Product Description; Designated Use - Duerkopp Adler 175 Instruction Manual

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Product description

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Designated use

The DÜRKOPP ADLER class 175 is a single needle flat bed
double-chainstitch crossline sewing machine with differential foot top
feed and bottom feed for linear seams according to stitch type 401 for
processing light to medium-weight material.
The class 176 is a single needle flat bed double-chainstitch crossline
sewing machine with differential bottom feed.
For linear seams according to stitch type 401 for processing light to
medium-weight material.
The class 179 is a single-needle flatbed single-chainstitch crossline
sewing machine with bottom feed and differential upper foot feed for
edge basting seams in jackets, blazers and coats. for linear seams
according to stitch type 101 for processing light to medium-weight
material.
l Class 175 with 4 mm stitch length and by a needle stroke of
30 mm a max. top feed length of 8 mm.
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Class 176 with 4 mm stitch length and by a needle stroke of 30
mm a max. differential bottom feed length of 6 mm.
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Class 179 with 4 mm to 8 mm stitch length and a max. top feed
length of 8 mm with a needle rise of 32 mm.
l Forward sewing only.
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Tested and approved top feed foot of the class 275 with an
automatic stroke adjustment for good properties of climbing.
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An automatic adaptation of the looper thread quantity to the stitch
length allows an optimum stitch formation in every stitch length,
even with balloon stitch.
Class 175/176/179 is a sewing machine head determined for
processing light to medium-weight material, i.e. fabrics made of textile
fibers or leather. Such sewing materials are used in the clothing
industry and for the production of home upholstery.
Furthermore, this sewing machine head can also sew so-called
technical seams. However, in this case the user has to estimate the
possible risks (preferably in cooperation with DÜRKOPP ADLER AG)
because on the one hand such fields of application are comparatively
rare and on the other hand there is an immense variety of application
possibilities. According to the result of this estimation suitable safety
measures may have to be taken.
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