Boyard Klima Kompresörü R22, R407C

Hava nem alma cihazları, endüstriyel tip su soğutmalı chiller sistemleri ve yağ soğutma sistemleri için uygundurlar.

boyard_air-conditioner-compressor_kullanim

KOMPRESÖR PERFORMANS PARAMETRELERİ:

SOĞUTUCU AKIŞKAN MODEL NOMİNAL VOLTAJ SİLİNDİR HACMİ NOMİNAL KAPASİTE GİRİŞ GÜCÜ ÇALIŞMA AKIMI ÇALIŞMA KONDANSATÖRÜ
  (cm³) W Btu/h (W) (A) (µF/450V)
R22 QXR-10E 2FN1 220V~50Hz 9.6 1680 5712 580 2.7 20
QXR-13E 2FN1 220V~50Hz 13.5 2120 7208 730 3.5 25
QXR-16E 2FN2 220V~50Hz 16.4 2730 9282 915 4.2 25
QXR-19E 4DN1 220V~50Hz 19.2 3210 10914 1100 5.1 30
QXR-21E 4DN3 220V~50Hz 21.3 3620 12308 1210 5.6 30
QXR-23E 4DN1 220V~50Hz 23.5 3920 13328 1300 6.1 35
QXR-25E 4DN2 220V~50Hz 25.4 4220 14348 1410 6.6 35
QXR-30E 4DN2 220V~50Hz 30.7 5200 17680 1750 8.3 50
QXR-33E 5DS1 220V~50Hz 33.6 5640 19176 1925 9.1 50
QXR-36E 5DS1 220V~50Hz 35.7 6060 20604 2060 9.8 50
QXR-41E 5DT1 220V~50Hz 41.2 7060 24004 2360 11.2 50
QXR-44E 5DT1 220V~50Hz 44.2 7620 25908 2540 12 50
QXR-13Y 2FN2 220V~60Hz 13.5 2650 9010 900 4.2 20
QXR-16Y 2FN1 220V~60Hz 16.4 3260 11084 1100 5.1 20
QXR-19Y 4DN2 220V~60Hz 19.2 3910 13294 1300 6 25
QXR-21Y 4DN2 220V~60Hz 21.3 4290 14586 1440 6.7 30
QXR-25Y 4DN2 220V~60Hz 25.4 5060 17204 1720 8.2 30
QXR-27Y 4DN2 220V~60Hz 26.4 5390 18326 1820 8.5 35
QXR-33Y 5DS1 220V~60Hz 33.6 6810 23154 2320 10.6 45
QXR-36Y 6BT1 220V~60Hz 35.7 7300 24820 2500 11.5 50
R407C QXC-10K 2FN1 220–240V~50Hz 9.6 1580 5372 540 2.6 20
QXC-13K 2FN1 220–240V~50Hz 13.5 2050 6970 700 3.4 25
QXC-16K 2FN1 220–240V~50Hz 16.4 2670 9078 900 4.1 25
QXC-19K 4DN1 220–240V~50Hz 19.2 3020 10268 1050 5 30
QXC-21K 4DN1 220–240V~50Hz 21.3 3580 12172 1210 5.6 30
QXC-23K 4DN1 220–240V~50Hz 23.5 3830 13022 1280 6 35
QXC-25K 4DN1 220–240V~50Hz 25.4 4100 13940 1380 6.5 35
QXC-30K 4DN1 220–240V~50Hz 29.2 4780 16252 1620 7.7 35
QXC-33K 5DS1 220–240V~50Hz 33.6 5600 19040 1900 9 50
QXC-36K 5DS1 220–240V~50Hz 35.7 6060 20604 2060 9.8 50
QXC-41K 6BT1 220–240V~50Hz 41.2 6980 23732 2330 11.1 50

TEST KOŞULLARI:

UYGULAMA DIŞ ORTAM SICAKLIĞI EVAPORASYON SICAKLIĞI DÖNÜŞ GAZI SICAKLIĞI SUBCOOLING SICAKLIĞI YOĞUŞMA SICAKLIĞI
YÜKSEK SICAKLIK 35 ºC 7.2 ºC 35 ºC 46.1 ºC 54.4 ºC

boyard_air-conditioner-compressor_cizim

DIŞ BOYUTLARI (mm)

Model A B C D E F G H Boyutlar
QXR-10E 2FN1 292.7 247.7 118 96 55 262.2 90º 8.1 Figure 1
QXR-13E 2FN1 292.7 247.7 118 96 55 262.2 90º 8.1 Figure 1
QXR-16E 2FN2 292.7 247.7 118 96 55 262.2 90º 8.1 Figure 1
QXR-13Y 2FN2 292.7 247.7 118 96 55 262.2 90º 8.1 Figure 1
QXR-16Y 2FN1 292.7 247.7 118 96 55 262.2 90º 8.1 Figure 1
QXC-10K 2FN1 292.7 247.7 118 96 55 262.2 90º 8.1 Figure 1
QXC-13K 2FN1 292.7 247.7 118 96 55 262.2 90º 8.1 Figure 1
QXC-16K 2FN1 292.7 247.7 118 96 55 262.2 90º 8.1 Figure 1
QXR-19E 4DN1 283 238 118 107 75 260 90º 8.1 Figure 2
QXR-19Y 4DN2 283 238 118 107 75 260 90º 8.1 Figure 2
QXC-19K 4DN1 283 238 118 107 75 260 90º 8.1 Figure 2
QXR-21E 4DN3 307.5 262.5 127.7 112 75 261.5 90º 8.1 Figure 2
QXR-23E 4DN1 307.5 262.5 127.7 112 75 261.5 90º 8.1 Figure 2
QXR-25E 4DN2 307.5 262.5 127.7 112 75 261.5 90º 8.1 Figure 2
QXR-21Y 4DN2 307.5 262.5 127.7 112 75 261.5 90º 8.1 Figure 2
QXC-21K 4DN1 307.5 262.5 127.7 112 75 261.5 90º 8.1 Figure 2
QXC-23K 4DN1 307.5 262.5 127.7 112 75 261.5 90º 8.1 Figure 2
QXC-25K 4DN1 307.5 262.5 127.7 112 75 261.5 90º 8.1 Figure 2
QXR-25Y 4DN2 307.5 262.5 127.7 112 75 261.5 90º 9.7 Figure 2
QXR-27Y 4DN2 307.5 262.5 127.7 112 75 261.5 90º 9.7 Figure 2
QXR-30E 4DN2 316.5 271.5 139.1 120 75 327.5 90º 9.7 Figure 2
QXC-30K 4DN1 316.5 271.5 139.1 120 75 327.5 90º 9.7 Figure 2
QXR-33E 5DS1 306 261.5 139.1 118 75 265 60º 9.7 Figure 3
QXR-36E 5DS1 316.5 271.5 139.1 120 80 327.5 60º 9.7 Figure 3
QXR-33Y 5DS1 316.5 271.5 139.1 120 80 327.5 60º 9.7 Figure 3
QXC-33K 5DS1 316.5 271.5 139.1 120 80 327.5 60º 9.7 Figure 3
QXC-36K 5DS1 316.5 271.5 139.1 120 80 327.5 60º 9.7 Figure 3
QXR-41E 5DT1 359.4 314.4 139.1 125 90 378.4 30º 9.7 Figure 3
QXR-44E 5DT1 359.4 314.4 139.1 125 90 378.4 30º 9.7 Figure 3
QXR-36Y 6BT1 359.4 314.4 139.1 125 90 378.4 30º 9.7 Figure 3
QXC-41K 6BT1 359.4 314.4 139.1 125 90 378.4 30º 9.7 Figure 3