fr10g
TRANSCRIPT
May 2001 CD.43.O6.02 1
Application LBP/HBP
Evaporating temperature range °C -30 to 10
Voltage range V/Hz LBP: 187 - 254 /50
LBP: 198 - 254 /60
HBP: 198 - 254 /50
Motor type RSIR/CSIR
Max. ambient temperature °C 43
Comp. cooling at ambient temp. 32°C LBP: S
HBP: F2
38°C LBP: O/F1
HBP: F2
43°C LBP: O/F1
HBP: F2
Compressor FR10G
Code number 103G6880
Code number compressor with oil cooler 103G6890
Displacement cm3 9.05
Oil quantity cm3 450
Maximum refrigerant charge g 900
Free gas vol. in compressor cm3 1350
Weight without electrical equipment kg 10.6
Data Sheet (Replaces CD.43.O5.02)
General
Application
Design
Motor size watt 275
LRA (rated after 4 sec. UL984) LST/HST A 10.3/10.0
Cut-in current LST/HST A 15.0/10.0
Resistance, main and start winding (25°C) Ω 7.3/12.0
Approvals EN 60335-2-34, CCIB
Motor
DimensionsHeight mm A 196
B 191
Suction connector location/I.D. mm C 8.2 ±0.09
Process connector location/I.D. mm D 6.2 ±0.09
Discharge connector location/I.D. mm E 6.2 ±0.09
Oil cooler location/I.D. mm F 6.2 ±0.09
Compressors on a pallet pcs. 80
FR10GUniversal CompressorR134a220-240V 50Hz
103G
6880
FR10G
8285
-2
DANFOSS COMPRESSORS
Barcode onwhite background
Yellow background
Blue stripe
Application
Approvals
R134a
S = Static cooling normally sufficientO = Oil coolingF1 = Fan cooling 1.5 m/s
(compressor compartment temperatureequal to ambient temperature)
F2 = Fan cooling 3.0 m/s necessary
A B
F
E
CD
156
8266
122.5 124.5127.5
55
3255
24°
40°
40°
ø19ø16
243
127165
170186
178204
7010
1.6
35 127
150
130
127
30° 30°
25°
60.5
200
102
ø9.7
34
264
40
2 CD.43.O6.02 May 2001
8217
N
N LC
b
d
a1
a1
Winding protector
Start windingMain winding
g
8219
10 11
131214
b
d
a2
c
c
Main winding Start windingWinding protector
Power consumption watt
Current consumption A
COP (ASHRAE) W/W
Capacity (ASHRAE) watt
Accessories
HST
LST
seciveD .giF G01RF
sedapsmm3.6ecivedgnitratsCTPsedapsmm8.4
1a1100N3018100N301
yalergnitratS 2a 0106U711
revoC b 0102N301
08roticapacgnitratS µF c 5105U711
feilerdroC d 0101N301
CTProfneercsnoitcetorP g 6740N301
seirosseccagnitnuoMrosserpmocenoroftniojtloB
seititnauqnitniojtloBseititnauqnino-panS
7191-8118191-8119191-811
C°nipmet.pavE 03- 52- 3.32- 02- 51- 01- 5- 0 5 2.7 01zH05,G01RF 9.19 631 251 881 052 423 214 615 836 796 977zH06,G01RF 8.89 351 371 712 292 183
C°nipmet.pavE 03- 52- 3.32- 02- 51- 01- 5- 0 5 2.7 01zH05,G01RF 311 761 881 232 803 004 015 936 197 668 869zH06,G01RF 221 881 412 762 163 174
C°nipmet.pavE 03- 52- 3.32- 02- 51- 01- 5- 0 5 2.7 01zH05,G01RF 551 971 881 502 432 562 692 923 263 673 493zH06,G01RF 361 491 602 032 072 413
C°nipmet.pavE 03- 52- 3.32- 02- 51- 01- 5- 0 5 2.7 01zH05,G01RF 15.1 85.1 16.1 66.1 57.1 48.1 49.1 50.2 61.2 12.2 82.2zH06,G01RF 23.1 44.1 84.1 75.1 37.1 09.1
C°nipmet.pavE 03- 52- 3.32- 02- 51- 01- 5- 0 5 2.7 01zH05,G01RF 37.0 39.0 00.1 31.1 23.1 15.1 27.1 49.1 91.2 03.2 64.2zH06,G01RF 57.0 79.0 40.1 61.1 43.1 05.1
Test conditions EN 12900/CECOMAF ASHRAECondensing temperature 55°C 55°CAmbient and suction gas temp. 32°C 32°CLiquid temperature 55°C 32°C50Hz: Fan cooling F
2, 220V
60Hz: Fan cooling F2, 220V
Capacity (EN 12900/CECOMAF) watt
COP (EN 12900/CECOMAF) W/WC°nipmet.pavE 03- 52- 3.32- 02- 51- 01- 5- 0 5 2.7 01
zH05,G01RF 95.0 67.0 18.0 19.0 70.1 22.1 93.1 75.1 67.1 58.1 89.1zH06,G01RF 16.0 97.0 48.0 49.0 80.1 12.1