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UNIfloc A 11

Efficient cleaningstarts with small tufts


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Production rate

Tuftsize Conventional

UNIfloc A 10

UNIfloc A 11

Small tufts: even at maximum output of 1400kg/h

2

First things first.


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3

T e c h n o l o g y

Small tufts are essential

Small tufts are essential for efficient cleaning.Small tufts offer a large surface area. Trash,dirt and dust are exposed and can be removedgently.

Efficient bale opening must prepare the mater-ial properly for the subsequent cleaning stages,as well as making operation easy and ensuringthat personnel are largely relieved of the needto intervene unnecessarily. The UNIfloc A 11fulfils these requirements.

A 1 1Technology 3Small tufts are essential

Efficiency 5

Intelligent control

Flexibility Safety 5

State-of-the-art technology enablesbales to be opened efficiently

Machine data 7

UNIfloc A11 Your key to success


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E f f i c i e n c y s a v e s t i m e a n d m o n e y .

12

34

5

5

Swivelling take-off towerwith chassis

Channel for materialtransport

Control cabinet

Bale lay-down

Take-off unit


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Efficient bale opening

A whole series of functions support you to

ensure simple, efficient bale opening. Inparticular, optional scanning of the contoursof the bale makes laborious alignment of thebale lay-down unnecessary. Alignment isperformed automatically during several take-off cycles. The bales are opened parallel,down to the last tuft. The intelligent controlsystem ensures uniform bale reduction.

E f f i c i e n c y

Intelligent control

Flexibility is part of the package

Have you plenty of space? You can lay downas many as 130 bales in four groups oneach side of the machine. This means thatfour assortments can be processed auto-matically at the pre-selected take-off speedand with the required production volume.

Safety as a matter of course

The safety concept of the UNIfloc A 11 per-mits hazard-free, monitored take-off. Thesafety elements consist of flaps and self-monitoring ultrasonic sensors, which arefitted on the front of the take-off unit.

F l e x i b i l i t y S a f e t y

State-of-the-art technology enablesbales to be opened efficiently

5


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A t o p - c l a s s e n d p r o d u c t c a l l s f o r q u a l i t y a t e a c h p r o d u c t i o n s t a g e .


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M a c h i n e d a t a

UNIfloc A 11 Your key to success

1933

1510

2822

min.500

1600

1400

(2041) 2631

(5273) 6453

AbbreviationsML material lay-down lengthB bale widthL bale length

Technological data

Material cotton, man-made fibres up to 65 mm (2 1/2)

Production performance (maximum, A 112300 mm) cotton man-made fibres1 assortment 1400 kg/h 1000 kg/h2 assortments 1000 kg/h 700 kg/h3 assortments 750 kg/h 550 kg/h4 assortments 600 kg/h 450 kg/h

Technical data

Take-off unit versions A 111700 mm A 112300 mm

Installed power 14.6 kVA 16.3 kVA

Number of bales per side MLB or2 ML

L1.5 ML

B or3ML

L

Net weight (11,87 m) 2605 kg 2715 kgadditional channel length +100 kg/m +100 kg/m

Machine data

Material lay-down (ML) 7,247,2 m*

Channel length 10,050,0 m**in steps of 2,5 m


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Rieter Machine Works Ltd.Klosterstrasse 20CH-8406 WinterthurT +41 (0)52 208 71 71F +41 (0)52 208 83 20

Rieter IngolstadtSpinnereimaschinenbau AG

Friedrich-Ebert-Strasse 84DE-85055 IngolstadtT +49 841 9536-01F +49 841 9536-850

Rieter Elitex a.s.Csl. armady 1181CZ-56215 st nad OrlicT +420 465 557 232F +420 465 524 237

http://www.rieter.com

The data and illustrations in thisbrochure refer to the date of printing.Rieter reserves the right to make anynecessary changes at any time andwithout special notice. Rietersystems and Rieter innovations areprotected by patents in most

industrialized countries.

1550e-ADAE-10-Printed in Switzerland

Potujoči rahljalnik bal uniflock

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