F&P Downpipe Lines #4377.2 in Thiene, Veneto, Italy

Max.: 20m / minute

Layout dwg. in the Attach. at the bottom

COMPOSITION:

POWERED DECOILER

- of allsteel construction with heavy duty bearings
- 400mm max. coil width
- 3 ton load capacity
- Coil ID: 470-520mm
- Mechanical mandrel drum closing/opening; hydraulic optional
- 2.2kW drive motor
- COIL CAR optional

ROLL FORMER

- 13 station
- 70mm shaft diameter
- 800mm roll space
- speed 0-20m / minute, variable
- 18kW drive motor -- D.C. or, alt. A.C. (12kW) with inverter

ROLL TOOLING

- 2 sets of rolls mounted "parallel" to each other for different pipe diameters on demand: for example 80mm + 100mm, or 87mm + 90mm, or 100mm + 120mm...
- all rolls of tempered steel with partial grinding and complete with spacers; marked with: the station number, the progressive number, their position

STATIC HYDRAULIC POWER CUTOFF UNIT

- with allsteel tool-holding bed, tooling for two pipe diameters ^
- the cutting operation is by knife, with scrap
- 2.5kW motor

HYDRAULIC ON-LINE AUTOMATIC BELLING UNIT for one pipe end*

(*on demand: for both ends -- but in this case, with operator intervention)

- interchangeable tooling for two pipe diameters

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PIPE SHRINK-WRAPPING EQUIPMENT for 3 to max. 6 pipes

-- including:

- pipe accumulation table with sensors for parts-count and an air operated part separator
- pipe pack preparation section > a belt conveyor with cut-stress resistant carpet and an air operated pipe head jogger
- auto. shrink-wrapping machine with pipe entry belt conveyor and stopping blade
- wrapped pipe pack exit section, with an air operated system to move pack to an accumulation area
- an 'external' control panel to set the various parameters, including the number of pipes per-pack

GENERAL CONTROL PANEL.with: all pushbuttons for manual and, resp. automatic operation modes - "Schneider" Brand PLC - 'MODBUS TCP/IP' Communication Protocol - simple and intuitive HMI

ALL ELECTRICS, HYDRAULICS AND PNEUMATICS

SAFETY GUARDING TO 'CE'

In your requests for quotations, please specify:

a) Type of process material/s

b) Tensile strength min/max

c) Yield strength min/max

d) Material thickness min/max

e) Diameter/s of pipes

f) Pipe length min/max

g) Wanted "finish" of pipe ends

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