Specifications - MULTIQUIP J-36 Operation And Parts Manual

M d o l e
u N m b r e f o l B d a s e
i R g n D a i m e r e t
o R o t - r R P M
a P h t W d i h t
1
V b i a r o i t ( n a H d n r A / ) m
S u o d n r P s e u s e r W ( i e h g e t
S u o d n r P s e u s e r G ( a u a r t n
NOTE:
1. The vibration level indicated is the maximum RMS (Root
Mean Square) value obtained at the handle grip while
operating the walk-behind trowel at full throttle on steel
plate with blades partially pitched.
M d o l e
y T e p
o B e r X S o r t e k
D p s i a l e c m e t n
n E i g e n
M x a O u p t t u
u F l e a T k n
C p a c a y t i
u F l e
u L e b l i O C p a c a
S e p d e o C t n l o r
M e h t d o
S a t i t r g n M e h t d o
D m i n e i s n o L ( x W x ) H
D y r N t e W e g i t h
J-36/M-30 WALK-BEHIND TROWEL — OPERATION AND PARTS MANUAL — REV. #0 (12/29/06) — PAGE 7
T b a e l . 2
J 6 3 5 H / 5 3 J
4
3 . 7 8 3 . n i 9 (
0 6 1 -
4 3 5 . n i 8 (
9 1 0 .
2
) d 1 9 0
e e ) d 2 4 9
T b a e l 3 S .
H O N D A G X 6 1 U 0 T
A - r i o c l o d e 4 r t s k o , e
i S g n e l C i l y d n , r e O H , V
o H z i r n o l a t h S t f a G s a i l o e n
n E i g e n
. 2 0 7 n i X . 1 8 . . n i
( 8 6 m m x 5 4 m ) m
1 3 6 c c
5 4 . H . P . @ 6 3 0 0 R P M
A p p o r . x . 0 5 9 U . S . G a o l l s n
3 ( 6 . L e t i ) s r
n U e l d a d e G s a i l o e n
y t i . 0 3 6 Q . t 0 ( 6 . L e t i ) s r
e C r t n u f i a g F l - y l e w g i t h
y T e p
R c e l i o t S t r a
2 1 3 . x 4 1 3 . X 3 1 2 . . n i
3 ( 2 1 X 3 2 6 X 3 5 3 m ) m
3 3 1 . s b l ( 5 1 K ) . g
J-36/M-30 TROWEL— SPECIFICATIONS
T o r w l e p S c e i f i a c
R 6 0 6 J 6 3 9 H / 0 3 J R 6
4
0 5 m ) m 3 . 7 8 3 . n i 9 ( 0 5
5 1 0 6 1 - 0 3
6 7 m ) m 4 3 5 . n i 8 ( 6 7
2 2
m s / 9 1 0 . m s /
b d 1 9 0 b d
b d 4 9 b d
2. Sound pressure is a weighted measure. It is measured at
the operator's ear position while the walk-behind trowel is
operating at full throttle on concrete in a manner most often
experienced in " normal " circumstances. Sound pressure
may vary depending upon the condition of the concrete.
e p i c c i f i t a n o ( s n E
R O B N I E X 1 - D 7
A - r i o c l o d e 4 r t s k o , e
i S g n e l C i l y d n , r e O H , V
o H z i r n o l a t h S t f a G s a i l o e n
n E i g e n
. 2 4 6 n i X . . 1 9 8 . n i
( 7 6 m m x 8 4 m ) m
1 9 6 c c
5 7 . H . P . @ 0 4 0 0 R P M
A p p o r . x . 0 5 9 U . S . G a o l l s n
3 ( 6 . L e t i ) s r
n U e l d a d e G s a i l o e n
. 0 3 6 Q . t 0 ( 6 . L e t i ) s r
e C r t n u f i a g F l - y l e w g i t h
y T e p
R c e l i o t S t r a
1 . 1 7 9 x 1 . 3 4 9 X 3 1 2 . . n i
3 ( 4 0 X 3 4 5 X 3 5 3 m ) m
3 3 1 . s b l ( 5 1 K ) . g
o i t s n
0 9 - J 6 3 i H h g S e p d e
4
m ) m 3 . 7 8 3 . n i 9 ( 0 5 m ) m
0 9 1 - 5 5
m ) m 4 3 5 . n i 8 ( 6 7 m ) m
2
9 1 0 . m s /
1 9 0 b d
4 9 b d
i g e n ) s
H O N D A G X 7 2 U 0 1 T
A - r i o c l o d e 4 r t s k o , e
i S g n e l C i l y d n , r e O H , V
o H z i r n o l a t h S t f a G s a i l o e n
n E i g e n
3 0 . n i X . 2 3 . . n i
( 7 7 m m x 8 5 m ) m
2 0 7 c c
9 H . P . @ 6 3 0 0 R P M
A p p o r . x . 1 9 5 U . S . G a o l l s n
6 ( 0 . L e t i ) s r
n U e l d a d e G s a i l o e n
. 1 6 0 Q . t 1 ( 1 . L e t i ) s r
e C r t n u f i a g F l - y l e w g i t h
y T e p
R c e l i o t S t r a
4 1 0 . x 6 1 9 . X 6 1 1 . . n i
3 ( 5 5 X 4 0 3 X 4 0 1 m ) m
5 5 1 . s b l ( 5 2 K ) . g
- M 0 3
4
3 . 1 5 7 . n i 8 ( 7 0 m ) m
0 6 1 - 0 3
2 . 8 7 6 n i 7 ( 8 2 m ) m
2
9 1 0 . m s /
1 9 0 b d
4 9 b d
R O B N I E X 2 - D 7
A - r i o c l o d e 4 r t s k o , e i S g n e l
C i l y d n , r e O H , V o H z i r n o l a t
h S t f a G s a i l o e n n E i g e n
. 2 5 9 n i X . . 2 6 3 . n i
( 5 7 m m x 0 6 m ) m
2 5 6 c c
9 H . P . @ 0 4 0 0 R P M
A p p o r . x . 1 9 5 U . S . G a o l l s n
6 ( 0 . L e t i ) s r
n U e l d a d e G s a i l o e n
. 1 6 0 Q . t 1 ( 0 . L e t i ) s r
e C r t n u f i a g F l - y l e w g i t h
y T e p
R c e l i o t S t r a
1 . 3 2 8 x 1 . 6 4 5 X 1 . 6 4 1 . n i
3 ( 1 5 X 4 0 2 X 4 0 1 m ) m
6 4 3 . s b l ( 1 2 K ) . g