M952-16S2-1.5 / D222 / Z054 (direct drive)

Pegasus M952-16S2-1.5 / D222 / Z054 3-wire industrial micro-lock (direct drive)
Three-acting single-needle coating machine with a narrow 1.5 mm width of hollow (roll stitch) with integrated head motor for light and medium materials

Micro-lock with 1 wire with 3 wires with a narrow motor 1 integrated in the head,
The height of 5 mm width (roll seam) is intended for narrow coverage of the edge with a chain seam with the bending cut down. It is used for light and medium materials in the production of T-shirts, polo shirts, underwear, scarves and scarves.

Direct drive without coupling – without loss of torque.
The original PEGASUS unit saves up to 69% energy compared to a friction motor.
The sealed motor is protected from dust, which can cause overheating and premature wear of the parts (patented design).
Extremely reliable industrial equipment developed in Japan.
Furthermore,
the overlap can be equipped with pneumatic devices:

vertical thread cutting device (KS)
needle cooling device (HR)
automatic lifting of the legs (PL)

Specifications:

Cutting width – 1.5 mm
Value of differential feed – (0.7-1.7)
Stitch length – up to 3.8 mm
Lift from 5.5 mm
Automatic lubrication
Maximum sewing speed up to 7000 st / min
Drive power – 550 W
Needle type DCx27, no. 75

Key benefits:

The machine offers high productivity and stable operation at a maximum sewing speed of 7000 rpm.
Edges with beautiful seams, even regardless of a wide range of materials.
M900 series surfaces are easy to configure for different types of fabrics and thicknesses.
Improved measures to prevent oil from entering the fabric. The needle bar chamber is completely insulated and the oil drainage system is improved.
The needle bar and the upper cutting mechanism are further protected from dust. This increases the service life of the overload.
A stainless steel needle plate is used. Due to this feature, the needle plate does not enter into chemical interaction with the colored tissues.
The sealing unit does not come in contact with dust,
so that its service life is significantly longer compared to a conventional servomotor.