Building of fiber optic networks in a urban environment FTTX Process Dry microtrenching with simultaneous suction and storage of waste materials. Simultaneous mechanical laying of micropipes. Filling of the cut with a self-placing and quick-setting mortar. Specific Features Limited size of the vehicle, which allows cutting on sidewalks. Sound proofing of the components. Waste loading via suction. No blasting and no dust during the burying works. Quick network deployment process. Assets The microtrench and the job site are clean. No disturbance to pedestrians during the works. Limited disturbance to residents. Increased safety of the job site. No damage to road foundations. Sidewalks can be used again very soon. Reduction in building costs. Trenching in curbs. Innovation Downsizing of the Cleanfast process. Combined cutting and suction of the rubble. Injection of a self-placing and quick-setting backfill mortar. Output Up to 300ml/day. Making cuts for the deployment of fiber optic networks in a urban environment FTTX MARAIS GROUPE SideCut RC 50
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Building of fiber optic networksin a urban environment FTTX
Process Dry microtrenching with simultaneous suction and storage of waste materials.
Simultaneous mechanical laying of micropipes.
Filling of the cut with a self-placing and quick-setting mortar.
Specific Features Limited size of the vehicle, which allows cutting on sidewalks.
Sound proofing of the components.
Waste loading via suction.
No blasting and no dust during the burying works.
Quick network deployment process.
Assets The microtrench and the job site are clean.
No disturbance to pedestrians during the works.
Limited disturbance to residents.
Increased safety of the job site.
No damage to road foundations.
Sidewalks can be used again very soon.
Reduction in building costs.
Trenching in curbs.
Innovation Downsizing of the Cleanfast process.
Combined cutting and suction of the rubble.
Injection of a self-placing and quick-setting backfill mortar.
Output Up to 300ml/day.
Making cuts for the deployment of fiber optic networks in a urban environment FTTX
MARA I SGROU P E
SideCut RC 50
Technical Features of the Cutting Tool Type: RC 50
Cutting width: 30 mm to 35 mm
Cutting depth: 150 mm
Side offset: 320 mm from tool axis
Sizes and Weight of the Unit Length in working position: 4000 mm
Length in transport position: 3200 mm
Width: 900 mm
Height: 1800 mm
Unloaded weight: 2200 kg
Loaded weight: 2500 kg
Motor Drive Lombardini motor
Power: 63 HP at 3000 rpm
Technical DiagramSuction System Turbine: 5 kW, 400 m³/h
Filtration
Storage capacity: 200 litres
Chassis Articulated track chassis on tyres
Accessories Radio control piloting
Bracket for small-sized drum
Single- and multiple-pipe layer
Preparation and injection workshop for backfilling of the cut
SID
E_C
UT_
RC
50_E
NG
_02
/12
- Sp
ecifi
catio
ns a
s sh
own
are
not b
indi
ng to
the
man
ufac
ture
r an
d m
ay b
e ch
ange
d w
ithou
t pri
or n
otic
e. T
he e
quip
men
t off
ered
in th
is le
aflet
can
incl
ude
optio
nal fi
ttin
gs a
nd d
evic
es.
www.samarais.com
MARA I SGROU P E ZA Les Portes de l’Anjou
1, rue Pierre et Marie CURIE BP 20 - 49430 DURTAL (France)