Lance-Larkin LK-LVTB Fan User Manual


 
6
Model LWE Electric Defrost | 60 Hz
Model
Capacity Fan Data
10°F TD
25°F SST
6°C TD
-4°C SST
15°F TD
25°F SST
8°C TD
-4°C SST
No. CFM m
3
h
BTUH Watts BTUH Watts
LWE050 5,000 1,460 7,500 2,200 1 725 1,233
LWE075 7,500 2,200 11,250 3,300 1 730 1,241
LWE100 10,000 2,930 15,000 4,390 2 1,450 2,465
LWE130 13,000 3,810 19,500 5,710 2 1,470 2,499
LWE155 15,500 4,540 23,250 6,810 2 1,460 2,482
LWE180 18,000 5,270 27,000 7,910 3 2,130 3,621
LWE210
21,000 6,150 31,500 9,230 4 2,840 4,828
LWE270
27,000 7,910 40,500 11,860 4 2,800 4,760
LWE340 34,000 9,960 51,000 14,940 5 3,500 5,950
Model LWE Electric Defrost | 50 Hz
Model
Capacity Fan Data
10°F TD
25°F SST
6°C TD
-4°C SST
15°F TD
25°F SST
8°C TD
-4°C SST
No. CFM m
3
h
BTUH Watts BTUH Watts
LWE050 4,800 1,410 7,100 2,080 1 660 1,122
LWE075 7,100 2,080 10,700 3,130 1 660 1,122
LWE100 9,500 2,780 14,300 4,190 2 1,310 2,227
LWE130 12,400 3,630 18,500 5,420 2 1,330 2,261
LWE155 14,700 4,310 22,100 6,470 2 1,320 2,244
LWE180 17,100 2,010 25,700 7,530 3 1,920 3,264
LWE210
20,000 2,860 29,900 8,760 4 2,560 4,352
LWE270
25,700 7,530 38,500 11,280 4 2,530 4,301
LWE340 32,300 9,460 48,500 14,210 5 3,160 5,372
For EC motors, use 60 Hz capacity and airflow values (Units with EC motors operating at
50 Hz will not see a reduction in performance due to the electronic control of the motor)
Performance Data