MICO
offers high productive, reliable and versatile
pneumatic breakers suitable from light chipping
to tough demolition medium jobs. We have the
right breaker at hand with the most powerful
in its class.
Features
Forged,
heat treated, all alloy steel construction.
Gooseneck
air swivel for easy handling and positioning.
Muffler available as an option.
Applications
Asphalt cutting, demolition
of reinforced concrete, rock outcrop and pavement.
TECHNICAL
DATA
Model
Weight
kgs
Overall
Length
(mm)
Shank
(mm)
Piston
dia
(mm)
Stroke
(mm)
Frequency
(bpm)
Air
Consumption
(m3
/ min)
MC-0555
9
550
22
X 82
40.0
88
1500
1.25
MC-1210
18
533
25
X 108
48.0
124
1450
1.36
MC-1230
29
710
32
X 160
60.0
140
1350
1.8
MC-1170
36
660
32
X 160
57.0
165
1200
2.50
MC-1240
42
720
32
X 160
67.0
160
1250
2.50
Note
:
1)
Optional
shank sizes MC-1210 (1-1/8" X 4-1/4").
MC-1170, MC-1230 & MC-1240 (1-1/8" X 6-1/4")
2)
Recommended
Hose sizes - 19 mm (3/4")
CHIPPING
HAMMERS
The compact and slim design
of our CH Chipping Hammers makes it highly suitable
for digging, chipping, making channels and holes
in concrete or any horizontal and upright application.
Comes in a variety of sizes combining weight and
power for optimum operator comfort and are available
with or without retaining mechanisms.
TECHNICAL
DATA
Model
Net
Weight
kgs
Overall
Length
(mm)
Shank
(mm)
Piston
dia
(mm)
Stroke
(mm)
Frequency
(bpm)
Retention
Type
Air
Consumption
(m3
/ min)
CHP
1
5.9
320
0.580
Hex A/F
29
25
2850
No
retention
0.75
CHP
2
6.4
355
0.580
Hex A/F
29
50
2450
0.83
CHP
3
6.8
390
0.580
Hex A/F
29
75
2050
0.90
CHP
3 RND
5.9
320
0.680Ø
Round
29
25
2850
No
retention
0.75
CHP
3 RND
6.4
355
0.680Ø
Round
29
50
2450
0.83
CHP
3 RND
6.8
390
0.680Ø
Round
29
75
2050
0.90
CHP
1R
6.4
360
0.580
Hex A/F
29
25
2850
Oval
Type 'R' Retainer
0.75
CHP
2R
6.9
395
0.580
Hex A/F
29
50
2450
0.83
CHP
3R
7.3
430
0.580
Hex A/F
29
75
2050
0.90
CHP
1R-RND
6.4
360
0.680Ø
Round
29
25
2850
Oval
Type 'R' Retainer
0.75
CHP
2R-RND
6.9
395
0.680Ø
Round
29
50
2450
0.83
CHP
3R-RND
7.3
430
0.680Ø
Round
29
75
2050
0.90
Note
:
Newer
retention methods are under development and finalization.
Ask for details