AERMEC NRL 0280 E - Page 21

2111_14. 5641200_01
NRL 0280-0750 60Hz
EN
WEIGHT OF EMPTY UNITS
NRL TYPE
WEIGHT

CENTER OF
GRAVITY
PERCENTAGE OF WEIGHT

KIT
VT
Gx
mm
Gx in
Gy
mm
Gy in 1 2 3 4 5 6
NRL0600HA 00 2866 553 21,77 1781 70,12 4,9% 4,9% 33,4% 33,7% 11,4% 11,5% VT 22
NRL0600HA 02-04 3351 552 21,73 1871 73,66 3,2% 3,3% 34,8% 35,1% 11,7% 11,8% VT 22
NRL0600HA 01-03 3263 552 21,73 1854 72,99 3,6% 3,6% 34,6% 34,8% 11,7% 11,8% VT 22
NRL0600HA P2-P4 3086 552 21,73 1827 71,93 4,1% 4,1% 34,1% 34,4% 11,6% 11,7% VT 22
NRL0600HA P1-P3 2998 552 21,73 1807 71,14 4,4% 4,5% 33,8% 34,1% 11,5% 11,6% VT 22
NRL0650HA 00 2998 535 21,06 1800 70,87 4,9% 4,6% 34,5% 32,7% 12,0% 11,3% VT 22
NRL0650HA 02-04 3483 537 21,14 1885 74,21 3,2% 3,1% 35,8% 34,1% 12,2% 11,6% VT 22
NRL0650HA 01-03 3373 537 21,14 1869 73,58 3,5% 3,4% 35,5% 33,8% 12,2% 11,6% VT 22
NRL0650HA P2-P4 3219 536 21,10 1843 72,56 4,1% 3,9% 35,1% 33,4% 12,1% 11,5% VT 22
NRL0650HA P1-P3 3108 536 21,10 1824 71,81 4,4% 4,2% 34,8% 33,1% 12,0% 11,4% VT 22
NRL0700HA 00 2932 553 21,77 1759 69,25 5,2% 5,2% 33,3% 33,7% 11,3% 11,4% VT 22
NRL0700HA 02-04 3417 552 21,73 1851 72,87 3,5% 3,5% 34,7% 35,0% 11,6% 11,7% VT 22
NRL0700HA 01-03 3329 552 21,73 1834 72,20 3,8% 3,9% 34,5% 34,8% 11,5% 11,6% VT 22
NRL0700HA P2-P4 3153 553 21,77 1806 71,10 4,3% 4,4% 34,0% 34,3% 11,4% 11,5% VT 22
NRL0700HA P1-P3 3064 553 21,77 1786 70,31 4,7% 4,7% 33,7% 34,0% 11,3% 11,5% VT 22
WEIGHT OF RUNNING UNITS
NRL TYPE
WEIGHT

CENTER OF
GRAVITY
PERCENTAGE OF WEIGHT

KIT
VT
Gx
mm
Gx in
Gy
mm
Gy in 1 2 3 4 5 6
NRL0600HA 00 2932 545 21,46 1791 70,51       VT 22
NRL0600HA 02-04 4541 547 21,54 2003 78,86       VT 22
NRL0600HA 01-03 4431 546 21,50 1993 78,46       VT 22
NRL0600HA P2-P4 3175 545 21,46 1835 72,24       VT 22
NRL0600HA P1-P3 3064 545 21,46 1816 71,50       VT 22
NRL0650HA 00 2976 543 21,38 1778 70,00       VT 22
NRL0650HA 02-04 4586 545 21,46 1992 78,43       VT 22
NRL0650HA 01-03 4475 545 21,46 1983 78,07       VT 22
NRL0650HA P2-P4 3219 543 21,38 1823 71,77       VT 22
NRL0650HA P1-P3 3108 543 21,38 1803 70,98       VT 22
NRL0700HA 00 3020 545 21,46 1769 69,65       VT 22
NRL0700HA 02-04 4608 547 21,54 1985 78,15       VT 22
NRL0700HA 01-03 4497 547 21,54 1976 77,80       VT 22
NRL0700HA P2-P4 3241 545 21,46 1814 71,42       VT 22
NRL0700HA P1-P3 3131 545 21,46 1795 70,67       VT 22
WEIGHT OF EMPTY UNITS
NRL TYPE
WEIGHT
 WEIGHT
CENTER OF
GRAVITY
PERCENTAGE OF WEIGHT

KIT
VT
Gx mm Gx in Gy mm Gy in 1 2 3 4 5 6 7 8
NRL0750HA 00 4541 749 29,49 2281 89,80         AVX 7001
NRL0750HA 02-04 5137 749 29,49 2294 90,31         AVX 7002
NRL0750HA 01-03 5004 749 29,49 2291 90,20         AVX 7002
NRL0750HA P2-P4 4828 749 29,49 2288 90,08         AVX 7001
NRL0750HA P1-P3 4696 749 29,49 2285 89,96         AVX 7001
WEIGHT OF RUNNING UNITS
NRL TYPE
WEIGHT
 WEIGHT
CENTER OF
GRAVITY
PERCENTAGE OF WEIGHT

KIT
VT
Gx Gx in Gy Gy in 1 2 3 4 5 6 7 8
NRL0750HA 00 4630 742 29,21 2283 89,88         AVX 7001
NRL0750HA 02-04 6768 745 29,33 2317 91,22         AVX 7002
NRL0750HA 01-03 6636 745 29,33 2316 91,18         AVX 7002
NRL0750HA P2-P4 4916 743 29,25 2290 90,16         AVX 7001
NRL0750HA P1-P3 4784 743 29,25 2287 90,04         AVX 7001
Gy
Gx
1
2
3
4
5
6
Gy
Gx
1
2
3
4
5
6
7
8
TOP VIEW
TOP VIEW