6Recair 5+9 more — search by name instead
SortNewestName A–ZSupplier A–ZCapacity ↑Capacity ↓

Showing 4,393–4,416 of 10,248

Copeland ZF34KQE-TFD (R407F scroll, 60 Hz, LL)

R407F compressor — 7.6 kW cooling, 5.66 kW input, COP 1.35 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407F
Compressor · APAC

Copeland ZF34KQE-TFD (R507 scroll, 60 Hz, ML)

R507 compressor — 19.6 kW cooling, 8.50 kW input, COP 2.31 at -15/40 °C (evaporating/condensing), inside its published envelope.

catalogR507
Compressor · APAC

Copeland ZF41K5E-TFD (R407A scroll, 60 Hz, LL)

R407A compressor — 9.3 kW cooling, 6.74 kW input, COP 1.38 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407A
Compressor · NA

Copeland ZF41K5E-TFD (R407C scroll, 60 Hz, LL)

R407C compressor — 8.5 kW cooling, 6.51 kW input, COP 1.30 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407C
Compressor · NA

Copeland ZF41K5E-TFD (R407F scroll, 50 Hz, LL)

R407F compressor — 7.7 kW cooling, 5.59 kW input, COP 1.38 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407F
Compressor · EU, APAC

Copeland ZF41K5E-TFD (R407F scroll, 60 Hz, LL)

R407F compressor — 9.3 kW cooling, 6.74 kW input, COP 1.38 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407F
Compressor · NA

Copeland ZF41K5E-TFD (R448A scroll, 50 Hz, LL)

R448A compressor — 7.8 kW cooling, 4.91 kW input, COP 1.58 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR448A
Compressor · EU, APAC

Copeland ZF41K5E-TFD (R448A scroll, 60 Hz, LL)

R448A compressor — 9.5 kW cooling, 5.94 kW input, COP 1.60 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR448A
Compressor · NA

Copeland ZF41K5E-TFD (R449A scroll, 50 Hz, LL)

R449A compressor — 7.8 kW cooling, 4.91 kW input, COP 1.58 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR449A
Compressor · EU, APAC

Copeland ZF41K5E-TFD (R449A scroll, 60 Hz, LL)

R449A compressor — 9.5 kW cooling, 5.94 kW input, COP 1.60 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR449A
Compressor · NA

Copeland ZF41KQE-TFD (R22 scroll, 50 Hz, LL)

R22 compressor — 7.9 kW cooling, 5.41 kW input, COP 1.46 at -35/30 °C (evaporating/condensing), inside its published envelope.

catalogR22
Compressor · APAC

Copeland ZF41KQE-TFD (R22 scroll, 60 Hz, LL)

R22 compressor — 9.5 kW cooling, 6.48 kW input, COP 1.46 at -35/30 °C (evaporating/condensing), inside its published envelope.

catalogR22
Compressor · APAC

Copeland ZF41KQE-TFD (R404A scroll, 50 Hz, LL)

R404A compressor — 8.5 kW cooling, 5.82 kW input, COP 1.45 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR404A
Compressor · APAC

Copeland ZF41KQE-TFD (R404A scroll, 60 Hz, LL)

R404A compressor — 10.3 kW cooling, 7.08 kW input, COP 1.46 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR404A
Compressor · APAC

Copeland ZF41KQE-TFD (R407A scroll, 50 Hz, LL)

R407A compressor — 7.7 kW cooling, 5.59 kW input, COP 1.38 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407A
Compressor · APAC

Copeland ZF41KQE-TFD (R407A scroll, 60 Hz, LL)

R407A compressor — 9.3 kW cooling, 6.74 kW input, COP 1.38 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407A
Compressor · APAC

Copeland ZF41KQE-TFD (R407C scroll, 50 Hz, LL)

R407C compressor — 7.1 kW cooling, 5.43 kW input, COP 1.30 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407C
Compressor · APAC

Copeland ZF41KQE-TFD (R407C scroll, 60 Hz, LL)

R407C compressor — 8.5 kW cooling, 6.51 kW input, COP 1.30 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407C
Compressor · APAC

Copeland ZF41KQE-TFD (R407F scroll, 50 Hz, LL)

R407F compressor — 8.1 kW cooling, 5.88 kW input, COP 1.37 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407F
Compressor · APAC

Copeland ZF41KQE-TFD (R407F scroll, 60 Hz, LL)

R407F compressor — 9.7 kW cooling, 7.06 kW input, COP 1.37 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR407F
Compressor · APAC

Copeland ZF41KQE-TFD (R507 scroll, 50 Hz, ML)

R507 compressor — 19.7 kW cooling, 8.46 kW input, COP 2.33 at -15/40 °C (evaporating/condensing), inside its published envelope.

catalogR507
Compressor · APAC

Copeland ZF41KQE-TFD (R507 scroll, 60 Hz, ML)

R507 compressor — 23.8 kW cooling, 10.29 kW input, COP 2.31 at -15/40 °C (evaporating/condensing), inside its published envelope.

catalogR507
Compressor · APAC

Copeland ZF49K5E-TFC (R404A scroll, 50 Hz, LL)

R404A compressor — 10.8 kW cooling, 7.07 kW input, COP 1.53 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR404A
Compressor · EU, APAC

Copeland ZF49K5E-TFC (R404A scroll, 60 Hz, LL)

R404A compressor — 13.1 kW cooling, 8.52 kW input, COP 1.53 at -35/35 °C (evaporating/condensing), inside its published envelope.

catalogR404A
Compressor · NA
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Publishing here

Manufacturers publish from the supplier portal, or bulk-import a whole range over MCP. How it works for component vendors Twelve manufacturers' ranges are already in the catalog from their published data — the brands, and how to claim one